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cnals证书认可范围比较大,30M了
机构名称:北京航天计量测试技术研究所
注册号:L0283
地 址:
A:北京市丰台区南大红门路1号
B:天津市和平区成都道116号
C:江苏省昆山市庆丰西路639号102室
获准认可能力索引
序号 地址 能力范围 评审类型 更新时间
1 A 授权签字人(中文)
复评+扩项 2014年02月26日
2 授权签字人(英文)
复评+扩项 2014年02月26日
3 A 检测能力(中文)
复评+扩项 2014年02月26日
4 检测能力(英文)
复评+扩项 2014年02月26日
5 A 校准能力(中文)
复评+扩项 2014年02月26日
6 校准能力(英文)
复评+扩项 2014年02月26日
7 B 授权签字人(中文)
复评+扩项 2014年02月26日
8 授权签字人(英文)
复评+扩项 2014年02月26日
9 B 检测能力(中文)
复评+扩项 2014年02月26日
10 检测能力(英文)
复评+扩项 2014年02月26日
11 C 授权签字人(中文)
复评+扩项 2014年02月26日
12 授权签字人(英文)
复评+扩项 2014年02月26日
13 C 校准能力(中文)
复评+扩项 2014年02月26日
14 校准能力(英文)
复评+扩项 2014年02月26日
 
Name:Beijing Aerospace Institute for Metrology and Measurement Technology
Registration No.:L0283
ADDRESS:
A: No.1, Nandahongmen Road, Fengtai District, Beijing, China
B:No.116, Chengdu Road, Heping District, Tianjin, China
C:Room 102, No.639, Qingfeng West Road, Kunshan, Jiangsu, China
INDEX OF ACCREDITED SIGNATORIES
No. Address Range Type Update date
1 A Approved signatories (Chinese)
Reassessment+Extending assessment 2014-02-26
2 Approved signatories (English)
Reassessment+Extending assessment 2014-02-26
3 A Testing ability(Chinese)
Reassessment+Extending assessment 2014-02-26
4 Testing ability(English)
Reassessment+Extending assessment 2014-02-26
5 A Calibration ability(Chinese)
Reassessment+Extending assessment 2014-02-26
6 Calibration ability(English)
Reassessment+Extending assessment 2014-02-26
7 B Approved signatories (Chinese)
Reassessment+Extending assessment 2014-02-26
8 Approved signatories (English)
Reassessment+Extending assessment 2014-02-26
9 B Testing ability(Chinese)
Reassessment+Extending assessment 2014-02-26
10 Testing ability(English)
Reassessment+Extending assessment 2014-02-26
11 C Approved signatories (Chinese)
Reassessment+Extending assessment 2014-02-26
12 Approved signatories (English)
Reassessment+Extending assessment 2014-02-26
13 C Calibration ability(Chinese)
Reassessment+Extending assessment 2014-02-26
14 Calibration ability(English)
Reassessment+Extending assessment 2014-02-26
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
签发日期:2014年02月26日 有效期至:2017年02月25日
更新日期:2014年02月26日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 杨宏海 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目
2 缪寅宵 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目
3 李廷元 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目、声学校准项目
4 张江桥 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目
5 方 芳 几何量检测和校准项目
6 梁雅军 几何量检测和校准项目
7 刘柯 几何量检测和校准项目
8 陈晓晖 几何量检测和校准项目
9 王文革 热学检测和校准项目
10 崔文德 热学检测和校准项目
11 杨晓伟 力学检测和校准项目、声学校准项目
12 张正龙 电磁学、无线电电子学、时间频率检测和校准项目
13 温世仁 电磁学、无线电电子学、时间频率检测和校准项目
14 钱 飞 化学量校准和环境监测、职业卫生检测项
15 张静林 化学量校准和环境监测、职业卫生检测项目
16 那 岩 无损检测项目
17 吴华阳 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Date of Issue:2014-02-26 Date of Expiry:2017-02-25
Date of Update:2014-02-26
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 YangHongHai Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,temporal frequency Testing and Calibration Items.
2 MiaoYinXiao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,temporal frequency Testing and Calibration Items.
3 LiTingYuan Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,temporal frequency Testing and Calibration Items,Sound Calibrators Items
4 ZhangJiangQiao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,temporal frequency Testing and Calibration Items.
5 FangFang Accredited Geometric Quantities Testing and Calibration Items
6 LiangYaJun Accredited Geometric Quantities Testing and Calibration Items
7 LiuKe Accredited Geometric Quantities Testing and Calibration Items
8 ChenXiaoHui Accredited Geometric Quantities Testing and Calibration Items
9 WangWenGe Accredited Thermotics Testing and Calibration Items
10 CuiWenDe Accredited Thermotics Testing and Calibration Items
11 YangXiaoWei Accredited Dynamics Quantities Testing and Calibration Items,Sound Calibrators Items
12 ZhangZhengLong Accredited electromagnetics,radioelectronics,temporal frequency Testing and Calibration Items.
13 WenShiRen Accredited electromagnetics,radioelectronics,temporal frequency Testing and Calibration Items.
14 QianFei Accredited Chemic Quantities Calibration、 Environment Monitoring & Occupational health Testing Items.
15 ZhangJingLin Accredited Chemic Quantities Calibration、 Environment Monitoring & Occupational health Testing Items.
16 NaYan Accredited Nondestructive testing Items.
17 WuHuaYang Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,temporal frequency Testing and Calibration Items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
认可依据:ISO/IEC 17025:2005以及CNAS特定认可要求
签发日期:2014年02月26日 有效期至:2017年02月25日
更新日期:2014年02月26日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 领域
代码 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 机械零部件 1 形状和位置误差 1305.01 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004
直线度误差检测 GB/T 11336-2004
平面度误差检测 GB/T 11337-2004
圆度误差的评定 两点、三点法 GB/T4380-2004
产品几何量技术规范(GPS)评定圆度误差的方法
半径变化量测量GB/T 7235-2004 只测≤2.4m×1.2m×0.7m;
Ra:(0.025~25)μm
1 机械零部件 2 表面粗糙度 1305.01 产品几何技术规范(GPS) 表面结构 轮廓法评 定表面结构的规则和方法 GB/T 10610-2009
表面粗糙度参数及其数值 GB/T 1031-2009 只测≤2.4m×1.2m×0.7m;
Ra:(0.025~25)μm
3 轴孔参数 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004
2 投影仪 1 纵横(垂)向的准确度 1309.16
投影仪
JB/T 6830-1993
2 单向多次调焦时仪器示值的变化
2 投影仪 3 物镜放大率变换像中心的移动量 1309.16
投影仪
JB/T 6830-1993
4 包括畸变在内的物镜放大率误差
3 三坐标测量仪 1 探测误差 1309.13 产品几何技术规范(GPS)坐标测量机的验收检测和复检检测
第2部分:用于测量尺寸的坐标测量机
GB/T 16857.2-2006
第3部分:旋转工作台的轴线为第四轴的坐标测量机
GB/T 16857.3-2006
第4部分:在扫描测量模式下使用的坐标测量机
GB/T 16857.4-2006
第5部分:使用多探针探测系统的坐标测量机
GB/T 16857.5-2006
2 尺寸测量示值 误差
3 四轴误差
4 扫描探测误差
5 扫描检测时间
3 三坐标测量仪 6 固定多探针探测系统误差 1309.13 产品几何技术规范(GPS)坐标测量机的验收检测和复检检测
第2部分:用于测量尺寸的坐标测量机
GB/T 16857.2-2006
第3部分:旋转工作台的轴线为第四轴的坐标测量机
GB/T 16857.3-2006
第4部分:在扫描测量模式下使用的坐标测量机
GB/T 16857.4-2006
第5部分:使用多探针探测系统的坐标测量机
GB/T 16857.5-2006
7 万向探测系统 误差
4 圆度仪 1 仪器径向误差 1305.02 圆度测量仪
GB/T26098-2010
2 仪器轴向误差
3 定标误差
4 稳定度
5 最大负载和偏载时的径向误差
5 电感测微仪 1 调零范围 1309 数显电感测微仪
JB/T 10014-1999
电感式测微仪
JB/T 10036-1999
5 电感测微仪 2 零位平衡 1309 数显电感测微仪
JB/T 10014-1999
电感式测微仪
JB/T 10036-1999
3 示值变动性
4 方向误差
5 回程误差
6 示值误差
7 稳定度
8 灵敏阈
9 测量力
10 反应时间
11 绝缘与耐压
6 粗糙度测量仪 1 残余轮廓校准 1309 产品几何技术规范(GPS)表面结构 轮廓法
接触(触针)式仪器的校准
GB/T 19600-2004
2 接触(触针)式仪器综合校准
7 水准仪 1 望远镜放大率 1309 水准仪
GB/T 10156-2009
2 分辨率
3 望远镜有效孔径
4 调焦运行误差
5 望远镜视距乘常数
7 水准仪 6 望远镜成像质量 1309 水准仪
GB/T 10156-2009
7 竖轴运转及整置误差
8 测微器行差
9 温度变化1℃时,i角变化
10 自动安平补偿性能
11 工作温度
12 连续冲击试验
13 抗运输试验
14 外观
15 视准线误差
8 气动量仪 1 示值总误差 1309 浮标式气动量仪
JB/T 3760-2008
2 重复性
3 稳定度
4 浮标波动量
5 反应时间
6 多管相互影响
7 最大测量间隙
8 供气压力变化对示值的影响
9 数控机床 1 轴线定位精度 1304.02 机床检验通则 第1部分: 在无负荷或精加工条件下机床的几何精度 GB/T 17421.1—2000
第2部分:数控轴线的定位精度和重复定位精度的确定 GB/T 17421.2—2000
2 重复定位精度
3 反向差值
4 直线度
5 垂直度
10 惯性导航系统 1 航向精度 1309.29 舰船惯性导航系统通用规范
GJB 2230-1994
2 水平精度
3 定位精度
11 光纤陀螺仪 1 零偏系列 1309.29 光纤陀螺仪测试方法
GJB 2426A-2004 只测输入角速度: ≤500°/s
2 标度因数系列
12 温度计及传感器 1 电阻比及电阻温度系数 1501 电阻温度计用铂丝
GB/T 5977-1999
2 稳定性
13 温度测量仪 1 温度 1501 电子测量仪器通用规范
GB/T 6587–2012
13 温度测量仪 2 湿度 1501 电子测量仪器通用规范
GB/T 6587–2012
3 包装运输
14 温度试验设备 1 温度偏差 1504 电工电子产品环境试验设备检验方法温度试验设备
GB/T 5170.2-2008
2 温度波动度
3 温度均匀度
4 风速
5 温度变化速率
15 湿热试验设备 1 温度偏差 1517 电工电子产品环境试验设备检验方法湿热试验设备
GB/T 5170.5-2008
2 温度波动度
3 温度均匀度
4 相对湿度偏差
5 相对湿度波动度
6 相对湿度均匀度
7 风速
8 每5min温度平均变化速率
9 升降温特性
16 盐雾试验设备 1 温度偏差 1504 电工电子产品环境试验设备检验方法盐雾试验设备
GB/T 5170.8-2008
2 温度波动度
3 温度均匀度
4 盐雾沉降率
17 高低温低气压试验设备 1 低气压偏差 1504 电工电子产品环境试验设备检验方法
高低温低气压试验设备 GB/T 5170.10-2008
2 气压变化速率
3 综合检验温度偏差
4 综合检验温度波动度
5 综合检验温度均匀度
6 综合检验气压偏差
7 综合检验每5min温度平均变化速率
18 电工电子产品、电子测量仪器、军用设备(环境试验) 1 低温 0431.01 军用装备实验室环境试验方法 第4部分:低温试验
GJB 150.4A-2009
电工电子产品环境试验 第2部分:试验方法 试验A:低温
GB/T 2423.1-2008 只测容积:1.5m3
温度范围:
(-70~
180)℃
2 高温 0431.02 军用装备实验室环境试验方法 第3部分: 高温试验
GJB 150.3A-2009
电工电子产品环境试验 第2部分:试验方法 试验B:高温
GB/T 2423.2-2008
3 湿热 0431.03 军用装备实验室环境试验方法 第9部分:湿热试验
GJB 150.9A-2009
电工电子产品环境试验第2部分:试验方法 试验Cab:
恒定湿热试验 GB/T 2423.3-2006
电工电子产品环境试验第2部分:试验方法 试验Db
交变湿热GB/T 2423.4-2008 只测容积:1.5m3
温度范围:
(-70~
180)℃
湿度范围:(10~
98)%RH
19 工业铂热电阻 1 允差 1511 工业铂热电阻技术条件及分度表
JB/T 8622-1997
2 常温绝缘电阻
20 工业玻璃温度计和实验温度计 1 示值误差 1501 工业玻璃温度计和实验温度计
JB/T 9262-1999
21 工业过程测量和控制系统用模拟输入数字式指示控制仪 1 设定点 1501 工业过程测量和控制系统用模拟输入数字式指示控制仪
JB/T 8386.1~.2-1996
2 绝缘电阻
22 压力计(表) 1 基本误差 1321 一般压力表
GB/T 1226-2010
精密压力表
GB/T 1227-2010
2 回程误差
3 零点误差
4 轻敲位移
5 温度影响试验
6 超压试验
7 交变压力试验
8 校验器密封性
活塞式压力计
JB/T 7393-1994
9 垂直度
10 延续时间
11 下降速度
12 有效面积
13 灵敏限
14 质量误差
23 压力传感器(静态、动态) 1 重复性误差 1320.03 压力传感器性能试验方法
GB/T 15478-1995
2 回程误差
3 线性误差
4 精确度
5 满量程输出值
6 最小二乘直线 方程
7 幅值比
8 相位差
24 冲击、振动传感器 1 参考灵敏度 1407. 02 激光干涉法振动绝对校准 GB/T 20485.11-2006
激光干涉法冲击绝对校准 GB/T 20485.13-2007
振动与冲击传感器的校准方法:温度响应比较测试法GB/T 13823.16-1995
振动与冲击传感器的校准方法:横向灵敏度测试GB/T 20485.31-2011
振动与冲击传感器的校准方法:基座应变灵敏度测试GB/T 13823.6-1992
振动与冲击传感器的校准和测试方法 GJB 3236-1998
2 频率响应
3 幅值线性度
24 冲击、振动传感器 4 横向灵敏度比 1407. 02 激光干涉法振动绝对校准 GB/T 20485.11-2006
激光干涉法冲击绝对校准 GB/T 20485.13-2007
振动与冲击传感器的校准方法:温度响应比较测试法GB/T 13823.16-1995
振动与冲击传感器的校准方法:横向灵敏度测试GB/T 20485.31-2011
振动与冲击传感器的校准方法:基座应变灵敏度测试GB/T 13823.6-1992
振动与冲击传感器的校准和测试方法 GJB 3236-1998
5 温度灵敏度
6 磁灵敏度
7 基座应变灵敏度
25 测振仪 1 测振仪参考灵敏度 1407. 02 振动比较法校准
GB/T 20485.21-2007
2 测振仪频率响应
3 测振仪幅值线性度
26 大电容标准 1 电容量准确度 0404 标准电容器 GB/T 9090-1988 只测1F以下
2 损耗角正切值准确度
3 电压特性
26 大电容标准 4 温度系数 0404 标准电容器 GB/T 9090-1988 只测1F以下
5 湿度试验 电子测量仪器通用规范 GB/T 6587–2012
6 温度试验
7 振动试验
8 运输试验
27 多功能标准源 1 直流电压 0410 数字多用表校准仪通用技术条件 GB/T 15637-2012
电子测量仪器通用规范 GB/T 6587–2012
2 直流电流
3 交流电压
4 交流电流
5 电阻
6 温度环境实验
7 安全试验
8 振动试验
28 失真度测量仪 1 外观、电气与机械结构要求 0419 失真度测量仪通用技术条件和测试方法
GB/T 15472-2012
2 安全要求
3 绝缘电阻
4 泄漏电流
5 电压测量
6 固有噪声
7 电压量程范围
28 失真度测量仪 8 电压测量引用相对误差 0419 失真度测量仪通用技术条件和测试方法
GB/T 15472-2012
9 频率响应特性
10 输入电阻
11 输入电容
12 波形误差
13 输出监视
14 失真度测量
15 频率范围及频率误差
16 输入电压范围
17 失真度量程范围
18 失真度测量引用相对误差
19 基波抑制特性
20 谐波响应特性
21 残余失真
22 输入电阻
23 输入电容
24 视在功率
29 脉冲信号源 1 脉冲重复频率(周期)的检定 0416 脉冲信号发生器技术条件 GB/T 9317-2012
电子测量仪器通用规范 GB/T 6587–2012
2 延迟时间
3 脉冲宽度
4 前(后)沿的检定
5 温、湿度试验
6 振动冲击试验
30 脉冲电压表 1 输入短路电压Uo检定 0413 电子电压表测试方法 GB/T 12116–2012
电子测量仪器通用规范 GB/T 6587–2012
2 输入电阻检定
3 脉冲幅度测量的检定
4 直流电压稳定度的检定
5 温、湿度试验
6 振动冲击试验
7 运输试验
31 相位计(数字超低频) 1 相位测量误差 0412 中低频相位测试方法 QJ 2941-1997
31 相位计(数字超低频) 2 幅度相位特性 0412 中低频相位测试方法 QJ 2941-1997
3 盲区
4 温度试验 电子测量仪器通用规范 GB/T 6587–2012
5 运输试验
32 超低频精密移相器 1 最大输出电压 0412 中低频相位测试方法 QJ 2941-1997
2 正弦波移相后附加失真
3 输出噪声
4 输出直流和零点漂移
5 温度试验 电子测量仪器通用规范 GB/T 6587–2012
6 振动冲击试验
7 运输试验
33 通用计数器 1 外观检查及正常性检查 0412 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
2 频率测量
3 周期测量
4 时间间隔测量
5 日老化率
6 开机特性
7 日频率波动
8 频率稳定度
33 通用计数器 9 频率复现性 0412 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
10 频率准确度
11 安全试验
34 数字式时间间隔测量仪 1 外观检查及正常性检查 0412 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
2 内部晶振检定
3 测量误差检定
4 安全试验
35 防静电产品和设备(地面、腕带、桌垫等) 1 静电泄漏电阻 0434.02 电子产品制造防静电系统测试方法 SJ/T 10694-2006
2 任意两点间的电阻
3 表面电阻
36 工作场所物理因素 1 噪声 1404 工作场所物理因素测量第8部分:噪声 GBZ/T 189.8-2007
2 超高频辐射 1621 工作场所物理因素测量第1部分:超高频辐射GBZ/T 189.1-2007
36 工作场所物理因素 3 高频电磁场 1621 工作场所物理因素测量第2部分:高频电磁场GBZ/T 189.2-2007
4 微波辐射 1621 工作场所物理因素测量第5部分:微波辐射GBZ/T 189.5-2007
5 工频电场 1621 工作场所物理因素测量第3部分:工频电场GBZ/T 189.3-2007
6 工业X射线 1620 工业X射线探伤放射卫生防护标准 GBZ 117-2006
7 工业γ射线 1620 工业γ射线探伤放射防护标准 GBZ 132-2008
8 高温 工作场所物理因素测量第7部分:高温 GBZ/T 189.7-2007
9 手传振动 1404 工作场所物理因素测量第9部分:手传振动GBZ/T 189.9-2007
10 紫外辐射 1607 工作场所物理因素测量第6部分:紫外辐射GBZ/T 189.6-2007
37 压缩空气 1 悬浮油 0234 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
压缩空气第二部分:测定悬浮状油含量的试验方法
ISO 8573-2:2007(E)
37 压缩空气 1 悬浮油 0234 工业自动化仪表气源压力范围和质量GB4830-1984 附录A、B
2 固体颗粒物 0234 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
压缩空气第四部分:固体颗粒含量的测试方法 ISO 8573-4:2001(E)
工业自动化仪表气源压力范围和质量GB4830-1984 附录A、B
3 固体颗粒质量浓度 0234 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
《压缩空气 第8部分:固体颗粒质量浓度测量方法》
ISO 8573-8:2004(E)
4 湿度 0234 压缩空气 第1部分:污染物净化等级》 GB/T 13277.1-2008
《压缩空气 第3部分:湿度测量方法》 ISO 8573-3:1999(E)
工业自动化仪表气源压力范围和质量GB4830-1984附录A、B
38 洁净区性能测试 1 洁净度检测 0239 《洁净厂房设计规范》GB50073-2001 附录C3
38 洁净区性能测试 1 洁净度检测 0239 《医药工业悬浮粒子测试方法》GB/T 16292-2010
39 锻件、板材、棒材、焊缝 1 超声检测 1101 变形铝合金产品超声波检验方法GB/T 6519-2000
钢焊缝手工超声波探伤方法和探伤结果分级GB/T 11345-1989
钢锻件超声检测方法 GB/T 6402-2008
锻轧钢棒超声检测方法 GB/T 4162-2008 只用接触法
铜合金棒材超声波探伤方法 GB/T 3310-2010 只用接触法
金属薄板兰姆波检验方法 GJB 3384-1998
厚钢板超声波检验方法 GB/T 2970-2004
金属板材超声板波探伤方法 GB/T 8651-2002
钛及钛合金加工产品超声波探伤方法 GB/T5193-2007 只用接触法
40 洁净区(室)性能及通风空调工程 1 洁净度检测 0343 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
2 风量(换气次数、新风量) 0343 通风与空调工程施工质量验收规范 GB50243-2002
40 洁净区(室)性能及通风空调工程 2 风量(换气次数、新风量) 0343 洁净室施工及验收规范 GB 50591-2010
3 静压差 0343 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
4 噪声 0343 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
5 风速(截面风速) 0343 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
6 室内空气温度 0343 通风与空调工程施工质量验收规范GB50243-2002
洁净室施工及验收规范 GB 50591-2010
7 室内空气相对湿度 0343 通风与空调工程施工质量验收规范GB50243-2002
洁净室施工及验收规范 GB 50591-2010
8 空调水流量 0343 通风与空调工程施工质量验收规范 GB50243-2002
采暖通风与空气调节工程检测技术规程 JGJ/T 260-2011
9 照度 0343 洁净室施工及验收规范 GB 50591-2010
40 洁净区(室)性能及通风空调工程 10 表面导静电性能 0343 洁净室施工及验收规范 GB 50591-2010
11 微振 0343 洁净室施工及验收规范 GB 50591-2010
41 工作场所空气有毒物质 1 钡及其化合物 0234 工作场所空气有毒物质测定钡及其化合物 二溴对甲基偶氮甲磺分光光度法
GBZ/T 160.2-2004 4
2 镉及其化合物 0234 工作场所空气有毒物质测定镉及其化合物
火焰原子吸收光谱法GBZ/T 160.5-2004
3 三氧化铬 0234 工作场所空气有毒物质测定铬及其化合物 二苯碳酰二肼分光光度法
GBZ/T 160.7-2004 4
4 铬酸盐 0234
5 重铬酸盐 0234
6 铜及其化合物 0234 工作场所空气有毒物质测定铜及其化合物 火焰原子吸收光谱法GBZ/T 160.9-2004
7 铅尘(烟) 0234 工作场所空气有毒物质测定铅及其化合物 火焰原子吸收光谱法GBZ/T 160.10-2004 3
41 工作场所空气有毒物质 8 锰及其化合物 0234 工作场所空气有毒物质测定锰及其化合物 火焰原子吸收光谱法 GBZ/T 160.13-2004 3
9 汞及其化合物 0234 工作场所空气有毒物质测定汞及其化合物 冷原子吸收光谱法GBZ/T 160.14-2004
10 钼及其化合物 0234 工作场所空气有毒物质测定钼及其化合物 硫氰酸盐分光光度法 GBZ/T 160.15-2004 3
11 镍及其化合物 0234 工作场所空气有毒物质测定镍及其化合物 火焰原子吸收光谱法GBZ/T 160.16-2004
12 氢氧化钠 0234 工作场所空气有毒物质测定钠及其化合物 火焰原子吸收光谱法GBZ/T 160.18-2004
13 铊及其化合物 0234 工作场所空气有毒物质测定铊及其化合物 石墨炉原子吸收光谱法 GBZ/T 160.21-2004
14 空气中气溶胶态锡及其化合物 0234 工作场所空气有毒物质测定锡及其化合物 火焰原子吸收光谱法GBZ/T 160.22-2004 3
41 工作场所空气有毒物质 15 一氧化碳 0234 工作场所空气有毒物质测定无机含碳化合物
不分光红外线气体分析仪法 GBZ/T 160.28-2004 3
16 二氧化碳 0234
17 一氧化氮 0234 工作场所空气有毒物质测定无机含氮化合物 盐酸萘乙二胺分光光度法 GBZ/T 160.29-2004 3
18 二氧化氮 0234
19 氨 0234 工作场所空气有毒物质测定无机含氮化合物 纳氏试剂分光光度法GBZ/T 160.29-2004 4
20 氰化氢 0234 工作场所空气有毒物质测定无机含氮化合物
异菸酸钠-巴比妥酸钠分光光度法 GBZ/T 160.29-2004 5
21 氰化物 0234
22 磷酸 0234 工作场所空气有毒物质测定无机含磷化合物 钼酸铵分光光度法GBZ/T 160.30-2004 3
23 五氧化二磷 0234 工作场所空气有毒物质测定无机含磷化合物 钼酸铵分光光度法GBZ/T 160.30-2004 6
41 工作场所空气有毒物质 24 砷及其化合物 0234 工作场所空气有毒物质测定砷及其化合物 氢化物-原子吸收光谱法GBZ/T 160.31-2004 4
25 臭氧 0234 工作场所空气有毒物质测定氧化物 丁子香酚分光光度法GBZ/T 160.32-2004 3
26 二氧化硫 0234 工作场所空气有毒物质测定硫化物 甲醛缓冲液-盐酸副玫瑰苯胺分光光度法 GBZ/T 160.33-2004 4
27 硫酸 0234 工作场所空气有毒物质测定硫化物 离子色谱法 GBZ/T 160.33-2004 5
28 硫化氢 0234 工作场所空气有毒物质测定硫化物 硝酸银比色法 GBZ/T 160.33-2004 7
29 氟化氢和氟化物 0234 工作场所空气有毒物质测定氟化物 离子选择电极法 GBZ/T 160.36-2004 3
30 氟化氢 0234 工作场所空气有毒物质测定氟化物 离子色谱法 GBZ/T 160.36-2004 4
41 工作场所空气有毒物质 31 氯气 0234 工作场所空气有毒物质测定氯化物 甲基橙分光光度法 GBZ/T 160.37-2004 3
32 氯化氢和盐酸 0234 工作场所空气有毒物质测定氯化物 离子色谱法GBZ/T 160.37-2004 4
41 工作场所空气有毒物质 33 溶剂汽油 0234 工作场所空气有毒物质测定混合烃类化合物 直接进样-气相色谱法 GBZ/T 160.40-2004 3
工作场所空气有毒物质测定混合烃类化合物 热解吸-气相色谱法GBZ/T 160.40-2004 4
34 非甲烷总烃 0234 工作场所空气有毒物质测定混合烃类化合物 热解吸-气相色谱法GBZ/T 160.40-2004 4
35 苯 0234 工作场所空气有毒物质测定芳香烃类化合物 溶剂解吸-气相色谱法 GBZ/T 160.42-2007 3
36 甲苯 0234
37 二甲苯 0234
38 乙苯 0234
41 工作场所空气有毒物质 39 萘 0234 工作场所空气有毒物质测定多环芳香烃类化合物 溶剂解吸-气相色谱法GBZ/T 160.44-2004 3
40 三氯甲烷 0234 工作场所空气有毒物质测定卤代烷烃类化合物 溶剂解吸-气相色谱法 GBZ/T 160.45-2007 3
41 二氯乙烯 0234 工作场所空气有毒物质测定卤代不饱和烃类化合物
溶剂解吸-气相色谱法 GBZ/T 160.46-2004 3
42 氯苯 0234 工作场所空气有毒物质测定卤代芳香烃类化合物
溶剂解吸-气相色谱法GBZ/T 160.47-2004 3
43 甲醇 0234 工作场所空气有毒物质测定醇类化合物 溶剂解吸-气相色谱法GBZ/T 160.48-2007 3
工作场所空气有毒物质测定醇类化合物 热解吸-气相色谱法GBZ/T160.48-2007 4
44 苯酚 0234 工作场所空气有毒物质测定酚类化合物 4-氨基安替比林分光光度法 GBZ/T 160.51-2007 4
41 工作场所空气有毒物质 45 甲醛 0234 工作场所空气有毒物质测定脂肪族醛类化合物 酚试剂分光光度法 GBZ/T 160.54-2007 6
46 丙酮 0234 工作场所空气有毒物质测定脂肪族酮类化合物 溶剂解吸-气相色谱法 GBZ/T 160.55-2007 3
47 环氧乙烷 0234 工作场所空气有毒物质测定环氧化合物 直接进样-气相色谱法 GBZ/T 160.58-2004 3
48 二甲基甲酰胺 0234 工作场所空气有毒物质测定酰胺类化合物 溶液采集-气相色谱法 GBZ/T 160.62-2004 3
49 乙酸乙酯 0234 工作场所空气有毒物质测定饱和脂肪族酯类化合物
无泵型采样—气相色谱法 GBZ/T 160.63-2007 4
50 邻苯二甲酸二丁酯 0234 工作场所空气有毒物质测定芳香族酯类化合物 溶剂洗脱-气相色谱法GBZ/T 160.66-2004 4
51 对硝基苯胺 0234 工作场所空气有毒物质测定芳香族胺类化合物 紫外分光光度法GBZ/T 160.72-2004 6
41 工作场所空气有毒物质 52 硝基苯 0234 工作场所空气有毒物质测定芳香族硝基化合物 盐酸萘乙二胺分光光度法 GBZ/T 160.74-2004 5
53 呼吸性粉尘 0234 工作场所空气中粉尘测定第2部分:
呼吸性粉尘浓度GBZ/T 192.2-2007
54 粉尘中游离二氧化硅 0234 工作场所空气中粉尘测定第4部分:
游离二氧化硅 GBZ/T 192.4-2007
55 总粉尘 0234 工作场所空气中粉尘测定第1部分:
总粉尘浓度 GBZ/T 192.1-2007
56 硝酸雾 0234 测定工作场所空气中的无机酸 离子色谱法 NIOSH 7903-1994
57 溴氰菊酯 0234 工作场所空气有毒物质测定拟除虫菊脂类农药 溶剂解析—气相色谱法 GBZ/T160.78-2007 3
工作场所空气有毒物质测定拟除虫菊脂类农药 高效液相色谱法 GBZ/T160.78-2007 4
41 工作场所空气有毒物质 58 氰戊菊酯 0234 工作场所空气有毒物质测定拟除虫菊脂类农药 溶剂解析—气相色谱法 GBZ/T160.78-2007 3
59 六六六 0234 工作场所空气有毒物质测定有机氯农药 溶剂洗脱—气相色谱法 GBZ/T160.77-2004
60 钾及其化合物 0234 工作场所空气有毒物质测定钾及其化合物
火焰原子吸收光谱法 GBZ/T 160.17-2004
61 锌及其化合物 0234 工作场所空气有毒物质测定锌及其化合物
火焰原子吸收光谱法 GBZ/T 160.25-2004 3
62 乙酸乙脂 0234 工作场所空气有毒物质测定饱和脂肪族酯类化合物
溶剂解吸-气相色谱法 GBZ/T 160.63-2007 3
42 水和废水 1 化学需氧量 0233 水质 化学需氧量的测定 快速消解分光光度法 HJ/T 399-2007
水质 化学需氧量的测定 重铬酸盐法 GB/T 11914-1989
2 五日生化需氧量 0233 水质 五日生化需氧量(BOD5)的测定 稀释与接种法 HJ 505-2009
3 悬浮物 0233 水质 悬浮物的测定 重量法 GB/T 11901-1989
42 水和废水 4 氰化物 0233 水质 氰化物的测定 容量法和分光光度法 HJ 484-2009 只用方法二 异烟酸—吡唑啉酮分光光度法
5 氨氮 0233 水质 氨氮的测定 纳氏试剂分光光度法 HJ 535-2009
6 挥发酚 0233 水质 挥发酚的测定 4-氨基安替比林分光光度法 HJ 503-2009
7 六价铬 0233 水质 六价铬的测定 二苯碳酰二肼分光光度法
GB/T 7467-1987
8 铜、锌、铅、镉 0233 水质 铜、锌、铅、镉的测定
原子吸收分光光度法 GB/T 7475-1987
9 镍 0233 水质 镍的测定 火焰原子吸收分光光度法 GB/T 11912-1989
10 pH 0233 水质 pH值的测定 玻璃电极法GB/T 6920-1986
11 石油类 0233 水质 石油类和动植物油的测定 红外分光光度法HJ637-2012
12 动植物油类
13 总铍 0233 水质铍的测定 石墨炉原子吸收分光光度法 HJ/T59-2000
42 水和废水 14 氟化物 0233 水质 氟化物的测定 离子选择电极法 GB/T 7484-1987
15 总铬 0233 水质 总铬的测定
第一篇 高锰酸钾氧化—二苯碳酰二肼分光光度法
GB/T 7466-1987
16 总磷 0233 水质总磷 钼酸铵分光光度法GB/T 11893-1989
17 总氮 0233 水质 总氮的测定 碱性过硫酸钾消解紫外分光光度法 HJ636-2012
18 高锰酸盐指数 0233 水质高锰酸盐指数的测定 GB/T11892-1989
19 溶解氧 0233 水质溶解氧的测定 碘量法 GB/T7489-1987
20 砷 0233 《水和废水监测分析方法》(第四版增补版)国家环保总局 2006年 氢化物发生 原子吸收法(B)3.4.3.(3)
21 阴离子表面活性剂 0233 水质 阴离子表面活性剂的测定 亚甲蓝分光光度法
GB/T 7494-1987
22 银 0233 水质 银的测定 火焰原子吸收分光光度法 GB/T 11907-1989
23 水温 0233 水质 水温 温度计或颠倒温度计法 GB/T 13195-1991
24 色度 0233 水质色度的测定 GB/T 11903-1989
42 水和废水 25 浊度 0233 水质 浊度的测定 GB/T 13200-1991
26 总硬度 233 水质 钙和镁总量的测定EDTA 滴定法 GB/T 7477-1987
27 亚硝酸盐氮 0233 水质 亚硝酸盐氮的测定分光光度法 GB/T7493-1987
28 硝酸盐氮 0233 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
29 总氯 0233 《水和废水监测分析方法》(第四版增补版)国家环保总局 2006年 碘量法(C)3.2.5(1)
30 硫酸盐 0233 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
31 铁、锰 0233 水质 铁、锰的测定 火焰原子吸收分光光度法
GB/T11911-1989
32 全盐量 0233 水质 全盐量测定 重量法 HJ/51-1999
33 氯化物 0233 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
34 硫化物 0233 水质 硫化物的测定 亚甲基蓝分光光度法
GB/T 16489-1996
35 电导率 0233 锅炉用水和冷却水分析方法 电导率的测定 GB/T6908-2008
分析实验室用水规格和试验方法 GB/T6682-1992
42 水和废水 36 部分项目 0233 污水综合排放标准
GB 8978-1996
只测化学需氧量、五日生化需氧量、悬浮物、氰化物、氨氮、挥发酚、六价铬、铜、锌、铅、镉、镍、pH、石油类、动植物油、总铍、氟化物、总铬、阴离子表面活性剂、银
42 水和废水 37 部分项目 0233 北京市水污染排放标准
DB 11/307-2005 只测化学需氧量、五日生化需氧量、悬浮物、氰化物、氨氮、挥发酚、六价铬、铜、锌、铅、镉、镍、pH、石油类、动植物油、总铍、氟化物、总铬、总磷、总氮、溶解氧、砷、阴离子表面活性剂、银
42 水和废水 38 部分项目 0233 地表水环境质量标准
GB 3838-2002 只测化学需氧量、五日生化需氧量、氰化物、氨氮、挥发酚、六价铬、铜、锌、铅、镉、镍、pH、石油类、总铍、氟化物、总磷、总氮、高锰酸盐指数、溶解氧、砷、阴离子表面活性剂
43 饮用水 1 镉 0233 生活饮用水标准检验方法 金属指标 无火焰原子吸收分光光度法 GB/T 5750.6-2006 9.1
43 饮用水 2 铬(六价) 0233 生活饮用水标准检验方法 金属指标
二苯碳酰二肼分光光度法GB/T 5750.6-2006 10.1
3 铅 0233 生活饮用水标准检验方法 金属指标 无火焰原子吸收分光光度法 GB/T 5750.6-2006 11.1
4 氰化物 0233 生活饮用水标准检验方法 无机非金属指标 异烟酸-吡唑酮分光光度法 GB/T 5750.5-2006 4.1
5 氟化物 0233 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 3.2
6 硝酸盐(以N计) 0233 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 3.2
7 亚硝酸盐 0233 生活饮用水标准检验方法 无机非金属指标
重氮偶合分光光度法GB/T 5750.5-2006 10.1
8 氨氮 0233 生活饮用水标准检验方法 无机非金属指标
纳氏试剂分光光度法GB/T 5750.5-2006 9.1
43 饮用水 9 色度 0233 生活饮用水标准检验方法 感官形状和物理指标
铂-钴标准比色法GB/T 5750.4-2006 1.1
10 浑浊度 0233 生活饮用水标准检验方法 感官形状和物理指标 目视比浊法 GB/T 5750.4-2006 2.2
11 嗅和味 0233 生活饮用水标准检验方法 感官形状和物理指标 嗅气和尝味法 GB/T 5750.4-2006 3.1
12 肉眼可见物 0233 生活饮用水标准检验方法 感官形状和物理指直接法
GB/T 5750.4-2006 4
13 pH 0233 生活饮用水标准检验方法 感官形状和物理指标
玻璃电极法GB/T 5750.4-2006 5.1
14 铁 0233 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 2.1
43 饮用水 15 锰 0233 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 3.1
43 饮用水 16 铜 0233 生活饮用水标准检验方法 金属指标
无火焰原子吸收分光光度法GB/T 5750.6-2006 4.1
17 锌 0233 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 5.1
18 氯化物 0233 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 2.1
19 硫酸盐 0233 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 5.3
20 溶解性总固体 0233 生活饮用水标准检验方法 感官形状和物理指标
称量法GB/T 5750.4-2006 8.1
21 总硬度 0233 生活饮用水标准检验方法 感官形状和物理指标
乙二胺四乙酸二钠滴定法GB/T 5750.4-2006 7.1
22 耗氧量 0233 生活饮用水标准检验方法 有机综合指标
酸性高锰酸钾滴定法GB/T 5750.7-2006 1.1
43 饮用水 23 挥发酚类 0233 生活饮用水标准检验方法 感官形状和物理指标
4-氨基安替吡啉三氯甲烷萃取分光光度法GB/T 5750.4-2006 9.1
24 阴离子合成洗涤剂 0233 生活饮用水标准检验方法 感官形状和物理指标
亚甲蓝分光光度法GB/T5750.4-2006 10.1
25 铍 0233 生活饮用水标准检验方法 金属指标
无火焰原子吸收分光光度法 GB/T5750.6-2006 20.2
43 饮用水 26 部分项目 0233 生活饮用水卫生标准
GB 5749-2006 只测镉、铬(六价)、铅、氰化物、氟化物、硝酸盐(以N计)、亚硝酸盐、氨氮、色度、浑浊度、嗅和味、肉眼可见物、pH、铁、锰、铜、锌、氯化物、硫酸盐、溶解性总固体、总硬度、耗氧量、挥发酚类、阴离子合成洗涤剂、铍
44 室内空气 1 甲醛 0234 酚试剂分光光度法 室内环境空气质量监测技术规范
HJ/T 167—2004 附录H.2
44 室内空气 2 甲苯、二甲苯 0234 毛细管气相色谱法 室内环境空气质量监测技术规范
HJ/T 167—2004 附录I.1
3 温度 0234 玻璃液体温度计法 室内环境空气质量监测技术规范
HJ/T 167-2004附录A.1
4 相对湿度 0234 通风干湿表法 室内环境空气质量监测技术规范
HJ/T 167-2004附录A.2
5 新风量 0234 一氧化碳气体追踪法 室内环境空气质量监测技术规范
HJ/T 167-2004附录A.4
6 一氧化碳 0234 非分散红外法 室内环境空气质量监测技术规范
HJ/T 167-2004 附录D.1
7 氨 0234 纳氏试剂分光光度法 室内环境空气质量监测技术规范
HJ/T 167-2004 附录F.3
8 苯 0234 室内环境空气质量监测技术规范
毛细管气相色谱法HJ/T 167-2004 附录I.1
9 氡 0234 室内环境空气质量监测技术规范
两步测量法 HJ/T 167-2004 附录N
10 可吸入颗粒物 0234 室内空气中可吸入颗粒物的测定方法 重量法 室内环境空气质量监测技术规范 HJ/T 167-2004 附录J
44 室内空气 11 大气压 0234 公共场所空气气压测定方法 GB/T 18204.16-2000
12 风速 0234 公共场所空气风速测定方法 GB/T 18204.15-2000
13 部分项目 0234 室内空气质量标准
GB/T 18883-2002 不测二氧化硫、二氧化氮、臭氧、苯并[a]比、总挥发性有机物、菌落总数
45 环境空气和废气 1 二氧化硫 0234 环境空气 二氧化硫的测定 甲醛吸收-副玫瑰苯胺分光光度法
HJ 482-2009
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 甲醛吸收-副玫瑰苯胺分光光度法(B)5.3.1.(5)
固定污染源排气中二氧化硫的测定 定电位电解法 HJ/T 57-2000
2 二氧化氮(氮氧化物) 0234 环境空气 二氧化氮的测定 Saltzman法 GB/T 15435-1995
45 环境空气和废气 2 二氧化氮(氮氧化物) 0234 环境空气 氮氧化物(一氧化氮和二氧化氮)的测定 盐酸萘乙二胺分光光度法 HJ 479-2009
固定污染源排气中氮氧化物的测定 盐酸萘乙二胺分光光度法 HJ/T 43-1999
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 定电位电解法(B)5.4.2.(3)
3 总悬浮颗粒物 0234 环境空气 总悬浮颗粒物的测定 重量法
GB/T 15432-1995
4 苯、甲苯、二甲苯 0234 环境空气 苯系物的测定 活性炭吸附/二硫化碳解吸气相色谱法 HJ 584-2010
环境空气 苯系物的测定 固体吸附/热脱附-气相色谱法
HJ 583-2010
5 铅 0234 环境空气铅的测定 火焰原子吸收分光光度法
GB/T 15264-1994
固定污染源废气 铅的测定 火焰原子吸收分光光度法(暂行)
HJ538-2009
6 一氧化碳 0234 空气质量 一氧化碳的测定 非分散红外法
GB/T 9801-1988
45 环境空气和废气 6 一氧化碳 0234 固定污染源排气中一氧化碳的测定 非分散红外吸收法
HJ/T44-1999
7 铍(铍及其化合物) 0234 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 石墨炉原子吸收分光光度法(B)3.2.10(1)
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 石墨炉原子吸收分光光度法(B)5.3.9(1)
8 可吸入颗粒物 0234 环境空气PM10和PM2.5的测定 重量法
HJ618-2011
9 氨 0234 环境空气和废气 氨的测定 纳氏试剂分光光度法HJ533-2009
10 铜、锌、镉、锰、镍 0234 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 原子吸收分光光度法(B)3.2.12
11 铬(六价) 0234 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 二苯碳酰二肼分光光度法(B)3.2.8
45 环境空气和废气 12 油烟 0234 饮食业油烟排放标准 GB18483-2001附录A 金属滤筒吸收和红外分光光度法测定油烟的采样及分析方法
13 氯化氢 0234 环境空气和废气氯化氢的测定 离子色谱法(暂行) HJ549-2009
14 硫化氢 0234 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 亚甲基蓝分光光度法(B) 3.1.11(2)
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 碘量法(B)5.4.10(2)
15 氟化物 0234 环境空气氟化物的测定滤膜采样氟离子选择电极法HJ480-2009
大气固定污染源氟化物测定离子选择电极法 HJ/T67-2001
16 烟(粉)尘 0234 锅炉烟尘测试方法 GB/T 5468-1991
固定污染源排气中颗粒物测定与气态污染物采样方法
GB/T 16157-1996
17 烟气黑度 0234 锅炉烟尘测试方法 GB/T 5468-1991
45 环境空气和废气 17 烟气黑度 0234 固定污染源排放烟气黑度测定 林格曼烟气黑度图法
HJ/T 398-2007
18 流速(量) 0234 固定污染源排气中颗粒物测定与气态污染物采样方法 GB/T 16157-1996
45 环境空气和废气 19 铬酸雾 0234 固定污染源排气中铬酸雾的测定二苯基碳酰二肼分光光度法
HJ/T 29-1999
20 硫酸雾 0234 固定污染源废气 硫酸雾的测定 离子色谱法(暂行) HJ 544-2009
21 氰化氢 0234 固定污染源排气中氰化氢的测定 异烟酸-吡唑啉酮分光光度法 HJ/T 28-1999
22 氯气 0234 固定污染源排气中氯气的测定 甲基橙分光光度法 HJ/T30-1999
23 甲醛 0234 《空气和废气监测分析方法》(第四版增补版)国家环保总局(2007)酚试剂分光光度法(B)6.4.2.(2)
24 苯酚类 0234 固定污染源排气中酚类化合物的测定 4-氨基安替比林分光光度法 HJ/T33-1999
25 镍及其化合物 0234 大气固定污染源 镍的测定 火焰原子吸收分光光度法
HJ/T63.1-2001
45 环境空气和废气 26 非甲烷总烃 0234 固定污染源排气中非甲烷总烃的测定-气相色谱法 HJ/T38-1999
27 总烃 0234 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 总烃和非甲烷总烃测定方法一(B)6.1.5(1)
28 部分项目 0234 环境空气质量标准
GB 3095-2012 只测二氧化硫、二氧化氮、总悬浮颗粒物、铅、一氧化碳、可吸入颗粒物、氮氧化物
45 环境空气和废气 29 部分项目 0234 大气污染物综合排放标准
GB 16297-1996 只测二氧化硫、氮氧化物、氯化氢、氰化氢、颗粒物、烟气黑度、铅及其化合物、铍及其化合物、铬酸雾、硫酸雾、非甲烷总烃、苯、甲苯、二甲苯、甲醛
45 环境空气和废气 30 部分项目 0234 北京市大气污染物综合排放标准
DB 11/501-2007 只测二氧化硫、氮氧化物、氯化氢、氰化氢、颗粒物、烟气黑度、氟化物、铅及其化合物、铍及其化合物、铬酸雾、硫酸雾、油烟、非甲烷总烃、苯、甲苯、二甲苯、甲醛、氨、硫化氢
31 全部项目 0234 锅炉大气污染物排放标准
GB 13271-2001
32 部分项目 0234 北京市锅炉大气污染物排放标准
DB 11/139-2007 只测二氧化硫、氮氧化物、烟尘、烟气黑度
46 噪声、振动 1 工业企业厂界环境噪声 1404 工业企业厂界环境噪声排放标准 GB 12348-2008
2 城市区域环境噪声 1404 声环境质量标准 GB 3096-2008
3 建筑施工场环境界噪声 1404 建筑施工场界环境噪声排放标准GB12523-2011
4 社会生活环境噪声 1404 社会生活环境噪声排放标准 GB 22337-2008
5 机场周围飞机噪声 1404 机场周围飞机噪声测量方法 GB/T 9661-1988
6 铁路边界噪声 1404 铁路边界噪声限值及其测量方法 GB 12525-1990
7 振动 1407 城市区域环境振动测量方法 GB/T10071-1988
47 电磁辐射 1 电场、功率 密度 1620 电磁辐射防护规定 GB 8702-1988
辐射环境保护管理导则-电磁辐射监测仪器和方法
HJ/T 10.2-1996
2 工频电场 1621 500kV超高压送变电工程电磁辐射环境影响评价技术规范
HJ/T 24-1998
3 工频磁场 1621 500kV超高压送变电工程电磁辐射环境影响评价技术规范
HJ/T 24-1998
4 无线电干扰 1621 高压架空送电线、变电站无线电干扰测定方法 GB/T 7439-2002
48 环境电离辐射 1 γ辐射剂量率 1620 辐射环境监测技术规范 HJ/T 61-2001
环境地表γ辐射剂量率测定规范GB/T 14583-1993
电离辐射防护与辐射源安全基本标准GB 18871-2002
49 土壤/固体废物 1 铜 0238 土壤质量 铜、锌的测定 火焰原子吸收分光光度法
GB/T 17138-1997
2 pH 0238 土壤检测 第2部分:土壤pH的测定 NY/T 1121.2-2006
固体废物腐蚀性测定 玻璃电极法 GB/T15555.12-1995
固体废物浸出毒性浸出方法水平振荡法
HJ557-2010
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Accreditation Criteria:ISO/IEC 17025:2005 and relevant requirements of CNAS
Date of Issue:2014-02-26 Date of Expiry:2017-02-25
Date of Update:2014-02-26
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Code of Field Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Mechanical accessory 1 Geometrical tolerancing 1305.01 Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004
Measurement of departures from straightness
GB/T 11336-2004
Measurement of departures from flatness
GB/T 11337-2004
As se ssm e nt o f d ep ar tur e f ro m r ou nd ne ss-
Tw o- an d t h ree -p oi nt m et ho ds
GB /T 43 80 - 20 04
Methods for the assessment of departure form roundness Measurement of variations in radius
GB/T 7235-2004 Accredited only for: ≤2.4m×1.2m×0.7m;
Ra:(0.012~25)μm
1 Mechanical accessory 2 Surface rouglness 1305.01 (GPS)
surface texture: Profile method_Rules and procedures for the assessment of surface texture
GB/T 10610-2009
Surface rouglness parameters and their values
GB/T 1031-2009 Accredited only for: ≤2.4m×1.2m×0.7m;
Ra:(0.012~25)μm
3 Parameters for holes and shafts Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004
2 Projector 1 accuracy of longitude and latitude(vertical) 1309.16 Projectors
JB/T 6830-1993
2 variety of indication while focusing several times along unidirection
2 Projector 3 image center movement while varing object lens amplificatory 1309.16 Projectors
JB/T 6830-1993
4 error of object lens amplificatory including aberrance
3 Tri-coordinate measuring instrument 1 probing error 1309.13 Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
2 error of Indication of a CMM for size measurement
3 four-axis error
3 Tri-coordinate measuring instrument 4 scanning probing error 1309.13 Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
5 time for scanning test
6 fixed multiple-stylus probing system error
3 Tri-coordinate measuring instrument 7 articulated probing system error 1309.13 Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
4 Roundness measuring instrument 1 Instrument radial error 1305.02 Roundness instruments
GB/T26098-2010
2 Instrument axial error
3 scalling error
4 stability
4 Roundness measuring instrument 5 radial error with maximum load and unbalance load 1305.02 Roundness instruments
GB/T26098-2010
5 Inductance-type micrometers 1 Zeroing range 1309 Digital display inductance micrometers JB/T 10014-1999;
Inductance-type micrometers
JB/T 10036-1999
2 Zero balance
3 Indication variability
4 direction error
5 reversal error
6 Indication error
7 Indication stability
8 sensitivity
9 Force measurement
10 Response time 1309
5 Inductance-type micrometers 11 Insulation and compression 1309 Digital display inductance micrometers JB/T 10014-1999;
Inductance-type micrometers
JB/T 10036-1999
6 Contact pin type surface roughness measuring instrument 1 calibration of Residual profile 1309 Geometrical Product Specification(GPS)—
Surface texture -Profile method-
Calibration of contact (stylus) instruments
GB/T 19600-2004
2 colligation calibration of contact (stylus) instruments
7 Leveling instrument 1 Telescope magnification 1309 Leveler
GB/T 10156-2009
2 Resolution
3 Telescope effective aperture
4 Focusing running error
7 Leveling instrument 5 Telescope stadia multiplying a constant 1309 Leveler
GB/T 10156-2009
6 Telescope imaging quality
7 Operating and setting up error of vertical shaft
8 Micrometer row error
9 while temperature changing 1°C, angle i changes
10 Automatic stabilizing compensation performance
11 Operating temperature
12 Consecutive shock test
13 Anti-transportation test
14 Appearance
7 Leveling instrument 15 Sight directrix error 1309 Leveler
GB/T 10156-2009
8 Pneumatic measuring instrument 1 total error of value-indication 1309 Floating beacon type pneumatic measuring instruments
JB/T 3760-2008
2 reoeatbility
3 stability
4 value of floater waveness
5 response time
6 multitube interaction
7 Maximum measuring gap
8 influence of pressure variety for indication
9 Numerically control machines 1 accuracy of positioning of an axis 1304.02 Test code for machine tools part 1:
geometric accuracy of machines operating under no-load or finishing conditions GB/T 17421.1-2000
Test code for machine tools part 2:determination of accuracy and repeat -apility of positioning numerically controlled axes
GB/T 17421.2-2000
2 Repeatability of positioning of an axis
3 reversal value of an axis
4 straightness
5 vertical
10 Inertial navigation 1 Heading accuracy 1309.29 General specifications for ship's inertial navigation system
GJB 2230-1994
2 Level accuracy
10 Inertial navigation 3 Position accuracy 1309.29 General specifications for ship's inertial navigation system
GJB 2230-1994
11 Gyro 1 Bias catena 1309.29 Test methods for fiber optic gyroscope
GJB 2426A-2004 Accredited only for ≤500°/s
2 Scale factor catena
12 Thermometer and sensor 1 Resistance ratio, temperature coefficient 1501 Platinum wire of resistance thermometer GB/T 5977-1999
2 stability
13 Thermometer 1 Temperature 1501 General specification for electronic measuring instruments GB/T 6587.1–2012
2 humidity
3 Pack transportation
14 Temperature test equipment 1 Temperature deviation 1504 Electrician and electron product environmental test equipment basic parameter calibration method temperature test equipment
GB/T 5170.2-2008
2 Temperature stability
3 Temperature uniformity
4 Air speed
5 Temperature change rate
15 Moist heat test equipment 1 Temperature deviation 1517 Electrician and electron product environmental test equipment basic parameter calibration method moist heat test equipment
GB/T 5170.5-2008
2 Temperature stability
3 Temperature uniformity
4 humidity deviation
5 humidity stability
15 Moist heat test equipment 6 humidity uniformity 1517 Electrician and electron product environmental test equipment basic parameter calibration method moist heat test equipment
GB/T 5170.5-2008
7 Air speed
8 Temperature change rate/5min
9 characteristic of temperature change
16 Salt spray test equipment 1 Temperature deviation 1504 inspection method for environmental testing equipments for electric and electronic products--- Salt mist testing equipment
GB/T 5170.8-2008
2 Temperature stability
3 Temperature uniformity
4 salt settlement rate
17 High and low temperature / low air pressure testing equipments 1 low air pressure deviation 1504 Inspection methods for basic parameters of environmental testing equipments for electric and electric products combined high and low temperature/ low air pressure testing equipments
GB/T 5170.10-2008
2 low air pressure change rate
3 Temperature deviation
4 Temperature stability
5 Temperature uniformity
6 low air pressure deviation
7 Temperature change rate/5min
18 Electrician and electron product、
Electron measurement instrument、 Military equipment
(Environmental test) 1 Low temperature test 0431.01 Laboratory environmental test methods for military materiel-Part 4: Low temperature test
GJB 150.4A-2009 Accredited only for :Maximum workspace:
1.5 m3;
Temperature range:
(-70~180)℃
Environmental testing for Electric and electronic products-Part2:Test methods-Tests A:Cold
GB/T 2423.1-2008
2 High temperature test 0431.02 Laboratory environmental test methods for military materiel -Part 3: High temperature test
GJB 150.3A-2009
Environmental testing for Electric and electronic products-Part2:Test methods-TestsB:Dry heat
GB/T 2423.2-2008
18 Electrician and electron product、
Electron measurement instrument、 Military equipment
(Environmental test) 3 damp heat test 0431.03 Laboratory environmental test methods for military materiel-Part 9: damp heat test
GJB 150.9A-2009 Accredited only for :Maximum workspace:1.5 m3;
Temperature range:
(-70~180)℃;
Humidity range:
(10~98)%RH
Environmental testing for Electric and electronic products-Part2:Test methods-Tests Cb :Invariable damp heat test GB/T 2423.3-2006
Environmental testing for Electric and electronic products-Part2:Test methods-Tests Db :changeable damp heat test GB/T 2423.4-2008
19 Industry Pt thermal resistance 1 Permissible error 1511 Technical condition and graduation table of Industry Pt thermal resistance
JB/T 8622-1997
19 Industry Pt thermal resistance 2 Insulation 1511 Technical condition and graduation table of Industry Pt thermal resistance
JB/T 8622-1997
20 Industry glass- thermometer and laboratory thermometer 1 Temperature error 1501 Industry glass- thermometer and laboratory thermometer
JB/T 9262-1999
21 Analog input and digital Indicator control instrument in industrial process measurement and control system 1 Set point 1501 Analog input and digital Indicator control instrument in industrial process measurement and control system
JB/T 8386.1~.2-1996
2 Insulation
22 Piston Gauge (Pressure Gauge) 1 basic error 1321 General pressure gauge
GB/T 1226-2010
Accurate pressure gague
GB/T 1227-2010
2 hystersis error
3 zero error
4 distance after tapping
5 temperature effect
22 Piston Gauge (Pressure Gauge) 6 over-pressure 1321 General pressure gauge
GB/T 1226-2010
Accurate pressure gague
GB/T 1227-2010
7 cyclic pressure
8 Sealing of check instrument Piston-type manometers
JB/T 7393-1994
9 Verticality
10 Time duration
11 Descent velocity
12 Effective area
13 Discrimination threshold
14 Quality error
23 Pressure sensor (static and dynamic) 1 Repeatability error 1320.03 Test methods of the performances for pressure transducer/sensor
GB/T 15478-1995
2 Return error
3 Linear error
4 precision
5 Full-range output value
23 Pressure sensor (static and dynamic) 6 Minimum secondary linear equation 1320.03 Test methods of the performances for pressure transducer/sensor
GB/T 15478-1995
7 Amplitude ratio
8 Phase difference
24 Shock and vibration sensor 1 Reference sensitivity 1407.02 Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 2 Frequency response 1407.02 Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 3 Amplitude linearity 1407.02 Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 4 Lateral sensitivity ratio 1407.02 Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 5 Temperature sensitivity 1407.02 Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 6 Magnetic sensitivity 1407.02 Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 7 Base strain sensitivity 1407.02 Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
25 Vibration measurer 1 Reference sensitivity of vibration measurer 1407.02 Vibration Calibration by Comparison to a Reference Tranducer
GB/T 20485.21-2007
2 Frequency response of vibration measurer
3 Amplitude linearity of vibration measurer
26 Standard of mass capacitance 1 Capacitance accuracy 0404 Standard capacitors
GB/T 9090-1988
Accredited only for below 1F
2 Accuracy of loss tangent
3 Voltage characteris–tics
4 Temperature coefficient
5 Humidity test General specification for electronic measuring instruments GB/T 6587-2012
6 Temperature test
26 Standard of mass capacitance 7 Vibration test 0404 General specification for electronic measuring instruments GB/T 6587-2012 Accredited only for below 1F
8 Transporta-tion test
27 Digital multi-meter 1 DC voltage 0410 Environmental tests program for electronic measuring instruments GB/T 15637-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 DC current
3 AC voltage
4 AC current
5 Resistance
6 Environmental & temperature tests
7 Safety test
8 Vibration test
28 Distortion measuring instrument 1 Appearance, electric and mechanical structure requirement 0419 General specification and test method for distortion measuring instrument
GB/T 15472-2012
2 Safety requirement
3 Insulation resistance
4 Leakage current
5 Voltage measurement
6 Inherent noise
7 Voltage measured range
8 Cited relative error of voltage measured
9 Frequency response characteristic
10 Input resistance
11 Input capacitance
28 Distortion measuring instrument 12 Wave-shape error 0419 General specification and test method for distortion measuring instrument
GB/T 15472-2012
13 Output monitor
14 Distortion measurement
15 Frequency range and error
16 Range of input voltage
17 Distortion Measured Range
18 Cited relative error of Distortion measured
19 Fundamental wave suppression characteristic
28 Distortion measuring instrument 20 Harmonic response characteristic 0419 General specification and test method for distortion measuring instrument
GB/T 15472-2012
21 Residual distortion
22 Input resistance
23 Input capacitance
24 Apparent power
29 Pulse signal source 1 Pulse repetition frequency (cycle) verification 0416 Specifications of pulse signal generators
GB/T 9317-2012
General specification for electronic measuring instruments
GB/T 6587-2012
2 Relay time verification
3 Pulse-width verification
4 Fore-/after- edge verification
29 Pulse signal source 5 Temperature and humidity test 0416 Specifications of pulse signal generators
GB/T 9317-2012
General specification for electronic measuring instruments
GB/T 6587-2012
6 Vibration & shock test
30 Pulse Voltmeter 1 Verification of input short circuit voltage (Uo) 0413 Measuring methods for electronic voltmeters
GB/T 12116–2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Input resistance verification
3 Pulse amplitude measurement verification
4 DC voltage stability verification
30 Pulse Voltmeter 5 Temperature and humidity test 0413 Measuring methods for electronic voltmeters
GB/T 12116–2012
General specification for electronic measuring instruments GB/T 6587-2012
6 Vibration & shock test
7 Transportation test
31 Phase Indicator
( digital, ultra-low frequency) 1 Phase measurement error 0412 Methods of measurement for medium and low frequency phase QJ 2941-1997
2 Amplitude phase characteristic
3 Sightless area
4 Temperature test General specification for electronic measuring instruments GB/T 6587-2012
5 Transportation test
32 Ultra-low frequency shifter 1 Max. output voltage 0412 Methods of measurement for medium and low frequency phase
QJ 2941-1997
2 Additional distortion after sine wave phase-shifting
3 Output noise
4 Output DC and zero shift
5 Temperature test General specification for electronic measuring instruments GB/T 6587-2012
6 Vibration & shock test
7 Transportation test
33 Universal counters 1 Visual inspection & normalness test 0412 Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Frequency measurement
3 Cycle measurement
4 Time interval measurement
5 Diurnal aging rate
6 Warm-up characteristic
7 Diurnal frequency variation
8 Frequency stability
9 Frequency restoration
10 Frequency accuracy
33 Universal counters 11 Safety test 0412 Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
34 Digital time interval measuring instrument 1 Visual inspection
and normal check 0412 Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Inner crystal Oscillator inspection
3 Measurement error inspection
4 Safety test
35 Products and equipments for electrostatic protection (Wrist bands and table mats for electrostatic protection etc) 1 Electrostatic leaking resistance 0434.02 Test methods for electrostatic protection system in manufacturing electronic products
SJ/T 10694-2006
35 Products and equipments for electrostatic protection (Wrist bands and table mats for electrostatic protection etc) 2 Resistance between any two points 0434.02 Test methods for electrostatic protection system in manufacturing electronic products
SJ/T 10694-2006
3 Surface resistance
36 Determination of Physical Agents 1 Noise 1404 Measurement of Physical Agents in Workplace Part 8: Noise GBZ/T 189.8-2007
2 Ultra High Frequency Radiation 1621 Measurement of Physical Agents in Workplace Part 1:Ultra High Frequency Radiation GBZ/T 189.1-2007
3 High Frequency Electromagnetic Field 1621 Measurement of Physical Agents in Workplace Part 2: High Frequency Electromagnetic Field GBZ/T 189.2-2007
36 Determination of Physical Agents 4 Microwave Radiation 1621 Measurement of Physical Agents in Workplace Part 5: Microwave Radiation GBZ/T 189.5-2007
5 Powe frequency Electric Field 1621 Measurement of Physical Agents in Workplace Part 3 owe frequency Electric Field GBZ/T 189.3-2007
6 Industrial X-ray detection 1620 Radiological protection standards for industrial X-ray detection GBZ 117-2006
7 Industrial gamma defect detecting 1620 Radiological protection standards for industrial gamma defect detecting GBZ 132-2008
8 Heat Stress 1519 Measurement of Physical Agents in Workplace Part 7:Heat Stress GBZ/T 189.7-2007
9 Hand-transmitted 1404 Measurement of Physical Agents in Workplace Part 9: hand-transmitted GBZ/T 189.9-2007
36 Determination of Physical Agents 10 Ultraviolet Radiation 1607 Measurement of Physical Agents in Workplace Part 6: Ultraviolet Radiation GBZ/T 189.6-2007
37 Compressed air 1 oil aerosol content 0234 Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
Compressed air-part 2: The test for oil aerosol content ISO 8573-2:2007(E)
Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
2 solid particle content 0234 Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
Compressed air-part 4: The test forsolid particle content ISO 8573-4:2001(E)
37 Compressed air 2 solid particle content 0234 Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
3 solid particle content by mass concentratio 0234 Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
Compressed air-part 8: The test forsolid particle content by mass concentration ISO 8573-8:2004(E)
4 Humidity 0234 Compressed air - Part 1:Contaminants and Purity Classes GB/T 13277.1-2008
Compressed air –Part 3: Test Methods for Measurement of Humidity ISO 8573-3 :1999(E)
37 Compressed air 4 Humidity 0234 Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
38 airborne particles in clean room 1 Cleanness 0239 Code for design of clean romm GB50073-2001 C3
The method for airborne particles in clean room of the pharmaceutical industry GBT 16292-2010
39 Forgings Plates
Bars
Welds 1 Ultrasonic testing 1101 Process for ultrasonic inspection of wrought aluminum alloy products GB/T6519-2000
Method for manual ultrasonic testing and classification of testing results for ferritic steel welds GB/T 11345-1989
39 Forgings Plates
Bars
Welds 1 Ultrasonic testing 1101 Steel forgings - Method for ultrasonic testingGB/T 6402-2008
Forged and rolled steel bars - Method for ultrasonic testing GB/T 4162-2008 only contact method
Copper alloy bars - Ultrasonic testing method GB/T 3310-2010 only contact method
Inspection method for Lamb wave for metal sheets GJB 3384-1998
Thicker steel plates - Method for ultrasonic inspection
GB/T 2970-2004
Metal plates - Flaw detection method by the ultrasonic plate wave GB/T 8651-2002
Method of ultrasonic inspection for wrought titanium and titanium alloy products GB/T 5193-2007 only contact method
40 Clean Rooms and Performance of HVAC 1 Cleanness 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
2 Airflow volume(Fresh air rate、Air changes) 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
3 Static pressure difference 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
40 Clean Rooms and Performance of HVAC 4 Noise 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
5 Section air flow velocity 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
6 Temperature 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
40 Clean Rooms and Performance of HVAC 7 Humidity 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
0343 Code for construction and acceptance of clean room GB50591-2010
8 Water flux of air-conditioner 0343 Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Technical specification for test of heating &ventilating and air-conditioning engineering JGJ/T 260-2011
9 Illumination 0343 Code for construction and acceptance of clean room GB50591-2010
10 Surface electrostatic 0343 Code for construction and acceptance of clean room GB50591-2010
40 Clean Rooms and Performance of HVAC 11 Vibration 0343 Code for construction and acceptance of clean room GB50591-2010
41 Determination of poisonous and hazardous matters in the air of workplace 1 Barium and its compounds 0234 Methods for determination of barium and its compounds in the air of workplace Dibromo-p-methyl-sulfonazo spectrophotometric method
GBZ/T 160.2-2004 4
2 Cadmium and its compounds 0234 Methods for determination of cadmiun and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.5-2004
41 Determination of poisonous and hazardous matters in the air of workplace 3 Chromium trioxide 0234 Methods for determination of chromium and its compounds in the air of workplace Disphenylarbohydrazide spectrophotometric method
GBZ/T 160.7-2004 4
4 Chromates 0234
5 Dichromates 0234
6 Copper and its compounds 0234 Methods for determination of copper and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.9-2004
7 Lead dust(fume) 0234 Methods for determination of lead and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.10-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 8 Manganese and its compounds 0234 Methods for determination of manganese and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.13-2004 3
9 Mercury and its compounds 0234 Methods for determination of mercury and its compounds in the air of workplace Cold-atomic absorption spectrometry GBZ/T 160.14-2004
10 Molybdenum and its compounds 0234 Methods for determination of molybdenum and its compounds in the air of workplace Thiocyanate spectrophotometric method GBZ/T 160.15-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 11 Nickel and its compounds 0234 Methods for determination of nickel and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.16-2004
12 Sodium hydroxide 0234 Methods for determination of sodium and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.18-2004
13 Strontium and its compounds 0234 Methods for determination of thallium and its compounds in the air of workplace Graphite furnace atomic absorption spectrometry method GBZ/T 160.21-2004
41 Determination of poisonous and hazardous matters in the air of workplace 14 Thallium and its compounds 0234 Methods for determination of tin and its compounds in the air of workplace Graphite furnace atomic absorption spectrometry method GBZ/T 160.22-2004 3
15 Carbon monoxide 0234 Methods for determination of inorganic carbon compounds in the air of workplace Nondispersive infrared gas monitoring instrument
GBZ/T 160.28-2004 3
16 Carbon dioxide 0234
41 Determination of poisonous and hazardous matters in the air of workplace 17 Nitrogen monoxide 0234 Methods for determination of inorganic nitrogen compounds in the air of workplace N(1-naphtye)-ethylenediamine dihydrochloride spectrophotometric method
GBZ/T 160.29-2004 3
18 Nitrogen dioxide 0234
19 Ammonia 0234 Methods for determination of inorganic nitrogen compounds in the air of workplace Nesster's reagent spectrophotometry GBZ/T 160.29-2004 4
41 Determination of poisonous and hazardous matters in the air of workplace 20 Hydrogen cyanide 0234 Methods for determination of inorganic nitrogen compounds in the air of workplace Sodium isonicotinate-sodium barbiturate spectrophotometric method
GBZ/T 160.29-2004 5
21 Cyanides 0234
41 Determination of poisonous and hazardous matters in the air of workplace 22 Phosphoric acid 0234 Methods for determination of inorganic phosphorus compounds in the air of workplace
Ammonium molybdate spectrophotometric method GBZ/T 160.30-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 23 Phosphoric acid 0234 Methods for determination of inorganic phosphorus compounds in the air of workplace
Ammonium molybdate spectrophotometric method GBZ/T 160.30-2004 3
24 Arsenic and its compounds(except arsine ) 0234 Methods for determination of arsenic and its compounds in the air of workplace Hydride reduction atomic absorption spectrometry
GBZ/T 160.31-2004 4
25 Ozone 0234 Methods for determination of oxides in the air of workplace Eugenol spectrophotometric method
GBZ/T 160.32-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 26 Sulfur dioxide 0234 Methods for determination of sulfides in the air of workplace Sulfur dioxide-Formaldehyde absorbing-pararosaniline spectrophotometry GBZ/T 160.33-2004 4
27 Sulfuric 0234 Methods for determination of sulfides in the air of workplace Ion chromatography GBZ/T 160.33-2004 5
28 Hydrogen sulfide 0234 Methods for determination of sulfides in the air of workplace Silver nitric acid colorimetry GBZ/T 160.33-2004 7
29 Hydrogen fluoride and fluoride 0234 Methods for determination of fluorides in the air of workplace Ion chromatography GBZ/T 160.36-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 30 Hydrogen fluoride 0234 Methods for determination of fluorides in the air of workplace Ion chromatography GBZ/T 160.36-2004 4
31 Chlorine 0234 Methods for determination of chlorides in the air of workplace Methyl orange spectrophotometric method
GBZ/T 160.37-2004 3
32 Hydrogen chloride and Hydrochloric acid 0234 Methods for determination of chlorides in the air of workplace Ion chromatography
GBZ/T 160.37-2004 4
33 Solvent gasolines 0234 Methods for determination of mixed hydrocarbons in the air of workplace Direct injection- gas chromatography GBZ/T 160.40-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 33 Solvent gasolines 0234 Methods for determination of mixed hydrocarbons in the air of workplace Thermal desorption - gas chromatography
GBZ/T 160.40-2004 4
34 Tatal hydrocarbons 0234 Methods for determination of mixed hydrocarbons in the air of workplace Thermal desorption - gas chromatography GBZ/T 160.40-2004 4
35 Benzene 0234 Methods for determination of aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.42-2007 3
36 Toluene 0234
37 Xylene 0234
38 Ethyl benzene 0234
41 Determination of poisonous and hazardous matters in the air of workplace 39 Naphthalene 0234 Methods for determination of polycyclic aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.44-2004 3
40 Trichloromethane 0234 Methods for determination of Halogenated alkanes in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.45-2007 3
41 Determination of poisonous and hazardous matters in the air of workplace 41 Dichloroethylene 0234 Methods for determination of halogenated unsaturated hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.46-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 42 Chlorobenzene 0234 Methods for determination of halogenated aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.47-2004 3
43 Methyl alcohol 0234 Methods for determination of alcohols in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.48-2007 3
Methods for determination of alcohols in the air of workplace Thermal desorption - gas chromatography GBZ/T 160.48-2007 4
41 Determination of poisonous and hazardous matters in the air of workplace 44 Phenol 0234 Methods for determination of phenols in the air of workplace 4-amino antipyrine spectrophotometric method GBZ/T 160.51-2007 4
45 Formaldehyde 0234 Methods for determination of aliphatic aldehydes in the air of workplace MBTH spectrophotometric method GBZ/T 160.54-2007 6
46 Acetone 0234 Methods for determination of aliphatic ketones in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.55-2007 3
47 Ethylene oxide 0234 Methods for determination of epoxy compounds in the air of workplace Direct injection- gas chromatography GBZ/T 160.58-2004 3
41 Determination of poisonous and hazardous matters in the air of workplace 48 Dimethyl formamide 0234 Methods for determination of amides in the air of workplace Solvent collection-gas chromatography GBZ/T 160.62-2004 3
49 Ethyl acetate 0234 Methods for determination of saturated aliphatic esters in the air of workplace No pump sampling—gas chromatography GBZ/T 160.63-2004 4
50 Dibutyl phthalate 0234 Methods for determination of aromatic esters in the air of workplace Solvent elution-gas chromatography GBZ/T 160.66-2004 4
41 Determination of poisonous and hazardous matters in the air of workplace 51 p-nitroaniline 0234 Methods for determination of aromatic amines in the air of workplace Ultraviolet spectrophotometry GBZ/T 160.72-2004 6
52 Nitrobenzene 0234 Methods for determination of aromatic nitro-compounds in the air of workplace N(1-naphtye)-ethylenediamine dihydrochloride spectrophotometric method
GBZ/T 160.74-2004 5
53 Respirable dust 0234 Determination of dust in the air of workplace-Part1:Respirable dust concentration GBZ/T 192.2-2007
54 Free silica in dust 0234 Determination of dust in the air of workplace-Part4:Content of free silica in dust GBZ/T 192.4-2007
41 Determination of poisonous and hazardous matters in the air of workplace 55 Total dust concentration 0234 Determination of dust in the air of workplace-Part1:Total dust concentration GBZ/T 192.1-2007
56 Nitric acid 0234 Methods for determination of acid in the air of workplace- Ion chromatography NIOSH 7903-1994
57 Deltamethrin 0234 Methods for determination of organic nitrogen pesticides in the air of workplace Solvent desorption-gas chromatography GBZ/T160.78-2007 3
Methods for determination of organic nitrogen pesticides in the air of workplace--high performace liquid chromatography GBZ/T160.78-2007 4
41 Determination of poisonous and hazardous matters in the air of workplace 58 Fenvalerate 0234 Methods for determination of pyrethriod pesticides in the air of workplace Solvent desorption-gas chromatography GBZ/T160.78-2007 3
59 Hexachlorocyclohexanne 0234 Methods for determination of organic nitrogen pesticides in the air of workplace-- Solvent desorption-gas chromatography GBZ/T160.77-2004
60 Kalium and its compounds 0234 Methods for determination of potassium and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.17-2004
41 Determination of poisonous and hazardous matters in the air of workplace 61 Zinc and its compounds 0234 Methods for determination of zinc and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.25-2004 3
62 Ethyl acetate 0234 Methods for determination of saturated aliphatic esters in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.63-2007 3
42 water and waste water 1 Chemical oxygen demand 0233 Water quality-Determination of the chemical oxygen
demand -fast digest-spectrophoto metric method HJ/T 399-2007
Water quality Determination of the chemical oxygen
demand Dichromate method GB/T 11914-1989
42 water and waste water 2 Biochemical oxygen demand after 5 days 0233 Water quality-Determination of biochemical oxygen demand after 5 days(BOD5)- Dilution and seeding method
HJ 505-2009
3 Suspended substance 0233 Water quality-Determination of suspended substance- Gravimetric method GB/T 11901-1989
4 Cyanide 0233 Water quality -Determination of Cyanide
Volumetric and Spectrophotometry method
HJ 484-2009 Accredited only for thiocyanate--Isonicotinic acid pyrazolone spectrophotometry
5 Ammonium-N 0233 Water quality-Determination of ammonium-Nessler’s reagent colorimetric method
HJ 535-2009
42 water and waste water 6 Volatile phenolic compounds 0233 Water quality-Determination of volatile phenolic compounds-After distillation by means of 4-AAP spectrophotometric method
HJ 503-2009
7 Chromium(Ⅵ) 0233 Water quality-Determination of chromium(Ⅵ) -1,5Diphenylcarbohydrazide spectrophotometric method
GB/T 7467-1987
8 Copper, zinc,lead and cadmium 0233 Water quality-Determination of copper, zinc, lead and cadmium-Atomic absorption spectrometry
GB/T 7475-1987
9 Nickel 0233 Water quality-Determination of nickel-Flame atomic absorption spectrometric method
GB/T 11912-1989
42 water and waste water 10 pH value 0233 Water quality-Determination of pH value-Glass electrode method
GB/T 6920-1986
11 Petroleum oil 0233 Water quality- Determination of petroleum oil,animal and vegetable oils—Infrared photometric methodHJ637-2012
12 Animal and vegetable oils
42 water and waste water 13 Beryllium 0233 Water quality -Determination of beryllium -Graphite furnace atomic absorption spectrometry HJ/T59-2000
14 Fluoride 0233 Water quality-Determination of fluoride-Ion selective electrode method GB/T 7484-1987
42 water and waste water 15 Total chromium 0233 Water quality -Determination of total chromium
the first method,Potassium permanganate oxidation-disphenylarbohydrazide spectrophotometric method
GB/T 7466-1987
16 Total phosphorus 0233 Water quality -Determination of total phosphorus Molybdenum-antimony anti-specrophotometric method GB/T 11893-1989
17 Total nitrogen 0233 Water quality -Determination of total nitrogen -Alkaline Potassiumm persulfate oxidation-UV spectrophotometric methodHJ636-2012
18 Permanganate index 0233 Water auality - Determination of permanganate index GB/T11892-1989
42 water and waste water 19 Dissolved oxygen 0233 Water auality - Determination of dissolved oxygen-Iodometric method GB/T7489-1987
20 Arsenic 0233 《Monitoring and analyzing method for water and waste water》(the 4th edition aditional edition)SEPA(2006)Hydride generation atomic absorption spectrometry (B)3.4.3.(3)
21 Anionic synthetic detergent 0233 Water quality-Methylene blue spectrophotometric method
GB/T 7494-1987
22 Argentine 0233 Water quality- Determination of Argentine Flame atomic absorption spectrometric method GB/T 11907-1989
42 water and waste water 23 Water temperature 0233 Waterquality-Determinationofwatertemperature- Thermometer or reversing thermometer method GB/T 13195-1991
24 Colority 0233 Water quality Determination of colorityGB/T 11903-1989
25 Haziness turbidity 0233 Water quality Determination of turbidityGB/T 13200-1991
26 Total
hardness 0233 Water quality-- Determination of the sum of calcium and magnesium--EDTA titration method GB/T 7477-1987
27 Nitrate
nitrogen 0233 Water quality; Determination of nitrogen (nitrite); Spectrophotometric method GB/T7493-1987
28 Nitrate(count with nitrogen) 0233 Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
42 water and waste water 29 Remain chlorine and total chlorine 0233 《Monitoring and analyzing method for water and waste water》(the 4th edition aditional edition)SEPA(2006)Iodometric method(C)3.2.5(1)
30 Sulfate 0233 Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
31 Iron, Manganese 0233 Water quality--
Determination of iron and manganese- Flame atomic absorption spectrometric method
GB/T 11911-1989
32 TDS 0233 Water quality-Determination of total salt-Gravimetric metod HJ/51-1999
33 Chlorine 0233 Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
42 water and waste water 34 Sulfide 0233 Water quality-Determination of sulfide-Methylene blue spectrophotometric methodGB/T 16489-1996
35 Electrical conductivity 0233 Analysis of water used in boil and cooling system-Determination of electrical conductivity GB/T6908-2008
Water for analytical labboratory use Specification and test methods GB/T6682-1992
42 water and waste water 36 Partial object 0233 Integrated wastewater discharge standard GB 8978-1996 Accredited only for chemical oxygen demand, bioche-mical oxygen demand after 5 days, suspended substance, cyanide, ammonium-N, volatile phenolic compounds, chromium(Ⅵ), copper, zinc,
lead,cadmium, nickel and pH value,Petroleum oil,Animal and vegetable oils, beryllium,fluoride,total chromium,anionic synthetic detergent、Argentine
42 water and waste water 37 partial object 0233 Discharge standard of water pollutants DB 11/307-2005 Accredited only for chemical oxygen demand, bioche-mical oxygen demand after 5 days, suspended substance, cyanide, ammonium-N, volatile phenolic compounds, chromium(Ⅵ), copper, zinc,
lead,cadmium, nickel and pH value,Petroleum oil,Animal and vegetable oils, beryllium,fluoride,total chromium,total phosphorus,total nitrogen,dissolved oxygen,arsenic,anionic synthetic detergent、Argentine
42 water and waste water 38 Partial object 0233 Environmental quality standards for surface water
GB 3838-2002 Accredited only for chemical oxygen demand, bioche-mical oxygen demand after 5 days, cyanide, ammonium-N, volatile phenolic compounds, chromium(Ⅵ), copper, zinc,
lead,cadmium, nickel and pH value,Petroleum oil,beryllium,fluoride,total phosphorus,total nitrogen,permanganate index,dissolved oxygen,arsenic,anionic synthetic detergent
43 drinking water 1 Cadmium 0233 Standard examination methods for drinking water -metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 9.1
2 Chromium(Ⅵ) 0233 Standards for drinking water quality—metal parameters Diphenylcarbohydrazide spectrophotometric method GB/T 5750.6-2006 10.1
3 Lead 0233 Standards for drinking water quality—metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 11.1
43 drinking water 4 Cyanide 0233 Standard examination methods for drinking water —nonmetal parameters Isonicotinic acid-pyrazolidone spectrophotometric method GB/T 5750.5-2006 4.1
5 Fluoride 0233 Standard examination methods for drinking water —nonmetal parameters
Ion chromatographyGB/T 5750.5-2006 3.2
6 Nitrate(count with nitrogen) 0233 Standard examination methods for drinking water —nonmetal parameters
Ion chromatography GB/T 5750.5-2006 3.2
43 drinking water 7 Nitrite 0233 Standard examination methods for drinking water —nonmetal parameters Diazo coupled spectrophotometric method GB/T 5750.5-2006 10.1
8 Ammonium-N 0233 Standard examination methods for drinking water —nonmetal parameters Nessler’s reagent colorimetric method GB/T 5750.5-2006 9.1
9 Colority 0233 Standard examination methods for drinking water —organoleptic and physical parameters
Platinum-cobalt standard colorimetric method GB/T 5750.4-2006 1.1
43 drinking water 10 Turbidity 0233 Standard examination methods for drinking water —organoleptic and physical parameters Visible turbidimetric method GB/T 5750.4-2006 2.2
11 Odour and smell 0233 Standard examination methods for drinking water —organoleptic and physical parameters
Smell and taste methodGB/T 5750.4-2006 3.1
12 Visibilities 0233 Standard examination methods for drinking water —organoleptic and physical parameters
Direct observe methodGB/T 5750.4-2006 4
43 drinking water 13 pH 0233 Standard examination methods for drinking water —organoleptic and physical parameters
Glass electrode methodGB/T 5750.4-2006 5.1
14 Iron 0233 Standard examination methods for drinking water —metal parameters
Atmoic absorption spectrophotometryGB/T5750.6-2006 2.1
15 Manganese 0233 Standard examination methods for drinking water —metal parameters
Atmoic absorption spectrophotometryGB/T 5750.6-2006 3.1
43 drinking water 16 Copper 0233 Standard examination methods for drinking water —metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 4.1
17 Zinc 0233 Standard examination methods for drinking water —metal parameters Atmoic absorption spectrophotometryGB/T 5750.6-2006 5.1
18 Chloride 0233 Standard examination methods for drinking water —nonmetal parameters Ion chromatography GB/T 5750.5-2006 2.1
43 drinking water 19 Sulfate 0233 Standard examination methods for drinking water —nonmetal parameters Ion chromatography GB/T 5750.5-2006 5.3
43 drinking water 20 Total dissolved solids 0233 Standard examination methods for drinking water —organoleptic and physical parameters
Weighing method GB/T 5750.4-2006 8.1
21 Total rigidity 0233 Standard examination methods for drinking water —organoleptic and physical parameters
EDTA titrimetric method GB/T 5750.4-2006 7.1
43 drinking water 22 Oxygen cosumption 0233 Standard examination methods for drinking water —aggregate organic parameters Acidic potassium permanganate titrimetric method GB/T 5750.7-2006 1.1
23 Volatile phenolic compounds 0233 Standard examination methods for drinking water —organoleptic and physical parameters 4-AAP spectrophotometric methodGB/T 5750.4-2006 9.1
24 Anionic synthetic detergent 0233 Standard examination methods for drinking water —organoleptic and physical parameters Methylene blue spectrophotometric methodGB/T 5750.4-2006 10.1
43 drinking water 25 Beryllium 0233 Standard examination methods for drinking water —metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 20.2
43 drinking water 26 Partial object 0233 Standards for drinking water quality
GB 5749-2006
Accredited only for Cadmium, chromium(Ⅵ), lead,cyanide,fluoride,nitrate(count with nitrogen),nitrite,ammonium-N,colority,turbidity,odour and smell,visibilities,pH,ferrum Manganese,copper,zinc,chloride,sulfate,total dissolved solids,total rigidity,oxygen consumption,volatile phenolic compounds,anionic synthetic detergent, beryllium
44 Indoor Air 1 Formaldehyde 0234 MBTH spectrophotometric method
Technical Specifications for Monitoring of Indoor Air Quality Appendix H.2 of HJ/T 167-2004
2 toluene, dimethyl benzene 0234 Capillary Gas chromatographic method Technical specifications for monitoring of indoor air quality Appendix I.1 of HJ/T 167-2004
3 Temperature 0234 Glass-liquid thermometer methodTechnical specifications for monitoring of indoor air quality Appendix A.1 of HJ/T 167-2004
4 Relative humidity 0234 Ventilated psychrometer method
Technical specifications for monitoring of indoor air quality
Appendix A.2 of HJ/T 167-2004
44 Indoor Air 5 Fresh air quantity 0234 Gas concentration measurement instrument of carbon monoxide
Technical specifications for monitoring of indoor air quality Appendix A.4 of HJ/T 167-2004
6 Carbon monoxide 0234 Non-disperisive infrared spectrometry Technical specifications for monitoring of indoor air quality Appendix D.1 of HJ/T 167-2004
7 Ammonia 0234 Nessler’s reagent colorimetric method
Technical specifications for monitoring of indoor air quality
Appendix F.3 of HJ/T 167-2004
44 Indoor Air 8 Benzene 0234 Capillary Gas chromatographic method
Technical specifications for monitoring of indoor air quality Appendix I.1 of HJ/T 167-2004
9 Radon 0234 Two-step measure method
Technical specifications for monitoring of indoor air quality Appendix N of HJ/T 167-2004
10 Inhalable particles 0234 Determination of inhalable particles in indoor air-Gravimetric method
Technical specifications for monitoring of indoor air quality Appendix J of HJ/T 167-2004
11 Pressure 0234 Methods for determination of atmospherric pressure in public places GB/T 18204.16-2000
44 Indoor Air 12 Wind of speed 0234 Methods for determination of wind speed in public places GB/T 18204.15-2000
13 Partial object 0234 Indoor air quality standard
GB/T18883-2002 except O3、B[a]P、Sulfur dioxide、Nitrogen dioxide、TVOC、total amount of the bacterium colony
45 Ambient air and waste gas 1 Sulfur dioxide 0234 Ambient air-Determination of sulfur dioxide- Formaldegyde absorbing-pararosaniline spectrometryHJ 482-2009
《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007) Formaldegyde absorbing-pararosaniline spectrometry(B)5.3.1.(5)
45 Ambient air and waste gas 1 Sulfur dioxide 0234 Determination of sulfur dioxide from exhausted gas of stationary source Fixed-potential electrolysis method HJ/T 57-2000
2 Nitrogen dioxide(nitrogen oxides) 0234 Ambient air-Determination of nitrogen dioxide-Saltzman method GB/T 15435-1995
Ambient air -determination of nitrogen oxides- N(1-naphtye)-
ethylenediamine dihydrchloride spectrophotometric method HJ 479-2009
Stationary source emission- Determination of nitrogen oxid- N(1-naphtye)-ethylenediamine dihydrchloride
spectrophotometric method HJ/T43-1999
45 Ambient air and waste gas 2 Nitrogen dioxide(nitrogen oxides) 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Fixed-potential electrolysis method(B)5.4.2.(3)
3 Total suspended particulates 0234 Ambient air-Determination of total suspended particulates-Gravimetric method GB/T 15432-1995
4 Benzene、toluene、dimethylbenzene 0234 Ambient quality-Determination of benzene and its analogies by activated charcoal adsorption carbon disulfide desorption and gas chromatography HJ 584-2010
45 Ambient air and waste gas 4 Benzene、toluene、dimethylbenzene 0234 Ambient air—Determination of benzene and its analogies using sorbent
adsorption thermal desorption and Gas Chromatography HJ 583-2010
5 Lead and compounds 0234 Ambient air-Determination of lead-Flame atomic absorption spectrophotometric method GB/T 15264-1994
0234 Stationary source emissionState -Flame atomic absorption spectrophotometric HJ538-2009
45 Ambient air and waste gas 6 Carbon monoxide 0234 Air quality—Determination of carbon monoxide —Non-disperisive infrared spectrometry GB/T 9801-1988
45 Ambient air and waste gas 6 Carbon monoxide 0234 Stationary source emission - Determination of carbon monoxide- Non dispersive infraared absorption methodHJ/T44-1999
7 Beryllium and compounds 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Graphite furnace atomic absorption spectrometry (B)3.2.10(1)
《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Graphite furnace atomic absorption spectrophotometry(B)5.3.9(1)
45 Ambient air and waste gas 8 PM10 and PM2.5 0234 Determination of atmospheric articles PM10 and PM2.5 in ambient air by gravimetric method HJ618-2011
9 Ammonia 0234 Air and exhaust gas —Determination of ammonia —Nessler’s reagent colorimetric method HJ 533-2009
10 Cuprum、Zinc、Cadmium、Manganese 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Atomic absorption spectrometric method 3.2.12
11 Chromium(Ⅵ) 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Diphenylcarbohydrazide spectrophotometric method (B)3.2.8
45 Ambient air and waste gas 12 Cooking fume 0234 Determination of sampling and analytical method for metallic cartridge fume absorption and infrared spectrophotometry Emission standard of cooking fume Appendix A of GB 18483-2001
13 Hydrogen chloride 0234 Ambient air and waste gas-Determination of hydrogen chloride -Ion chromatography HJ 549-2009
14 Sulfureted hydrogen 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Hydride generation atomic absorption spectrometry (B)3.1.11(2)
45 Ambient air and waste gas 14 Sulfureted hydrogen 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Iodometric method(B)5.4.10(2)
15 Fluorides 0234 Ambient air-Determination of the mass concentration of fluoride-Method by filter sampling and fluorine ion-selective electrode analysis HJ 480-2009
Stationary source emission-Determination of the mass concentration of fluoride Fluoride ion specific electrode method HJ/T 67-2001
16 Smoke and dust 0234 Measurement method of smoke and dust emission from boilers GB/T 5468-1991
45 Ambient air and waste gas 16 Smoke and dust 0234 The determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source
GB/T 16157-1996
17 Backness of smoke plumes 0234 Measurement method of smoke and dust emission from boilers
GB/T 5468-1991
Stationary source emission-Determination of blackness of smoke plumes-Ringelmann smoke chart HJ/T 398-2007
45 Ambient air and waste gas 18 Velocity of flow and flux 0234 The determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source
GB/T 16157-1996
45 Ambient air and waste gas 19 Chromate fog 0234 Stationary source emission-
Determination of chromate fog- Diphenyl carbazide spectrophotometric method
HJ/T 29-1999
20 Sulfate fog 0234 Stationary source emission-Determination of sulfuric acid mist-Ion chromatography HJ 544-2009
21 Hydrogen cyanide 0234 Stationary source emission- Determination of hydrogen cyanide-Iso-nicotinic-acid-3-methyl-1-phenyl-5-pyrazolone spectrometric method HJ/T 28-1999
22 Chlorine 0234 Stationary source emission - Determination of chlorine - Methyl orange spectrophoto -metric method HJ/T 30-1999
45 Ambient air and waste gas 23 Formaldehyde 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)MBTH spectrophotometric method(B)6.4.2.(2)
24 Phenols 0234 Stationary source emission - Determination of Phenols Spectrophotometric Determination ofphenolswith4-Amino-AntipyrineHJ/T33-1999
25 Nickel 0234 Stationary source emission - Determination of nickel Flame atomic absorption spectrophotometric methodHJ/T63.1-2001
26 Nonmethane hydrocarbons 0234 Stationary source emission-Determination of
nonmethane hydrocarbons -Gas chromatography
HJ/T38-1999
45 Ambient air and waste gas 27 Total hydrocarbon 0234 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Determination of hydrocarbons and nonmethane hydrocarbons menthod one (B)6.1.5(1)
28 Partial object 0234 Ambient air quality standard
GB 3095-2012 Accredited only for sulfur dioxide、nitrogen dioxide、total suspended particulates、lead、carbon monoxide、Inhalable particles、nitrogen oxides
45 Ambient air and waste gas 29 Partial object 0234 Integrated emission standard of air pollutants
GB 16297-1996 Accredited only for sulfur dioxide、nitrogen oxides、hydrogen chloride、hydrogen cyanide、particulates、blackness of smoke plumes、Lead and compounds、beryllium and compounds、chromate fog、sulfate fog、nonmethane hydrocarbons、benzene、toluene、dimethylbenzene、formaldehyde
45 Ambient air and waste gas 30 Partial object 0234 Integrated emission standards of air pollutants
DB 11/501-2007 Accredited only for sulfur dioxide、nitrogen oxides、hydrogen chloride、hydrogen cyanide、particulates、blackness of smoke plumes、Fluoride、Lead and compounds、beryllium and compounds、chromate fog、sulfate fog、lampblack、nonmethane hydrocarbons、benzene、toluene、dimethylbenzene、formaldehyde、ammonia、sulfureted hydrogen
45 Ambient air and waste gas 31 All items 0234 Emission standard of air pollutants for coal-burning oil-burnig gas-fired boiler
GB 13271-2001
32 Partial object 0234
Emission standard of air pollutants for boilers
DB11/139-2007
Accredited only for sulfur dioxide、nitrogen oxides、smoke and dust、blackness of smoke plumes
46 Noise and vibration 1 Industrial
enterprise noise 1404 Emisson standard for industrial enterprises noise at boundary GB 12348-2008
2 Urban area noise 1404 Environmental quality standard for noise GB 3096-2008
3 Environment noise for boundary of construction site 1404 Emission standard of environment noise for boundary of construction site GB 12523-2011
4 Community
noise 1404 Emission standard for community noise
GB 22337-2008
46 Noise and vibration 5 Aircraft noise 1404 Measurement of aircraft nosie around airport
GB/T 9661-1988
6 Railway noise 1404 Emission standards and measurement methods of railway noise on the boundary alongside railway line
GB 12525-1990
7 Vibration 1407 Measurement of environmental vibration of urban area
GB/T 10071-1988
47 Electromagneticradiation 1 Electric field intension,
Power density 1620 Regulations for electromagnetic radiation protection GB 8702-1988
Guidline on Management of Radioactive Environmental Protection Electromagnetic Radiation Monitoring Instruments and Methods HJ/T 10.2-1996
47 Electromagneticradiation 2 Power frequency electric field 1621 Technical regulations on environmental impact assessment of electromagnetic radiation produced by 500Kv ultrahigh voltage transmission and transfer power engineering HJ/T 24-1998
3 Power frequency magnetic field 1621 Technical regulations on environmental impact assessment of electromagnetic radiation produced by 500Kv ultrahigh voltage transmission and transfer power engineering HJ/T 24-1998
4 Radio interference 1621 Methods of measurement of radio interference from high voltage overhead power transmission line and substation GB/T 7439-2002
48 Environmental ionizing radiation 1 Gamma-radiation dose rate 1620 Technical criteria for radiation environmental monitoring HJ/T 61-2001
Norm for the measurement of environmental terrestrial gamma-radiation dose rate GB/T 14583-1993
Basic standards for protection against ionizing radiation and for the safety of radiation sources GB 18871-2002
49 Soil、Sediment 1 Copper 0238 Soil quality-- Determination of copper, zinc—Flame atomic absorption spectrophotometryGB/T 17138-1997
2 pH 0238 Soil testing part2 : Determination of ph in soil
NY/T 1121.2-2006
Solid waste -Glass electrode test -Method of corrosivity GB/T15555.12-1995
49 Soil、Sediment 2 pH 0238 solid waste-Exteaction procedure for leaching toxicity -Horrizontal vibration method HJ557-2010
组长/组员签字:
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
认可依据:ISO/IEC 17025:2005以及CNAS特定认可要求
签发日期:2014年02月26日 有效期至:2017年02月25日
更新日期:2014年02月26日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 领域代码 规范代号(含年号)名称 测量范围 扩展不确定度(校准和测量能力,k=2) 限制说明 备注
1 多齿分度台 角度 1308 多齿分度台检定规程
JJG 472-2007 (0~360)° U=0.06″
2 正多面棱体 角度 1308 正多面棱体检定规程
JJG 283-2007 (0~360)° U =0.2″
3 角度块 角度 1308 角度块检定规程
JJG 70-2004 (﹥0~100)° U =1″
4 量块 长度 1308 量块检定规程
JJG 146-2011 (0.5~100)mm U =(0.05+0.5L)μm
L-m
k=2.58
4 量块 长度 1308 量块检定规程
JJG 146-2011 (100~1000)mm U=(0.1+1L)μm
L-m
k=2.58
5 平晶 平面度 1303 平晶检定规程
JJG 28-2000 平面平晶 (Ф30~Ф100)mm U =(0.01~0.02)μm
Ф150mm U =0.01μm
长平晶 210mm U=0.01μm
310mm U=0.02μm
平行度 平行平晶 (15.00~91.00) mm U=0.1 μm
(I、II、III、IV系列)
6 正弦规 角度 1303 正弦规检定规程
JJG 37-2005 L=100mm
L=200mm (0~30)° U =3″
7 电感测微仪 长度 1309 电感测微仪校准规范
JJF 1331-2011 指针式 (-300~300)μm U =0.02μm
数显式 (-1000~1000)μm U =0.05μm
8 触针式表面粗糙度测量仪 粗糙度 1308 触针式表面粗糙度测量仪校准规范
JJF 1105-2003 Ra:
(0.08~4.3)μm Urel=5.4%~2.1%
9 圆度、圆柱度测量仪 圆度 1305 圆度、圆柱度测量仪检定规程
JJG 429-2000 D: (﹥0~350)mm U =0.03μm
10 电子水平仪 角度 1309 电子水平仪和合像水平仪检定规程
JJG 103-2005 (-5~5 )mm/m U =0.002mm/m
11 自准直仪 角度 1309 自准直仪检定规程
JJG 202-2007 二级 (0~10)′ U =0.5″
一级 (-100~100)″ U =0.1″
12 投影仪 长度 1309 投影仪校准规范
JJF 1093—2002 (0~200)mm U=(1.4+2.3L)μm
L-m
13 电子经纬仪 角度 1309 全站型电子测速仪检定规程
JJG 100-2003 (0~360)° U =0.5″
14 光学经纬仪 角度 1309 光学经纬仪检定规程
JJG 414-2011 (0~360)° U =0.5″
15 光学测角比较仪 角度 1309 光学测角比较仪校准规范
JJF 1078-2002 (0~60)′ U =1″
16 光学、数显分度头 角度 1303 光学、数显分度头检定规程JJG 57-1999 (0~360)° U =1″
17 光学、数显分度台 角度 1303 光学、数显分度台校准规范JJF 1114-2004 (0~360)° U =1″
18 坐标测量机 长度 1309 坐标测量机校准规范
JJF 1064-2010 (0~1000)mm U =(0.2+1.6L)μm
L-m
(1000~3000)mm U =(0.3+1.5L) μm
L-m
19 读数、测量显微镜 长度 1309 读数、测量显微镜检定规程
JJG 571-2004 (0~50)mm U=(2+3.4L)μm
L-m
20 光学计 长度 1309 光学计检定规程
JJG 45-1999 (-100~100)μm U =0.06μm
21 百分表、千分表检定仪 长度 1309 指示类量具检定仪检定规程
JJG 201-2008 (0~25)mm U =0.5μm
(0~2)mm U =0.3μm
22 气动测量仪 长度 1309 气动测量仪检定规程
JJG 356—2004 (0~160)μm U =0.2μm
23 机械式比较仪 长度 1309 机械式比较仪检定规程JJG 39-2004 (-100~100)μm U =0.2μm
24 测长机 长度 1309 测长机校准规范
JJF1066-2000 (0~6000)mm U=(0.3+1.5L)μm
L-m
25 测长仪 长度 1309 测长仪校准规范
JJF 1189-2008 (0~100)mm U =(0.2+1.6L)μm
L-m
26 光学倾斜仪 角度 1308 光学倾斜仪校准规范
JJF 1083-2002 (-120~120)° U =5″
27 万能角度尺 角度 1308 万能角度尺检定规程
JJG 33-2002 (0~360)° 分度值为2′
U =1.2′
28 宽座直角尺 角度 1303 直角尺检定规程
JJG 7-2004 H:(63~400) mm U =1.5μm
29 刀口形直尺 直线度 1303 刀口形直尺检定规程
JJG 63-2007 (75~300)mm U =0.4μm
(300~500)mm U =0.7μm
30 卡尺 长度 1303 通用卡尺检定规程
JJG 30-2012 (0~2000)mm U =(7+13L)μm
L-m
高度卡尺检定规程
JJG 31-2011 (0~2000)mm U =(7+13L)μm
L-m
31 千分尺 长度 1303 千分尺检定规程
JJG 21-2008 (0~500)mm U =(0.6+3L)μm
L-m
内径千分尺检定规程
JJG 22-2003 (50~6000)mm U =(1+3.7L)μm
L-m
31 千分尺 长度 1303 测量内尺寸千分尺校准规范
JJF 1411-2013 孔径千分尺 (6~300)mm U =(0.9~2.5)μm
数显孔径千分尺
内测千分尺 (5~150)mm U =(1.0~1.8)μm
数显内测千分尺 (5~200)mm U =(0.9~2.0)μm
32 百分表、千分表 长度 1303 指示表(指针式、数显式)检定规程
JJG 34-2008 0.001mm (0~5)mm U =1.2μm
0.01mm (0~10)mm U =(1.4+23L)μm
L-m
大量程百分表检定规程JJG 379-2009 指针式 (10~50)mm U =(1.4+2.3L)μm
指针式 (50~100)mm U =3μm
数显式 (0~100)mm U =0.01mm
33 杠杆表 长度 1303 杠杆表检定规程
JJG 35-2006 杠杆百分表
0.01mm (0~2)mm U =2μm
杠杆千分表0.001mm (0~0.6)mm U =1.0μm
34 内径表 长度 1303 内径表校准规范
JJF 1102-2003 内径百分表 (2~35)mm U =2.8μm
(35~450)mm U =3.8μm
内径千分表 (2~450)mm U =1.2μm
35 框式水平仪和条式水平仪 角度 1303 框式水平仪和条式水平仪校准规范
JJF 1084-2002 分度值0.02mm/m Urel =4%
36 塞尺 长度 1303 塞尺检定规程
JJG 62-2007 (0.02~0.10)mm U =2.0μm
(0.15~1.0)mm U =2.7μm
37 水准仪 角度 1309 水准仪检定规程
JJG 425—2003 -12″~12″ U=2″
38 标准(半)球 圆度 1305 标准球、标准半球检定规程
GJB/J 6204-2008 D: (﹥0~350)mm U=0.03μm
39 表面粗糙度比较样块 粗糙度 1308 表面粗糙度比较样块校准规范
JJF1099-2003 Ra:(0.025~25)μm Urel =8.3% ~4.5%
40 多刻线样板 粗糙度 1308 多刻线样板校准规范Q/Y242-2008 Ra:(0.1~10)μm Urel =5%~3%
41 数显测高仪 长度 1309 数显测高仪校准规范JJF1254-2010 (0~1000)mm U=(0.6+1.6L)μm L-m
42 线位移传感器 长度 1309 线位移传感器校准规范JJF 1305-2011 (﹥0~6000)mm Urel =0.05%~0.01%
43 测厚仪 长度 1309 超声波测厚仪校准规范JJF1126-2004 (0~300)mm U=10μm
磁性、电涡流式覆层厚度测量仪检定规程JJG 818-2005 (0~1250)μm U=(0.1+2L)μm
L-mm
44 深度千分尺 长度 1303 深度千分尺检定规程JJG24-2003 (0~300)mm U=1.5μm
45 半径样板 长度 1303
半径样板检定规程JJG58-2010 1mm≤R≤3mm U=5μm
3mm<R≤6mm U=6μm
45 半径样板 长度 1303
半径样板检定规程JJG58-2010 6mm<R≤18mm U=8μm
18mm<R≤25mm U=9μm
46 圆柱螺纹量规 长度 1301 圆柱螺纹量规校准规范JJF1345-2012 (5~200)mm U=2μm
47 光滑极限量规 长度 1301 光滑极限量规检定规程JJG 343-2012 (﹥0~320)mm U=(0.5~2.0)μm
48 针规、三针 长度 1303 针规、三针校准规范JJF1027-2008 d: (0.118~6.585)mm U=0.21μm
d: (0.1~25)mm U=0.5μm
49 标准环规 长度 1301 标准环规检定规程
JJG 894-1995 Φ (2~200)mm U=(0.35+3L) μm
L-m
50 研磨面平尺 平面度 1303 研磨面平尺检定规程JJG740-2005 (0~300)mm U=0.2μm
51 螺纹样板 长度 1301 螺纹样板检定规程JJG60-1996 P (0.4~6.0)mm
(4~48)牙/英寸 U=2.4μm
52 平板 平面度 1303 平板检定规程
JJG 117-2005 (160mm×100mm)~
(400mm×400mm) U =0.9μm
(400mm×400mm)~
(1600mm×1000mm) U =2.2μm
52 平板 平面度 1303 平板检定规程
JJG 117-2005 (1600mm×1000mm)~
(2500mm×1600mm) U =2.9μm
(2500mm×1600mm)~
(3500mm×2500mm) U =3.6μm
(3500mm×2500mm)~
(5000mm×3000mm) U =4.5μm
53 光电轴角编码器 角度 1308 光电轴角编码器校准规范
JJF 1115-2004 0°~360° U=1.0"
54 倾斜角传感器 角度 1308 倾斜角传感器校准规范Q/Dj077-2012 0°~360° U=2.0"
55 转台 角度 1324 低速转台校准规范
JJF 1210-2008
惯性技术测试设备主要性能实验方法
GJB 1801-93 0°~360° U=0.5"
角速率 0.00001°/s~9000°/s Urel=2×10-6
56 影像测量仪 长度 1309 影像测量仪校准规范JJF1318-2011 ExY:(0~300)mm
U=(1.0+1.7L)μm
L-m 只测:
尺寸测量误差
56 影像测量仪 长度 1309 影像测量仪校准规范JJF1318-2011 Ez:(0~100)mm
U=(1.2+2L)μm
L-m 只测:
尺寸测量误差
57 辐射温度计 温度 1501 工作用辐射温度计检定规程 JJG 415-2001 (300~1600)℃ U=(2.0~3.4)℃
58 工作用贵金属热电偶 温度 1501 工作用贵金属热电偶检定规程 JJG 141-2000 (300~1500)℃ U=(0.5~3.2)℃
59 标准铜-铜镍热电偶 温度 1501 标准铜-铜镍热电偶检定规程 JJG 115-1999 (-200~0)℃ U=0.1℃
60 工作用廉金属热电偶 温度 1501 工作用廉金属热电偶检定规程 JJG 351-1996 (-40~300)℃ U= 0.1℃
(300~1100)℃ U= (1.0~2.5)℃
61 标准铂电阻温度计 温度 1501.06 标准铂电阻温度计检定规程 JJG 160-2007 (0~419.527)℃ 0.01℃:U=0.60mK
231.928℃:U=3.0mK 419.527℃:U=3.2mK
(83.8058~273.16)K 83.8058K:U=2.8mK
234.3156K:U=2.5mK
273.16K:U=0.60mK
62 高温铂电阻温度计 温度 1501.06 高温铂电阻温度计工作基准装置检定规程 JJG 985-2004 (0~961.78)℃ 0.01℃:U=2.0mK
231.928℃:U=3.5mK 419.527℃:U=3.8mK
660.323℃:U=8mK 961.78℃:U=16mK
63 标准水银温度计 温度 1501.06 标准水银温度计检定规程JJG 161-2010 (-60~300)℃ U=0.02℃
64 工作用玻璃液体温度计 温度 1501.06 工作用玻璃液体温度计检定规程 JJG 130-2011 (-60~300)℃ U=0.2℃
65 温度指示控制仪 温度 1501.06 温度指示控制仪检定规程JJG 874-2007 (-60~300)℃ U=1℃
66 石油产品用玻璃液体温度计 温度 1501.06 工作用玻璃液体温度计检定规程 JJG 130-2011 (-60~300)℃ U=0.2℃
67 高精度玻璃水银温度计 温度 1501.06 工作用玻璃液体温度计检定规程 JJG 130-2011 (0~100)℃ U=13mK
(100~150)℃ U=22mK
68 工业铂、铜热电阻 温度 1501 工业铂、铜热电阻检定规程 JJG 229-2010 (-196~300)℃ U=0.03℃
69 热敏电阻,半导体等温度传感器 温度 1501 半导体点温计检定规程 JJG 363-1984 (-80~0)℃ U=0.5℃
(0~300)℃ U=0.2℃
70 数字式指示调节仪 温度 1501 数字温度指示调节仪检定规程 JJG 617-1996 热电阻:(-200~850)℃ U=0.2℃
70 数字式指示调节仪 温度 1501 数字温度指示调节仪检定规程 JJG 617-1996 热电偶:(0~1600)℃ U=(0.2~0.5)℃
71 动圈式测温调节仪表 温度 1501 动圈式温度指示位式调节仪表检定规程 JJG 186-1997 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
72 工业过程测量记录仪 温度 1502 工业过程测量记录仪检定规程 JJG 74—2005 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
73 温度变送器 温度 1503 温度变送器校准规范 JJF 1183-2007 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
74 机械式温湿度计 温度 1501 机械式温湿度计检定规程JJG 205-2005 (5~50)℃ U=1.0℃
湿度 1517 (20~95)%RH (20℃) U=3%RH
温度 1501 机械式指针式温湿度表校准规范 JJF(京)35-2004 (-10~40)℃ U=1.0℃
湿度 1517 (20~95)%RH (20℃) U=3%RH
75 湿度传感器 湿度 1517 湿度传感器校准规范 JJF 1076-2001 (10~95)%RH
(20℃或25℃) U=1.0%RH
76 温度试验设备 温度 1504 环境试验设备温度、湿度校准规范 JJF1101-2003 (–80~0)℃ U=(0.3~0.2)℃
(0~300)℃ U=(0.2~0.6)℃
77 湿热试验设备 温度 1517 环境试验设备温度、湿度校准规范 JJF1101-2003 (–80~0)℃ U=(0.3~0.2)℃
(0~300)℃ U=(0.2~0.6)℃
湿度 (10~60)℃: (0~100)%RH U=(1.6~3.0)% RH
78 机械式振动试验台 加速度 1407.02 JJG 189-1997
机械式振动试验台检定规程 (0~500)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
79 电动式振动试验台 加速度 1407.02 JJG 190-1997
电动式振动试验台检定规程 (0~1000)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
80 落体式冲击试验台 加速度 1407.02 JJG 541-2005
落体式冲击试验台检定规程 (0~10000)m/s2 Urel=3.0%
(10000~100000)m/s2 Urel=4.0%
81 数字式电动振动试验系统 加速度 1407.02 JJG 948-1999
数字式电动振动试验系统检定规程 (0~1000)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
82 中频标准振动台 加速度 1407 JJG 298-2005
中频标准振动台(比较法)检定规程 (0~1000)m/s2 (10Hz~40Hz) Urel=2.0%
(40Hz~800Hz) Urel=1.0%
(800Hz~2kHz) Urel=2.0%
83 加速度传感器 加速度 1407.01 JJG 233-2008
压电加速度计检定规程 (0~500)m/s2 (0.1Hz~40Hz) Urel=2.0%
(40Hz~800Hz) Urel=0.5%
(800Hz~2kHz) Urel=2.0%
(0~10000)m/s2 Urel=3.0%
(10000~100000)m/s2 Urel=4.0%
84 磁电式速度传感器 速度 1407.01 JJG 134-2003
磁电式速度传感器检定规程 (0~2)m/s (1Hz~40Hz) Urel=2.0%
(40Hz~800Hz) Urel=0.5%
(800Hz~2kHz) Urel=2.0%
85 振动位移传感器 位移 1407.01 JJG 644-2003
振动位移传感器检定规程 (0~40)mm (10Hz~40Hz) Urel==2.0%
85 振动位移传感器 位移 1407.01 JJG 644-2003
振动位移传感器检定规程 (0~40)mm (40Hz~800Hz) Urel=0.5%
(800Hz~2kHz) Urel=2.0%
86 基桩动态测量仪 加速度 1407.02 JJG 930-1998
基桩动态测量仪检定规程 (0~2000)m/s2 (10Hz~40Hz) Urel=2.0%
(40Hz~800Hz) Urel=0.5%
(800Hz~2kHz) Urel=2.0%
87 工作测振仪 加速度 1407.02 JJG 676-2000
工作测振仪检定规程 (0~200)m/s2 (10Hz~40Hz) Urel=2.0%
(40Hz~800Hz) Urel=0.5%
(800Hz~2kHz) Urel=2.0%
88 力传感器 力值 1323.03 力传感器检定规程 JJG 391-2009 10N~1MN Urel=0.013%
89 动态力传感器 力值 1323.02 动态力传感器检定规程JJG 632-1989 10N~1MN Urel=0.2%
90 称重传感器 质量 1323.02 称重传感器检定规程 JJG 669-2003 1kg~1×105kg Urel=0.007%
91 标准测力仪 力值 1323.02 标准测力仪检定规程 JJG 144-2007 10N~1MN Urel=0.007%
92 量仪测力仪 力值 1323.02 专用工作测力机校准规范JJF 1134-2005 (0.5~100)N Urel=0.35%
93 工作测力仪 力值 1323.02 工作测力仪检定规程 JJG 455-2000 1N~1MN Urel=0.7%
94 力标准机 力值 1323.01 力标准机检定规程 JJG 734-2001 5kN~5MN Urel=0.035%
1kN~1MN Urel=0.02%
100N~1MN Urel=0.007%
5kN~1MN Urel=0.02%
95 力矩扳子 扭矩 1325.01 扭矩扳子检定规程 JJG 707-2003 (0.02~5000)Nm Urel=0.8%
96 扭转试验机 扭矩 1325 扭转试验机检定规程 JJG 269-2006 (1~3000)Nm Urel=0.8%
97 拉力、压力和万能试验机 力值 1326.01
1326.02 拉力、压力和万能试验机检定规程 JJG 139-1999 10N~5MN Urel=0.35%
98 电子式万能试验机 力值 1326.01
1326.02 电子式万能试验机检定规程 JJG 475-2008 10N~1MN Urel=0.35%
99 非金属拉力压力和万能试验机 力值 1326.01
1326.02 非金属拉力、压力和万能试验机检定规程 JJG 157-2008 0.1N~5MN Urel=0.35%
100 摆锤式冲击试验机 冲击能 1326.01
1326.05 摆锤式冲击试验机检定规程 JJG 145-2007 (0.5~500)J 摆锤力矩
Urel=0.13%
初始势能
Urel=0.14%
冲击能示值 Urel=0.27%
101 弹簧拉压 试验机 力值 1326.01
1326.02 专用工作测力机校准规范JJF 1134-2005 0.5N~50kN Urel=0.7%
102 金属洛氏 硬度计 硬度 1326.03 金属洛氏硬度计检定规程JJG 112-2003 (20~88)HRA U=0.5HRA
(20~95)HRB U=0.5HRB
(20~70)HRC U=0.5HRC
103 金属布氏 硬度计 硬度 1326.03 金属布氏硬度计检定规程JJG 150-2005 (8~650)HBS Urel=1.0%~2%
104 金属维氏 硬度计 硬度 1326.03 金属维氏硬度计检定规程JJG 151-2006 (5~1000)HV Urel=2.0%~3.0%
105 显微硬度计 硬度 1326.03 金属维氏硬度计检定规程JJG 151-2006 (5~1000)HV Urel=3.0%~5.0%
106 金属表面洛氏硬度计 硬度 1326.03 金属洛氏硬度计检定规程JJG 112-2003 (70~92)HR15N U=0.8HR15N
(42~80)HR30N U=0.8HR30N
(20~70)HR45N U=0.8HR45N
(73~93)HR15T U=0.8HR15T
(43~76)HR30T U=0.8HR30T
(12~72)HR45T U=0.8HR45T
107 里氏硬度计 硬度 1326.03 里氏硬度计检定规程 JJG 747-1999 (200~900)HL U =8HL
108 A型邵氏硬度计 硬度 0314.06 A型邵氏硬度计检定规程JJG304-2003 (20~100)HA Urel=0.3%
109 活塞式压力计 压力 1321.03
活塞式压力计检定规程 JJG 59-2007 (0.04~250)MPa Urel=0.02%
110 活塞式压力真空计 压力 1321.03
1320.02 活塞式压力真空计检定规程 JJG 236-2009 压力:(0.01~0.25)MPa
负压:(-0.1~0.01)MPa Urel=0.02%
111 弹性元件式精密压力表和真空表 压力 1320.01
1320.02 弹性元件式精密压力表和真空表检定规程 JJG 49-2013 (-0.1~250)MPa Urel=0.1%
112 弹性元件式一般压力表、压力真空表和真空表 压力 1320.01
1320.03 弹性元件式一般压力表、压力真空表和真空表检定规程 JJG 52-2013 (-0.1~250)MPa Urel=0.2%
113 标准补偿式微压计 压力 1320.06 标准补偿式微压计检定规程 JJG 158-1994 (-2.5~2.5)kPa Urel=0.05%
114 倾斜式微压计 压力 1320.06 倾斜式微压计检定规程 JJG 172-2011 (-2.6~2.6)kPa Urel=0.5%
115 液体压力计 压力 1320.06 工作用液体压力计试行检定规程 JJG 540-1988 (-10~10)kPa Urel=0.2%
116 精密杯形压力计、U形液体压力计 压力 1320.06 精密杯形和U形液体压力计检定规程 JJG 241-2002 (-10~10)kPa Urel=0.2%
117 数字压力计(表) 压力 1320.07 数字压力计检定规程 JJG 875-2005 (-0.1~250)MPa Urel=0.02%
118 血压计(表) 压力 1320.01 血压计和血压表检定规程JJG 270-2008 (0~80)kPa Urel=0.5%
119 电子血压计 压力 1320.01 无创自动测量血压计检定规程 JJG 692-2010 (0~40)kPa Urel=0.5%
120 压力变送器 压力 1320.03 压力变送器检定规程 JJG 882-2004 (-0.1~250)MPa Urel=0.05%
121 静态压力传感器 压力 1320.03 压力传感器(静态)检定规程 JJG 860-1994 (-0.1~250)MPa Urel=0.05%
122 动态压力传感器 压力 1320.03 动态压力传感器检定规程 JJG 624-2005 (0~10)MPa (0.1~10000)Hz Urel=2%
123 砝码 质量 1310.01 砝码检定规程 JJG 99-2006 1mg~20kg U=(0.003~10)mg
124 电子天平 质量 1311.01
电子天平检定规程 JJG 1036-2008 3g~30g U=(0.005~0.05)mg
30g~220g U=(0.05~0.45)mg
220g~1kg U=(0.45~1.5)mg
1kg~20kg U=(1.5~10)mg
125 机械天平 质量 1312.01
机械天平检定规程 JJG 98-2006 3g~20g U=(0.05~0.07)mg
20g~200g U=(0.07~0.50)mg
200g~1kg U=(0.50~2.0)mg
1kg~10kg U=(2.0~10)mg
126 非自动秤 质量 1318. 01
非自动秤通用检定规程JJG 555-1996 1g~10kg U=0.2mg~2g
(10~200)kg U=(2~36)g
200kg~1000kg U=36g~0.18kg
126 非自动秤 质量 1318. 01
非自动秤通用检定规程JJG 555-1996 (1×103~1×104)kg U=0.18kg~1.8kg
127 模拟指示秤 质量 1318. 01 模拟指示秤检定规程 JJG 13-1997 1g~10kg U=(0.3~1.7)g
10kg~100kg U=(1.7~17)g
128 非自行指示秤 质量 1318. 01
非自行指示秤检定规程JJG 14-1997 1g~10kg U=0.1mg~1g
10kg~200kg U=(1~20)g
200kg~1000kg U=(20~90)g
(1×103~1×104)kg U=90g~0.9kg
129 架盘天平 质量 1318. 01 架盘天平检定规程 JJG 156-2004 1g~10kg U=(0.07~1.7)g
130 数字指示秤 质量 1318. 01
数字指示秤检定规程 JJG 539-1997 1g~10kg U=0.03mg~0.3g
10kg~200kg U=(0.3~6)g
200kg~1000kg U=(6~30)g
(1×103~1×104)kg U=30g~0.3kg
131 浮子流量计 流量 1316.04 浮子流量计检定规程 JJG 257-2007 (0.024~0.1)m3/h Urel=1%
131 浮子流量计 流量 1316.04 浮子流量计检定规程 JJG 257-2007 (0.1~60)m3/h Urel=0.5%
132 质量流量计 流量 1316.04
质量流量计检定规程 JJG 897-1995 (0.024~0.1)m3/h Urel=1% 只用容积法
(0.1~60)m3/h Urel=0.5%
133 转速表 转速 1324
转速表检定规程 JJG105-2000 (20~30000)r/min U=0.02%
134 电荷放大器 电荷 1407 JJG 338-1997
电荷放大器检定规程 (0~100000)pC (0.1Hz~10Hz) U rel=0.5%
(10Hz~100kHz) U rel=0.2%
135 倍频程滤波器 电压 1407.04 JJG 449-2001
倍频程和1/3倍频程滤波器检定规程 (0~10)V (0.1Hz~10Hz) U rel=0.5%
(10Hz~100kHz) U rel=0.2%
136 标准电阻 电阻 0409 JJG 166-1993
直流电阻器检定规程 1Ω Urel=0.5×10-6
(10-1,10,102,103,104)Ω Urel=3.2×10-6
(10-2,10-3,105)Ω Urel=4.4×10-6
137 标准电池 电动势 0407 JJG 153-1996
标准电池检定规程 1.0186V U=2μV
138 直流电阻箱 电阻 0409 JJG 982-2003
直流电阻箱检定规程 (10-3~105) Ω Urel=2×10-5
139 耐压试验仪 电压 0403 JJG 795-2004
耐电压测试仪检定规程 直流:≤20kV Urel=5.7×10-3
交流:≤20kV Urel=8.0×10-3
漏电流 直流:(0~20)mA Urel=5.7×10-3
交流:(0~20)mA Urel=8.0×10-3
时间 0413 1s~15min U=0.1s
140 绝缘电阻表 电阻 0403 JJG 622-1997绝缘电阻表(兆欧表)检定规程
JJG1005-2005电子式绝缘电阻表检定规程 (102~108)Ω Urel=2.3×10-3
(108~109)Ω Urel=2.3×10-3
(109~1010)Ω Urel=2.6×10-2
(1010~2×1011)Ω Urel=5.8×10-2
141 高阻计 电阻 0403 JJG 690-2003
高绝缘电阻测量仪(高阻计)检定规程 (105~108)Ω Urel=2.3×10-3
(108~109)Ω Urel=2.3×10-3
(109~1010)Ω Urel=2.7×10-2
(1010~1013)Ω Urel=5.8×10-2
142 直流低电阻表 电阻 0410 JJG 837-2003直流低电阻表检定规程 (10-4~105)Ω Urel=2×10-4
142 直流低电阻表 电阻 0410 JJG 366-2004
接地电阻表检定规程 (0.1~100)Ω Urel=2.3×10-4
143 静电电压表 直流电压 0411 JJG 494-2005 高压静电电压表检定规程 ±(0.1~50)kV Urel=5×10-3
非接触式静电电压 GJB/J 5972-2007 非接触式静电电压表校准方法 ±(0.1~50)kV Urel=1×10-2
144 标准电容器 电容 0404 JJG 183-1992
标准电容器检定规程 1pF~1μF 1kHz Urel=0.01%
145 标准电感器 电感 0406 JJG 726-1991
标准电感器检定规程 1μH~10μH 1kHz Urel=0.1%
100μH~1H Urel=0.02%
146 交流电桥 电容 0411 JJG 441-2008
交流电桥检定规程 1pF~1μF (11~100k)Hz Urel=0.02%
电感 1μH~1H Urel=0.02%
电阻 1Ω~1MΩ Urel=0.02%
147 数字多用表 直流电压 0410 JJG 315-1983
直流数字电压表试行检定规程 ±(10mV~220mV) U=7.5×10-6rdg+0.89μV
±(0.22V~2.2V) U=4.0×10-6rdg+1.6μV
±(2.2V~11V) U=5.0×10-6rdg+5.5μV
±(11V~22V) U=4.0×10-6rdg+8.9μV
±(22V~220V) U=5.8×10-6rdg+0.14mV
147 数字多用表 直流电压 0410 JJG 315-1983
直流数字电压表试行检定规程 ±(220V~1100V) U=8.1×10-6rdg+0.89mV
交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (0.22~2.2)mV
10Hz~20Hz U=5.8×10-4rdg+5.8μV
20Hz~40Hz U=2.3×10-4rdg+5.8μV
40Hz~20kHz U=1.2×10-4rdg+5.8μV
20kHz~50kHz U=3.9×10-4rdg+5.8μV
50kHz~100kHz U=9.2×10-4rdg+9.2μV
100kHz~300kHz U=1.3×10-3rdg+0.017mV
300kHz-500kHz U=1.7×10-3rdg+0.035mV
500kHz~1MHz U=3.5×10-3rdg+0.035mV
(2.2~22)mV 10Hz~20Hz U=5.7×10-4rdg+6.9μV
20Hz~40Hz U=2.3×10-4rdg+6.9μV
40Hz~20kHz U=1.2×10-4rdg+6.9μV
20kHz~50kHz U=3.9×10-4rdg+6.9μV
50kHz~100kHz U=9.2×10-4rdg+9.3μV
100kHz~300kHz U=1.3×10-3rdg+0.017mV
300kHz~500kHz U=1.7×10-3rdg+0.034mV
500kHz~1MHz U=3.5×10-3rdg+0.035mV
147 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (22~220)mV
10Hz~20Hz U=5.8×10-4rdg+0.019mV
20Hz~40Hz U=2.3×10-4rdg+0.012mV
40Hz~20kHz U=1.1×10-4rdg+0.012mV
20kHz~50kHz U=3.5×10-4rdg+0.012mV
50kHz~100kHz U=8.7×10-4rdg+0.035mV
100kHz~300kHz U=1.1×10-3rdg+0.035mV
300kHz~500kHz U=1.7×10-3rdg+0.046mV
500kHz~1MHz U=3.5×10-3rdg+0.12mV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4rdg+0.12mV
20Hz~40Hz U=1.7×10-4rdg+0.037mV
40Hz~20kHz U=8.1×10-5rdg+0.010mV
20kHz~50kHz U=1.4×10-4rdg+0.025mV
50kHz~100kHz U=2.7×10-4rdg+0.094mV
100kHz~300kHz U=4.6×10-4rdg+0.18mV
300kHz~500kHz U=1.2×10-3rdg+0.46mV
500kHz~1MHz U=2.3×10-3rdg+1.2mV
(2.2~22)V
10Hz~20Hz U=5.8×10-4rdg+1.2mV
147 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (2.2~22)V
20Hz~40Hz U=1.7×10-4rdg+0.037mV
40Hz~20kHz U=7.4×10-5rdg+0.10mV
20kHz~50kHz U=1.4×10-4rdg+0.25mV
50kHz~100kHz U=2.7×10-4rdg+0.48mV
100kHz~300kHz U=5.8×10-4rdg+2.0mV
300kHz~500kHz U=1.4×10-3rdg+5.8mV
500kHz~1MHz U=3.0×10-3rdg+10mV
147 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (22~220)V
10Hz~20Hz U=5.8×10-4rdg+12mV
20Hz~40Hz U=1.7×10-4rdg+3.7mV
40Hz~20kHz U=8.7×10-5rdg+1.4mV
20kHz~50kHz U=2.3×10-4rdg+4.8mV
50kHz~100kHz U=5.8×10-4rdg+12mV
100kHz~300kHz U=1.7×10-3rdg+0.13V
300kHz~500kHz U=5.8×10-3rdg+0.13V
500kHz~1MHz U=1.4×10-2rdg+0.25V
(220~1100)V 40Hz~1kHz U=8.7×10-5rdg+6.6mV
1kHz~20kHz U=1.2×10-4rdg+8.9mV
147 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (220~1100)V 20kHz~30kHz U=2.7×10-4rdg+15mV
30kHz~50kHz U=2.7×10-4rdg+15mV
50kHz~100kHz U=6.9×10-4rdg+54mV
直流电流 0410 JJG 598-1989
直流数字电流表试行检定规程 ±(10μA~220μA) U=5.2×10-5rdg+0.012μA
±(0.22mA~2.2mA) U=5.2×10-5rdg+0.014μA
±(2.2mA~22mA) U=2.0×10-5rdg+0.14μA
±(22mA~220mA) U=6.4×10-5rdg+1.4μA
±(0.22A~2.2A) U=8.7×10-5rdg+0.037mA
±(2.2A~11A) U=3.8×10-4rdg+0.56mA
交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 10μA~220μA 10Hz~20Hz U=7.5×10-4rdg+37nA
20Hz~40Hz U=4.0×10-4rdg+31nA
40Hz~1kHz U=1.4×10-4rdg+25nA
1kHz~5kHz U=5.8×10-4rdg+60nA
5kHz~10kHz U=1.7×10-3rdg+0.12μA
147 数字多用表 交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 0.22mA~2.2mA 10Hz~20Hz U=7.5×10-4rdg+78nA
20Hz~40Hz U=4.0×10-4rdg+66nA
40Hz~1kHz U=1.4×10-4rdg+66nA
1kHz~5kHz U=5.8×10-4rdg+0.60μA
5kHz~10kHz U=1.7×10-3rdg+12μA
2.2mA~22mA 10Hz~20Hz U=7.5×10-4rdg+0.78μA
20Hz~40Hz U=4.0×10-4rdg+0.66μA
40Hz~1kHz U=2.0×10-4rdg+0.66μA
1kHz~5kHz U=5.8×10-4rdg+6.0μA
5kHz~10kHz U=1.7×10-3rdg+12μA
22mA~220mA 10Hz~20Hz U=7.5×10-4rdg+7.8μA
20Hz~40Hz U=4.0×10-4rdg+6.6μA
40Hz~1kHz U=1.4×10-4rdg+6.6μA
1kHz~5kHz U=5.8×10-4rdg+59μA
5kHz~10kHz U=1.7×10-3rdg+0.12mA
0.22A~2.2A 40Hz~1kHz U=6.9×10-4rdg+66μA
1kHz~5kHz U=8.1×10-4rdg+1.4mA
5kHz~10kHz U=9.0×10-3rdg+0.25mA
147 数字多用表 交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 2.2A~11A 40Hz~1kHz U=4.3×10-4rdg+0.40mA
1kHz~5kHz U=9.3×10-4rdg+0.64mA
5kHz~10kHz U=3.5×10-3rdg+1.1mA
147 数字多用表 电阻 0410 JJG 724-1991
直流数字式欧姆表检定规程 1Ω Urel=8.5×10-5
1.9Ω Urel=8.5×10-5
10Ω Urel=2.6×10-5
19Ω Urel=2.4×10-5
100Ω Urel=1.5×10-5
190Ω Urel=1.5×10-5
1kΩ Urel=5.0×10-6
1.9kΩ Urel=5.0×10-6
10kΩ Urel=5.0×10-6
19kΩ Urel=9.0×10-6
100kΩ Urel=1.1×10-5
190kΩ Urel=1.1×10-5
1MΩ Urel=1.6×10-5
1.9MΩ Urel=1.7×10-5
10MΩ Urel=3.3×10-5
147 数字多用表 电阻 0410 JJG 724-1991
直流数字式欧姆表检定规程 19MΩ Urel=4.3×10-5
100MΩ Urel=1.1×10-4
148 多功能标准源 直流电压 0409 JJG 445-1986
直流标准电压源检定规程 ±(10mV~100mV) U=1.2×10-6rdg+0.5μV
±(0.1V~1V) U=5.8×10-7rdg+4.5μV
±(1V~10V) U=5.8×10-7rdg+42.3μV
±(10V~100V) U=1.2×10-6rdg+0.45mV
±(100V~1000V) U=1.2×10-6rdg+4.5mV
交流电压 0409 JJG(航天)2-1999 交流标准电压源检定规程 10mV~100mV
1Hz~10Hz U=9.2×10-5rdg+17μV
10Hz~40Hz U=9.2×10-5rdg+5.0μV
40Hz~100Hz U=6.9×10-5rdg+5.0μV
100Hz~2kHz U=4.6×10-5rdg+2.7μV
2kHz~10kHz U=6.9×10-5rdg+5.0μV
10kHz~30kHz U=2.9×10-4rdg+7.3μV
30kHz~100kHz U=4.6×10-4rdg+23μV
0.1V~1V 1Hz~10Hz U=8.1×10-5rdg+0.14mV
10Hz~40Hz U=8.1×10-5rdg+27μV
148 多功能标准源 交流电压 0409 JJG(航天)2-1999 交流标准电压源检定规程 0.1V~1V 40Hz~100Hz U=5.8×10-5rdg+27μV
100Hz~2kHz U=3.5×10-5rdg+27μV
2kHz~10kHz U=5.8×10-5rdg+27μV
10kHz~30kHz U=1.2×10-4rdg+50μV
30kHz~100kHz U=2.9×10-4rdg+0.24mV
100kHz~300kHz U=1.7×10-3rdg+2.3mV
300kHz~1MHz U=1.2×10-2rdg+12mV
1V~10V 1Hz~10Hz U=8.1×10-5rdg+1.4mV
10Hz~40Hz U=8.1×10-5rdg+0.27mV
40Hz~100Hz U=5.8×10-5rdg+0.27mV
100Hz~2kHz U=5.0×10-5rdg+0.27mV
2kHz~10kHz U=5.8×10-5rdg+0.27mV
10kHz~30kHz U=1.2×10-4rdg+0.50mV
30kHz~100kHz U=2.9×10-4rdg+2.4mV
100kHz~300kHz U=1.7×10-3rdg+23mV
300kHz~1MHz U=1.2×10-2rdg+0.12V
148 多功能标准源 交流电压 0409 JG(航天)2-1999 交流标准电压源检定规程 10V~100V 1Hz~10Hz U=8.1×10-5rdg+14mV
10Hz~40Hz U=8.1×10-5rdg+2.7mV
148 多功能标准源 交流电压 0409 JG(航天)2-1999 交流标准电压源检定规程 10V~100V 40Hz~100Hz U=5.8×10-5rdg+2.7mV
100Hz~2kHz U=3.5×10-5rdg+2.7mV
2kHz~10kHz U=5.8×10-5rdg+2.7mV
10kHz~30kHz U=1.2×10-4rdg+0.50mV
30kHz~100kHz U=2.9×10-4rdg+24mV
100kHz~300kHz U=1.7×10-3rdg+0.23V
300kHz~1MHz U=1.2×10-2rdg+1.2V
100V~1000V
1Hz~10Hz U=8.1×10-5rdg+0.17V
10Hz~40Hz U=8.1×10-5rdg+50mV
40Hz~10kHz U=5.8×10-5rdg+50mV
10kHz~30kHz U=1.2×10-4rdg+96mV
30kHz~100kHz U=2.9×10-4rdg+0.47V
直流电流 0409 JJG (航天)38-1987
直流标准电流源检定规程 ±(10μA~100μA) U=2.3×10-5rdg+0.86nA
±(0.1mA~1mA) U=2.3×10-5rdg+8.6nA
±(1mA~10mA) U=1.0×10-5rdg+86nA
±(10mA~100mA) U=3.5×10-5rdg+1.6μA
148 多功能标准源 直流电流 0409 JJG (航天)38-1987
直流标准电流源检定规程 ±(100mA~2A) U=1.2×10-4rdg+27μA
±(2A~20A) U=2.3×10-4rdg+0.96mA
交流电流 0409 JJG (航天)51-1999
交流标准电流源检定规程 10μA~100μA 10Hz~5kHz U=1.7×10-4rdg+12nA
0.1mA~1mA 10Hz~5kHz U=1.7×10-4rdg+0.12μA
1mA~10mA 10Hz~5kHz U=2.0×10-4rdg+1.2μA
10mA~100mA 10Hz~5kHz U=1.7×10-4rdg+12μA
0.1A~2A 10Hz~1kHz U=4.6×10-4rdg+0.24mA
1kHz~5kHz U=1.2×10-3rdg+0.70mA
2A~20A 10Hz~2kHz U=8.1×10-4rdg+4.7mA
2kHz~10kHz U=2.3×10-3rdg+4.7mA
电阻 0409 JJG 166-1993
直流电阻器检定规程 1Ω~10Ω U=3.5×10-6rdg+63μΩ
10Ω~100Ω U=1.7×10-6rdg+0.47mΩ
0.1kΩ~1kΩ U=7.6×10-6rdg+4.7mΩ
1kΩ~10kΩ U=7.6×10-6rdg+47mΩ
10kΩ~100kΩ U=7.6×10-6rdg+0.47Ω
0.1MΩ~1MΩ U=2.3×10-6rdg+5.6Ω
1MΩ~10MΩ U=4.6×10-6rdg+0.13kΩ
148 多功能标准源 电阻 0409 JJG 166-1993
直流电阻器检定规程 10MΩ~100MΩ U=3.5×10-5rdg+11kΩ
149 钳形表 直流电流 0410 JJF1075-2001
钳形表校准规范 ±(10μA~16.5mA) U=1.4×10-4rdg+27nA
±(16.5mA~165mA) U=9.2×10-5rdg+75nA
±(165mA~1.65A) U=9.2×10-5rdg+0.63μA
±(1.65A~16.5A) U=9.2×10-5rdg+6.3μA
±(16.5A~150A) U=3.5×10-4rdg+86μA
±(150A~550A) U=4.4×10-4rdg+0.78mA
±(550A~1000A) U=9.2×10-4rdg+1.3mA
交流电流 0410 10μA~16.5mA 10Hz~100Hz U=2.3×10-3rdg+0.27μA
100Hz~1kHz U=5.8×10-3rdg+0.62μA
16.5mA~165mA 10Hz~100Hz U=2.3×10-3rdg+0.75μA
100Hz~1kHz U=5.8×10-3rdg+1.3μA
165mA~1.65A 10Hz~100Hz U=8.0×10-4rdg+8.6μA
100Hz~1kHz U=2.1×10-3rdg+16μA
1.65A~16.5A 10Hz~100Hz U=8.1×10-4rdg+50μA
149 钳形表 交流电流 0410 JJF1075-2001
钳形表校准规范 1.65A~16.5A 100Hz~1kHz U=2.1×10-3rdg+0.12mA
16.5A~150A 10Hz~100Hz U=1.1×10-3rdg+0.27mA
100Hz~440Hz U=2.9×10-3rdg+1.2mA
交流电流 0410 150A~1000A 45Hz~100Hz U=1.2×10-3rdg+2.7mA
100Hz~440Hz U=9.2×10-3rdg+6.2mA
直流电压 0410 ±(10mV~329.9999mV) U=3.5×10-6rdg+0.40μV
±(0.33V~3.299999V) U=2.3×10-6rdg+5.7μV
±(3.3V~32.99999V) U=1.6×10-6rdg+52μV
±(33V~329.9999V) U=2.9×10-6rdg+0.52mV
±(330V~1000V) U=3.5×10-6rdg+4.3mV
交流电压 0410 10mV~32.999mV 10Hz~45Hz U=6.9×10-4rdg+4.0μV
45Hz~10kHz U=1.4×10-4rdg+4.0μV
10kHz~20kHz U=1.8×10-4rdg+4.0μV
20kHz~50kHz U=9.2×10-4rdg+4.0μV
50kHz~100kHz U=3.5×10-3rdg+4.0μV
149 钳形表 交流电压 0410 JJF1075-2001
钳形表校准规范 10mV~32.999mV 100kHz~500kHz U=6.9×10-3rdg+4.1μV
33mV~329.999mV 10Hz~45Hz U=4.6×10-4rdg+4.0μV
45Hz~10kHz U=1.3×10-4rdg+4.0μV
10kHz~20kHz U=1.4×10-4rdg+4.0μV
20kHz~50kHz U=3.5×10-4rdg+4.0μV
50kHz~100kHz U=6.9×10-4rdg+4.0μV
100kHz~500kHz U=1.8×10-3rdg+4.1μV
0.33V~3.29999V 10Hz~45Hz U=2.9×10-4rdg+98μV
45Hz~10kHz U=1.2×10-4rdg+69μV
10kHz~20kHz U=1.8×10-4rdg+98μV
20kHz~50kHz U=2.9×10-4rdg+98μV
50kHz~100kHz U=6.4×10-4rdg+0.18mV
100kHz~500kHz U=2.3×10-3rdg+0.73mV
3.3V~32.9999V 10Hz~45Hz U=2.9×10-4rdg+1.2mV
45Hz~10kHz U=2.0×10-4rdg+0.63mV
10kHz~20kHz U=3.5×10-4rdg+1.1mV
20kHz~50kHz U=8.7×10-4rdg+2.2mV
50kHz~100kHz U=1.7×10-4rdg+6.3mV
149 钳形表 交流电压 0410 JJF1075-2001
钳形表校准规范 33V~329.999V 45Hz~1kHz U=1.8×10-4rdg+11mV
149 钳形表 交流电压 0410 JJF1075-2001
钳形表校准规范 33V~329.999V 1kHz~10kHz U=2.5×10-4rdg+11mV
10kHz~20kHz U=6.9×10-4rdg+27mV
20kHz~50kHz U=3.5×10-6rdg+0.71μV
50kHz~100kHz U=1.8×10-3rdg+62mV
330V~1000V 45Hz~1kHz U=2.9×10-4rdg+16mV
1kHz~5kHz U=2.3×10-4rdg+16mV
5kHz~10kHz U=2.9×10-4rdg+16mV
电阻 0410 (0~10.99999)Ω Urel =3.5×10-5
11Ω~32.9999Ω Urel =2.5×10-5
33Ω~109.9999Ω Urel =2.2×10-5
110Ω~329.9999Ω Urel =2.2×10-5
330Ω~1.099999kΩ Urel =3.2×10-5
1.1kΩ~3.299999kΩ Urel =3.2×10-5
3.3kΩ~10.99999kΩ Urel =3.2×10-5
11kΩ~32.99999kΩ Urel =3.2×10-5
149 钳形表 电阻 0410 JJF1075-2001
钳形表校准规范 33kΩ~109.9999kΩ
Urel =3.2×10-5
110kΩ~329.9999kΩ Urel =3.5×10-5
330kΩ~1.099999MΩ Urel =3.5×10-5
1.1MΩ~3.299999MΩ Urel =4.0×10-5
3.3MΩ~10.99999MΩ Urel =1.1×10-4
11MΩ~32.99999MΩ Urel =2.0×10-4
33MΩ~109.9999MΩ Urel =4.0×10-4
150 直流电压表 直流电压 0410 JJG124-2005电流表、电压表、功率表及电阻表检定规程 ±(10mV~1000V) Urel =5.9×10-4
151 交流电压表 交流电压 0410 JJG124-2005电流表、电压表、功率表及电阻表检定规程 10mV~1000V Urel =9.3×10-4
152 直流电流表 直流电流 0410 JJG124-2005电流表、电压表、功率表及电阻表检定规程 ±(10μA~20A) Urel=5.8×10-4
153 交流电流表 交流电流 0410 JJG124-2005电流表、电压表、功率表及电阻表检定规程 10μA~20A Urel=9.7×10-4
154 指针万用表 直流电压 0410 JJG124-2005电流表、电压表、功率表及电阻表检定规程 ±(10mV~1000V) Urel =5.9×10-4
交流电压 0410 10mV~1000V Urel=9.3×10-4
直流电流 0410 ±(10μA~20A) Urel =5.8×10-4
交流电流 0410 10μA~20A Urel =9.7×10-4
155 功率表 功率 0406 JJG 124-2005 电压表、电流表、功率表及电阻表检定规程 10mV~1000V
1mA~20A
±180°
40Hz~400Hz
Urel=7.2×10-4
156 电流互感器 比值差 0406.04 JJG313-2010
测量用电流互感器检定规程 (2.5A~1000A)/5A,1A .05 Urel=0.02%
.2 Urel=0.01%
1 Urel=0.01%
1.2 Urel=0.01%
相位差 0.3′~90′ .05 U=0.7′
.2 U=0.4′
1 U=0.4′
1.2 U=0.4′
157 直流稳压电源 电压 0415 JJG (航天) 6-1999
直流稳压电源检定规程 (0~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
电压调整率 0.001%~1% Urel=2.3×10-5
157 直流稳压电源 负载调整率 0415 JJG (航天) 6-1999
直流稳压电源检定规程 0.001%~1% 0. 1% Urel =1.8×10-5
电流 (0~400)A Urel =1.2×10-4
纹波电压 (0~300)V 10Hz~10MHz Urel =8.2×10-2
158 交流稳压电源 交流电压 0415 QJ3233-2005
交流稳压电源稳态特性校准规范
JJG(航天)2-1999
交流标准电压源检定规程 10mV~1000V Urel =2.8×10-4
电源调整率 0.001%~5% Urel =4.9×10-4
负载调整率 0.001%~5% Urel =4.0×10-4
失真 (0~100)% Urel =12%
频率 10Hz~10MHz Urel =1.2×10-4
159 电子负载 电压 0411 Q/Y 190-2006直流电子负载检定规程
JJG315-1983直流数字电压表检定规程
JJG598-1989直流数字电流表检定规程 (0~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
电流 (0~150)A Urel =1.2×10-4
160 宽频带电子电压表 电压 0409 GJB/J 3411-1998
宽频带电子电压表检定规程 1mV~100mV (10~30)Hz U=0.12% rdg+12μV
0.1V~1V U=0.12%rdg+0.06mV
1V~10V U=0.12%rdg+0.6mV
10V~100V U=0.12%rdg+6mV
1mV~100mV 30Hz~20kHz U=0.03%rdg+12μV
0.1V~1V U=0.04%rdg+0.03mV
1V~10V U=0.03%rdg+0.3mV
10V~100V U=0.03%rdg+3mV
1mV~100mV 20kHz~100kHz U=0.06%rdg+30μV
0.1V~1V U=0.06%rdg+0.06mV
1V~10V U=0.06%rdg+0.6mV
10V~100V U=0.06%rdg+6mV
1mV~100mV 0.1MHz~1MHz U=0.4%rdg+0.04mV
0.1V~1V U=0.4%rdg+0.4mV
1V~10V U=0.4%rdg+4mV
10V~100V U=0.4%rdg+0.04V
0.3~1.5V 25MHz~1GHz Urel=0.7%
161 失真度测量仪 电压 0419 JJG 251-1997 失真度测量仪检定规程 1mV~100mV (10~30)Hz U=0.12%rdg +12μV
161 失真度测量仪 电压 0419 JJG 251-1997 失真度测量仪检定规程 0.1V~1V (10~30)Hz U=0.12%rdg+0.06mV
1V~10V U=0.12%rdg+0.6mV
10V~100V U=0.12%rdg+6mV
1mV~100mV 30Hz~20kHz U=0.03%rdg+12μV
0.1V~1V U=0.01%rdg+0.03mV
1V~10V U=0.03%rdg+0.3mV
10V~100V U=0.03%rdg+3mV
1mV~100mV 20kHz~100kHz U=0.06%rdg+30μV
0.1V~1V U=0.06%rdg+0.06mV
1V~10V U=0.06%rdg+0.6mV
10V~100V U=0.06%rdg+6mV
电压 0419 JJG 251-1997 失真度测量仪检定规程 1mV~100mV 100kHz~200kHz U=0.4%rdg+0.04mV
0.1V~1V U=0.4%rdg+0.4mV
1V~10V U=0.4%rdg+4mV
10V~100V U=0.4%rdg+0.04V
失真 0419 0.03%~30% 5Hz~200kHz Urel=1.2%
0.01%~0.03% Urel =7.5%
0.003%~0.01% Urel =15%
162 调制度测量仪 调幅 0416 JJF 1111-2003 调制度测量仪校准规范 5%~99% 150kHz~10MHz,50Hz≤fm≤10kHz Urel =2.4%
10MHz~1300MHz,50Hz≤fm≤50kHz Urel =1.2%
调频 0416 ≤40kHz 150kHz~10MHz,20Hz≤fm≤10kHz Urel =2.4%
≤400kHz 10MHz~1300MHz,50Hz≤fm≤100kHz Urel =1.2%
调相 0416 (0~400)rad 150kHz~10MHz,200Hz≤fm≤10kHz Urel =4.7%
10MHz~1300MHz,200Hz≤fm≤20kHz Urel =3.5%
163 数字移动通信综合测试仪 源频率 0416 JJF1131-2005 TDMA-GSM数字移动通信综合测试仪校准规范 250kHz~500MHz U=0.14Hz~8.8Hz
0.5GHz~6GHz Urel=1.8×10-8
源功率 0416 (-20~20)dBm 250kHz~4.2GHz U=0.11dB
4.2GHz~6GHz U=0.25dB
(20~30)dBm U=0.42dB
源衰减 0416 (0~20)dB U=0.03dB
163 数字移动通信综合测试仪 源衰减 0416 JJF1131-2005 TDMA-GSM数字移动通信综合测试仪校准规范 (30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB 250kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~6GHz U=0.15dB
110dB 250kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~6GHz U=0.21dB
120dB 250kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~6GHz U=0.52dB
源频谱纯度 0416 -80dBc 250kHz~3.05GHz U=0.8dB
3.05GHz~6GHz U=2.0dB
功率 0416 (-20~20)dBm 250kHz~4.2GHz U=0.11dB
4.2GHz~6GHz U=0.25dB
(20~30)dBm U=0.42dB
163 数字移动通信综合测试仪 衰减 0416 JJF1131-2005 TDMA-GSM数字移动通信综合测试仪校准规范 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB 250kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~6GHz U=0.15dB
110dB 250kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~6GHz U=0.21dB
120dB 250kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~6GHz U=0.52dB
输出电压 0419 10μV~0.1V 10Hz~20kHz U=0.07%rdg+5μV
0.1V~1V U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
输出失真 0.003%~30% Urel=14%
163 数字移动通信综合测试仪 电压 0419 JJF1131-2005 TDMA-GSM数字移动通信综合测试仪校准规范 10μV~0.1V 10Hz~20kHz U=0.07%rdg+5μV
0.1V~1V U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
失真 1%~30% U=0.07%~1.2%
164 频谱分析仪 频率 0419 GJB/J 5859-2006
宽带频谱分析仪检定规程 3Hz~100kHz U=2×10-6
100kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
功率 0416 (-20~20)dBm 100kHz~2GHz U=0.11dB
2GHz~4.2GHz U=0.24dB
4.2GHz~18GHz U=0.29dB
18GHz~26.5GHz U=0.36dB
26.5GHz~33GHz U=0.62dB
33GHz~40GHz U=0.67dB
(20~30)dBm 100kHz~4.2GHz U=0.42dB
4.2GHz~18GHz U=0.45dB
18GHz~26.5GHz U=0.49dB
26.5GHz~33GHz U=0.71dB
33GHz~40GHz U=0.75dB
164 频谱分析仪 衰减 0419 GJB/J 5859-2006
宽带频谱分析仪检定规程 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB 100kHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
衰减 0419 GJB/J 5859-2006
宽带频谱分析仪检定规程 100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
101dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
164 频谱分析仪 衰减 0419 GJB/J 5859-2006
宽带频谱分析仪检定规程 101dB 31.15GHz~40GHz U=1.1dB
165 信号发生器 频率 0416 JJG173-2003 信号发生器检定规程 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
功率 0416 (-20~20)dBm 100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
18GHz~26.5GHz U=0.29dB
26.5GHz~40GHz U=0.34dB
(20~30)dBm 100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
26.5GHz~40GHz U=0.49dB
调谐电平 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB 100kHz~19.2GHz U=0.15dB
165 信号发生器 调谐电平 0416 JJG173-2003 信号发生器检定规程 90dB 19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
19.2GHz~31.15GHz U=0.95dB
频谱纯度 0416 -80dBc 100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~22GHz
26.8GHz~31.15GHz U=2.5dB
22GHz~26.8GHz
31.15GHz~40GHz U=3.2dB
165 信号发生器 调幅 0416 JJG173-2003 信号发生器检定规程 5%~99% 100kHz~10MHz,50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz, 50Hz≤fm≤100kHz Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz,50Hz≤fm≤100kHz Urel= 5.2%
20%~99% Urel= 1.8%
5%~20% 26.5GHz~ 31.15GHz 50Hz≤fm≤100kHz Urel= 7.9%
20%~99% Urel= 2.2%
5%~20% 31.15GHz~ 40GHz
50Hz≤fm≤100kHz Urel= 30%
20%~99% Urel= 6.9%
调频 0416 200Hz~400kHz(β=频偏/调制速率) 10MHz~ 6.6GHz
β:0.2~0.45,50Hz≤fm≤200kHz Urel= 1.8%
10MHz~ 6.6GHz
β>0.45,50Hz≤fm≤200kHz Urel= 1.2%
165 信号发生器 调频 0416 JJG173-2003 信号发生器检定规程 200Hz~400kHz(β=频偏/调制速率) 6.6GHz~ 13.2GHz
β:0.2~8,50Hz≤fm≤200kHz Urel= 2.9%
200Hz~400kHz(β=频偏/调制速率) 6.6GHz~ 13.2GHz
β>8,50Hz≤fm≤200kHz Urel= 1.2%
13.2GHz~ 31.15GHz
β:0.2~16,50Hz≤fm≤200kHz Urel= 4.4%
13.2GHz~ 31.15GHz
β>16,50Hz≤fm≤200kHz Urel= 1.2%
31.15GHz~ 40GHz
β:0.2~32,50Hz≤fm≤200kHz Urel= 9.8%
31.15GHz~ 40GHz,
β>32,
50Hz≤fm≤200kHz Urel= 1.2%
165 信号发生器 调相 0416 JJG173-2003 信号发生器检定规程 (0.3~0.7)rad 100kHz~ 6.6GHz,200Hz≤fm≤20kHz Urel=3.5%
(0.7~400)rad Urel=1.2%
(0.6~2.0)rad (6.6~13.2)GHz,200Hz≤fm≤20kHz Urel=3.5%
(2.0~400)rad Urel=1.2%
(1.2~4.0)rad (13.2~ 26.5)GHz,200Hz≤fm≤20kHz Urel=3.5%
(4.0~400)rad Urel=1.2%
(1.3~4.0)rad (26.5~ 31.5)GHz,200Hz≤fm≤20kHz Urel=3.5%
(4.0~400)rad Urel=1.2%
(2.4~8.0)rad (31.5~40)GHz,200Hz≤fm≤20kHz Urel=3.5%
(8.0~400)rad Urel=1.2%
166 扫频信号发生器 频率 0416 JJG173-2003 信号发生器检定规程 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz U=1.8×10-8
166 扫频信号发生器 功率 0416 JJG173-2003 信号发生器检定规程 (-20~20)dBm 100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
18GHz~26.5GHz U=0.29dB
26.5GHz~40GHz U=0.34dB
(20~30)dBm 100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
26.5GHz~40GHz U=0.49dB
调谐电平 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB 100kHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
调谐电平 0416 100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
166 扫频信号发生器 调谐电平 0416 JJG173-2003 信号发生器检定规程 100dB 10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
19.2GHz~31.15GHz U=0.95dB
频谱纯度 0416 -80dBc 100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~22GHz
26.8GHz~31.15GHz U=2.5dB
22GHz~26.8GHz
31.15GHz~40GHz U=3.2dB
167 矢量信号发生器 频率 0416 JJG173-2003 信号发生器检定规程 5kHz~500MHz U=0.14Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
功率 0416 (-20~20)dBm 100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
167 矢量信号发生器 功率 0416 JJG173-2003 信号发生器检定规程 (-20~20)dBm 18GHz~26.5GHz U=0.29dB
26.5GHz~40GHz U=0.34dB
(20~30)dBm 100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
26.5GHz~40GHz U=0.49dB
调谐电平 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB 100kHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
167 矢量信号发生器 调谐电平 0416 JJG173-2003 信号发生器检定规程 100dB 31.15GHz~40GHz U=1.1dB
调谐电平 0416 110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
19.2GHz~31.15GHz U=0.95dB
频谱纯度 0416 -80dBc 100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~22GHz
26.8GHz~31.15GHz U=2.5dB
22GHz~26.8GHz
31.15GHz~40GHz U=3.2dB
167 矢量信号发生器 调幅 0416 JJG173-2003 信号发生器检定规程 5%~99% 100kHz~10MHz,50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz,50Hz≤fm≤100kHz Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz,50Hz≤fm≤100kHz Urel= 5.2%
167 矢量信号发生器 调幅 0416 JJG173-2003 信号发生器检定规程 20%~99% 3GHz~26.5GHz,50Hz≤fm≤100kHz Urel= 1.8%
5%~20% 26.5GHz~ 31.15GHz
50Hz≤fm≤100kHz Urel= 7.9%
20%~99% Urel= 2.2%
5%~20% 31.15GHz~ 40GHz
50Hz≤fm≤100kHz Urel= 30%
20%~99% Urel= 6.9%
调频 0416 10Hz~400kHz(β=频偏/调制速率) 10MHz~ 6.6GHz
β:0.2~0.45,50Hz≤fm≤200kHz Urel= 1.8%
10MHz~ 6.6GHz
β>0.45,50Hz≤fm≤200kHz Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8,50Hz≤fm≤200kHz Urel= 2.9%
6.6GHz~ 13.2GHz
β>8,50Hz≤fm≤200kHz Urel= 1.2%
167 矢量信号发生器 调频 0416 JJG173-2003 信号发生器检定规程 10Hz~400kHz(β=频偏/调制速率) 13.2GHz~ 31.15GHz
β:0.2~16,50Hz≤fm≤200kHz Urel= 4.4%
调频 0416 10Hz~400kHz(β=频偏/调制速率) 13.2GHz~ 31.15GHz
β>16,50Hz≤fm≤200kHz Urel= 1.2%
31.15GHz~ 40GHz
β:0.2~32,50Hz≤fm≤200kHz Urel= 9.8%
31.15GHz~ 40GHz,
β>32,50Hz≤fm≤200kHz Urel= 1.2%
调相 0416 (0.3~0.7)rad 100kHz~ 6.6GHz,200Hz≤fm≤20kHz Urel=3.5%
(0.7~400)rad Urel=1.2%
(0.6~2.0)rad (6.6~13.2)GHz,200Hz≤fm≤20kHz Urel=3.5%
(2.0~400)rad Urel=1.2%
167 矢量信号发生器 调相 0416 JJG173-2003 信号发生器检定规程 (1.2~4.0)rad (13.2~ 26.5)GHz,200Hz≤fm≤20kHz Urel=3.5%
(4.0~400)rad Urel=1.2%
(1.3~4.0)rad (26.5~ 31.5)GHz,200Hz≤fm≤20kHz Urel=3.5%
(4.0~400)rad Urel=1.2%
(2.4~8.0)rad (31.5~40)GHz,200Hz≤fm≤20kHz Urel=3.5%
(8.0~400)rad Urel=1.2%
168 矢量信号分析仪 频率 0416 JJF1128-2004 矢量信号分析仪校准规范 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
功率 0416 (-20~20)dBm 100kHz~2GHz U=0.11dB
2GHz~4.2GHz U=0.24dB
4.2GHz~18GHz U=0.29dB
18GHz~26.5GHz U=0.36dB
26.5GHz~33GHz U=0.62dB
33GHz~40GHz U=0.67dB
(20~30)dBm 100kHz~4.2GHz U=0.42dB
168 矢量信号分析仪 功率 0416 JJF1128-2004 矢量信号分析仪校准规范 (20~30)dBm 4.2GHz~18GHz U=0.45dB
18GHz~26.5GHz U=0.49dB
26.5GHz~33GHz U=0.71dB
33GHz~40GHz U=0.75dB
衰减 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB 100kHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
101dB 100kHz~2MHz U=0.24dB
168 矢量信号分析仪 衰减 0416 JJF1128-2004 矢量信号分析仪校准规范 101dB 2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
反射系数 0419 JJF1128-2004 矢量信号分析仪校准规范 0~1 9kHz~40GHz U=0.007
谐波失真 0419 -80dBc 100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~22GHz
26.8GHz~31.15GHz U=2.5dB
22GHz~26.8GHz
31.15GHz~40GHz U=3.2dB
169 无线电通信测试仪 源频率 0416 JJF 1065-2000
射频通信测试仪校准规范 10kHz~10MHz U=0.3Hz
10MHz~100MHz U=2.1Hz
100MHz~1GHz Urel= 1.8×10-8
源功率 0416 (-20~-10)dBm U=0.27dB
(-10~20)dBm U=0.11dB
(20~30)dBm U=0.43dB
169 无线电通信测试仪 源衰减 0416 JJF 1065-2000
射频通信测试仪校准规范 (0~20)dB
U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.06dB
源衰减 0416 (60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~1GHz U=0.15dB
110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~1GHz U=0.21dB
120dB 100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~1GHz U=0.52dB
源谐波 0416 -80dBc U=0.8dB
源调频 0416 10Hz~1kHz,20Hz≤fm≤5kHz U=0.04kHz
1kHz~400kHz,50Hz≤fm≤200kHz Urel=1.2%
169 无线电通信测试仪 源调幅 0416 JJF 1065-2000
射频通信测试仪校准规范 5%~20%,50Hz≤fm≤100kHz Urel =3.2%
20%~99%,50Hz≤fm≤100kHz Urel=0.6%
源调相 0416 0.3rad~1rad,200Hz≤fm≤20kHz U=0.07rad
1rad~400rad,200Hz≤fm≤20kHz Urel=1.2%
功率 0416 (-20~-10)dBm U=0.27dB
(-10~20)dBm U=0.11dB
(20~30)dBm U=0.43dB
衰减 0419 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.06dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~1GHz U=0.15dB
169 无线电通信测试仪 衰减 0419 JJF 1065-2000
射频通信测试仪校准规范 110dB 100kHz~2MHz U=0.61dB
169 无线电通信测试仪 衰减 0419 JJF 1065-2000
射频通信测试仪校准规范 110dB 2MHz~10MHz U=0.39dB
10MHz~1GHz U=0.21dB
120dB 100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~1GHz U=0.52dB
输出电压 0419 10mV~0.1V 10Hz~20kHz U=0.07%rdg+5μV
0.1V~1V U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
输出失真 0419 0.01%THD+N Urel=14%
电压测量 0419 10mV~0.1V U=0.07%rdg+5μV
0.1V~1V U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
失真测量 0419 1%~30% Urel=1.2%
170 动态信号分析仪 频率 0416 JJG834-2006 动态信号分析仪检定规程 DC~200kHz Urel=3.5×10-6
幅度 0419 (0~10)V (0.1~10)Hz Urel=0.5%
1mV~100mV (10~30)Hz U=0.12%rdg+15μV
100mV~1V U=0.12%rdg +0.1mV
1V~10V U=0.12%rdg +1mV
170 动态信号分析仪 幅度 0419 JJG834-2006 动态信号分析仪检定规程 10V~100V (10~30)Hz Urel=0.12%rdg +8mV
1mV~100mV 30Hz~20kHz Urel=0.023%rdg+15μV
100mV~1V U=0.023%rdg +0.03mV
1V~10V U=0.023%rdg +0.3mV
10V~100V U=0.023% +3mV
1mV~100mV 20kHz~100kHz U=0.06%rdg+28μV
100mV~1V U=0.06%rdg +0.06mV
1V~10V U=0.06%rdg +0.6mV
10V~100V U=0.06% rdg+6mV
1mV~100mV 100kHz~200kHz U=0.38%rdg+39μV
100mV~1V U=0.38% rdg+0.4mV
1V~10V U=0.38%rdg +3.6mV
10V~100V U=0.38%rdg +36mV
171 网络分析仪 反射系数 0419 GJB/J3608-1999 自动网络分析仪检定规程 0~1 10MHz~40GHz U=(0.018~0.041)
衰减量 0419 (0~20)dB U=0.05dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
171 网络分析仪 传输相移 0419 GJB/J3608-1999 自动网络分析仪检定规程 -180o~180o U=0.3°~1.1°
172 衰减器 衰减量 0419 JJG387-2005
同轴电阻式衰减器检定规程 (0~20)dB 100kHz~40GHz U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB 100kHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
172 衰减器 衰减量 0419 JJG387-2005
同轴电阻式衰减器检定规程 100dB 100kHz~2MGHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
172 衰减器 衰减量 0419 JJG387-2005
同轴电阻式衰减器检定规程 110dB 13.2GHz~19.2GHz U=0.27dB
19.2GHz~31.15GHz U=0.95dB
120dB 100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~13.2GHz U=0.52dB
13.2GHz~19.2GHz U=0.90dB
173 定向耦合器、功分器 衰减量 0419 GJB2650-1996
微波元器件性能测试方法 (0~20)dB 0.3MHz~40GHz U=0.08dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
174 失配器、负载 反射系数 0419 GJB2650-1996
微波元器件性能测试方法 0~1 0.3MHz~40MHz U=0.01
40MHz~2GHz U=0.007
2GHz~20GHz U=0.023
20GHz~40GHz U=0.048
175 放大器 反射系数 0419 GJB2650-1996
微波元器件性能测试方法 0~1 0.3MHz~40MHz U=0.01
40MHz~2GHz U=0.007
2GHz~20GHz U=0.023
175 放大器 反射系数 0419 GJB2650-1996
微波元器件性能测试方法 0~1 20GHz~40GHz U=0.048
增益 0~80dB 0.3MHz~40MHz U=0.10dB
40MHz~2GHz U=0.08dB
2GHz~20GHz U=0.05dB
20GHz~40GHz U=0.38dB
176 电阻应变仪 应变 0401 JJG623-2005
电阻应变仪检定规程 (0.1~4000)με U=1.3με~2.5με
(4000-111111)με Urel =0.06%
177 功率敏感器 校准因子 0419 GJB/J3598-1999
小功率座检定规程 0.5mW~10mW 100kHz~10MHz Urel =2.4%
10MHz~11GHz Urel =1.7%
11GHz~18GHz Urel =2.7%
18GHz~26.5GHz Urel =3.2%
178 功率指示器 直流功率 0410 JJG(航天)22-1987
436A功率计检定规程
JJG(航天)67-1992
432功率计检定规程 3μW~ 30μW Urel =0.6%
100μW~100mW Urel =0.5%
179 数据采集系统 直流电压 0410 JJF1048-1995数据采集系统校准规范 ±(1mV~220V) U=0.334mV~0.003 V
179 数据采集系统 直流电压 0410 JJF1048-1995数据采集系统校准规范 ±(220V~1000V) U=(0.003~0.014) V
180 低频信号源 频率 0416 JJG 602-1996低频信号发生器检定规程,
JJG840-1993函数发生器检定规程 1Hz~30MHz Urel=1×10-6
电压 1mV~10mV 1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
100kHz~300kHz Urel=5%
10mV~10V 1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
1MHz~30MHz Urel=2.5%
10V~100V 1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.5%
300kHz~1MHz Urel=1.8%
100V~300V 1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.4%
失真 0.001%~30% 10Hz~200kHz Urel=5%
181 超低频信号源 频率 0412 JJG 64-1990
超低频信号发生器检定规程 0.01Hz~100kHz Urel=1×10-6
181 超低频信号源 电压 0412 JJG 64-1990
超低频信号发生器检定规程 1mV~10V (300~1100)℃ Urel=0.15%
失真 0.003%~30% 0.01Hz~100kHz Urel=12%
182 频响分析仪 频率 0412 JJG (航天)62-1991
频率响应分析仪检定规程 1mHz~65.5 kHz Urel=1×10-6
电压 10mV~10V Urel=0.15%
失真 0.003%~30% 10Hz~65.5 kHz Urel=12%
相位 0°~360° 0.01Hz~65.5kHz U=0.005o~0.015o
183 低频移相器 相位 0412 JJG (航天)47-1987
789型超低频精密移相器检定规程 0o~10o 0.01Hz~1000Hz U=0.05o
10o~360o U=0.3o
184 记录仪 直流电压 0412 JJG (航天)66-1999
笔式记录器检定规程 ±(0.05V~1000V) Urel=5×10-5
185 函数发生器 频率 0416 JJG 840-1993
函数信号发生器检定规程 10uHz~15MHz Urel=1×10-6
电压 1mV~10mV 1Hz~50kHz Urel=0.15%
50kHz~100kHz Urel=0.6%
100kHz~300kHz Urel=5%
10mV~10V 1Hz~100kHz Urel=0.15%
100kHz~300kHz Urel=0.4%
185 函数发生器 电压 0416 JJG 840-1993
函数信号发生器检定规程 10mV~10V 300kHz~1MHz Urel=1.2%
1MHz~30MHz Urel=2.5%
失真 0.003%~30% 10Hz~20kHz Urel=12%
186 超低频电压表 电压 0412 GJB/J 3412-1998
超低频电压表检定规程 1mV~1000V 0.01Hz~30Hz Urel=0.2%
30Hz~20kHz Urel=0.02%
20kHz~100kHz Urel=0.1%
100kHz~1MHz Urel=0.6%
187 相位计 相位 0412 GJB/J 3603-1999
低频相位计检定规程 0°~360° 5Hz~2kHz U=0.005o
5kHz~10kHz U=0.02o
20kHz~100kHz U=0.03o
188 示波器校准仪 上升时间 0416 JJG 278-2002
示波器校准仪检定规程 125ps~1ns Urel=7.8%
正弦波平坦度 0.1MHz~18GHz U=0.11dB
电压 100μV~100mV Urel=2.4×10-5
100mV~1V Urel=9.2×10-6
1V~10V Urel=1.6×10-5
10V~1000V Urel=2.0×10-5
188 示波器校准仪 时标 0416 JJG 278-2002
示波器校准仪检定规程 1ns~50s Urel=4.6×10-8
189 示波器 电压 0413 JJG 262-1996
模拟示波器检定规程
JJF 1057-1998
数字器存储示波器校准规范 40μV ~200V Urel=2.9×10-4
时标 1ns~50s Urel=2.9×10-7
带宽 10Hz~300MHz Urel=2.3×10-2
300MHz~550MHz Urel=3.5×10-2
550MHz~1.1GHz Urel=4.0×10-2
1.1GHz~3.2GHz Urel=5.8×10-2
上升时间 25ps~10ns Urel=2.0×10-2
190 脉冲信号源 脉冲幅度 0416 JJG 490-2002
脉冲信号发生器检定规程 1mV~ 200V Urel=8×10-5
脉冲宽度 1ns~5s Urel=0.1%
脉冲延迟 1ns~5s Urel=0.1%
上升时间 1ns~100ns Urel=1%
191 脉冲电压表 电压 0413 JJG 361-2003
脉冲电压表检定规程 10mV~200V Urel=0.008%
192 逻辑分析仪 阀值电压 0413 JJG 957-2000
逻辑分析仪检定规程 10mV~200V Urel=0.1%
状态时钟 10kHz~250MHz Urel=5.8%
时间分析 10kHz~1000MHz Urel=2.3%
193 静电放电模拟器 电压 0421.01 GJB/J5025-2001
静电放电模拟器检定规程 -50kV~50kV Urel=0.7%
电流 -40A~40A Urel=6.6%
时间 0.6ns~1ns Urel=6.4%
194 高稳定度石英晶体振荡器 频率 0412 JJG 181-2005
石英晶体频率标准检定规程 1MHz
5MHz
10MHz Urel=2.0×10-11
195 铷原子频标 频率 0413 JJG 292-2009铷原子频率标准检定规程 5MHz
10MHz Urel=1.0×10-11
196 电子测量仪器内石英晶体振荡器 频率 0414 JJG 180-2002
电子测量仪器内石英晶体振荡器检定规程 1MHz
5MHz
10MHz Urel=1.0×10-9
197 频标比对器 频率 0415 JJG 545-2006
频标比对器检定规程 1MHz
5MHz
10MHz Urel=1.0×10-12/s
198 通用计数器 频率 0416 JJG 349-2001
通用计数器检定规程
JJG841-1993微波频率计数器检定规程 0.1Hz~30GHz Urel=1.0×10-9
199 时间间隔发生器 时间 0417 JJG 723-2008时间间隔发生器检定规程 0.1μs~1000s U=10ns
200 秒表 时间 0418 JJG 237-2010
秒表检定规程 (0~24)h U=0.007s
201 电导率仪 电导率 0233 JJG 376-2007
电导率仪检定规程 (0.1~2×104)μS/cm 电计部分:Urel=0.08%
配套部分:Urel=0.28%
202 分光光度计 波长 0201 JJG 178-2007
紫外、可见、近红外分光光度计检定规程 λ:(241~879)nm λ: U=0.3nm
透射比 T:(0~100)% T:U=0.3%
203 pH(酸度)计 pH值 0233 JJG 119-2005
实验室pH(酸度)计检定规程 pH:(0~14) U=0.01pH
电位 E:(-2000~2000)mV U=0.01mV
204 一氧化碳检测报警器 浓度 0236 JJG 915-1996
一氧化碳检测报警器检定规程 (0~2000)×10-6mol/mol Urel=2%
205 可燃气体检测报警器 浓度 0236 JJG 693-2011
可燃气体检测报警器
检定规程 10%FS Urel = 0.9%
40%FS Urel = 0.8%
60%FS Urel = 0.7%
206 气相色谱仪 检出限 0236 JJG 700-1999
气相色谱仪检定规程 FID≤5×10-10g/s Urel= 3.8%
FPD≤1×10-10g/s Urel= 4.0%
ECD≤5×10-12g/mL Urel= 4.0%
NPD≤5×10-12g/s Urel= 5.4%
207 原子吸收分光光度计 检出限 0201 JJG 694-2009
原子吸收分光光度计检定规程 火焰原子化器:(0.5~5)μg/ml (Cu) Cu: Urel=1.5%
207 原子吸收分光光度计 检出限 0201 JJG 694-2009
原子吸收分光光度计检定规程 石墨炉原子化器 0.5~5)ng/ml (Cd) Cd: Urel=3.0%
208 离子色谱仪 检出限 0236 JJG 823-1993
离子色谱仪检定规程 Clˉ≤0.005μg/g Urel=5%
SO4ˉ≤0.05μg/g Urel=5%
Na+ ≤0.05μg/g Urel=5%
Ca+ ≤0.10μg/g Urel=5%
209 汽车排放气体测试仪 浓度 0240 JJG 688-2007
汽车排放气体测试仪 (0~10)% Urel=2%
210 化学需氧量在线自动监测仪 浓度 0233 JJG 1012-2006
化学需氧量(COD)在线自动监测仪检定规程 (30~1000)mg/L Urel=5.0%
211 化学需氧量测定仪 浓度 0233 JJG975-2002化学需氧量(COD)测定仪检定规程 (0~1500)mg/L Urel=5.0%
212 水中油分浓度分析仪 浓度 0233 JJG950-2012水中油分浓度分析仪检定规程 (0~80)mg/L Urel=3.0%
213 硫化氢气体检测仪 浓度 0236 JJG695-2003硫化氢气体检测仪 (0~1000)×10-6mol/mol Urel=5.0%
214 二氧化硫气体检测仪 浓度 0236 JJG551-2003二氧化硫气体检测仪 (0~100)% Urel=4.0%
215 声校准器 声压 1401.05 JJG 176-2005
声校准器检定规程 94dB;114dB;124dB 94dB Urel=0.2dB
114dB;124dB Urel=0.1dB
216 声级计 声压 1401.02 JJG 188-2002
声级计检定规程 (94~124)dB 压力场:
10Hz~200Hz Urel=0.5dB
压力场:
250Hz~400Hz Urel=0.4dB
自由场:
500Hz~1.25kHz Urel=0.4dB
自由场:
1.6kHz~10kHz Urel=0.6dB
自由场:
1.25kHz~20kHz Urel=1.0dB
217 测试传声器 声压 1401.01 JJG 175-1998
测试电容传声器检定规程 94dB;124dB 94dB Urel=0.3dB
124dB Urel=0.2dB
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Accreditation Criteria:ISO/IEC 17025:2005 and relevant requirements of CNAS
Date of Issue:2014-02-26 Date of Expiry:2017-02-25
Date of Update:2014-02-26
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Code of Field Title, Code of Calibration Method Range Uncertainty
(CMC, k=2) Limitation Note
1 Precise Angle Dividing Table Angle 1308 V.R.of Precise Angle Dividing Table
JJG472-2007 (0~360)° U=0.06″
2 Angular Polygon Angle 1308 V.R.of Angular Polygon
JJG283-2007 (0~360)° U =0.2″
3 Angle Guage Angle 1308 V.R.of Angle Gauge JJG70-2004 (﹥0~100)° U =1″
4 Gauge Blocks Length 1308 V.R.of Gauge Blocks JJG146-2011 (0.5~100)mm U =(0.05+0.5L)μm
L-m
k=2.58
(100~1000)mm U=(0.1+1L)μm
L-m
k=2.58
5 Optical Flat Flatness 1303 V.R.ofOptical Flat
JJG28-2000 optical flat U =(0.01~0.02)μm U =(0.01~0.02)μm
U =0.01μm U =0.01μm
Length optical flat U=0.01μm U=0.01μm
U=0.02μm U=0.02μm
Parallelism Parallel optical flat U=0.1 μm
(I、II、III、IV Series) U=0.1 μm
(I、II、III、IV Series)
6 Sine Bars Angle 1303 V.R.of Sine Bars
JJG37-2005 L=100mm
L=200mm U =3″ U =3″
7 Inductive Micrometers Length 1309 C.S.for Inductive Micrometers
JJF1331-2011 dial U =0.02μm U =0.02μm
digital U =0.05μm U =0.05μm
8 Contact pin type surface roughness Measuring Instrument surface roughness 1308 C.S. for Contact pin type surface roughness Measuring Instrument
JJF1105-2003 Ra:
(0.08~4.3)μm Urel=5.4%~2.1%
9 Roundness cylindricity Measuring Instrument Roundness 1305 V.R.for Measurement Standard Instrument of Roundness and Cylindricity
JJG429-2000 D: (﹥0~350)mm U =0.03μm
10 Electronic Level Angle 1309 V.R.of Electronic Level and Conincidence Levels
JJG103-2005 (-5~5 )mm/m U =0.002mm/m
11 Auto-collimator Angle 1309 V.R.of Autocollimator
JJG202-2007 second class U =0.5″ U =0.5″
first class U =0.1″ U =0.1″
12 Projector Length 1309 C.S.for Projectors
JJF1093—2002 (0~200)mm U=(1.4+2.3L)μm
L:m
13 Electronic Total Station Angle 1309 V.R.of Electronic Tachometer Total Station
JJG100-2003 (0~360)° U =0.5″
14 Optical Theodolite Angle 1309 V.R.of Optical Theodolites
JJG414-2003 (0~360)° U =0.5″
15 Optical Comparator for Angle Measurement Angle 1309 C.S.for Optical Comparators for Angle Measurement
JJF1078-2002 (0~60)′ U =1″
16 Optical Dividing Head Angle 1303 V.R.of Optical Digital Dividing Head
JJG 57-1999 (0~360)° U =1″
17 Optical Rotary Table Angle 1303 C.S.for Optical & Digital Dividing Tables
JJF1114-2004 (0~360)° U =1″
18 Three Coordiate Measuring Machine Length 1309 C.S.for Coordiate Measuring Machines
JJF1064-2010 (0~1000)mm
(0~1000)mm U =(0.2+1.6L)μm
L-m
(1000~3000)mm U =(0.3+1.5L) μm
L-m
19 Measuring Microscope Length 1309 V.R.of reading Microscope and Measuring Microscope
JJG571-2004 (0~50)mm U=(2+3.4L)μm
L-m
20 Optimeter Length 1309 V.R.of Optimeter
JJG45-1999 (-100~100)μm U =0.06μm
21 Tester for Dial Indicator with Scale Division Length 1309 V.R.of Tester for Dial Indicator Gauge
JJG201-2008 (0~25)mm U =0.5μm
(0~2)mm U =0.3μm
22 Pneumatic measuring Length 1309 C.S. for Pneumatic measuring
JJG356—2004 (0~160)μm U =0.2μm
23 Comparator of Machinery Type Length 1309 V.R.of Comparator of Machinery Type
JJG39-2004 (-100~100)μm U =0.2μm
24 Length Measuring Machine Length 1309 C.S.for Length Measuring Machine
JJF1066-2000 (0~6000)mm U=(0.3+1.5L)μm
L:m
25 Metroscope Length 1309 C.S.for Horizontal Metroscope
JJF1189-2008 (0~100)mm U =(0.2+1.6L)μm
L:m
26 Optical Clinometer Angle 1308 C.S.for Optical Clinometer
JJF1083-2002 (-120~120)° U =5″
27 Angle Guage Angle 1308 V.R.of Universal Bevel Protractors
JJG33-2002 (0~360)° scale division :2′
U =1.2′
28 Square Tester Angle 1303 V.R.of Square
JJG7-2004 H:(63~400) mm U =1.5μm
29 Straight Edge Linear 1303 V.R.of Straight Edge
JJG63-2007 (75~300)mm U =0.4μm
(300~500)mm U =0.7μm
30 Caliper Length 1303 V.R.of Current Calipers
JJG30-2012 (0~2000)mm U =(7+13L)μm
L-m
V.R.of Height Gauge
JJG31-2011 (0~2000)mm U =(7+13L)μm
L-m U =(7+13L)μm
L-m
31 Micrometer Length 1303 V.R.of Micrometer
JJG21-2008 (0~500)mm U =(0.64~2.1)μm U =(0.64~2.1)μm
V.R.of Internal Micrometers
JJG22-2003 (50~6000)mm U =(1+3.7L)μm
L-m
C.S.for Micrometer of Measuring Inside Dimension
JJF 1411-2013 Bore Diameter Measuring U =(0.9~2.5)μm U =(0.9~2.5)μm
digital Bore Diameter Measuring
micrometer of measuring inside dimension U =(1.0~1.8)μm U =(1.0~1.8)μm
digital measuring inside dimension U =(0.9~2.0)μm U =(0.9~2.0)μm
32 Dial Gauges Dial Test Length 1303 V.R.of Dial Gauges(dial and digital)
JJG34-2008 0.001mm U =1.2μm U =1.2μm
0.01mm U =(1.4+23L)μm
L:m U =(1.4+23L)μm
L:m
V.R.of Wide Range Dauges Reading in 0.01mm
JJG379-2009 dial U =(1.4+23L)μm U =(1.4+23L)μm
dial U =3μm U =3μm
digital U =0.01mm U =0.01mm
33 Dial Test Indicator Length 1303 V.R.of Dial Test Indicator
JJG35-2006 Dial Test Indicator
0.01mm U =2μm U =2μm
Dial Test Indicator
0.001mm U =1.0μm U =1.0μm
34 Bore Dial Indicator Length 1303 C.S.for Bore Dial Indicators
JJF1102-2003 bore dial indicators U =2.8μm U =2.8μm
U =3.8μm U =3.8μm
bore dial indicators U =1.2μm U =1.2μm
35 Frame and Shaft Levels Angle 1303 C.S.for Frame Levels and Shaft Levels
JJF1084-2002 graduation
0.02mm/m Urel =4% Urel =4%
36 Feeler Gauge Length 1303 V.R.of Feeler Gauge
JJG62-2007 (0.02~0.10)mm U =2.0μm
(0.15~1.0)mm U =2.7μm
37 Leveling instrument Angle 1309 V.R. of Leveling instrument
JJG425—2003 (-12″~12″)mm/m U=2″
38 Standard Semi-sphere roundness 1305 Verification regulation for standard sphere and standard hemisphere
GJB/J 6204-2008 D: (﹥0~350)mm U=0.03μm
39 Roughness Comparison Specimens Roughness 1308 Verification Regulation of Roughness Comparison Specimens
JJF 1099-2003 Ra:(0.025~25)μm Urel =8.3% ~4.5%
40 Multigroove Specimen Roughens 1308 Verification Regulation of Multi-Groove
Q/Y 242-2008 Ra:(0.1~10)μm Urel =5%~3%
41 Digital
Display
Height
Measuring
Instrument Length 1309 C.S. for Height Measuring Instrument with Digital Display
JJF1254-2010 (0~1000)mm U=(0.6+1.6L)μm L:m
42 Displace-ment Transducer Length 1309 Verification Regulation of linear Displacement Transducers
JJG1305-2011 (﹥0~6000)mm Urel =0.05%~0.01%
43 Measuring Instrument for Coating Thickness Length 1309 calibration specification for Thickness Gauge
JJF1126-2004 (0~300)mm U=10μm
Magnetic and Eddy Current Measuring Instrument for Coating Thickness
JJG 818-2005 (0~1250)μm U=(0.12~2.1)μm
44 Depth Micrometers Length 1303 Verification Regulation of Depth Micrometers
JJG24-2003 (0~300)mm U=1.5μm U=1.5μm
45 Radius Gauge Length 1303 Verification Regulation of Radius Gauge
JJG58-2010 1mm≤R≤3mm U=5μm
3mm<R≤6mm U=6μm
6mm<R≤18mm U=8μm
18mm<R≤25mm U=9μm
46 Cylindric-al Screw Thread Gauges Length 1301 Verification Regulation of Cylindrical Screw Thread Gauges
JJG 888-1995 (5~200)mm U=2μm
47 Smooth Limit Gauge Length 1301 Verification Regulation of Smooth Limit Gauge
JJG 343-2012 (﹥0~320)mm U=(0.5~2.0)μm
48 Cylindrical Measuring pin Length 1303 calibration specification for Cylindrical Measuring pin
JJF1027-2008 d: (0.118~6.585)mm U=0.21μm
d: (0.1~25)mm U=0.5μm
49 Standard Ring Gauge Length 1301 Verification Regulation of Standard Rang Gauge
JJG 894-1995 Φ (2~200)mm U=(0.35+3L) μm
L-m
50 Milling Straight Edge Comp-lanation 1303 Verification Regulation
of Milling Straight Edge
JJG740-2005 (0~300)mm U=0.2μm
51 Screw Thread Gauge Length 1301 Verification Regulation of Screw Thread Gauge
JJG60-1996 (P0.4~P6.0)mm,
(4~48)teeth/inch U=2.4μm
52 plates flatness 1303 Verification Regulation of Plates
JJG 117-2005 (160mm×100mm)~
(400mm×400mm) U =0.9μm
52 plates flatness 1303 Verification Regulation of Plates
JJG 117-2005 (400mm×400mm)~
(1600mm×1000mm) U =2.2μm U =2.2μm
(1600mm×1000mm)~
(2500mm×1600mm) U =2.9μm
(2500mm×1600mm)~
(3500mm×2500mm) U =3.6μm
(3500mm×2500mm)~
(5000mm×3000mm) U =4.5μm
53 Photoelectric Shaft Encodes Angle 1308 Calibration Specification for Photoelectric Shaft Encoders
JJF 1115-2004 0°~360° U=1.0"
54 tilt sensor Angle 1308 Calibration Specification for tilt sensor
Q/Dj077-2012 0°~360° U=2.0"
55 Rate Table Angle 1324 Calibration Specification for Rate Table
JJF 1210-2008
Testing methods of major performance for test equipments of inertial technology
GJB 1801-93 0°~360° U=0.5"
rate accuracy 0.00001°/s~9000°/s U=2×10-6
56 Imaging Probe Measuring Machines Length 1309 C.S. for Imaging Probe Measuring Machines
JJF1318-2011 EXY:(0~300)mm
U=(1.0+1.7L)μm
L-m Accredited only for length measurement error
EZ:(0~100)mm
U=(1.2+2L)μm
L-m
57 Radiation Thermometers Tempera-ture 1501 V.R.of Working Radiation Thermometers
JJG415-2001 (300~1600)℃ U=(2.0~3.4)℃ U=(2.0~3.4)℃
58 Working Noble Metal Thermocoupl es Tempera-ture 1501 V.R.of Working Noble Metal Thermocouples
JJG141-2000 (300~1500)℃ U=(0.5~3.2)℃
59 Standard Copper/Copper-Nickel Thermocouple Tempera-ture 1501 V.R.of the Standard Copper/Copper-Nickel Thermocouple
JJG115-1999 (-200~0)℃ U=0.1℃
60 Working Base Metal Thermometer Tempera-ture 1501 V.R.of Working Base Metal Thermometer
JJG351-1996 (-40~300)℃ U= 0.1℃
(300~1100)℃ U= (1.0~2.5)℃
61 Standard Platinum Resistance Thermometer Tempera-ture 1501. 06 V.R.of Standard Platinum Resistance Thermometer
JJG160-2007 (0~419.527)℃ 0.01℃:U=0.60mK
231.928℃:U=3.0mK 419.527℃:U=3.2mK
(83.8058~273.16)K 83.8058K:U=2.8mK
234.3156K:U=2.5mK
273.16K:U=0.60mK
62 High temperature Platinum Resistance Thermometers Tempera-ture 1501. 06 V.R.of Reference Standard Facility of High temperature Platinum Resistance Thermometers
JJG 985-2004 (0~961.78)℃ 0.01℃:U=2.0mK
231.928℃:U=3.5mK 419.527℃:U=3.8mK
660.323℃:U=7mK 961.78℃:U=10mK
63 Standard Mercury-in-Glass Thermometer for Petroleum Products Tempera-ture 1501. 06 V.R.of Standard Mercury-in-Glass Thermometer
JJG 161-2010 (-60~300)℃ U=0.02℃
64 Industrial Glass Thermometer Tempera-ture 1501. 06 V.R.of Industrial Glass Thermometer
JJG130-2011 (-60~300)℃ U=0.2℃
65 Temperature Indication Controller Tempera-ture 1501. 06 V.R.of Temperature Indication Controller
JJG874-2007 (-60~300)℃ U=1℃
66 Liquid-in-Glass Thermometer for Petroleum Products Tempera-ture 1501. 06 V.R.of Industrial Glass Thermometer
JJG130-2011 (-60~300)℃ U=0.2℃ U=0.2℃
67 High Prcision Mercury-in-glass Thermometers Tempera-ture 1501. 06 V.R.of Industrial Glass Thermometer
JJG130-2011 (0~100)℃ U=13mK
(100~150)℃ U=22mK
68 Industry Platinum 、Copper Resistance Thermometers Tempera-ture 1501 V.R.of Industry Platinum Copper Resistance Thermometers
JJG229-2010 (-196~300)℃ U=0.03℃
69 Semiconductor Thermistor Thermometer Tempera-ture 1501 V.R.of Semiconductor Thermistor Thermometer
JJG363-1984 (-80~0)℃ U=0.5℃
(0~300)℃ U=0.2℃
70 Digital Temperature Indicators and Controllers Tempera-ture 1501 V.R.of Digital Temperature Indicators and Controllers
JJG617-1996 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
71 Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature Tempera-ture 1501 V.R. of Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature
JJG186-1997 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
72 Recorders for Industrial-Process Measurement Tempera-ture 1502 V.R. of the Recorders for Industrial-Process Measurement
JJG74-2005 Resistance Thermometers:
(-200~850)℃ U=0.2℃
72 Recorders for Industrial-Process Measurement Tempera-ture 1502 V.R. of the Recorders for Industrial-Process Measurement
JJG74-2005 Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃ U=(0.2~0.5)℃
73 Temperature Transducer Tempera-ture 1503 C.S. of the Temperature Transducer
JJF1183-2007 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
74 Mechanical thermo-hygrometers Temperature 1501
V.R. of the Mechanical thermo-hygrometers
JJG205-2005 (5~50)℃ U=1.0℃
Moisture 1517 (20~95)%RH (20℃) U=3%RH
Temperature 1501 Calibration Specification of Mechanical Thermo-hygrometers
JJF(京)35-2004 (-10~40)℃ U=1.0℃
Moisture 1517 (20~95)%RH (20℃) U=3%RH
75 Humidity sensors Humidity 1517 Calibration Specification of Humidity sensors
JJF1076-2001 (10~95)%RH
(20℃或25℃) U=1.0%RH
76 Temperature test equipment Temperature 1504 Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity
JJF1101-2003 (–80~0)℃ U=(0.3~0.2)℃
(0~300)℃ U=(0.2~0.6)℃
77 Moist heat test equipment Temperature 1517 Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity
JJF1101-2003 (–80~0)℃ U=(0.3~0.2)℃ U=(0.3~0.2)℃
(0~300)℃ U=(0.2~0.6)℃
Humidity (10~60)℃: (0~100)%RH U=(1.6~3.0)% RH
78 Mechanical Vibration Generator for Testing Acceleration 1407. 02 JJG 189-1997
V.R.of Mechanical Vibration Generator for Testing (0~500)m/s2 Urel=3.0% Urel=3.0%
Urel=2.0% Urel=2.0%
Urel=3.0% Urel=3.0%
79 Electro-dynamic Vibration Generator for Testing Acceleration 1407. 02 JJG 190-1997
V.R.of Electro-dynamic Vibration Generator for Testing (0~1000)m/s2 Urel=3.0% Urel=3.0%
Urel=2.0% Urel=2.0%
Urel=3.0% Urel=3.0%
80 Falling Body Type Shock Testing Machine Acceleration 1407. 02 JJG 541-2005
V.R.of Falling Body Type Shock Testing Machine (0~10000)m/s2 Urel=3.0% Urel=3.0%
(10000~100000)m/s2 Urel=4.0% Urel=4.0%
81 Digital Electro-dynamic Vibration Testing System Acceleration 1407. 02 JJG 948-1999
V.R.of Digital Electro-dynamic Vibration Testing System
(0~1000)m/s2 Urel=3.0% Urel=3.0%
Urel=2.0% Urel=2.0%
Urel=3.0% Urel=3.0%
82 standard Vibrators in middle frequency Acceler-ation 1407 JJG 298-2005
V.R.of standard Vibrators in middle frequency (comparison method)
(0~1000)m/s2 Urel=2.0% Urel=2.0%
Urel=1.0% Urel=1.0%
Urel=2.0% Urel=2.0%
83 Piezoelectric Accelerometer Acceler-ation 1407. 01 JJG 233-2008
V.R.of Piezoelectric Accelerometer
(0~500)m/s2 Urel=2.0% Urel=2.0%
Urel=0.5% Urel=0.5%
Urel=2.0% Urel=2.0%
(0~10000)m/s2 Urel=3.0%
(10000~100000)m/s2 Urel=4.0%
84 Electro-magnetic Velocity Transducers Velocity 1407. 01 JJG 134-2003
V.R.of Electromagnetic Velocity Transducers (0~2)m/s Urel=2.0% Urel=2.0%
Urel=0.5% Urel=0.5%
Urel=2.0% Urel=2.0%
85 Displacement Senor Displace-ment 1407.01 JJG 644-2003
V.R of Displacement Senor
(0~40)mm Urel==2.0% Urel==2.0%
Urel=0.5% Urel=0.5%
Urel=2.0% Urel=2.0%
86 Pile Dynamic Measuring Instrument Accelera-tion 1407. 02 JJG 930-1998
V.R.of Pile Dynamic Measuring Instrument (0~2000)m/s2 Urel=2.0% Urel=2.0%
Urel=0.5% Urel=0.5%
Urel=2.0% Urel=2.0%
87 Working Measuring Vibration Instruments Accelera-tion 1407. 02 JJG 676-2000
V.R.of Working Measuring Vibration Instruments (0~200)m/s2 Urel=2.0% Urel=2.0%
Urel=0.5% Urel=0.5%
Urel=2.0% Urel=2.0%
88 Load Cell Strength 1323. 03 V.R.of Load Cell JJG391-2009 10N~1MN Urel=0.013%
89 Dynamic Force Sensors Strength 1323.02 V.R.of Dynamic Force Sensors JJG 632-1989 10N~1MN Urel=0.2%
90 Load Cell Mass 1323.02 V.R.of Load Cell JJG 669-2003 1kg~1×105kg Urel=0.007%
91 Standard Dynamo- meters Strength 1323.02 V.R.of Standard Dynamometer JJG 144-2007 10N~1MN Urel=0.007%
92 Dynamometer for Measuring Instrument Strength 1323.02 Calibration Specification for Working Force Measuring Machines for Special Purposes JJF 1134-2005 (0.5~100)N Urel=0.35%
93 Working Dynamo- meters Strength 1323.02 V.R.of Working Dynamometers JJG 455-2000 1N~1MN Urel=0.7%
94 Hydraulic Force Standard Machine Strength value 1323 .01
V.R.of Force Standard Machines JJG 734-2001 5kN~5MN Urel=0.035%
1kN~1MN Urel=0.02%
100N~1MN Urel=0.007%
5kN~1MN Urel=0.02%
95 Wrench for Measurement of Torque Wrench 1325. 01 V.R.of Torque Wrenches JJG 707-2003 (0.02~5000)Nm Urel=0.8%
96 Torsion Testing Machines Torque 1325 Verification Regulation of Torsion Testing Machines JJG 269-2006 (1~3000)Nm Urel=0.8%
97 Universal Material Tension and Compression Testing Machine Strength value 1326.01
1326.02 V.R.of Universal Tension and Compression Testing Machine JJG 139-1999 10N~5MN Urel=0.35% Urel=0.35%
98 Electronic Universal Testing Machine Strength value 1326.01
1326.02 V.R.of Electronic Universal Testing Machine JJG 475-2008 10N~1MN Urel=0.35%
99 Tension Compression and Universal Testing Machine for Non-metallic Strength value 1326.01
1326.02 V.R.of Tension Compression and Universal Testing Machine for Non-metallic JJG 157-2008 0.1N~5MN Urel=0.35%
100 Pendulum Impact Testing Machine Impact Energy 1326.01
1326.05
V.R.of Pendulum Impact Testing Machine JJG 145-2007 (0.5~500)J Moment of pendulum
Urel=0.13%
initial potential energy Urel=0.14%
Impact Energy value Urel=0.27%
101 Spring Tension and Compression Testing Machine Strength value 1326.01
1326.06 Calibration Specification for Working Force Measuring Machines for Special Purposes JJF 1134-2005 0.5N~50kN Urel=0.7%
102 Metallic Rockwell Hardness Testing Machine Hardness 1326. 03
V.R.of Metallic Rockwell Hardness Testers JJG 112-2003 (20~88)HRA U=0.5HRA
(20~95)HRB U=0.5HRB
(20~70)HRC U=0.5HRC
103 Metallic Brinell Hardness Testing Machine Hardness 1326. 03 V.R.of Metallic Brinell Hardness Tester JJG 150-2005 (8~650)HBS Urel=1.0%~2%
104 Metallic Vickers Hardness Testing Machine Hardness 1326. 03 V.R.of Metallic Vickers Hardness Tester JJG 151-2006 (5~1000)HV Urel=2.0%~3.0%
105 Microhardo-
meter Hardness 1326. 03 V.R.of Metallic Vickers Hardness Tester JJG 151-2006 (5~1000)HV Urel=3.0%~5.0% Urel=3.0%~5.0%
106 Metallic Superficial Rockwell Hardness Testing Machine Hardness 1326. 03
V.R.of Metallic Rockwell Hardness Testers JJG 112-2003 (70~92)HR15N U=0.8
HR15N
(42~80)HR30N U=0.8
HR30N
(20~70)HR45N U=0.8
HR45N
(73~93)HR15T U=0.8
HR15T
(43~76)HR30T U=0.8
HR30T
(12~72)HR45T U=0.8
HR45T
107 Leeb Hardness Tester Hardness 1326. 03 V.R.of Leeb Hardness Tester JJG 747-1999 (200~900)HL U =8HL
108 Shore A Durometers Hardness 0314.06 Verification Regulation of Shore A Durometers JJG 304-2003 (20~100)HA Urel=0.3%
109 PistonType Pressure Gauge Pressure 1321. 03 V.R.of Piston Gauge JJG 59-2007 (0.04~250)MPa Urel=0.02%
110 Piston Gauge, Pressure vacuum Gauge Pressure 1321.03
1320.02 V.R.of Standard Piston Gauge for Gauge Pressure Range JJ G 236-2009 Pressure:(0.01~0.25)MPa
vacuum :(-0.1~0.01)MPa Urel=0.02%
111 Elastic Element Precision Pressure Gauges and Vacuum Gauge Pressure 1320. 01 1320. 02 V.R.of Elastic Element Precision Pressure Gauges and Vacuum Gauge JJG 49-2013 (-0.1~250)MPa Urel=0.1%
112 Elastic Element Pressure Gauge,Pressure- Vacuum Gauge and Vacuum Gauge for General Use Pressure 1320. 01 1320. 03 V.R.of Elastic Element Pressure Gauge,Pressure- Vacuum Gauge and Vacuum Gauge for General Use JJG 52-2013 (-0.1~250)MPa Urel=0.2% Urel=0.2%
113 Standard Compensated Micro-manometer Pressure 1320. 06
V.R.of Standard Compensated Micro-manometerJJG 158-1994
(-2.5~2.5)kPa Urel=0.05%
114 Tilting Tube Micro-mano meter Pressure 1320. 06 V.R.of Tilting Tube Micro-mano meter JJG172-2011 (-2.6~2.6)kPa Urel=0.5%
115 Liquid Manometer for Working Pressure 1320. 06 V.R.of Liquid Manometer for Working JJG540-1988 (-10~10)kPa Urel=0.2%
116 Precision Liquid Manometers for Cistern and U-tube Pressure 1320. 06
V.R.of Precision Liquid Manometers for Cistern and U-tube JJG 241-2002
(-10~10)kPa Urel=0.2%
117 Digital Pressure Gauges Pressure 1320. 07 V.R.of Digital Pressure Gauges JJG 875-2005 (-0.1~250)MPa Urel=0.02%
118 Sphygmoma-nometers Pressure 1320. 01 V.R.of Sphygmomanometers JJG 270-2008 (0~80)kPa Urel=0.5%
119 Non- invasive Automated Sphygmomanometers Pressure 1320. 01 V.R.of Non- invasive Automated Sphygmomanometers JJG 692-2010 (0~40)kPa Urel=0.5%
120 Pressure Transmitters Pressure 1320. 03 V.R.of Pressure Transmitters JJG 882-2004 (-0.1~250)MPa Urel=0.05%
121 Pressure Sensor Pressure 1320. 03 V.R.of the Pressure Transducer JJG 860-1994 (-0.1~250)MPa Urel=0.05%
122 Dynamic Pressure Sensor Pressure 1320. 03 V.R of Dynamic Pressure Transducers JJG 624-2005 (0~10)MPa Urel=2% Urel=2%
123 Weights Conventional mass 1310.01 Verification Regulation of Weights JJG 99-2006 1mg~20kg U=(0.003~10)mg
124 Electronic Balance Mass 1311. 01 V.R.of Electronic Balance JJG 1036-2008 3g~30g U=(0.005~0.05)mg
30g~220g U=(0.05~0.45)mg
220g~1kg U=(0.45~1.5)mg
1kg~20kg U=(1.5~10)mg
125 Mechanical Balances Mass 1312.01 V.R.of Mechanical Balance JJG 98-2006 3g~20g U=(0.05~0.07)mg
20g~200g U=(0.07~0.50)mg
200g~1kg U=(0.50~2.0)mg
1kg~10kg U=(2.0~10)mg
126 Non-self-indication Weighing Instruments Mass 1318. 01 V.R. of Gerneral Verification Regulation for Nonautomatic Wwighing Instrument JJG 555-1996 1g~10kg U=0.2mg~2g
(10~200)kg U=(2~36)g
200kg~1000kg U=36g~0.18kg
(1×103~1×104)kg U=0.18kg~1.8kg
127 Analogue Indication Weighing Instruments Mass 1318. 01 V.R.of Analogue Indication Weighing Instruments JJG 13-1997 1g~10kg U=(0.3~1.7)g
10kg~100kg U=(1.7~17)g
128 Non-self-indication Weighing Instruments Mass 1318. 01 V.R.of Non-self-indication Weighing Instruments JJG 14-1997 1g~10kg U=0.1mg~1g
10kg~200kg U=(1~20)g
128 Non-self-indication Weighing Instruments Mass 1318. 01 V.R.of Non-self-indication Weighing Instruments JJG 14-1997 200kg~1000kg U=(20~90)g U=(20~90)g
(1×103~1×104)kg U=90g~0.9kg
129 Top-Pan Balance Mass 1318. 01 V.R.of Top-Pan Balance JJG 156-2004 1g~10kg U=(0.07~1.7)g
130 Digital Indicating Weighting Instrument Mass 1318. 01 V.R.of Digital Indicating Weighting Instrument JJG 539-1997 1g~10kg U=0.03mg~0.3g
10kg~200kg U=(0.3~6)g
200kg~1000kg U=(6~30)g
(1×103~1×104)kg U=30g~0.3kg
131 Rota meter Flux 1316.04 V.R.of Rota mete JJG 257-2007
(0.024~0.1)m3/h Urel=1%
(0.1~60)m3/h Urel=0.5%
132 Mass Flow Meters Flux 1316.04 V.R.of Mass Flow Meters JJG 897-1995 (0.024~0.1)m3/h Urel=1% Accredited only for dimension method
(0.1~60)m3/h Urel=0.5%
133 Revolution Speed Intrinsic error,Indication variation 1324
Verification Regulation of Tachometer JJG 105-2000 (20~30000)r/min U=0.02%
134 Charge Amplifier Charge 1407 JJG338-1997
V.R.of Charge Amplifier (0~100000)pC U rel=0.5% U rel=0.5%
U rel=0.2% U rel=0.2%
135 Octave Band Filters Voltage 1407.04 JJG 449-2001
Octave-Band and One-Third-Octave Band Filters (0~10)V U rel=0.5% U rel=0.5%
135 Octave Band Filters Voltage 1407.04 JJG 449-2001
Octave-Band and One-Third-Octave Band Filters (0~10)V U rel=0.2% U rel=0.2%
136 Standard Resistance Resistance 0409 V.R.of DC Resistors
JJG166-1993 1Ω Urel=0.5×10-6
(10-1,10,102,103,104)Ω Urel=3.2×10-6
(10-2,10-3,105)Ω Urel=4.4×10-6
137 Standard Cell Voltage 0407 V.R.of Standard Cell
JJG153-1996 1.0186V U=2μV
138 Resistance Box Resistance 0409 V.R.of DC Resistors Box
JJG 982-2003 (10-3~105) Ω Urel=2×10-5
139 WithStanding Voltage Tester Voltage 0403 V.R.of WithStanding Voltage Tester
JJG795-2004 DC:≤20kV Urel=5.7×10-3
AC:≤20kV Urel=8.0×10-3
current DC:(0~20)mA Urel=5.7×10-3
AC:(0~20)mA Urel=8.0×10-3
Time 0413 1s~15min U=0.1s
140 Insulation Resistance Meter Resistance 0403 V.R.of Megohm-meter
JJG1005-2005 V.R.of
Electronic Insulating Resistance Meters
JJG622-1997 (102~108)Ω Urel=2.3×10-3
(108~109)Ω Urel=2.3×10-3
(109~1010)Ω Urel=2.6×10-2
(1010~2×1011)Ω Urel=5.8×10-2
141 High Resistance Meter Resistance 0403 V.R.of High Insulation Resistance Meters
JJG690-2003 (105~108)Ω Urel=2.3×10-3
(108~109)Ω Urel=2.3×10-3
141 High Resistance Meter Resistance 0403 V.R.of High Insulation Resistance Meters
JJG690-2003 (109~1010)Ω Urel=2.7×10-2 Urel=2.7×10-2
(1010~1013)Ω Urel=5.8×10-2
142 DC Low Resistance Meter Resistance 0410 V.R.of DC Low Resistance Meters
JJG837-2003 (10-4~105)Ω Urel=2×10-4
V.R.of Earth Resistance Meter
JJG366-2004 (0.1~100)Ω Urel=2.3×10-4
143 Static voltage meter DC voltage 0411 Verification regulation for Static voltage meter
JJG494-2005 ±(0.1~50)kV Urel=5×10-3
Non-contact Static voltage Calibration method for Contactless Static voltage GJB/5972-2007 ±(0.1~50)kV Urel=1×10-2
144 Standard Capacitor Capacitance 0404 V.R.of Standard Capacitor
JJG183-1992 1pF~1μF Urel=0.01% Urel=0.01%
145 Standard Inductors Inductance 0406 V.R.of Standard Inductors
JJG726-1991 1μH~10μH Urel=0.1%
Urel=0.02% Urel=0.1%
100μH~1H Urel=0.02%
146 Alternating Current Bridge Capacitance 0411 V.R.of Alternating Current Bridge
JJG441-2008 1pF~1μF Urel=0.02%
Urel=0.02%
Urel=0.02% Urel=0.02%
Inductance 1μH~1H Urel=0.02%
Resistance 1Ω~1MΩ Urel=0.02%
147 Digitalmeters DC Voltage 0410 V.R.of DC Digital Voltmeter
JJG315-1983 ±(10mV~220mV) U=7.5×10-6 rdg+0.89μV
±(0.22V~2.2V) U=4.0×10-6 rdg+1.6μV
±(2.2V~11V) U=5.0×10-6 rdg+5.5μV
±(11V~22V) U=4.0×10-6 rdg+8.9μV
±(22V~220V) U=5.8×10-6 rdg+0.14mV
147 Digitalmeters DC Voltage 0410 V.R.of DC Digital Voltmeter
JJG315-1983 ±(220V~1100V) U=8.1×10-6 rdg+0.89mV U=8.1×10-6 rdg+0.89mV
AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)mV
U=5.8×10-4 rdg+5.8μV U=5.8×10-4 rdg+5.8μV
U=2.3×10-4 rdg+5.8μV U=2.3×10-4 rdg+5.8μV
U=1.2×10-4 rdg+5.8μV U=1.2×10-4 rdg+5.8μV
U=3.9×10-4 rdg+5.8μV U=3.9×10-4 rdg+5.8μV
U=9.2×10-4 rdg+9.2μV U=9.2×10-4 rdg+9.2μV
U=1.3×10-3 rdg+0.017mV U=1.3×10-3 rdg+0.017mV
U=1.7×10-3 rdg+0.035mV U=1.7×10-3 rdg+0.035mV
U=3.5×10-3 rdg+0.035mV U=3.5×10-3 rdg+0.035mV
(2.2~22)mV
U=5.7×10-4 rdg+6.9μV U=5.7×10-4 rdg+6.9μV
U=2.3×10-4 rdg+6.9μV U=2.3×10-4 rdg+6.9μV
U=1.2×10-4 rdg+6.9μV U=1.2×10-4 rdg+6.9μV
U=3.9×10-4 rdg+6.9μV U=3.9×10-4 rdg+6.9μV
U=9.2×10-4 rdg+9.3μV U=9.2×10-4 rdg+9.3μV
U=1.3×10-3 rdg+0.017mV U=1.3×10-3 rdg+0.017mV
U=1.7×10-3 rdg+0.034mV U=1.7×10-3 rdg+0.034mV
U=3.5×10-3 rdg+0.035mV U=3.5×10-3 rdg+0.035mV
(22~220)mV
U=5.8×10-4 rdg+0.019mV U=5.8×10-4 rdg+0.019mV
U=2.3×10-4 rdg+0.012mV U=2.3×10-4 rdg+0.012mV
U=1.1×10-4 rdg+0.012mV U=1.1×10-4 rdg+0.012mV
U=3.5×10-4 rdg+0.012mV U=3.5×10-4 rdg+0.012mV
147 Digitalmeters AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (22~220)mV
U=8.7×10-4 rdg+0.035mV U=8.7×10-4 rdg+0.035mV
U=1.1×10-3 rdg+0.035mV U=1.1×10-3 rdg+0.035mV
U=1.7×10-3 rdg+0.046mV U=1.7×10-3 rdg+0.046mV
U=3.5×10-3 rdg+0.12mV U=3.5×10-3 rdg+0.12mV
(0.22~2.2)V
U=5.8×10-4 rdg+0.12mV U=5.8×10-4 rdg+0.12mV
U=1.7×10-4 rdg+0.037mV U=1.7×10-4 rdg+0.037mV
U=8.1×10-5 rdg+0.010mV U=8.1×10-5 rdg+0.010mV
U=1.4×10-4 rdg+0.025mV U=1.4×10-4 rdg+0.025mV
U=2.7×10-4 rdg+0.094mV U=2.7×10-4 rdg+0.094mV
U=4.6×10-4 rdg+0.18mV U=4.6×10-4 rdg+0.18mV
U=1.2×10-3 rdg+0.46mV U=1.2×10-3 rdg+0.46mV
U=2.3×10-3 rdg+1.2mV U=2.3×10-3 rdg+1.2mV
147 Digitalmeters AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (2.2~22)V
U=5.8×10-4 rdg+1.2mV U=5.8×10-4 rdg+1.2mV
U=1.7×10-4 rdg+0.037mV U=1.7×10-4 rdg+0.037mV
U=7.4×10-5 rdg+0.10mV U=7.4×10-5 rdg+0.10mV
U=1.4×10-4 rdg+0.25mV U=1.4×10-4 rdg+0.25mV
U=2.7×10-4 rdg+0.48mV U=2.7×10-4 rdg+0.48mV
U=5.8×10-4 rdg+2.0mV U=5.8×10-4 rdg+2.0mV
U=1.4×10-3 rdg+5.8mV U=1.4×10-3 rdg+5.8mV
U=3.0×10-3 rdg+10mV U=3.0×10-3 rdg+10mV
(22~220)V
U=5.8×10-4 rdg+12mV U=5.8×10-4 rdg+12mV
U=1.7×10-4 rdg+3.7mV U=1.7×10-4 rdg+3.7mV
147 Digitalmeters AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (22~220)V
U=8.7×10-5 rdg+1.4mV U=8.7×10-5 rdg+1.4mV
U=2.3×10-4 rdg+4.8mV U=2.3×10-4 rdg+4.8mV
U=5.8×10-4 rdg+12mV U=5.8×10-4 rdg+12mV
U=1.7×10-3 rdg+0.13V U=1.7×10-3 rdg+0.13V
U=5.8×10-3 rdg+0.13V U=5.8×10-3 rdg+0.13V
U=1.4×10-2 rdg+0.25V U=1.4×10-2 rdg+0.25V
(220~1100)V U=8.7×10-5 rdg+6.6mV U=8.7×10-5 rdg+6.6mV
U=1.2×10-4 rdg+8.9mV U=1.2×10-4 rdg+8.9mV
U=2.7×10-4 rdg+15mV U=2.7×10-4 rdg+15mV
U=2.7×10-4 rdg+15mV U=2.7×10-4 rdg+15mV
U=6.9×10-4 rdg+54mV U=6.9×10-4 rdg+54mV
DC Current 0410 V.R.of DC Digital Amperemeter
JJG598-1989 ±(10μA~220μA) U=5.2×10-5 rdg+0.012μA
±(0.22mA~2.2mA) U=5.2×10-5 rdg+0.014μA
±(2.2mA~22mA) U=2.0×10-5 rdg+0.14μA
±(22mA~220mA) U=6.4×10-5 rdg+1.4μA
±(0.22A~2.2A) U=8.7×10-5 rdg+0.037mA
±(2.2A~11A) U=3.8×10-4 rdg+0.56mA
AC Current 0410 AC Digital Amperemeter
JJG(HT)35-1999 10μA~220μA U=7.5×10-4 rdg+37nA U=7.5×10-4 rdg+37nA
U=4.0×10-4 rdg+31nA U=4.0×10-4 rdg+31nA
U=1.4×10-4 rdg+25nA U=1.4×10-4 rdg+25nA
U=5.8×10-4 rdg+60nA U=5.8×10-4 rdg+60nA
147 Digitalmeters AC Current 0410 AC Digital Amperemeter
JJG(HT)35-1999 10μA~220μA U=1.7×10-3 rdg+0.12μA U=1.7×10-3 rdg+0.12μA
0.22mA~2.2mA U=7.5×10-4 rdg+78nA U=7.5×10-4 rdg+78nA
U=4.0×10-4 rdg+66nA U=4.0×10-4 rdg+66nA
U=1.4×10-4 rdg+66nA U=1.4×10-4 rdg+66nA
U=5.8×10-4 rdg+0.60μA U=5.8×10-4 rdg+0.60μA
U=1.7×10-3 rdg+12μA U=1.7×10-3 rdg+12μA
2.2mA~22mA U=7.5×10-4 rdg+0.78μA U=7.5×10-4 rdg+0.78μA
U=4.0×10-4 rdg+0.66μA U=4.0×10-4 rdg+0.66μA
U=2.0×10-4 rdg+0.66μA U=2.0×10-4 rdg+0.66μA
U=5.8×10-4 rdg+6.0μA U=5.8×10-4 rdg+6.0μA
U=1.7×10-3 rdg+12μA U=1.7×10-3 rdg+12μA
22mA~220mA U=7.5×10-4 rdg+7.8μA U=7.5×10-4 rdg+7.8μA
U=4.0×10-4 rdg+6.6μA U=4.0×10-4 rdg+6.6μA
U=1.4×10-4 rdg+6.6μA U=1.4×10-4 rdg+6.6μA
U=5.8×10-4 rdg+59μA U=5.8×10-4 rdg+59μA
U=1.7×10-3rdg+0.12mA U=1.7×10-3rdg+0.12mA
147 Digitalmeters AC Current 0410 AC Digital Amperemeter
JJG(HT)35-1999 0.22A~2.2A U=6.9×10-4 rdg+66μA U=6.9×10-4 rdg+66μA
U=8.1×10-4 rdg+1.4mA U=8.1×10-4 rdg+1.4mA
U=9.0×10-3 rdg+0.25mA U=9.0×10-3 rdg+0.25mA
2.2A~11A U=4.3×10-4 rdg+0.40mA U=4.3×10-4 rdg+0.40mA
U=9.3×10-4 rdg+0.64mA U=9.3×10-4 rdg+0.64mA
U=3.5×10-3 rdg+1.1mA U=3.5×10-3 rdg+1.1mA
147 Digitalmeters Resistance 0410 V.R.of DC Digital Ohmmeter
JJG724-1991 1Ω Urel=8.5×10-5
1.9Ω Urel=8.5×10-5
10Ω Urel=2.6×10-5
19Ω Urel=2.4×10-5
100Ω Urel=1.5×10-5
190Ω Urel=1.5×10-5
1kΩ Urel=5.0×10-6
1.9kΩ Urel=5.0×10-6
10kΩ Urel=5.0×10-6
19kΩ Urel=9.0×10-6
100kΩ Urel=1.1×10-5
190kΩ Urel=1.1×10-5
1MΩ Urel=1.6×10-5
1.9MΩ Urel=1.7×10-5
10MΩ Urel=3.3×10-5
19MΩ Urel=4.3×10-5
100MΩ Urel=1.1×10-4
148 Multifunction Standard Source DC Voltage 0409 V.R.of DC Standard Voltage Source
JJG445-1986 ±(10mV~100mV) U=1.2×10-6 rdg+0.5μV
±(0.1V~1V) U=5.8×10-7 rdg+4.5μV
±(1V~10V) U=5.8×10-7 rdg+42.3μV
±(10V~100V) U=1.2×10-6 rdg+0.45mV
±(100V~1000V) U=1.2×10-6 rdg+4.5mV
AC Voltage 0409 Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10mV~100mV
U=9.2×10-5 rdg+17μV U=9.2×10-5 rdg+17μV
U=9.2×10-5 rdg+5.0μV U=9.2×10-5 rdg+5.0μV
148 Multifunction Standard Source AC Voltage 0409 Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10mV~100mV
U=6.9×10-5 rdg+5.0μV U=6.9×10-5 rdg+5.0μV
U=4.6×10-5 rdg+2.7μV U=4.6×10-5 rdg+2.7μV
U=6.9×10-5 rdg+5.0μV U=6.9×10-5 rdg+5.0μV
U=2.9×10-4 rdg+7.3μV U=2.9×10-4 rdg+7.3μV
U=4.6×10-4 rdg+23μV U=4.6×10-4 rdg+23μV
0.1V~1V U=8.1×10-5 rdg+0.14mV U=8.1×10-5 rdg+0.14mV
U=8.1×10-5 rdg+27μV U=8.1×10-5 rdg+27μV
U=5.8×10-5 rdg+27μV U=5.8×10-5 rdg+27μV
U=3.5×10-5 rdg+27μV U=3.5×10-5 rdg+27μV
U=5.8×10-5 rdg+27μV U=5.8×10-5 rdg+27μV
U=1.2×10-4 rdg+50μV U=1.2×10-4 rdg+50μV
U=2.9×10-4 rdg+0.24mV U=2.9×10-4 rdg+0.24mV
U=1.7×10-3 rdg+2.3mV U=1.7×10-3 rdg+2.3mV
U=1.2×10-2 rdg+12mV U=1.2×10-2 rdg+12mV
148 Multifunction Standard Source AC Voltage 0409 Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 1V~10V U=8.1×10-5 rdg+1.4mV U=8.1×10-5 rdg+1.4mV
U=8.1×10-5 rdg+0.27mV U=8.1×10-5 rdg+0.27mV
U=5.8×10-5 rdg+0.27mV U=5.8×10-5 rdg+0.27mV
U=5.0×10-5 rdg+0.27mV U=5.0×10-5 rdg+0.27mV
U=5.8×10-5 rdg+0.27mV U=5.8×10-5 rdg+0.27mV
U=1.2×10-4 rdg+0.50mV U=1.2×10-4 rdg+0.50mV
148 Multifunction Standard Source AC Voltage 0409 Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 1V~10V U=2.9×10-4 rdg+2.4mV U=2.9×10-4 rdg+2.4mV
U=1.7×10-3 rdg+23mV U=1.7×10-3 rdg+23mV
U=1.2×10-2 rdg+0.12V U=1.2×10-2 rdg+0.12V
10V~100V U=8.1×10-5 rdg+14mV U=8.1×10-5 rdg+14mV
U=8.1×10-5 rdg+2.7mV U=8.1×10-5 rdg+2.7mV
U=5.8×10-5 rdg+2.7mV U=5.8×10-5 rdg+2.7mV
U=3.5×10-5 rdg+2.7mV U=3.5×10-5 rdg+2.7mV
U=5.8×10-5 rdg+2.7mV U=5.8×10-5 rdg+2.7mV
U=1.2×10-4 rdg+0.50mV U=1.2×10-4 rdg+0.50mV
U=2.9×10-4 rdg+24mV U=2.9×10-4 rdg+24mV
U=1.7×10-3 rdg+0.23V U=1.7×10-3 rdg+0.23V
U=1.2×10-2 rdg+1.2V U=1.2×10-2 rdg+1.2V
100V~1000V
U=8.1×10-5 rdg+0.17V U=8.1×10-5 rdg+0.17V
U=8.1×10-5 rdg+50mV U=8.1×10-5 rdg+50mV
U=5.8×10-5 rdg+50mV U=5.8×10-5 rdg+50mV
U=1.2×10-4 rdg+96mV U=1.2×10-4 rdg+96mV
U=2.9×10-4 rdg+0.47V U=2.9×10-4 rdg+0.47V
DC Current 0409 The Verification regularion for DC Standard Source
JJG(HT)38-1987 ±(10μA~100μA) U=2.3×10-5 rdg+0.86nA
±(0.1mA~1mA) U=2.3×10-5 rdg+8.6nA
±(1mA~10mA) U=1.0×10-5 rdg+86nA
148 Multifunction Standard Source DC Current 0409 The Verification regularion for DC Standard Source
JJG(HT)38-1987 ±(10mA~100mA) U=3.5×10-5 rdg+1.6μA U=3.5×10-5 rdg+1.6μA
±(100mA~2A) U=1.2×10-4 rdg+27μA
±(2A~20A) U=2.3×10-4 rdg+0.96mA
AC Current 0409 Verification regularion for AC Standard current Source
JJG(HT)51-1999 10μA~100μA U=1.7×10-4 rdg+12nA U=1.7×10-4 rdg+12nA
0.1mA~1mA U=1.7×10-4 rdg+0.12μA U=1.7×10-4 rdg+0.12μA
1mA~10mA U=2.0×10-4 rdg+1.2μA U=2.0×10-4 rdg+1.2μA
10mA~100mA U=1.7×10-4 rdg+12μA U=1.7×10-4 rdg+12μA
0.1A~2A U=4.6×10-4 rdg+0.24mA U=4.6×10-4 rdg+0.24mA
U=1.2×10-3 rdg+0.70mA U=1.2×10-3 rdg+0.70mA
2A~20A U=8.1×10-4 rdg+4.7mA U=8.1×10-4 rdg+4.7mA
U=2.3×10-3 rdg+4.7mA U=2.3×10-3 rdg+4.7mA
Resistance 0409 V.R.of DC Resistors
JJG166-1993 1Ω~10Ω U=3.5×10-6 rdg+63μΩ
10Ω~100Ω U=1.7×10-6 rdg+0.47mΩ
0.1kΩ~1kΩ U=7.6×10-6 rdg+4.7mΩ
1kΩ~10kΩ U=7.6×10-6 rdg+47mΩ
10kΩ~100kΩ U=1.2×10-6 rdg+0.47Ω
0.1MΩ~1MΩ U=2.3×10-6 rdg+5.6Ω
1MΩ~10MΩ U=4.6×10-6 rdg+0.13kΩ
10MΩ~100MΩ U=3.5×10-5 rdg+11kΩ
149 Clamp meter DC Current 0410 Calibration criterion for Clamp meter
JJF1075-2001 ±(10μA~16.5mA) U=1.4×10-4 rdg+27nA
149 Clamp meter DC Current 0410 Calibration criterion for Clamp meter
JJF1075-2001 ±(16.5mA~165mA) U=9.2×10-5 rdg+75nA U=9.2×10-5 rdg+75nA
±(165mA~1.65A) U=9.2×10-5 rdg+0.63μA
±(1.65A~16.5A) U=9.2×10-5 rdg+6.3μA
±(16.5A~150A) U=3.5×10-4 rdg+86μA
±(150A~550A) U=4.4×10-4 rdg+0.78mA
±(550A~1000A) U=9.2×10-4 rdg+1.3mA
AC Current 0410 10μA~16.5mA U=2.3×10-3 rdg+0.27μA U=2.3×10-3 rdg+0.27μA
U=5.8×10-3 rdg+0.62μA U=5.8×10-3 rdg+0.62μA
16.5mA~165mA U=2.3×10-3 rdg+0.75μA U=2.3×10-3 rdg+0.75μA
U=5.8×10-3 rdg+1.3μA U=5.8×10-3 rdg+1.3μA
165mA~1.65A U=8.0×10-4 rdg+8.6μA U=8.0×10-4 rdg+8.6μA
U=2.1×10-3 rdg+16μA U=2.1×10-3 rdg+16μA
1.65A~16.5A U=8.1×10-4 rdg+50μA U=8.1×10-4 rdg+50μA
U=2.1×10-3 rdg+0.12mA U=2.1×10-3 rdg+0.12mA
16.5A~150A U=1.1×10-3 rdg+0.27mA U=1.1×10-3 rdg+0.27mA
U=2.9×10-3 rdg+1.2mA U=2.9×10-3 rdg+1.2mA
150A~1000A U=1.2×10-3 rdg+2.7mA U=1.2×10-3 rdg+2.7mA
U=9.2×10-3 rdg+6.2mA U=9.2×10-3 rdg+6.2mA
DC voltage 0410 ±(10mV~329.9999mV) U=3.5×10-6 rdg+0.40μV
±(0.33V~3.299999V) U=2.3×10-6 rdg+5.7μV
±(3.3V~32.99999V) U=1.6×10-6 rdg+52μV
±(33V~329.9999V) U=2.9×10-6 rdg+0.52mV
149 Clamp meter DC voltage 0410 Calibration criterion for Clamp meter
JJF1075-2001 ±(330V~1000V) U=3.5×10-6 rdg+4.3mV U=3.5×10-6 rdg+4.3mV
AC voltage 0410 10mV~32.999mV U=6.9×10-4 rdg+4.0μV U=6.9×10-4 rdg+4.0μV
U=1.4×10-4 rdg+4.0μV U=1.4×10-4 rdg+4.0μV
U=1.8×10-4 rdg+4.0μV U=1.8×10-4 rdg+4.0μV
U=9.2×10-4 rdg+4.0μV U=9.2×10-4 rdg+4.0μV
U=3.5×10-3 rdg+4.0μV U=3.5×10-3 rdg+4.0μV
U=6.9×10-3 rdg+4.1μV U=6.9×10-3 rdg+4.1μV
33mV~329.999mV U=4.6×10-4 rdg+4.0μV U=4.6×10-4 rdg+4.0μV
U=1.3×10-4 rdg+4.0μV U=1.3×10-4 rdg+4.0μV
U=1.4×10-4 rdg+4.0μV U=1.4×10-4 rdg+4.0μV
U=3.5×10-4 rdg+4.0μV U=3.5×10-4 rdg+4.0μV
U=6.9×10-4 rdg+4.0μV U=6.9×10-4 rdg+4.0μV
U=1.8×10-3 rdg+4.1μV U=1.8×10-3 rdg+4.1μV
0.33V~3.29999V U=2.9×10-4 rdg+98μV U=2.9×10-4 rdg+98μV
U=1.2×10-4 rdg+69μV U=1.2×10-4 rdg+69μV
U=1.8×10-4 rdg+98μV U=1.8×10-4 rdg+98μV
U=2.9×10-4 rdg+98μV U=2.9×10-4 rdg+98μV
U=6.4×10-4 rdg+0.18mV U=6.4×10-4 rdg+0.18mV
U=2.3×10-3 rdg+0.73mV U=2.3×10-3 rdg+0.73mV
3.3V~32.9999V U=2.9×10-4 rdg+1.2mV U=2.9×10-4 rdg+1.2mV
U=2.0×10-4 rdg+0.63mV U=2.0×10-4 rdg+0.63mV
U=3.5×10-4 rdg+1.1mV U=3.5×10-4 rdg+1.1mV
149 Clamp meter AC voltage 0410 Calibration criterion for Clamp meter
JJF1075-2001 3.3V~32.9999V U=8.7×10-4 rdg+2.2mV U=8.7×10-4 rdg+2.2mV
U=1.7×10-4 rdg+6.3mV U=1.7×10-4 rdg+6.3mV
149 Clamp meter AC voltage 0410 Calibration criterion for Clamp meter
JJF1075-2001 33V~329.999V U=1.8×10-4 rdg+11mV U=1.8×10-4 rdg+11mV
U=2.5×10-4 rdg+11mV U=2.5×10-4 rdg+11mV
U=6.9×10-4 rdg+27mV U=6.9×10-4 rdg+27mV
U=3.5×10-6 rdg+0.71μV U=3.5×10-6 rdg+0.71μV
U=1.8×10-3 rdg+62mV U=1.8×10-3 rdg+62mV
330V~1000V U=2.9×10-4 rdg+16mV U=2.9×10-4 rdg+16mV
U=2.3×10-4 rdg+16mV U=2.3×10-4 rdg+16mV
U=2.9×10-4 rdg+16mV U=2.9×10-4 rdg+16mV
Resistance 0410 0~10.99999Ω Urel =3.5×10-5
11Ω~32.9999Ω Urel =2.5×10-5
33Ω~109.9999Ω Urel =2.2×10-5
110Ω~329.9999Ω Urel =2.2×10-5
330Ω~1.099999kΩ Urel =3.2×10-5
1.1kΩ~3.299999kΩ Urel =3.2×10-5
3.3kΩ~10.99999kΩ Urel =3.2×10-5
11kΩ~32.99999kΩ Urel =3.2×10-5
33kΩ~109.9999kΩ Urel =3.2×10-5
110kΩ~329.9999kΩ Urel =3.5×10-5
330kΩ~1.099999MΩ Urel =3.5×10-5
149 Clamp meter Resistance 0410 Calibration criterion for Clamp meter
JJF1075-2001 1.1MΩ~3.299999MΩ Urel =4.0×10-5 Urel =4.0×10-5
3.3MΩ~10.99999MΩ Urel =1.1×10-4
11MΩ~32.99999MΩ Urel =2.0×10-4
33MΩ~109.9999MΩ Urel =4.0×10-4
150 DC voltmeter DC voltage 0410 Verification regulation of Ampere meter,voltage meter,power meter and Ohm meter
JJG124-2005 ±(10mV~1000V) Urel =5.9×10-4
151 AC voltmeter AC voltage 0410 Verification regulation of Ampere meter,voltage meter,power meter and Ohm meter
JJG124-2005 10mV~1000V Urel =9.3×10-4
152 DC current meter DC current 0410 Verification regulation of Ampere meter,voltage meter,power meter and Ohm meter
JJG124-2005 ±(10μA~20A) Urel=5.8×10-4
153 AC current meter AC current 0410 Verification regulation of Ampere meter,voltage meter,power meter and Ohm meter
JJG124-2005 10μA~20A Urel=9.7×10-4
154 Pointer multi-meter DC voltage 0410 Verification regulation of Ampere meter,voltage meter,power meter and Ohm meter
JJG124-2005 ±(10mV~1000V) Urel =5.9×10-4
AC voltage 0410 10mV~1000V Urel=9.3×10-4
DC current 0410 ±(10μA~20A) Urel =5.8×10-4
154 Pointer multi-meter AC current 0410 Verification regulation of Ampere meter,voltage meter,power meter and Ohm meter
JJG124-2005 10μA~20A Urel =9.7×10-4 Urel =9.7×10-4
155 Power Meter/Watt Meter Power 0406 Verification regulation of Ampere meter,voltage meter,power meter and Ohm meter
JJG124-2005 10mV~1000V
1mA~8.09ha
±180°
40Hz~400Hz
Urel=7.2×10-4
156 Current Transformer Ratio Difference 0406.04 Current Transformers of Measuring SerivceJJG313-2010 (2.5A~1000A)/5A,1A Urel=0.02% Urel=0.02%
Urel=0.01% Urel=0.01%
Urel=0.01% Urel=0.01%
Urel=0.01% Urel=0.01%
Phase displacement 0.3′~90′ U=0.7′ U=0.7′
U=0.4′ U=0.4′
U=0.4′ U=0.4′
U=0.4′ U=0.4′
157 DC supply power DC voltage 0415 Verification regulation for DC supply power
JJG(HT)6-1999 (0~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
line regulation 0.001%~1% Urel=2.3×10-5
load regulation 0.001%~1% Urel =1.8×10-5
DC current (0~400)A Urel =1.2×10-4
ripple (0~300)V Urel =8.2×10-2 Urel =8.2×10-2
158 AC Voltage Stable Source AC voltage 0415 Calibration specificationfor stable character of AC Voltage Stable Source
QJ 3233-2005
Verification regulation for AC standard voltage source
JJG(HT)2-1999 10mV~1000V Urel =2.8×10-4
line regulation 0.001%~5% Urel =4.9×10-4
load regulation 0.001%~5% Urel =4.0×10-4
Distortion (0~100)% Urel =12%
Frequency 10Hz~10MHz Urel =1.2×10-4
159 Electronic Load voltage 0411 Verification regulation for Electronic Load
Q/Y 190-2006
Verification regulation for DC Digital voltmeter JJG315-1983
Verification regulation for DC Digital Amperemeter JJG598-1989 (0~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
current (0~150)A Urel =1.2×10-4
160 Wide Band Electronic Voltmeter Voltage 0409 Verification Regulation for Wide Band Electronic Voltmeter
GJB/J3411-1998 1mV~100mV U=0.12% rdg+12μV
U=0.12%rdg+0.06mV
U=0.12%rdg+0.6mV
U=0.12%rdg+6mV U=0.12% rdg+12μV
0.1V~1V U=0.12%rdg+0.06mV
1V~10V U=0.12%rdg+0.6mV
10V~100V U=0.12%rdg+6mV
1mV~100mV U=0.03%rdg+12μV
U=0.04%rdg+0.03mV U=0.03%rdg+12μV
0.1V~1V U=0.04%rdg+0.03mV
160 Wide Band Electronic Voltmeter Voltage 0409 Verification Regulation for Wide Band Electronic Voltmeter
GJB/J3411-1998 1V~10V U=0.03%rdg+0.3mV
U=0.03%rdg+3mV U=0.03%rdg+0.3mV
10V~100V U=0.03%rdg+3mV
160 Wide Band Electronic Voltmeter Voltage 0409 Verification Regulation for Wide Band Electronic Voltmeter
GJB/J3411-1998 1mV~100mV U=0.06%rdg+30μV
U=0.06%rdg+0.06mV
U=0.06%rdg+0.6mV
U=0.06%rdg+6mV U=0.06%rdg+30μV
0.1V~1V U=0.06%rdg+0.06mV
1V~10V U=0.06%rdg+0.6mV
10V~100V U=0.06%rdg+6mV
1mV~100mV U=0.4%rdg+0.04mV
U=0.4%rdg+0.4mV
U=0.4%rdg+4mV
U=0.4%rdg+0.04V U=0.4%rdg+0.04mV
0.1V~1V U=0.4%rdg+0.4mV
1V~10V U=0.4%rdg+4mV
10V~100V U=0.4%rdg+0.04V
0.3~1.5V Urel=0.7% Urel=0.7%
161 Distortion Meter Voltage 0419 Verification Regulation of Distortion Meter Calibrator
JJG251-1997 1mV~100mV U=0.12%rdg +12μV
U=0.12%rdg+0.06mV
U=0.12%rdg+0.6mV
U=0.12%rdg+6mV U=0.12%rdg +12μV
0.1V~1V U=0.12%rdg+0.06mV
1V~10V U=0.12%rdg+0.6mV
10V~100V U=0.12%rdg+6mV
1mV~100mV U=0.03%rdg+12μV
U=0.01%rdg+0.03mV
U=0.03%rdg+0.3mV
U=0.03%rdg+3mV U=0.03%rdg+12μV
0.1V~1V U=0.01%rdg+0.03mV
1V~10V U=0.03%rdg+0.3mV
10V~100V U=0.03%rdg+3mV
1mV~100mV U=0.06%rdg+30μV
U=0.06%rdg+0.06mV U=0.06%rdg+30μV
0.1V~1V U=0.06%rdg+0.06mV
161 Distortion Meter Voltage 0419 Verification Regulation of Distortion Meter Calibrator
JJG251-1997 1V~10V U=0.06%rdg+0.6mV
U=0.06%rdg+6mV U=0.06%rdg+0.6mV
10V~100V U=0.06%rdg+6mV
1mV~100mV U=0.4%rdg+0.04mV
U=0.4%rdg+0.4mV
U=0.4%rdg+4mV
U=0.4%rdg+0.04V U=0.4%rdg+0.04mV
0.1V~1V U=0.4%rdg+0.4mV
1V~10V U=0.4%rdg+4mV
10V~100V U=0.4%rdg+0.04V
Distortion 0.03%~30% Urel=1.2%
Urel =7.5%
Urel =15% Urel=1.2%
0.01%~0.03% Urel =7.5%
0.003%~0.01% Urel =15%
162 Modulation Meter AM 0416 Calibration Specification for Modulation Meters
JJF1111-2003 5%~99% Urel =2.4% Urel =2.4%
Urel =1.2% Urel =1.2%
FM ≤40kHz Urel =2.4% Urel =2.4%
≤400kHz Urel =1.2% Urel =1.2%
PM (0~400)rad Urel =4.7% Urel =4.7%
Urel =3.5% Urel =3.5%
163 Universal Communication Tester Output Frequency 0416 Calibration Specification for TDMA-GSM Radio Communication Testers JJF 1131-2005 250kHz~500MHz U=0.14Hz~8.8Hz
0.5GHz~6GHz Urel=1.8×10-8
TX Power 0416 (-20~20)dBm U=0.11dB U=0.11dB
U=0.25dB U=0.25dB
(20~30)dBm U=0.42dB
Source Attenuation 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
Source Attenuation 0416 110dB U=0.61dB U=0.61dB
U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
120dB U=1.3dB U=1.3dB
U=0.93dB U=0.93dB
U=0.52dB U=0.52dB
Spectrum Purity 0416 -80dBc U=0.8dB U=0.8dB
U=2.0dB U=2.0dB
163 Universal Communication Tester Power 0416 Calibration Specification for TDMA-GSM Radio Communication Testers JJF 1131-2005 (-20~20)dBm U=0.11dB U=0.11dB
U=0.25dB U=0.25dB
(20~30)dBm U=0.42dB
Attenuation 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
110dB U=0.61dB U=0.61dB
U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
120dB U=1.3dB U=1.3dB
U=0.93dB U=0.93dB
U=0.52dB U=0.52dB
Output Voltage 0419 10μV~0.1V U=0.07%rdg+5μV
U=0.07%rdg+0.4mV
U=0.07%rdg+4mV
Urel=14%,
U=0.07%rdg+5μV U=0.07%rdg+5μV
0.1V~1V U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
Output Distortion 0419 0.003%~30% Urel=14%,
Voltage 0419 10μV~0.1V U=0.07%rdg+5μV
163 Universal Communication Tester Voltage 0419 Calibration Specification for TDMA-GSM Radio Communication Testers JJF 1131-2005 0.1V~1V U=0.07%rdg+0.4mV
U=0.07%rdg+4mV
U=0.07%~1.2% U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
Distortion 0419 1%~30% U=0.07%~1.2%
164 Spectrum analyzer Frequency 0419 Verification regulation for Broadband spectrum analyzer
GJB/J 5859-2006 3Hz~100kHz U=2×10-6
100kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
Power 0416 (-20~20)dBm U=0.11dB U=0.11dB
U=0.24dB U=0.24dB
U=0.29dB U=0.29dB
U=0.36dB U=0.36dB
U=0.62dB U=0.62dB
U=0.67dB U=0.67dB
(20~30)dBm U=0.42dB U=0.42dB
U=0.45dB U=0.45dB
U=0.49dB U=0.49dB
U=0.71dB U=0.71dB
U=0.75dB U=0.75dB
Attenuation 0419 (0~20)dB U=0.03dB U=0.03dB
(30~40)dB U=0.04dB U=0.04dB
50dB U=0.05dB U=0.05dB
(60~70)dB U=0.10dB U=0.10dB
164 Spectrum analyzer Attenuation 0419 Verification regulation for Broadband spectrum analyzer
GJB/J 5859-2006 80dB U=0.14dB U=0.14dB
U=0.19dB U=0.19dB
90dB U=0.15dB U=0.15dB
U=0.28dB U=0.28dB
U=0.70dB U=0.70dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
101dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
165 Signal Generator Frequency 0416 Verification regulation for Signal Generator
JJG173-2003 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
Power 0416 (-20~20)dBm U=0.11dB U=0.11dB
U=0.25dB U=0.25dB
U=0.29dB U=0.29dB
165 Signal Generator Power 0416 Verification regulation for Signal Generator
JJG173-2003 (-20~20)dBm U=0.34dB U=0.34dB
(20~30)dBm U=0.41dB U=0.41dB
U=0.42dB U=0.42dB
U=0.45dB U=0.45dB
U=0.49dB U=0.49dB
Tune Level 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
165 Signal Generator Tune Level 0416 Verification regulation for Signal Generator
JJG173-2003 80dB U=0.14dB U=0.14dB
U=0.19dB U=0.19dB
90dB U=0.15dB U=0.15dB
U=0.28dB U=0.28dB
U=0.70dB U=0.70dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
110dB U=0.61dB U=0.61dB
U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
165 Signal Generator Tune Level 0416 Verification regulation for Signal Generator
JJG173-2003 110dB U=0.27dB U=0.27dB
U=0.95dB U=0.95dB
Spectrum Purity 0416 -80dBc U=0.8dB U=0.8dB
U=2.0dB U=2.0dB
U=2.5dB U=2.5dB
U=3.2dB U=3.2dB
AM 0416 5%~99% Urel= 0.9% Urel= 0.9%
5%~20% Urel= 3.0% Urel= 3.0%
20%~99% Urel= 0.6% Urel= 0.6%
5%~20% Urel= 5.2% Urel= 5.2%
20%~99% Urel= 1.8% Urel= 1.8%
5%~20% Urel= 7.9% Urel= 7.9%
20%~99% Urel= 2.2% Urel= 2.2%
165 Signal Generator AM 0416 Verification regulation for Signal Generator
JJG173-2003 5%~20% Urel= 30% Urel= 30%
20%~99% Urel= 6.9% Urel= 6.9%
FM 0416 200Hz~400kHz(β=frequency deviation / modulation rate) Urel= 1.8% Urel= 1.8%
Urel= 1.2% Urel= 1.2%
Urel= 2.9% Urel= 2.9%
165 Signal Generator FM 0416 Verification regulation for Signal Generator
JJG173-2003 200Hz~400kHz(β=frequency deviation / modulation rate) Urel= 1.2% Urel= 1.2%
Urel= 4.4% Urel= 4.4%
Urel= 1.2% Urel= 1.2%
Urel= 9.8% Urel= 9.8%
165 Signal Generator FM 0416 Verification regulation for Signal Generator
JJG173-2003 200Hz~400kHz(β=frequency deviation / modulation rate) Urel= 1.2% Urel= 1.2%
PM 0416 (0.3~0.7)rad Urel=3.5% Urel=3.5%
(0.7~400)rad Urel=1.2% Urel=1.2%
(0.6~2.0)rad Urel=3.5% Urel=3.5%
(2.0~400)rad Urel=1.2% Urel=1.2%
(1.2~4.0)rad Urel=3.5% Urel=3.5%
(4.0~400)rad Urel=1.2% Urel=1.2%
(1.3~4.0)rad Urel=3.5% Urel=3.5%
(4.0~400)rad Urel=1.2% Urel=1.2%
(2.4~8.0)rad Urel=3.5% Urel=3.5%
(8.0~400)rad Urel=1.2% Urel=1.2%
166 Sweep Generator Frequency 0416 Signal Generator
JJG173-2003 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz U=1.8×10-8
Power 0416 (-20~20)dBm U=0.11dB U=0.11dB
U=0.25dB U=0.25dB
U=0.29dB U=0.29dB
U=0.34dB U=0.34dB
(20~30)dBm U=0.41dB U=0.41dB
U=0.42dB U=0.42dB
U=0.45dB U=0.45dB
U=0.49dB U=0.49dB
Tune Level 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB U=0.14dB
U=0.19dB U=0.19dB
90dB U=0.15dB U=0.15dB
U=0.28dB U=0.28dB
U=0.70dB U=0.70dB
166 Sweep Generator Tune Level 0416 Signal Generator
JJG173-2003 100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
166 Sweep Generator Tune Level 0416 Signal Generator
JJG173-2003 110dB U=0.61dB U=0.61dB
U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
U=0.27dB U=0.27dB
U=0.95dB U=0.95dB
Spectrum Purity 0416 -80dBc U=0.8dB U=0.8dB
U=2.0dB U=2.0dB
U=2.5dB U=2.5dB
U=3.2dB U=3.2dB
167 Vector Generators Frequency 0416 Signal Generator
JJG173-2003 5kHz~500MHz U=0.14Hz~8.8Hz U=0.14Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8 Urel=1.8×10-8
Power 0416 (-20~20)dBm U=0.11dB U=0.11dB
U=0.25dB U=0.25dB
U=0.29dB U=0.29dB
U=0.34dB U=0.34dB
(20~30)dBm U=0.41dB U=0.41dB
U=0.42dB U=0.42dB
U=0.45dB U=0.45dB
U=0.49dB U=0.49dB
Tune Level 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
167 Vector Generators Tune Level 0416 Signal Generator
JJG173-2003 50dB U=0.05dB U=0.05dB
(60~70)dB U=0.10dB U=0.10dB
Tune Level 0416 80dB U=0.14dB U=0.14dB
U=0.19dB U=0.19dB
90dB U=0.15dB U=0.15dB
U=0.28dB U=0.28dB
U=0.70dB U=0.70dB
Tune Level 0416 100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
110dB U=0.61dB U=0.61dB
U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
U=0.27dB U=0.27dB
U=0.95dB U=0.95dB
Spectrum Purity 0416 -80dBc U=0.8dB U=0.8dB
U=2.0dB U=2.0dB
U=2.5dB U=2.5dB
U=3.2dB U=3.2dB
167 Vector Generators AM 0416 Signal Generator
JJG173-2003 5%~99% Urel= 0.9% Urel= 0.9%
5%~20% Urel= 3.0%
Urel= 0.6% Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% Urel= 5.2%
Urel= 1.8% Urel= 5.2%
20%~99% Urel= 1.8%
5%~20% Urel= 7.9%
Urel= 2.2% Urel= 7.9%
20%~99% Urel= 2.2%
5%~20% Urel= 30%
Urel= 6.9% Urel= 30%
20%~99% Urel= 6.9%
FM 0416 250Hz~400kHz(β=frequency deviation / modulation rate) Urel= 1.8% Urel= 1.8%
Urel= 1.2% Urel= 1.2%
Urel= 2.9% Urel= 2.9%
Urel= 1.2% Urel= 1.2%
167 Vector Generators FM 0416 Signal Generator
JJG173-2003 250Hz~400kHz(β=frequency deviation / modulation rate) Urel= 4.4% Urel= 4.4%
Urel= 1.2% Urel= 1.2%
Urel= 9.8% Urel= 9.8%
Urel= 1.2% Urel= 1.2%
PM 0416 (0.3~0.7)rad Urel=3.5%
Urel=1.2% Urel=3.5%
(0.7~400)rad Urel=1.2%
(0.6~2.0)rad Urel=3.5%
Urel=1.2% Urel=3.5%
(2.0~400)rad Urel=1.2%
(1.2~4.0)rad Urel=3.5%
Urel=1.2% Urel=3.5%
(4.0~400)rad Urel=1.2%
(1.3~4.0)rad Urel=3.5%
Urel=1.2% Urel=3.5%
(4.0~400)rad Urel=1.2%
167 Vector Generators PM 0416 Signal Generator
JJG173-2003 (2.4~8.0)rad Urel=3.5%
Urel=1.2% Urel=3.5%
(8.0~400)rad Urel=1.2%
168 Vector Signal Analyzer Frequency 0416 Calibration Specification for Vector Signal Analyzers
JJF1128-2004 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
Power 0416 (-20~20)dBm U=0.11dB U=0.11dB
U=0.24dB U=0.24dB
U=0.29dB U=0.29dB
U=0.36dB U=0.36dB
U=0.62dB U=0.62dB
U=0.67dB U=0.67dB
(20~30)dBm U=0.42dB U=0.42dB
U=0.45dB U=0.45dB
U=0.49dB U=0.49dB
U=0.71dB U=0.71dB
U=0.75dB U=0.75dB
Attenuation 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB U=0.14dB
U=0.19dB U=0.19dB
168 Vector Signal Analyzer Attenuation 0416 Calibration Specification for Vector Signal Analyzers
JJF1128-2004 90dB U=0.15dB U=0.15dB
U=0.28dB U=0.28dB
U=0.70dB U=0.70dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
101dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
Reflection Coefficient 0419 0~1 U=0.007 U=0.007
Harmonious 0419 -80dBc U=0.8dB U=0.8dB
U=2.0dB U=2.0dB
U=2.5dB U=2.5dB
U=3.2dB U=3.2dB
169 Universal radio communications tester Source Frequency 0416 Calibration Specification for RF Communication Test Set
JJF 1065-2000 10kHz~10MHz U=0.3Hz
10MHz~100MHz U=2.1Hz
100MHz~1GHz Urel=1.8×10-8
Source Power 0416 (-20~-10)dBm U=0.27dB
(-10~+20)dBm U=0.11dB
(+20~+30)dBm U=0.43dB
169 Universal radio communications tester Source attenuation 0416 Calibration Specification for RF Communication Test Set
JJF 1065-2000 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.06dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
110dB U=0.61dB U=0.61dB
U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
120dB U=1.3dB U=1.3dB
U=0.93dB U=0.93dB
U=0.52dB U=0.52dB
169 Universal radio communications tester Source harmonic 0416 Calibration Specification for RF Communication Test Set
JJF 1065-2000 -80dBc U=0.8dB
FM 0416 10Hz~1kHz,20Hz≤fm≤5kHz U=0.04kHz
1kHz~400kHz,50Hz≤fm≤200kHz Urel=1.2%
AM 0416 5%~20%,50Hz≤fm≤100kHz Urel =3.2%
20%~99%,50Hz≤fm≤100kHz Urel=0.7%
PM 0416 0.3rad~1rad,200Hz≤fm≤20kHz U=0.07rad
1rad~400rad,200Hz≤fm≤20kHz Urel=1.2%
Power 0416 (-20~-10)dBm U=0.27dB
(-10~20)dBm U=0.11dB
(20~30)dBm U=0.43dB
attenuation 0419 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.06dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
110dB U=0.61dB U=0.61dB
169 Universal radio communications tester attenuation 0419 Calibration Specification for RF Communication Test Set
JJF 1065-2000 110dB U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
120dB U=1.3dB U=1.3dB
U=0.93dB U=0.93dB
U=0.52dB U=0.52dB
Output Volt 0419 10mV~0.1V U=0.07%rdg+5μV
U=0.07%rdg+0.4mV
U=0.07%rdg+4mV
Urel=14%
U=0.07%rdg+5μV
U=0.07%rdg+0.4mV
U=0.07%rdg+4mV
Urel=1.2% U=0.07%rdg+5μV
0.1V~1V U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
Output distortion 0419 0.01%THD+N Urel=14%
Volt 0419 10mV~0.1V U=0.07%rdg+5μV
0.1V~1V U=0.07%rdg+0.4mV
1V~5V U=0.07%rdg+4mV
Distortion 0419 1%~30% Urel=1.2%
170 Dynamic Signal Analyzer Frequency 0416 Verification Regulation of Dynamic Signal Analyzer JJG834-2006 DC~200kHz Urel=3.5×10-6
Amplitude 0419 (0~10)V U rel=0.5% U rel=0.5%
1mV~100mV U=0.12%rdg+15μV
U=0.12%rdg +0.1mV
U=0.12%rdg +1mV
Urel=0.12%rdg +8mV U=0.12%rdg+15μV
100mV~1V U=0.12%rdg +0.1mV
1V~10V U=0.12%rdg +1mV
10V~100V Urel=0.12%rdg +8mV
1mV~100mV Urel=0.023%rdg+15μV
U=0.023%rdg +0.03mV Urel=0.023%rdg+15μV
100mV~1V U=0.023%rdg +0.03mV
170 Dynamic Signal Analyzer Amplitude 0419 Verification Regulation of Dynamic Signal Analyzer JJG834-2006 1V~10V U=0.023%rdg +0.3mV
U=0.023% +3mV U=0.023%rdg +0.3mV
10V~100V U=0.023% +3mV
1mV~100mV U=0.06%rdg+28μV
U=0.06%rdg +0.06mV
U=0.06%rdg +0.6mV
U=0.06% rdg+6mV U=0.06%rdg+28μV
100mV~1V U=0.06%rdg +0.06mV
1V~10V U=0.06%rdg +0.6mV
10V~100V U=0.06% rdg+6mV
1mV~100mV U=0.38%rdg+39μV
U=0.38% rdg+0.4mV
U=0.38%rdg +3.6mV
U=0.38%rdg +36mV U=0.38%rdg+39μV
100mV~1V U=0.38% rdg+0.4mV
1V~10V U=0.38%rdg +3.6mV
10V~100V U=0.38%rdg +36mV
171 Network analyzer Reflection Coefficient 0419 Verification regulation for automatic network analyzer
GJB/J3608-99 0~1 U=(0.018~0.041) U=(0.018~0.041)
Attenuation 0419 (0~20)dB U=0.05dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
Transmission phase 0419 -180o~180o U=0.3°~1.1°
172 Attenuator Attenuation 0419 Verification Regulation of Coaxial Attenuator
JJG 387-2005 (0~20)dB U=0.03dB
U=0.04dB
U=0.05dB
U=0.10dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB U=0.14dB
U=0.19dB U=0.19dB
172 Attenuator Attenuation 0419 Verification Regulation of Coaxial Attenuator
JJG 387-2005 90dB U=0.15dB U=0.15dB
U=0.28dB U=0.28dB
U=0.70dB U=0.70dB
100dB U=0.24dB U=0.24dB
U=0.17dB U=0.17dB
U=0.15dB U=0.15dB
U=0.42dB U=0.42dB
U=1.1dB U=1.1dB
110dB U=0.61dB U=0.61dB
U=0.39dB U=0.39dB
U=0.21dB U=0.21dB
U=0.27dB U=0.27dB
U=0.95dB U=0.95dB
120dB U=1.3dB U=1.3dB
U=0.93dB U=0.93dB
U=0.52dB U=0.52dB
U=0.90dB U=0.90dB
173 Coupler/Power divider Attenuation 0419 Measuring methods of performance for microwave components and devices
GJB2650-1996 (0~20)dB U=0.08dB
U=0.04dB
U=0.05dB U=0.08dB
(30~40)dB U=0.04dB
50dB U=0.05dB
173 Coupler/Power divider Attenuation 0419 Measuring methods of performance for microwave components and devices
GJB2650-1996 (60~70)dB U=0.10dB U=0.10dB
174 Mismatch Reflection Coefficient 0419 Measuring methods of performance for microwave components and devices
GJB2650-1996 0~1 U=0.01 U=0.01
U=0.007 U=0.007
U=0.023 U=0.023
U=0.048 U=0.048
175 Amplifier Reflection coefficient 0419 Measuring methods of performance for microwave components and devices
GJB2650-1996 0~1 U=0.01 U=0.01
U=0.007 U=0.007
U=0.023 U=0.023
U=0.048 U=0.048
Gain 0~80dB U=0.10dB U=0.10dB
U=0.08dB U=0.08dB
U=0.05dB U=0.05dB
U=0.38dB U=0.38dB
176 Resistance Strain Gauge Indicators Strain Gauge 0401 Verification Regulation of Resistance Strain Gauge Indicators
JJG623-2005 (0.1~4000)με U=1.3με~2.5με
(4000-111111)με Urel =0.06%
177 Power Sensor Calibrate Factor 0419 Verification Regulation for lower Power Mount GJB/J3598-1999 0.5mW~10mW Urel =2.4% Urel =2.4%
Urel =1.7% Urel =1.7%
Urel =2.7% Urel =2.7%
Urel =3.2% Urel =3.2%
178 Power indicator DC power 0410 Verification Regulation for type 436A Power Meter
JJG(HT)22-1987
Verification Regulation for type 432A Power Meter
JJG(HT)67-1992 3μW~ 30μW Urel =0.6%
100μW~100mW Urel =0.5%
179 Data acquisition system DC voltage 0410 Calibration specification for data acquisition system JJF1048-1995 ±(1mV~220V) U=0.334mV~0.003 V
±(220V~1000V) U=(0.003~0.014) V
180 Low Frequency Signal Generator Freqeuncy 0416 Verification Regulation of Low-Frequency Signal Generator
JJG602-1996 Verification Regulation of Function Genearator
JJG840-1993 1Hz~30MHz Urel=1×10-6
Voltage 1mV~10mV Urel=0.2% Urel=0.2%
Urel=0.6% Urel=0.6%
Urel=5% Urel=5%
10mV~10V Urel=0.2% Urel=0.2%
Urel=0.4% Urel=0.4%
Urel=1.2% Urel=1.2%
180 Low Frequency Signal Generator Voltage 0416 Verification Regulation of Low-Frequency Signal Generator
JJG602-1996 Verification Regulation of Function Genearator
JJG840-1993 10mV~10V Urel=2.5% Urel=2.5%
10V~100V Urel=0.2% Urel=0.2%
Urel=0.5% Urel=0.5%
Urel=1.8% Urel=1.8%
100V~1000V Urel=0.2% Urel=0.2%
Urel=0.4% Urel=0.4%
Distortion 0.001%~30% Urel=5% Urel=5%
181 Ultra-Low- Frequency generator Frequency 0412 Verification Regulation of Super-Low Frequency Signal Generator
JJG64-1990 0.01Hz~100kHz Urel=1×10-6
Volt 1mV~10V Urel=0.15%
Distortion 0.003%~30% Urel=12% Urel=12%
182 Frequency Response Analyser Frequency 0412 Verification Regulation of Frequency Response Analyser
JJG(HT)62-1991 1mHz~65.5 kHz Urel=1×10-6
Volt 10mV~10V Urel=0.15%
Distortion 0.003%~30% Urel=12% Urel=12%
Phase 0°~360° U=0.005o~0.015o U=0.005o~0.015o
183 Low- Frequency Phase adjuster Phase 0412 Verification Regulation of 789 VLF Acculate Phaser
JJG(HT)47-1987 0o~10o U=0.05o
U=0.3o U=0.05o
10o~360o U=0.3o
184 Recorder DC V 0412 Verification regulation for pen recorder
JJG(HT)66-1999 ±(0.05V~1000V) Urel=5×10-5 Urel=5×10-5
185 Function/arbitrary waveform generator Frequency 0416 Verification Regulation of Function Genearator
JJG840-1993 10uHz~15MHz Urel=1×10-6
Voltage 1mV~10mV Urel=0.15% Urel=0.15%
Urel=0.6% Urel=0.6%
Urel=5% Urel=5%
10mV~10V Urel=0.15% Urel=0.15%
Urel=0.4% Urel=0.4%
Urel=1.2% Urel=1.2%
Urel=2.5% Urel=2.5%
Distortion 0.003%~30% Urel=12% Urel=12%
186 Ultra-Low- Frequency Voltmeter Voltage 0412 Verification regulation for ultra low Frequency voltmeter
GJB/J 3412-1998 1mV~1000V Urel=0.2% Urel=0.2%
Urel=0.02% Urel=0.02%
Urel=0.1% Urel=0.1%
Urel=0.6% Urel=0.6%
187 Phase meter Phase 0412 Verification regulation for low frequency phasemeter
GJB/J 3603-1999 0°~360° U=0.005o U=0.005o
U=0.02o U=0.02o
U=0.03o U=0.03o
188 Oscilloscopes Calibration Fast time 0416 V.R.of Oscilloscope Calibrators
JJG278-2002 125ps~1ns Urel=7.8%
188 Oscilloscopes Calibration levele 0416 V.R.of Oscilloscope Calibrators
JJG278-2002 0.1MHz~18GHz U=0.11dB U=0.11dB
Voltage 100μV~100mV Urel=2.4×10-5
100mV~1V Urel=9.2×10-6
1V~10V Urel=1.6×10-5
10V~1000V Urel=2.0×10-5
Time Maker 1ns~50s Urel=4.6×10-8
189 Oscilloscopes Voltage 0413 V.R.of Analogue Oscilloscope
JJF1057-1998
C.S.of
Digital Storage Oscilloscope
JJG262-1996 40μV ~200V Urel=2.9×10-4
Time Maker 1ns~50s Urel=2.9×10-7
BW 10Hz~300MHz Urel=2.3×10-2
300MHz~550MHz Urel=3.5×10-2
550MHz~1.1GHz Urel=4.0×10-2
1.1GHz~3.2GHz Urel=5.8×10-2
Fast time 25ps~10ns Urel=2.0×10-2
190 Pulse Signal Source Pulse Voltage 0416 V.R. of Pulse
Generators
JJG490-2002 1mV~ 200V Urel=8×10-5
Pulse Width 1ns~5s Urel=0.1%
Pulse Delay 1ns~5s Urel=0.1%
Fast time 1ns~100ns Urel=1%
191 Pluse Voltmeters Voltage 0413 V.R.of Pulse Voltmeter
JJG361-2003 10mV~200V Urel=0.008%
192 Logic Analyzer Threshold Voltage 0413 V.R.of logic analyzer
JJG957-2000 10mV~200V Urel=0.1%
State clock 10kHz~250MHz Urel=5.8%
Time Analyze 10kHz~1000MHz Urel=2.3%
193 Electrostatic Discharge Simulator voltage 0421.01 Verification regulation for electrostatic discharge simulator GJB/J5025-2001 -50kV~50kV Urel=0.7% Urel=0.7%
current 0421.01 -40A~40A Urel=6.6%
time 0421.01 0.6ns~1ns Urel=6.4%
194 Crystal oscillators with high Frequency Stability Frequency 0412 V.R.of Quartz Crystal Frequency Standards
JJG181-2005 1MHz
5MHz
10MHz Urel=2.0×10-11
195 Rubidium Gas cell Frequency Standards Frequency 0413 V.R.of Rubidium Gas cell Frequency Standards
JJG292-2009 5MHz
10MHz Urel=1.0×10-11
196 Crystal Oscillators Inside the Electrical Measuring Instruments Frequency 0414 V.R.of Crystal Oscillators Inside the Electrical Measuring Instruments
JJG180-2002 1MHz
5MHz
10MHz Urel=1.0×10-9
197 Frequency Comparator Frequency 0415 V.R.of Frequency Comparator
JJG545-2006 1MHz
5MHz
10MHz Urel=1.0×10-12/s
198 Universal Counters Frequency 0416 V.R.of Universal Counters
JJG841-1993 V.R.of Microwave Counters
JJG349-2001 0.1Hz~30GHz Urel=1.0×10-9
199 Time Interval Generator Time 0417 V.R.of Time Interval Generator
JJG723-2008 0.1μs~1000s U=10ns
200 Time Interval Measuring Instrument Time 0418 V.R.of Stopwatches
JJG237-2010 (0~24)h U=0.007s
201 Electrolytic Conductance Meter Electrolytic conductivity 0233 JJG 376-2007
V.R. of Electrolytic Conductance Meter (0.1~2×104)μS/cm Electrometer
Urel=0.08%
Assort
Urel=0.28%
202 Spectrophotometer wavelength 0201 JJG 178-2007
V. R. of UV-VIS-NIR Spectrophotometer λ:(241~879)nm λ: U=0.3nm
202 Spectrophotometer transmission ratio 0201 JJG 178-2007
V. R. of UV-VIS-NIR Spectrophotometer T:(0~100)% T:U=0.3% T:U=0.3%
203 pH meter pH value 0233 JJG 119-2005
V. R. of Laboratory pH Meter pH:(0~14) U=0.01pH
potention E:(-2000~2000)mV U=0.01mV
204 Carbon monoxide Detector Gas Concentration 0236 JJG 915-1996
V. R. of Carbon monoxide Detector (0~2000)×10-6mol/mol Urel=2%
205 The Detector of Combustible Gases Gas Concentra-tion 0236 JJG 693-2011
V.R. of the Alarmer detectors of Combustible Gas 10%FS Urel = 0.9%
40%FS Urel = 0.8%
60%FS Urel = 0.7%
206 Gas Chromato-graph Detection Limits 0236 JJG 700-1999
V.R. of Gas Chromatograph FID≤5×10-10g/s Urel= 3.8%
FPD≤1×10-10g/s Urel= 4.0%
ECD≤5×10-12g/mL Urel= 4.0%
NPD≤5×10-12g/s Urel= 5.4%
207 Atomic Absorption Spectrophotometer Detection Limit 0201 JJG 694-2009
V. R. of Atomic Absorption Spectrophotometer Flame method::
(0.5~5)μg/ml (Cu) Cu: Urel=1.5%
Graphite Stove::(0.5~5)ng/ml (Cd) Cd: Urel=3.0%
208 Ion Chromato-graph Detection Limits 0236 JJG 823-1993
V. R. of Ion Chromatograph Clˉ≤0.005μg/g
Urel=5%
SO4ˉ≤0.05μg/g Urel=5%
Na+ ≤0.05μg/g Urel=5%
Ca+ ≤0.10μg/g Urel=5%
209 Vehicle Exhaust Emission Measuring Instruments Gas Concentrati-on 0240 JJG 688-2007
V. R. of Vehicle Exhaust Emission Measuring Instruments (0~10)% Urel=2% Urel=2%
210 On-line Automatic Determindtor of Chemical Oxygen Demand Gas Concentrati-on 0233 JJG 1012-2006
V. R. of On-line Automatic Determindtor of Chemical Oxygen Demand (30~1000)mg/L Urel=5.0%
211 Chemical Oxgen Demand(COD)Meters Concentration 0233 JJG975-2002
Verification regulation of Chemical Oxgen Demand(COD)Meters (0~1500)mg/L Urel=5.0%
212 Analyzers for Oil Content Concentration 0233 JJG950-2012
Verification regulation of Analyzers for Oil Content in Water (0~80)mg/L Urel=3.0%
213 Hydrogen Sulfide Gas Analyzer concentration 0236 JJG695-2003
Verification Regulation of Sulfide Hydrogen Gas Analyzer (0~1000)×10-6mol/mol Urel=5.0%
214 Sulfur Dioxide Gas Detectors concentration 0236 JJG551-2003
Verification regulation of Sulfur Dioxide Gas Detectors (0~100)% Urel=4.0%
215 Sound Calibrators Sound Pressure 1401. 05 JJG176-2005
V.R.of
Sound Calibrator 94dB;114dB;124dB Urel=0.2dB Urel=0.2dB
Urel=0.1dB Urel=0.1dB
216 Sound Level Meter Sound Pressure 1401.02 JJG188-2002
V.R.of Sound Level Meters (94~124)dB Urel=0.5dB Urel=0.5dB
Urel=0.4dB Urel=0.4dB
Urel=0.4dB Urel=0.4dB
216 Sound Level Meter Sound Pressure 1401.02 JJG188-2002
V.R.of Sound Level Meters (94~124)dB Urel=0.6dB Urel=0.6dB
Urel=1.0dB Urel=1.0dB
217 Measuring Microphone Sound Pressure 1401. 01 JJG175-1998
V.R.of Measuring Condenser Microphone 94dB;124dB Urel=0.3dB Urel=0.3dB
Urel=0.2dB Urel=0.2dB
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:天津市和平区成都道116号
签发日期:2014年02月26日 有效期至:2017年02月25日
更新日期:2014年02月26日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 赵兴亮 化学检测项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.116, Chengdu Road, Heping District, Tianjin, China
Date of Issue:2014-02-26 Date of Expiry:2017-02-25
Date of Update:2014-02-26
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 Zhao Xing Liang Chemical Testing Items
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:天津市和平区成都道116号
认可依据:ISO/IEC 17025:2005以及CNAS特定认可要求
签发日期:2014年02月26日 有效期至:2017年02月25日
更新日期:2014年02月26日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 领域
代码 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 电子电气产品及其原材料 1 铅、汞、镉、铬、溴快速筛选 244 电子电气产品中限用物质铅、汞、铬、镉和溴的快速筛选 X射线荧光光谱法
GB/Z21277-2007
2 钢铁及其合金 1 铝 0201.01 钢铁及合金化学分析方法氟化钠分离-EDTA滴定法测定铝含量GB/T223.8-2000
钢铁及合金 铝含量的测定 铬天青S分光光度法
GB/T223.9-2008
钢铁及合金化学分析方法 铜铁试剂分离-铬天青S光度法测定铝含量
GB/T223.10-2000
2 铬 0201.01 化学分析方法过硫酸铵氧化容量法测定铬量
GB/T223.11-1991
钢铁及合金化学分析方法 碳酸钠分离-二苯碳酰二肼光度法测定铬量
GB/T223.12-1991
3 钒 0201.01 硫酸亚铁铵滴定法测定钒含量
GB/T223.13-2000
钢铁及合金化学分析方法火焰原子吸收光谱法测定钒量GB/T223.76-1994
4 钛 0201.01 钢铁及合金化学分析方法变色酸光度法测定钛量
GB/T223.16-1991
钢铁及合金化学分析方法二安替比林用烷光度法测定钛量GB/T223.17-1989
2 钢铁及其合金 5 铜 0201.01 钢铁及合金化学分析方法硫代硫酸钠分离-碘量法测定铜量GB/T223.18-1994
钢铁及合金化学分析方法火焰原子吸收分光光度法测定铜量GB/T223.53-1987
6 钴 0201.01 钢铁及合金化学分析方法 5-CI-PADAB分光光度法测定钴量GB/T223.21-1994
钢铁及合金化学分析方法 亚硝基R盐分光光度法测量钴量GB/T223.22-1994
钢铁及合金化学分析方法 火焰原子吸收光谱法测定钴量GB/T223.65-1988
7 镍 0201.01 钢铁及合金 镍含量的测定 丁二酮肟分光光度法测定镍量
GB/T 223.23-2008
钢铁及合金化学分析方法 丁二酮肟重量法测定镍量
GB/T223.25-1994
8 钼 0201.01 钢铁及合金 钼含量的测定 硫氰酸盐分光光度法测定钼量
GB/T 223.26-2008
钢铁及合金化学分析方法 α-安息香肟重量法测定钼量GB/T223.28-1989
2 钢铁及其合金 9 铅 0201.01 钢铁及合金 铅含量的测定 载体沉淀-二甲酚橙分光光度法GB/T 223.29-2008
10 砷 0201.01 钢铁及合金 砷含量的测定 蒸馏分离-钼蓝分光光度法
GB/T 223.31-2008
钢铁及合金化学分析方法 次磷酸钠还原-碘量法测定砷量GB/T223.32-1994
2 钢铁及其合金 11 镁 0201.01 钢铁及合金化学分析方法 铜试剂分离-二甲苯胺蓝Ⅱ光度法测定镁量
GB/T 223.45-1994
钢铁及合金化学分析方法 火焰原子吸收光谱法测定镁量
GB/T 223.46-1989
12 锑 0201.01 钢铁及合金化学分析方法:载体沉淀-钼蓝光度法测定锑量
GB/T 223.47-1994
13 铋 0201.01 钢铁及合金化学分析方法 半二甲酚橙光度法测定铋量
GB/T 223.48-1985
14 锡 0201.01 钢铁及合金化学分析方法:苯基荧光酮-溴化十六烷基三甲基胺直接光度法测定锡量
GB/T 223.50-1994
2 钢铁及其合金 15 锌 0201.01 钢铁及合金化学分析方法:5-Br-PADAP光度法测定锌量
GB 223.51-1987
16 硒 0201.01 钢铁及合金化学分析方法 盐酸羟胺—碘量法测定硒量
GB/T 223.52-1987
17 硅 0201.01 钢铁及合金化学分析方法高氯酸脱水重量法测定硅含量GB/T223.60-1997
钢铁 酸溶硅和全硅含量的测定 还原型硅钼酸盐分光光度法GB/T223.5-2008
18 磷 0201.01 磷钼酸铵容量法测定磷量
GB/T223.61-1988
乙酸丁脂萃取光度法测定磷量
GB/T223.62-1988
钢铁及合金化学分析方法 二安替比林甲烷磷钼酸重量法测定磷量GB/T223.3-1988
钢铁及合金 磷含量的测定 铋磷钼蓝分光光度法和锑磷钼蓝分光光度法GB/T223.59-2008
2 钢铁及其合金 19 锰 0201.01 钢铁及合金化学分析方法高碘酸钠(钾)光度测定锰含量GB/T223.63-1988
钢铁及合金 锰含量的测定 火焰原子吸收光谱法
GB/T 223.64-2008
钢铁及合金 锰含量的测定 电位滴定或可视滴定法
GB/T 223.4-2008
钢铁及合金化学分析方法 亚砷酸钠-亚硝酸钠滴定法测定锰量GB/T223.58-1987
20 钨 0201.01 钢铁及合金化学分析方法:硫氰酸盐-盐酸氯丙嗪-三氯甲烷萃取光度法测定钨量 GB/T 223.66-1989
钢铁及合金 钨含量的测定 重量法和分光光度法 GB/T 223.43-2008
21 硫 0201.01 钢铁 总碳硫含量的测定 高频感应炉燃烧后红外吸收法(常规方法)
GB/T20123-2006
22 碳 0201.01 钢铁 总碳硫含量的测定 高频感应炉燃烧后红外吸收法(常规方法)
GB/T20123-2006
2 钢铁及其合金 23 铁 0201.01 钢铁及合金 铁含量的测定 邻二氮杂菲分光光度法
GB/T 223.70-2008
钢铁及合金 铁含量的测定 三氯化钛-重铬酸钾滴定法
GB/T223.73-2008
24 硼 0201.01 钢铁及合金硼含量的测定甲醇蒸馏-姜黄素光度法
GB/T223.75-2008
钢铁及合金化学分析方法中和滴定法测定硼量
GB/T 223.6-1994
钢铁及合金化学分析方法:姜黄素直接光度法测定硼含量
GB/T 223.78-2000
25 钙 0201.01 钢铁及合金化学分析方法火焰原子吸收光谱法测定钙量GB/T223.77-1994
3 铝及铝合金 1 铜 0201.03 铝及铝合金化学分析方法 第3部分 铜含量的测定
GB/T20975.3-2008
2 铁 0201.03 铝及铝合金化学分析方法 第4部分:铁含量的测定 邻二氮杂菲分光光度法
GB/T20975.4-2008
3 硅 0201.03 铝及铝合金化学分析方法 第5部分 硅含量的测定
GB/T20975.5-2008
3 铝及铝合金 4 镉 0201.03 铝及铝合金化学分析方法 第6部分:镉含量的测定 火焰原子吸收光谱法
GB/T20975.6-2008
5 锰 0201.03 铝及铝合金化学分析方法 第7部分: 锰含量的测定 高碘酸钾分光光度法
GB/T20975.7-2008
6 锌 0201.03 铝及铝合金分析方法 第8部分 锌含量的测定
GB/T20975.8-2008
7 锡 0201.03 铝及铝合金分析方法 第10部分 锡含量的测定
GB/T20975.10-2008
8 铅 0201.03 铝及铝合金化学分析方法 第11部分:铅含量的测定 火焰原子吸收光谱法
GB/T20975.11-2008
9 钛 0201.03 铝及铝合金分析方法 第12部分 钛含量的测定
GB/T20975.12-2008
10 钒 0201.03 铝及铝合金化学分析方法 第13部分: 钒含量的测定 苯甲酰苯胲分光光度法
GB/T20975.13-2008
11 镍 0201.03 铝及铝合金分析方法 第14部分 镍含量的测定
GB/T20975.14-2008
3 铝及铝合金 12 镁 0201.03 铝及铝合金分析方法 第16部分 镁含量的测定
GB/T20975.16-2008
13 铬 0201.03 铝及铝合金分析方法 第18部分 铬含量的测定
GB/T20975.18-2008
14 钙 0201.03 铝及铝合金化学分析方法 第21部分:钙含量的测定火焰原子吸收光谱法
GB/T20975.21-2008
15 锑 0201.03 铝及铝合金化学分析方法 第23部分:锑含量的测定 碘化钾分光光度法
GB/T20975.23-2008
16 铁、铜、镁、锰、镓、钛、钒、铟、锡、铋、钙、铬、锌、镍、镉、锆、铍、铅、硼、硅、锶、锑 0201.03 铝及铝合金化学分析方法第25部分:电感耦合等离子体原子发射光谱法
GB/T20975.25-2008
4 铜及铜合金 1 铜 0201.02 铜及铜合金化学分析方法 第1部分 铜含量的测定
GB/T5121.1-2008
2 磷 0201.02 铜及铜合金化学分析方法 第2部分 磷含量的测定
GB/T5121.2-2008
4 铜及铜合金 3 铅 0201.02 铜及铜合金化学分析方法 第3部分 铅含量的测定
GB/T5121.3-2008
4 碳,硫 0201.02 铜及铜合金化学分析方法 第4部分 碳硫含量的测定
GB/T5121.4-2008
4 铜及铜合金 5 镍 0201.02 铜及铜合金化学分析方法 第5部分 镍含量的测定
GB/T5121.5-2008
6 铋 0201.02 铜及铜合金化学分析方法 第6部分 铋含量的测定
GB/T5121.6-2008
7 砷 0201.02 铜及铜合金化学分析方法 第7部分 砷含量的测定
GB/T5121.7-2008
8 铁 0201.02 铜及铜合金化学分析方法 第9部分 铁含量的测定
GB/T5121.9-2008
9 锡 0201.02 铜及铜合金化学分析方法 第10部分 锡含量的测定
GB/T5121.10-2008
10 锌 0201.02 铜及铜合金化学分析方法 第11部分 锌含量的测定
GB/T5121.11-2008
11 锑 0201.02 铜及铜合金化学分析方法 第12部分 锑含量的测定
GB/T5121.12-2008
12 铝 0201.02 铜及铜合金化学分析方法 第13部分 铝含量的测定
GB/T5121.13-2008
4 铜及铜合金 13 锰 0201.02 铜及铜合金化学分析方法 第14部分 锰含量的测定
GB/T5121.14-2008
14 钴 0201.02 铜及铜合金化学分析方法 第15部分 钴含量的测定
GB/T5121.15-2008
15 铬 0201.02 铜及铜合金化学分析方法 第16部分 铬含量的测定
GB/T5121.16-2008
16 镁 0201.02 铜及铜合金化学分析方法 第18部分 镁含量的测定
GB/T5121.18-2008
17 银 0201.02 铜及铜合金化学分析方法 第19部分 银含量的测定
GB/T5121.19-2008
18 钛 0201.02 铜及铜合金化学分析方法 第21部分 钛含量的测定
GB/T5121.21-2008
19 镉 0201.02 铜及铜合金化学分析方法 第22部分 镉含量的测定
GB/T5121.22-2008
20 硅 0201.02 铜及铜合金化学分析方法 第23部分 硅含量的测定
GB/T5121.23-2008
4 铜及铜合金 21 磷、银、铋、锑、砷、铁、镍、铅、锡、硫、锌、锰、镉、硒、碲、铝、硅、钴、钛、镁、铍、锆、铬、硼、汞 0201.02 铜及铜合金化学分析方法 第27部分 电感耦合等离子体原子发射光谱法
GB/T 5121.27-2008
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.116, Chengdu Road, Heping District, Tianjin, China
Accreditation Criteria:ISO/IEC 17025:2005 and relevant requirements of CNAS
Date of Issue:2014-02-26 Date of Expiry:2017-02-25
Date of Update:2014-02-26
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Code of Field Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Electrical and electronic products and their raw materials 1 Rapid screening of lead, mercury, chromium, cadmium and bromine 244 Rapid screening of lead mercury chromium cadmium and bromine of regulated substances in electrical and electronic equipment-X-ray fluorescence spectrometry.
GB/Z 21277-2007
2 iron steel and alloy 1 Al 0201.01 Methods for chemical analysis of iron, steel and alloy-The sodium fluoride separation-EDTA titration method for the determination of aluminium content
GB/T223.8-2000
Iron steel and alloy - Determination of aluminium content - Chrom azurol S photometric method
GB/T223.9-2008
Methods for chemical analysis of iron, steel and alloy-The cupferron separation-chrome azurol S photometric method for the determination of aluminium content
GB/T223.10-2000
2 iron steel and alloy 2 Cr 0201.01 Methods for chemical analysis of iron,steel and alloy The ammonium persulfate oxidation volumetric method for the determination of chromium content
GB/T223.11-1991
Methods for chemical analysis of iron, steel and alloy The sodium carbonate separation-diphenyl carbazide photometric method for the determination of chromium content GB/T223.12-1991
2 iron steel and alloy 3 V 0201.01 Methods for chemical analysis of iron, steel and alloy-The ammonium ferrous sulfate titration method for the determination of vanadium content
GB/T223.13-2000
Methods for chemical analysis iron,steel and alloy The flame atomic absorption spectrometric method for the determination of vanadium content GB/T223.76-1994
GB/T223.76-1994
2 iron steel and alloy 4 Ti 0201.01 Methods for chemical analysis of iron, steel and alloy The chromotropic acid photometric method for the determination of titanium content
GB/T223.16-1991
Methods for chemical analysis of iron,steel andalloy The diantipyrylmethane photometric method for the determination of titanium content
GB/T223.17-1989
2 iron steel and alloy 5 Cu 0201.01 Methods for chemicalan alysis of iron,steel and alloy The sodium thiosulfate separation idimetric method for the determination of cupper content
GB/T223.18-1994
Methods for chemical analysis of iron,steel and alloy The flame atomic absorption spectrophotometric method for the determination of cupper content
GB/T223.53-1987
2 iron steel and alloy 6 Co 0201.01 Methods for chemicalan alysis of iron,steel and alloy The5-Cl-PADAB spectrophotometric method for the determination of cobalt content
GB/T223.21-1994
Methods for chemical analysis of iron ,steel and alloy.The nitroso-R-salt spectrophotometric method for the determination of cobalt content
GB/T223.22-1994
Methods for chemical analysis of iron, steel and alloy. The flame atomic absorption spectrometric method for the determination of cobalt content
GB/T 223.65-1988
2 iron steel and alloy 7 Ni 0201.01 Methods for chemical analysis of iron, steel and alloy.The dimethylglyoxime spectrophotometric method for the determination of nickel content
GB/T223.23-2008
Methods for chemical analysis of iron, steel and alloy.The dimethylglyoxime gravimetric method for the determination of nickel content
GB/T223.25-1994
2 iron steel and alloy 8 Mo 0201.01 Methods for chemical analysis of iron steel and alloy; The D-denzoinoxime gravimetric method for the determination of molybdenum content
GB 223.28-1989
Iron steel and alloy - Determination of molybdenum content - The thiocyanate spectrophotometric method
GB/T 223.26-2008
9 Pb 0201.01 Iron steel and alloy - Determination of lead content - Carrier precipitation-xylenol orange spectrophotometric method GB/T223.29-2008
2 iron steel and alloy 10 As 0201.01 Methods for chemical analysis of iron,steel and alloy The thiocyanate direct photometric method for the determination of arsenic content
GB/T223.31-2008
Methods for chemical analysis of iron,steel and alloy The hypophosphite reduction-iodimetric method for the determination of arsenic content
GB/T223.32-1994
2 iron steel and alloy 11 Mg 0201.01 Methods for chemical analysis of iron,steel and alloy—The cupral separation-xylidyl blue ;Ⅱ photometric method for the determination of magnesium content
GB/T223.45-1994
Methods for chemical analysis of iron,steel and alloy—The flame atomic absorption spectrometric method for the determination of magnesium content
GB/T223.46-1989
12 Sb 0201.01 Methods for chemical analysis of iron, steel and alloy The carrier precipitation-molybdenum blue potometric method for the derermination of antimony content
GB/T223.47-1994
2 iron steel and alloy 13 Bi 0201.01 Methods for chemical analysis of iron,steel and alloy The semixylenol orange photomentric method for the determination of bismuth content
GB/T223.48-1985
14 Sn 0201.01 Methods for chemical analysis of iron,steel and alloy Thephenylfluorone-CTMABdirect photometric method for the determination of tin content
GB/T223.50-1994
15 Zn 0201.01 Metnods for chemical analysis of iron ,steel and alloy GB223.51-1987
16 Se 0201.01 Methods for chemical analysis of iron,steel and alloy. The hydroxylamine hydrochloride-iodometric method for the determination of selenium content
GB/T223.52-1987
2 iron steel and alloy 17 Si 0201.01 Methods for chemical analysis of iron,steel and alloy The perchloric acid dehydration gravimetric method for the determination of silicon content
GB/T223.60-1997
Methods for chemical analysis of iron,steel and alloy The reduced molybdosilicate spectrophotometric method for the determination of acid-soluble silicon content
GB/T223.5-2008
2 iron steel and alloy 18 P 0201.01 Methods for chemical analysis of iron, steel and alloy; The ammonium phosphomolybdate volumetric method for the determination of phosphorus content
GB/T223.61-1988
Methods for chemical analysis of iron, steel and alloy; The butyl acetate extraction photometric method for the determination of phosphorus content
GB/T223.62-1988
Methods for chemical analysis of iron, steel and alloy; The diantipyrylmethane phosphomolybdate gravimetric method for the determination of phosphorus content
GB/T223.3-1988
Iron steel and alloy - Determination of phosphorus content - Bismuth phosphomolybdate blue spectrophotometric method and antimony phosphomolybdate blue spectrophotometric method
GB/T223.59-2008
2 iron steel and alloy 19 Mn 0201.01 Methods for chemical analysis of iron, steel and alloy; The sodium(potassium)periodate photometric method for the determination of manganese content
GB/T223.63-1988
Iron steel and alloyed - Determination of manganese content - Flame atomic absorption spectrometric method
GB/T223.64-2008
Alloyed steel - Determination of manganese content - Potentiometric or visual titration method
GB/T 223.4-2008
Methods for chemical analysis of iron,steel and alloy; The sodium arsenite-sodium nitrite titrimetric method for the determination of manganese content
GB 223.58-1987
2 iron steel and alloy 20 W 0201.01 Methodsforchemicalanalysisofiron,steelandalloy—Thethiocyanatechlorpromazinehydrochloride—chloroformextractionphotometricmethodforthedeterminationoftungstencontent
GB/T223.66-1989
Iron steel and alloy - Determination of tungsten content - Gravimetryc method and spectrophotometric method
GB/T223.43-2008
21 S 0201.01 Steel and iron—Determination of total carbon and sulfur content Infrared absorption method after combustion in an induction furnace(routine method)
GB/T20123—2006
2 iron steel and alloy 22 C 0201.01 Steel and iron—Determination of total carbon and sulfur content Infrared absorption method after combustion in an induction furnace(routine method)
GB/T20123—2006
23 Fe 0201.01 Iron,steel and alloy—Determination of iron contents—o-Phenanthroline spectrophotometric method
GB/T223.70-2008
Iron steel and alloy - Determination of iron contents - Titanium trichloride-potassium dichromate titration method GB/T223.73-2008
2 iron steel and alloy 24 B 0201.01 Iron steel and alloy - Determination of boron content - Methanol distillation-curcumin photometric method GB/T223.75-2008
Methods for chemical analysis of iron,steel and alloy The neutralization titrimetric method for the determination of boron content
GB/T223.6-1994
Hexagon socket set screws with cone point
GB/T223.78-2000
25 Ca 0201.01 Methods for chemical analysis of iron,steel and alloy The flame atomic absorprtion spectrometric method for the determination of calcium content GB/T223.77-1994
3 Aluminum and aluminum alloy 1 Cu 0201.03 Methods for chemical analysis of aluminium and aluminium alloys--Part 3 etermination of copper content GB/T20975.3-2008
2 Fe 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 4:Determination of iron content Orthopenanthroline photometric method
GB/T20975.4-2008
3 Si 0201.03 Methods for chemical analysis of aluminium and aluminium alloys. Part 5 etermination of silicon content GB/T20975.5-2008
3 Aluminum and aluminum alloy 4 Cd 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 6:Determination of cadmium content Flame atomic absorption spectrometric method
GB/T20975.6-2008
5 Mn 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 7:Determination of manganese content Potassium periodate spectrophotometric method GB/T20975.7-2008
6 Zn 0201.03 Methods for chemical analysis of aluminium and aluminium alloys--Part 8 etermination of zinc content
GB/T20975.8-2008
3 Aluminum and aluminum alloy 7 Sn 0201.03 Methods for chemical analysis of aluminium and aluminium alloys--Part 10 etermination of tin content GB/T20975.10-2008
3 Aluminum and aluminum alloy 8 Pb 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 11:Determination of lead content Flame atomic absorption spectrometric method
GB/T20975.11-2008
9 Ti 0201.03 Methods for chemical anlaysis of aluminium and aluminium alloys. Part 12 etermination of titanium content GB/T20975.12-2008
3 Aluminum and aluminum alloy 10 V 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 13:Determination of vanadium content N-benzoyl-Nphenylhydroxylamine spectrophotometric method GB/T20975.13-2008
11 Ni 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 14:Determination of nickel content GB/T20975.14-2008
12 Mg 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 16:Determination of magnesium GB/T20975.16-2008
3 Aluminum and aluminum alloy 13 Cr 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 18:Determination of chromium content GB/T20975.18-2008
14 Ca 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 21:Determination of calcium content Flame atomic absorption spectrometric method
GB/T20975.21-2008
15 Sb 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 23:Determination of antimony content Potassium iodide spectrophotometric method GB/T20975.23-2008
3 Aluminum and aluminum alloy 16 Fe,Cu,Mg,Mn,Ga,Ti,V,In,Sn,Bi,Ca,Cr,Zn,Ni,Cd,Zr,Be,Pb,B,Si,Sr,Sb 0201.03 Methods for chemical analysis of aluminium and aluminium alloys - Part 25:Inductively coupled plasma atomic emission spectrometric method
GB/T20975.25-2008
4 copper and copper alloy 1 Cu 0201.02 Methods for chemical analysis of copper and copper alloys-part1:Determination of copper content
GB/T5121.1-2008
2 P 0201.02 Methods for chemical analysis of copper and copper alloys-part2:Determination of phosphorus content
GB/T5121.2-2008
3 Pb 0201.02 Methods for chemical analysis of copper and copper alloys-part3:Determination of lead content
GB/T5121.3-2008
4 copper and copper alloy 4 C,S 0201.02 Methods for chemical analysis of copper and copper alloys-part4:Determination of carbon and sulfur content GB/T5121.4-2008
5 Ni 0201.02 Methods for chemical analysis of copper and copper alloys-part5:Determination of nickel content
GB/T5121.5-2008
6 Bi 0201.02 Methods for chemical analysis of copper and copper alloys-part6:Determination of bismuth content
GB/T5121.6-2008
7 As 0201.02 Methods for chemical analysis of copper and copper alloys-part7:Determination of arsenic content
GB/T5121.7-2008
4 copper and copper alloy 8 Fe 0201.02 Methods for chemical analysis of copper and copper alloys-part9:Determination of iron content
GB/T5121.9-2008
9 Sn 0201.02 Methods for chemical analysis of copper and copper alloys-part10:Determination of tin content
GB/T5121.10-2008
4 copper and copper alloy 10 Zn 0201.02 Methods for chemical analysis of copper and copper alloys-part11:Determination of zinc content
GB/T5121.11-2008
11 Sb 0201.02 Methods for chemical analysis of copper and copper alloys-part12:Determination of antimony content
GB/T5121.12-2008
4 copper and copper alloy 12 Al 0201.02 Methods for chemical analysis of copper and copper alloys-part13:Determination of aluminum content
GB/T5121.13-2008
13 Mn 0201.02 Methods for chemical analysis of copper and copper alloys-part14:Determination of manganese content
GB/T5121.14-2008
14 Co 0201.02 Methods for chemical analysis of copper and copper alloys-part15:Determination of cobalt content
GB/T5121.15-2008
15 Cr 0201.02 Methods for chemical analysis of copper and copper alloys-part16:Determination of chromium content
GB/T5121.16-2008
4 copper and copper alloy 16 Mg 0201.02 Methods for chemical analysis of copper and copper alloys-part18:Determination of magnesium content
GB/T5121.18-2008
17 Ag 0201.02 Methods for chemical analysis of copper and copper alloys-part19:Determination of copper content
GB/T5121.19-2008
18 Ti 0201.02 Methods for chemical analysis of copper and copper alloys-part21 etermination of titanium content
GB/T5121.21-2008
19 Cd 0201.02 Methods for chemical analysis of copper and copper alloys-part22 etermination of cadmium content
GB/T5121.22-2008
4 copper and copper alloy 20 Si 0201.02 Methods for chemical analysis of copper and copper alloys-part23:Determination of silicon content
GB/T5121.23-2008
21 P,Ag,Bi,Sb,As,Fe,Ni,Pb,Sn,S,Zn,Mn,Cd,Se,Te,Al,Si,Co,Yi,Mg,Be,Zr,Cr,B,Hg 0201.02 Methods for chemical analysis of copper and copper alloys-part27:The inductirely coupled plasmaatomic emission spectromertric method
GB/T5121.27-2008
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:江苏省昆山市庆丰西路639号102室
签发日期:2014年02月26日 有效期至:2017年02月25日
更新日期:2014年02月26日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 杨柏豪 几何量、热学、力学、电磁学、无线电、化学校准项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:Room 102, No.639, Qingfeng West Road, Kunshan, Jiangsu, China
Date of Issue:2014-02-26 Date of Expiry:2017-02-25
Date of Update:2014-02-26
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 Yangbaihao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Chemical calibration items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:江苏省昆山市庆丰西路639号102室
认可依据:ISO/IEC 17025:2005以及CNAS特定认可要求
签发日期:2014年02月26日 有效期至:2017年02月25日
更新日期:2014年02月26日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 领域代码 规范代号(含年号)名称 测量范围 扩展不确定度(校准和测量能力,k=2) 限制说明 备注
1 圆柱螺纹量规 长度 1301 JJF1345-2012
圆柱螺纹量规校准规范 M2.5~M60 U=3.0μm
2 标准环规 长度 1301 JJG 894-1995 标准环规检定规程 (0~Φ100)mm U= 0.6μm
3 光滑极限量规 长度 1301 JJG 343-2012 光滑极限量规检定规程 (Φ1~Φ100)mm U=(0.6~1.0)μm
4 卡尺 长度 1303 JJG 30-2012
通用卡尺检定规程 (0~500)mm U=(7+13L)mm L—m
JJG 31-2011
高度卡尺检定规程 (0~1000)mm U=(7+13L)mm L—m
5 千分尺 长度 1303 JJG 21-2008
千分尺检定规程 (0~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~500)mm U=2.0μm
6 内径千分尺 长度 1303 JJG 22-2003
内径千分尺检定规程 (50~500)mm U =(1+3.7L)μm
L—m
7 深度千分尺 长度 1303 JJG24-2003
深度千分尺检定规程 (0~100)mm U=2μm
8 塞尺 长度 1303 JJG 62-2007
塞尺检定规程 (0.02~1.00)mm U=1.7μm
9 钢直尺 长度 1303 JJG 1-1999
钢直尺检定规程 (0~1)m U=0.06mm
10 数显测高仪 长度 1309 JJF1254-2010
数显测高仪校准规范 (0~600)mm U=(0.6+1.6L)μm L—m
11 半径样板 长度 1303 JJG58-2010
半径样板检定规程 R(0.4~25)mm U=5μm
12 螺纹样板 长度 1301 JJG60-2012
螺纹样板检定规程 (0.40~6.00)mm U=3.3μm
13 投影仪 长度 1309 JJF 1093-2002
投影仪校准规范 (0~200)mm U=(1.6+2.0L)μm
L—m 只测仪器示值误差
14 三坐标测量机 长度 1309 JJF 1064-2010
坐标测量机校准规范 (0~1000)mm U=(1.6+5×10-7×L)μm L—m
15 指示类量具检定仪 长度 1309 JJG 201-2008
指示类量具检定仪检定规程 (0~25)mm U=1.2μm
(0~2)mm U=0.3μm
16 测长仪 长度 1309 JJF 1189-2008
测长仪校准规范 (0~100)mm U =(0.17+0.7L)μm
L—m
17 指示表(指针式、数显式) 长度 1303 JJG 34-2008 指示表(指针式、数显式)检定规程 (0~10)mm U=4.9μm
(0~2)mm U=1.2μm
18 杠杆表 长度 1303 JJG 35-2006 杠杆表检定规程 0.01mm,(0~1.0)mm U=3μm
0.001mm,(0~0.2)mm U=1.2μm
19 内径表 长度 1303 JJF 1102-2003 内径表校准规范 0.01mm,(6~35)mm U=3μm
0.01mm,(35~160)mm U=4μm
0.001mm,(6~160)mm U=1.2μm
20 三针 长度 1303 JJF1027-2008 针规、三针校准规范 (0.018~6.585)mm U=0.5μm
针规 (0.1~25)mm
21 测厚仪 长度 1309 JJF1126-2004 超声波测厚仪校准规范 (0~100)mm U=0.03mm
JJG 818-2005 磁性、电涡流式覆层厚度测量仪检定规程 (0~1000)μm U=2.2μm
22 光学计 长度 1309 JJG 45-1999
光学计检定规程 (-100~+100)μm U=0.12μm
23 量块 长度 1308 JJG 146-2011 量块检定规程 (0.5~100)mm U=(0.10~0.19)μm
k=2.58
(10~291.8)mm U=(0.5~1.2)μm
k=2.58
24 金相显微镜 长度 0101 Q/Y281-2009
金相、电子显微镜校准规程 (0~1)mm Urel=1.2℅
25 万能角度尺 角度 1308 JJG 33-2002 万能角度尺检定规程 (0~320)° U =1.2′
26 宽座直角尺 角度 1303 JJG 7-2004
直角尺检定规程 (63~400) mm U =3.2μm
27 框式水平仪和条式水平仪 角度 1303 JJF 1084-2002 框式水平仪和条式水平仪校准规范 (-0.2~+0.2)mm/m U=4%
28 触针式表面粗糙度测量仪 粗糙度 1308 JJF 1105-2003 触针式表面粗糙度测量仪校准规范 Ra:(0.1-3.2)μm Urel=7%
29 平板 平面度 1303 JJG 117-2005 平板检定规程 ≤400mm×400mm U=0.9μm
(400×630)mm
~(1600×1000)mm U=1.2μm
(1600×1000)mm
~(2500×1600)mm U=2.9μm
30 数字式指示调节仪 温度 1501 JJG 617-1996 数字式指示调节仪检定规程 (-200~0)℃ U=2℃
30 数字式指示调节仪 温度 1501 JJG 617-1996 数字式指示调节仪检定规程 (0~600)℃ U=0.2℃
(600~1750) ℃ U=1℃~2℃
31 温湿度试验箱 温度 1504
1517 JJF1101-2003环境试验设备温度、湿度校准规范 (-80~300) ℃ U=0.20℃
湿度 20%RH~98%RH U=2.0%RH
32 动圈式测温调节仪表 温度 1501 JJG 186-1997动圈式温度指示位式调节仪表检定规程 热电偶:(0~1600)℃ U=(0.2~0.5)℃
33 工业过程测量记录仪 温度 1502 JJG 74—2005工业过程测量记录仪检定规程 热电偶:(0~1600)℃ U=(0.2~0.5)℃
34 金属洛氏硬度计 硬度 1326 JJG112-2003 金属洛氏硬度计检定规程 (20~88)HRA U=0.6HRA
(20~95)HRB U=0.8HRB
(20~70)HRC U=0.6HRC
35 金属布氏硬度计 硬度 1326 JJG150-2005 金属布氏硬度计检定规程 (8~650)HBW Urel=(1.0%~2.0%)
36 金属维氏硬度计 硬度 1326 JJG151-2006 金属维氏硬度计检定规程 (5~1000)HV Urel=(2.0%~3.0%)
37 金属表面洛氏硬度计 硬度 1326 JJG112-2003 金属洛氏硬度计检定规程 (70~91)HR15N U=0.8HR15N
(42~80)HR30N U=0.8HR30N
(20~70)HR45N U=0.8HR45N
37 金属表面洛氏硬度计 硬度 1326 JJG112-2003 金属洛氏硬度计检定规程 (73~93)HR15T U=1.3HR15T
(43~82)HR30T U=1.3HR30T
(12~72)HR45T U=1.3HR45T
38 显微硬度计 硬度 1326 JJG151-2006 显微硬度计检定规程 (5~1000)HV Urel=(3.0%~5.0%)
39 里氏硬度计 硬度 1326 JJG747-1999 里氏硬度计检定规程 (490~830)HLD U=8HLD
40 金属韦氏硬度计 硬度 1326 JJG 944-1999 《金属韦氏硬度计(试行)检定规程》 (5~18)HW U=0.4HW
41 力矩扳子 扭矩 1325.01 JJG707-2003 扭矩扳子检定规程 (0.4~20)N•m Urel=1%
(10~1000)N•m Urel=1%
(1000~27120)N•m Urel=1.4%
42 扭矩扳子检定仪 扭矩 1325 JJG 797-1992 扭矩扳子检定仪检定规程 (0~300)Nm Urel=0.3%
43 工作测力仪 力值 1323 JJG 455-2000 《工作测力仪检定规程》 (0~5000) N Urel=0.3%
44 拉力、压力和万能试验机 力值 1326.01
1326.02 JJG 139-1999
拉力、压力和万能试验机检定规程 10N~1MN Urel =0.3%
45 电子式万能试验机 力值 1326.01
1326.02 JJG 475-2008
电子式万能试验机
检定规程 10N~1MN Urel =0.3%
46 非金属拉力压力和万能试验机 力值 1326.01
1326.02 JJG 157-2008
非金属拉力、压力和万能试验机检定规程 0.1N~1MN Urel =0.3%
47 弹簧拉压试验机 力值 1326.01
1326.02 JJF 1134-2005
专用工作测力机
校准规范 0.5N~50kN Urel =1%
48 弹簧管式精密压力表、精密真空表 压力 1320.01
1320.02 JJG 49-1999
弹簧管式精密压力表和真空表检定规程 (-0.1~60)MPa Urel =0.14%FS
49 弹簧管式一般压力表、真空表、压力真空表 压力 1320.01
1320.02 JJG 52-1999
弹簧管式一般压力表和压力真空表和真空表检定规程 (-0.1~60)MPa Urel =0.2%FS
50 数字压力计(表) 压力 1320.07 JJG 875-2005
数字压力计检定规程 (-0.1~60)MPa Urel =0.14%FS
51 电子天平 质量 1311.01 JJG 1036-2008
电子天平检定规程 2g~30kg U=0.01mg~33mg
52 机械天平 质量 1312.01 JJG 98-2006
机械天平检定规程 2g~500g U=0.04mg~0.8mg
53 架盘天平 质量 1318. 01 JJG 156-2004
架盘天平检定规程 100g~10kg U=1.6mg~0.2g
54 模拟指示秤 质量 1318.01 JJG 13-1997
模拟指示秤检定规程 500g~100kg U=8mg~2g
55 非自行指示秤 质量 1318.01 JJG 14-1997
非自行指示秤检定规程 50g~500kg U=0.8g~15g
56 数字指示秤 质量 1318.01 JJG 539-1997
数字指示秤检定规程 20g~500kg U=0.8mg~8g
57 F2等级砝码 质量 1310 JJG99-2006《砝码检定规程》 (1~500)mg U=(0.02~0.08)mg
(1~500)g U=(0.1~2.5)mg
(1~20)kg U=(5~100)mg
58 M1等级砝码 质量 1310 JJG99-2006《砝码检定规程》 (1~500)mg U=(0.06~0.25)mg
(1~500)g U=(0.3~8.0)mg
(1~20)kg U=(16~300)mg
59 电子计数式转速表 转速 1324 JJG 105-2000《转速表检定规程》 20r/min~30000r/min Urel=4.0×10-4
60 机械式振动试验台 加速度 1407 JJG 189-1997 机械式振动试验台检定规程 (0~500)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
61 电动式振动试验台 加速度 1407 JJG 190-1997 电动式振动试验台检定规程 (0~1000)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
62 落体式冲击试验台 加速度 1407 JJG 541-2005 落体式冲击试验台检定规程 (0~100000)m/s2 (0~10000)m/s2 Urel=3.0%
(10000~100000)m/s2 Urel=4.0%
63 数字式电动振动试验系统 加速度 1407 JJG 948-1999
数字式电动振动试验系统检定规程 (0~1000)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
64 数字多用表 直流电压 0410 JJG 315-1983
直流数字电压表试行检定规程 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1000V) U=1.1×10-5Vx+0.6mV
交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
64 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
64 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (0.22~2.2)V
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
64 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
64 数字多用表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (22~220)V
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1000)V 40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
直流电流 0410 JJG 598-1989
直流数字电流表试行检定规程 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
64 数字多用表 交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 10μA~220μA 10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA 10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA 10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
64 数字多用表 交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 22mA~220mA 10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
64 数字多用表 交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 22mA~220mA 40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A 40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A 40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A 45Hz~100Hz U=1.4×10-3Ix+6mA
电阻 0410 JJG 724-1991
直流数字式欧姆表检定规程 11A~20A 100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
64 数字多用表 电阻 0410 JJG 724-1991
直流数字式欧姆表检定规程 1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
65 直流数字电压表 直流电压 0410 JJG 315-1983
直流数字电压表试行检定规程 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1100V) U=1.1×10-5Vx+0.6mV
66 直流数字电流表 直流电流 0410 JJG 598-1989
直流数字电流表试行检定规程 (10μA~220μA) U=6.9×10-5Ix+12nA
66 直流数字电流表 直流电流 0410 JJG 598-1989
直流数字电流表试行检定规程 (0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
67 交流数字电压表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
67 交流数字电压表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (2.2~22)mV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
67 交流数字电压表 交流电压 0410 JJG (航天)34-1999
交流数字电压表检定规程 (0.22~2.2)V
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
(22~220)V
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
67 交流数字电压表 交流电压 0410 (22~220)V
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1100)V 40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
68 交流数字电流表 交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 10μA~220μA 10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
10μA~220μA 1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA 10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA 10Hz~20Hz U=8.1×10-4Ix+462nA
68 交流数字电流表 交流电流 0410 JJG (航天)35-1999
交流数字电流表检定规程 2.2mA~22mA 20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA 10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A 40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A 40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A 45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
69 直流数字欧姆表 电阻 0410 JJG 724-1991
直流数字式欧姆表检定规程 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
70 多功能标准源 直流电压 0409 JJG 445-1986
直流标准电压源检定规程 10mV~100mV U=5.2×10-6Vx+0.1μV
70 多功能标准源 直流电压 0409 JJG 445-1986
直流标准电压源检定规程 0.1V~1V U=3.5×10-6Vx+0.5μV
1V~10V U=3.5×10-6Vx+4.6μV
10V~100V U=5.2×10-6Vx+46μV
100V~1000V U=5.2×10-6Vx+0.6mV
交流电压 0409 JJG(航天)2-1999 交流标准电压源检定规程 10mV~100mV
1Hz~10Hz U=1.9×10-4Vx+16μV
10Hz~40Hz U=1.5×10-4Vx+4.6μV
40Hz~100Hz U=1.3×10-4Vx+4.6μV
100Hz~2kHz U=1.2×10-4Vx+2.3μV
2kHz~10kHz U=1.2×10-4Vx+4.6μV
10kHz~30kHz U=3.5×10-4Vx+9.3μV
30kHz~100kHz U=8.2×10-4Vx+23μV
0.1V~1V 1Hz~10Hz U=1.6×10-4Vx+0.14mV
10Hz~40Hz U=1.2×10-4Vx+23μV
40Hz~100Hz U=9.8×10-5Vx+23μV
100Hz~2kHz U=7.5×10-5Vx+23μV
2kHz~10kHz U=9.8×10-5Vx+23μV
10kHz~30kHz U=2.4×10-4Vx+46μV
30kHz~100kHz U=5.8×10-4Vx+0.3mV
70 多功能标准源 交流电压 0409 JJG(航天)2-1999 交流标准电压源检定规程 0.1V~1V 100kHz~300kHz U=3.5×10-3Vx+2.3mV
300kHz~1MHz U=1.2×10-2Vx+23mV
1V~10V 1Hz~10Hz U=1.6×10-4Vx+1.4mV
10Hz~40Hz U=1.2×10-4Vx+0.3mV
40Hz~100Hz U=9.8×10-5Vx+0.3mV
100Hz~2kHz U=7.5×10-5Vx+0.3mV
2kHz~10kHz U=9.8×10-5Vx+0.3mV
10kHz~30kHz U=2.4×10-4Vx+0.5mV
30kHz~100kHz U=5.8×10-4Vx+2.3mV
100kHz~300kHz U=3.5×10-3Vx+23mV
300kHz~1MHz U=1.2×10-2Vx+0.3V
10V~100V 1Hz~10Hz U=1.6×10-4Vx+14mV
10Hz~40Hz U=1.2×10-4Vx+2.3mV
40Hz~100Hz U=9.8×10-5Vx+2.3mV
100Hz~2kHz U=7.5×10-5Vx+2.3mV
2kHz~10kHz U=9.8×10-5Vx+2.3mV
10kHz~30kHz U=2.4×10-4Vx+4.6mV
30kHz~100kHz U=5.8×10-4Vx+23mV
70 多功能标准源 交流电压 0409 JJG(航天)2-1999 交流标准电压源检定规程 10V~100V 100kHz~300kHz U=3.5×10-3Vx+0.27V
300kHz~1MHz U=1.2×10-2Vx+2.3V
100V~1000V
1Hz~10Hz U=1.6×10-5Vx+0.08V
10Hz~40Hz U=1.3×10-4Vx+23mV
40Hz~10kHz U=1.1×10-4Vx+23mV
10kHz~30kHz U=2.4×10-4Vx+46mV
30kHz~100kHz U=5.9×10-4Vx+0.3V
70 多功能标准源 直流电流 0409 JJG (航天)38-1987
直流标准电流源检定规程 10μA~100μA U=1.4×10-5Ix+0.5nA
0.1mA~1mA U=1.4×10-5Ix+5nA
1mA~10mA U=1.5×10-5Ix+46nA
10mA~100mA U=4.2×10-5Ix+0.9μA
100mA~2A U=2.0×10-4Ix+19μA
2A~20A U=4.4×10-4Ix+0.5mA
交流电流 0409 JJG (航天)51-1999
交流标准电流源检定规程 10μA~100μA 10Hz~5kHz U=5.5×10-4Ix+23nA
0.1mA~1mA 10Hz~5kHz U=3.2×10-4Ix+0.3μA
1mA~10mA 10Hz~5kHz U=3.2×10-4Ix+3μA
70 多功能标准源 交流电流 0409 JJG (航天)51-1999
交流标准电流源检定规程 10mA~100mA 10Hz~5kHz U=2.9×10-4Ix+23μA
0.1A~2A 10Hz~1kHz U=6.9×10-4Ix+0.3mA
1kHz~5kHz U=8.2×10-4Ix+0.3mA
2A~20A 10Hz~2kHz U=9.3×10-4Ix+2.3mA
2kHz~10kHz U=2.9×10-3Ix+2.3mA
电阻 0409 JJG 166-1993
直流电阻器检定规程 1Ω~10Ω U=1.1×10-5Rx+19μΩ
10Ω~100Ω U=8.7×10-6Rx+0.06mΩ
0.1kΩ~1kΩ U=8.7×10-6Rx+0.6mΩ
1kΩ~10kΩ U=8.7×10-6Rx+6mΩ
10kΩ~100kΩ U=8.7×10-6Rx+0.06Ω
0.1MΩ~1MΩ U=9.8×10-6Rx+1.2Ω
1MΩ~10MΩ U=1.7×10-5Rx+0.1kΩ
10MΩ~100MΩ U=6.9×10-5Rx+12kΩ
71 钳形电流表 直流电流 0410 JJF 1075-2001
钳形表校准规范 ±(10A~1000A) Urel=0.5%
交流电流 0410 10A~1000A 45Hz~400Hz Urel=0.6%
72 直流低电阻表 电阻 0410 JJG 837-2003
直流低电阻表检定规程 (10-3~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
72 直流低电阻表 电阻 0410 JJG 837-2003
直流低电阻表检定规程 (101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
72 直流低电阻表 电阻 0410 JJG 366-2004
接地电阻表检定规程JJG 1054-2009 钳形接地电阻仪检定规程 (10-1~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
(0.1~100)Ω Urel=2.3×10-4
73 标准电阻 电阻 0409 JJG 166-1993
直流电阻器检定规程 (10-3,10-2,10-1,1,10,102,103,104,105)Ω Urel=3×10-5
74 直流电阻箱 电阻 0409 JJG 982-2003
直流电阻箱检定规程 (10-3~100) Ω Urel=6×10-2~4.8×10-4
(10-0~105) Ω Urel=3×10-5
(105~106) Ω Urel=3.2×10-5
(106~107) Ω Urel=3.5×10-5
75 静电腕带测试仪 电阻 0403 JJG 1005-2005电子式绝缘电阻表检定规程 100kΩ~120MΩ 100kΩ~12MΩ Urel=0.2%
75 静电腕带测试仪 电阻 0403 JJG 1005-2005电子式绝缘电阻表检定规程 100kΩ~120MΩ 12MΩ~120MΩ Urel=1.2%
76 静电鞋测试仪 电阻 0403 JJG 1005-2005电子式绝缘电阻表检定规程 100kΩ~120MΩ 100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
77 绝缘电阻表 电阻 0403 JJG 622-1997 绝缘电阻表(兆欧表)检定规程 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
电压 (0.05~1)kV Urel=1.0%
78 电子式绝缘电阻表 电阻 0403 JJG 1005-2005电子式绝缘电阻表检定规程 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
电压 (0.05~1)kV Urel=1.0%
79 表面电阻测试仪 电阻 0402 JJG 1005-2005《电子式绝缘电阻表检定规程》 (1×102~1×108) Ω Urel=1.0%
(1×108~1×109) Ω Urel=1.3%
(1×109~1×1010) Ω Urel=2.4%
(1×1010~1×1011) Ω Urel=5.8%
80 高绝缘电阻测量仪(高阻计) 电阻 0402 JJG690-2003高绝缘电阻测量仪(高阻计)检定规程 1kΩ~10MΩ Urel=0.2%
10MΩ~100MΩ Urel=0.3%
100MΩ~1GΩ Urel=1.3%
1GΩ~10GΩ Urel=2.4%
10GΩ~100GΩ Urel=5.8%
100GΩ~900GΩ Urel=12%
电压 (0.05~1)kV Urel=1.0%
81 线材测试仪 绝缘电阻 0410 JJG 1005-2005《电子式绝缘电阻表检定规程》 1kΩ~100MΩ Urel=1.0%
100MΩ~1GΩ Urel=1.3%
81 线材测试仪 导通电阻 0410 JJG724-1991《直流数字欧姆表检定规程》 (0~1000)Ω U=1.2×10-4Rx+2.3mΩ
81 线材测试仪 电压 0411 JJG445-1986《直流标准电压源检定规程》 (1~1000)V Urel=0.1%
82 接地导通电阻测试仪 电流 0410 JJG 984-2004《接地导通电阻测试仪检定规程》 (1~60)A Urel=0.2%~12%
电阻 0410 (0.1~1)mΩ Urel=12%
(1~10)mΩ Urel=4.7%
(10~100)mΩ Urel=0.23%
(100~1000)mΩ Urel=0.12%
83 耐电压测试仪 直流电压 0403 JJG 795-2004《耐电压测试仪检定规程》 (0.1~15)kV Urel=0.3%
交流电压 (0.1~15)kV Urel=0.58%
直流击穿电流 (0.1~200)mA Urel=0.3%
交流击穿电流 (0.1~200)mA Urel=0.3%
持续时间 (1.0~999.9)s Urel=0.7%
84 泄漏电流测试仪 直流电流 0410 JJG 843-2007《泄漏电流测试仪检定规程》 10μA~400mA Urel=0.3%
交流电流 10μA~400mA Urel=0.8%
直流电压 (10~1000)V Urel=0.2%
交流电压 (10~1000)V Urel=0.5%
85 直流稳压电源 直流电压 0415 JJG (航天) 6-1999
直流稳压电源检定规程
JJF(军工)26-2012大电流直流电源校准规范 (0.1~10)V Urel=3.5×10-2~1.1×10-4
(10~100)V Urel=4.2×10-3~1.1×10-3
(100~1000)V Urel=5.2×10-3~1.1×10-3
(1000~10000)V Urel =6×10-3
直流电流 (0.1~1)A Urel=1.3×10-2~2.3×10-3
(1~3)A Urel=2.1×10-3~1.6×10-3
(3~20)A Urel=4×10-4~6×10-4
(20~100)A Urel=9×10-4~1.1×10-3
(100~500)A Urel=6×10-4
电源电压调整率 (0.1~10)V , 0.001%~1% Urel=6.1×10-2~1.9×10-4
(10~100)V , 0.001%~1% Urel=7.3×10-3~1.9×10-3
85 直流稳压电源 电源电压调整率 0415 JJG (航天) 6-1999
直流稳压电源检定规程
JJF(军工)26-2012大电流直流电源校准规范 (100~750)V , 0.001%~1% Urel=9×10-3~1.9×10-3
(750~10000)V , 0.001%~1% Urel =1.1×10-2
负载调整率 (0.1~10)V , 0.001%~1% Urel=5×10-2~1.6×10-4
(10~100)V , 0.001%~1% Urel=6×10-3~1.6×10-3
(100~750)V , 0.001%~1% Urel=7.4×10-3~1.6×10-3
(750~10000)V , 0.001%~1% Urel =8.5×10-3
纹波电压 (0.1~300)V 10Hz~10MHz Urel =8.2×10-2
86 交流稳压电源 交流电压 0415 QJ 3233-2005
交流稳压电源稳态特性校准规范
JJG(航天) 2-1999
交流标准电压源检定规程 10V~100V 10Hz~20kHz Urel=4.2×10-3~1.0×10-3
86 交流稳压电源 交流电压 0415 QJ 3233-2005
交流稳压电源稳态特性校准规范
JJG(航天) 2-1999
交流标准电压源检定规程 10V~100V 20kHz~50kHz Urel=7.5×10-3~2.0×10-3
50kHz~100kHz Urel=1.8×10-2~8×10-3
100kHz~300kHz Urel=1.1×10-1~5.2×10-2
100V~750V 10Hz~20kHz Urel=3.5×10-3~1.0×10-3
20kHz~50kHz Urel=6.2×10-3~2.1×10-3
100V~750V 50kHz~100kHz Urel=1.6×10-2~8×10-3
100kHz~300kHz Urel=9.6×10-2~5.2×10-2
频率 10Hz~40Hz Urel =3.5×10-4
40Hz~300kHz Urel =1.2×10-4
失真 (0~100)% 10Hz~20kHz U=0.58dB
(0~100)% 20kHz~100kHz U=0.81dB
电源电压调整率 10V~100V 10Hz~20kHz Urel=7.3×10-3~1.7×10-3
20kHz~50kHz Urel=1.3×10-2~3.5×10-3
86 交流稳压电源 电源电压调整率 0415 QJ 3233-2005
交流稳压电源稳态特性校准规范
JJG(航天) 2-1999
交流标准电压源检定规程 10V~100V 50kHz~100kHz Urel=3.1×10-2~1.4×10-2
100kHz~300kHz Urel=1.9×10-1~9.0×10-2
100V~750V 10Hz~20kHz Urel=6.1×10-3~1.7×10-3
20kHz~50kHz Urel=1.1×10-2~3.6×10-3
100V~750V 50kHz~100kHz Urel=2.8×10-2~1.4×10-2
100kHz~300kHz Urel=1.7×10-1~9.0×10-2
负载调整率 10V~100V 10Hz~20kHz Urel=5.9×10-3~1.4×10-3
20kHz~50kHz Urel=1.1×10-2~2.8×10-3
50kHz~100kHz Urel=2.5×10-2~1.1×10-2
100kHz~300kHz Urel=1.6×10-1~7.4×10-2
100V~750V 10Hz~20kHz Urel=4.9×10-3~1.4×10-3
86 交流稳压电源 负载调整率 0415 QJ 3233-2005
交流稳压电源稳态特性校准规范
JJG(航天) 2-1999
交流标准电压源检定规程 100V~750V 20kHz~50kHz Urel=8.8×10-3~3.0×10-3
50kHz~100kHz Urel=2.3×10-2~1.1×10-2
100kHz~300kHz Urel=1.4×10-1~7.4×10-2
87 电子负载 恒压 0411 Q/Y 190-2006 直流电子负载检定规程
(0.1~1000)V Urel=2×10-5~7×10-5
电流 (0.1~20)A Urel=5.1×10-5~2×10-4
(20~400)A Urel =5.8×10-4
88 交流电桥 电容 0411 JJG 441-2008 交流电桥检定规程 1pF~1μF (1kHz~100kHz) Urel =3×10-4
电感 100μH~10H 1kHz Urel =3×10-4
电阻 (100~101)Ω (1kHz~100kHz) Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~106)Ω Urel=1.2×10-4
89 标准电容 电容 0404 JJG 183-1992 标准电容器检定规程 1pF~1μF (1kHz~100kHz) Urel =3×10-4
90 标准电感 电感 0406 JJG 726-1991 标准电感器检定规程 1μH~10H (1kHz) Urel =3×10-4
91 静电放电发生器 放电电压 0421 GJB/J 5025-2001 静电放电模拟器检定规程 (-15~15)kV Urel=1.2%
放电电流峰值 (-20~20)A Urel=5.8%
放电电流上升时间 0.5ns~10s Urel=6%
92 网络分析仪 驻波比 0419 GJB/J 3608-1999 自动网络分析仪检定规程 13MHz~18GHz
1.05~1.30 Urel=1.5%
1.30~2.00 Urel=2.2%
衰减量 0419 20dB U=0.15dB ~0.35dB
50dB U=0.23dB ~0.48dB
传输相移 0419 -180o~180o U=0.3° ~0.9°
93 衰减器 衰减量 0419 JJG387-2005
同轴电阻式衰减器检定规程 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB 100kHz~2MGHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
93 衰减器 衰减量 0419 JJG387-2005
同轴电阻式衰减器检定规程 110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
120dB 100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~13.2GHz U=0.52dB
13.2GHz~19.2GHz U=0.90dB
94 低频信号发生器 频率 0416 JJG 602-1996
低频信号发生器检定规程 1Hz~30MHz Urel=1×10-4
电压 1mV~200mV 1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V 1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
失真 0.001%~30% 10Hz~100kHz Urel=2%
95 函数信号发生器 频率 0416 JJG840-1993 函数发生器检定规程 1Hz~30MHz Urel=1×10-4
电压 1mV~200mV 1Hz~50kHz Urel=0.2%
95 函数信号发生器 电压 0416 JJG840-1993 函数发生器检定规程 1mV~200mV 50kHz~100kHz Urel=0.6%
0.2V~200V 1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
失真 0.001%~30% 10Hz~100kHz Urel=2%
96 信号发生器 频率 0416 JJG173-2003 信号发生器检定规程 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~26.5GHz Urel=1.8×10-8
功率 0416 (-20~20)dBm 100kHz~4.2GHz U=0.12dB
4.2GHz~18GHz U=0.25dB
18GHz~26.5GHz U=0.29dB
(20~30)dBm 100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
调谐电平 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
96 信号发生器 调谐电平 0416 JJG173-2003 信号发生器检定规程 80dB 100kHz~26.5GHz U=0.14dB
调谐电平 0416 90dB 100kHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.28dB
调谐电平 0416 JJG173-2003 信号发生器检定规程 100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.42dB
110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
19.2GHz~26.5GHz U=0.95dB
频谱纯度 0416 JJG173-2003 信号发生器检定规程 -80dBc 100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~26.5GHz U=2.5dB
调幅 0416 5%~99% 100kHz~10MHz Urel= 0.9%
5%~20% 10MHz~3GHz Urel= 3.0%
20%~99% Urel= 0.6%
96 信号发生器 调幅 0416 JJG173-2003 信号发生器检定规程 5%~20% 3GHz~26.5GHz Urel= 5.2%
20%~99% Urel= 1.8%
调频 0416 200Hz~400kHz(β=频偏/调制速率) 10MHz~ 6.6GHz
β:0.2~0.45 Urel= 1.8%
10MHz~ 6.6GHz
β>0.45 Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8 Urel= 2.9%
6.6GHz~ 13.2GHz
β>8 Urel= 1.2%
13.2GHz~ 26.5GHz
β:0.2~16 Urel= 4.4%
13.2GHz~ 26.5GHz
β>16 Urel= 1.2%
97 分光光度计 波长 0201 JJG 178-2007
紫外、可见、近红外分光光度计检定规程 λ:(241~879)nm U=0.12nm~0.51nm
透射比 T:(0~100)% Urel=0.51%
98 电导率仪 电导率 0233 JJG 376-2007
电导率仪检定规程 (0.1~1.3)mS/cm 配套Urel=0.28% 只做配套校准
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:Room 102, No.639, Qingfeng West Road, Kunshan, Jiangsu, China
Accreditation Criteria:ISO/IEC 17025:2005 and relevant requirements of CNAS
Date of Issue:2014-02-26 Date of Expiry:2017-02-25
Date of Update:2014-02-26
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Code of Field Title, Code of Calibration Method Range Uncertainty
(CMC, k=2) Limitation Note
1 Cylindrical Screw Thread Gauges Length 1301 JJG 1345-2012 Verification Regulation of Cylindrical Screw Thread Gauges M2.5~M60 U=3.0μm
2 Standard Ring Gauge Length 1301 JJG 894-1995 Verification Regulation of Standard Rang Gauge (0~Φ100)mm U= 0.6μm
3 Smooth Limit Gauge Length 1301 JJG 343-1996 Verification Regulation of Smooth Limit Gauge (Φ1~Φ100)mm U=(0.6~1.0)μm
4 Caliper Length 1303 JJG30-2002
V.R.of Current Calipers (0~500)mm U=(7+13L)mm L—m
JJG31-2011
V.R.of Height Gauge (0~1000)mm U=(7+13L)mm L—m
5 Micrometer Length 1303 JJG21-2008
V.R.of Micrometer (0~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
5 Micrometer Length 1303 JJG21-2008
V.R.of Micrometer (100~500)mm
(100~500)mm U=2.0μm
6 Internal Micrometer Length 1303 JJG22-2003
V.R.of Internal Micrometers (50~500)mm U =(1+3.7L)μm
L—m
7 Depth Micrometers Length 1303 JJG24-2003
Verification Regulation of Depth Micrometers (0~100)mm U=2μm
8 Feeler Gauge Length 1303 JJG62-2007
V.R.of Feeler Gauge (0.02~1.00)mm U=1.7μm
9 Steel Rule Length 1303 JJG 1-1999
V.R. of Steel Rule (0~1) m U= 0.06mm
10 Height Measuring Instrument with Digital Display Length 1309 JJF1254-2010
C.S. for Height Measuring Instrument with Digital Display (0~600)mm U=(0.6+1.6L)μm L—m
11 Radius Gauge Length 1303 JJG58-2010
Verification Regulation of Radius Gauge R(0.4~25)mm U=5μm
12 Screw Thread Gauge Length 1301 JJG60-2012
Verification Regulation of Screw Thread Gauge (0.40~6.00)mm U=3.3μm
13 Projector Length 1309 JJF1093—2002
C.S.for Projectors (0~200)mm U=(1.6+2.0L)μm
L—m just measure the error of indication
14 Three Coordiate Measuring Machines Length 1309 JJF1064-2010
C.S.for Coordiate Measuring Machines (0~1000)mm U=(1.6+5×10-7×Ln)μm Ln—m
15 Dial Indicator Gauges Length 1309 JJG201-2008
V.R.of Tester for Dial Indicator Gauges (0~25)mm U=1.2μm
(0~2)mm U=0.3μm
16 Horizontal Metroscope Length 1309 JJF1189-2008
C.S.for Horizontal Metroscope (0~100)mm U =(0.17+0.7L)μm
L—m
17 Dial Gauges(dial and digital) Length 1303 JJG34-2008
V.R.of Dial Gauges(dial and digital) (0~10)mm U=4.9μm
17 Dial Gauges(dial and digital) Length 1303 JJG34-2008
V.R.of Dial Gauges(dial and digital) (0~2)mm
(0~2)mm U=1.2μm
18 Dial Test Indicator Length 1303 JJG35-2006
V.R.of Dial Test Indicator 0.01mm,(0~1.0)mm U=3μm
0.001mm,(0~0.2)mm U=1.2μm
19 Bore Dial Indicators Length 1303 JJF1102-2003
C.S.for Bore Dial Indicators 0.01mm,(6~35)mm U=3μm
0.01mm,(35~160)mm U=4μm
0.001mm,(6~160)mm U=1.2μm
20 Cylindrical Measuring pin Length 1303 JJF1027-2008
calibration specification for Cylindrical Measuring pin (0.018~6.585)mm U=0.5μm
20 Cylindrical Measuring pin Length 1303 JJF1027-2008
calibration specification for Cylindrical Measuring pin (0.1~25)mm U=0.5μm
21 Thickness Gauge Length 1309 JJF1126-2004
calibration specification for Thickness Gauge (0~100)mm U=0.03mm
JJG 818-2005
Magnetic and Eddy Current Measuring Instrument for Coating Thickness (0~1000)μm U=2.2μm
22 Optimeter Length 1309 JJG45-1999
V.R.of Optimeter (-100~+100)μm U=0.12μm
23 Gauge Blocks Length 1308 JJG146-2003
V.R.of Gauge Blocks (0.5~100)mm U=(0.10~0.19)μm
k=2.58
(10~291.8)mm U=(0.5~1.2)μm
k=2.58
24 Metallurgical Microscope Length 0101 Q/Y281-2009
calibration
specification for metallographic ,electron microscope (0~1)mm Urel=1.2℅
25 Universal Bevel Protractors Angle 1308 JJG33-2002
V.R.of Universal Bevel Protractors (0~320)°
(0~320)° U =1.2′
26 Wind Squares Angle 1303 JJG7-2004
V.R.of Squares (63~400) mm U =3.2μm
27 Frame Levels and Shaft Levels Angle 1303 JJF1084-2002
C.S.for Frame Levels and Shaft Levels (-0.2~+0.2)mm/m U=4%
28 Contact pin type surface roughness Measuring Instrument surface roughness 13089 JJF1105-2003
C.S. for Contact pin type surface roughness Measuring Instrument Ra:(0.1-3.2)μm Urel=7%
29 plates flatness 1303 JJG 117-2005 Verification Regulation of Plates ≤400mm×400mm U=0.9μm
29 plates flatness 1303 JJG 117-2005 Verification Regulation of Plates (400×630)mm
~(1600×1000)mm U=1.2μm
(1600×1000)mm
~(2500×1600)mm U=2.9μm
30 Digital Temperature Indicators and Controllers Tempera-ture 1501 JJG617-1996 V.R.of Digital Temperature Indicators and Controllers (-200~0)℃ U=2℃
(0~600)℃ U=0.2℃
(600~1750) ℃ U=1℃~2℃
31 Temperature、Moist heat test equipment temperature 1504 JJF1101-2003 Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity (-80~300) ℃ U=0.20℃
Humidity 1517 20%RH~98%RH U=2.0%RH
32 Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature Tempera-ture 1501 V.R. of Moving-coil Indicators and Step-indication Controllers Associated for Measuring TemperatureJJG186-1997 Thermocouple:(0~1600)℃
Thermocouple:(0~1600)℃ U=(0.2~0.5)℃
33 Recorders for Industrial-Process Measurement Tempera-ture 1502 V.R. of the Recorders for Industrial-Process MeasurementJJG74-2005 Thermocouple:(0~1600)℃ U=(0.2~0.5)℃
34 Metallic Rockwell Hardness Testing Machine Hardness 1326 JJG112-2003 V.R.of Metallic Rockwell Hardness Testers (20~88)HRA U=0.6HRA
(20~95)HRB U=0.8HRB
(20~70)HRC U=0.6HRC
35 Metallic Brinell Hardness Testing Machine Hardness 1326 JJG 150-2005
V.R.of Metallic Brinell Hardness Tester
(8~650)HBW Urel=(1.0%~2.0%)
36 Metallic Vickers Hardness Testing Machine Hardness 1326 JJG 151-2006
V.R.of Metallic Vickers Hardness Tester
(5~1000)HV Urel=(2.0%~3.0%)
37 Metallic Superficial Rockwell Hardness Testing Machine Hardness 1326 JJG 112-2003
V.R.of Metallic Rockwell Hardness Testers
(70~91)HR15N U=0.8HR15N
(42~80)HR30N U=0.8HR30N
(20~70)HR45N U=0.8HR45N
(73~93)HR15T U=1.3HR15T
(43~82)HR30T U=1.3HR30T
(12~72)HR45T U=1.3HR45T
38 Microhardo-
meter Hardness 1326 JJG 151-2006
V.R.of Metallic Vickers Hardness Tester (5~1000)HV
(5~1000)HV Urel=(3.0%~5.0%)
39 Leeb Hardness Tester Hardness 1326 JJG 747-1999
V.R.of Leeb Hardness Tester (490~830)HLD U=8HLD
40 Metallic Webster Hardness Testing Machine Hardness 1326 V.R.of Metallic Webster Hardness Testing Machine JJG 944-1999 (5~18)HW U=0.4HW
41 Wrench for Measurement of Torque Wrench 1325 JJG707-2003 V.R.of Torque Wrenches (0.4~20)N•m Urel=1%
(10~1000)N•m Urel=1%
(1000~27120)N•m Urel=1.4%
42 Calibrating Instrument for Torque Wrenchs Torque 1325 V.R.of Calibrating Instrument for Torque Wrenchs JJG 797-1992 (0~300)Nm Urel=0.3%
43 Working Dynamo- meters Strength 1323 V.R.of Working Dynamometers
JJG455-2000 (0~5000) N Urel=0.3%
44 Universal Material Tension and Compression Testing Machine Strength value 1326.01
1326.02 JJG 139-1999
V.R.of Universal Tension and Compression Testing Machine 10N~1MN Urel =0.3%
45 Electronic Universal Testing Machine Strength value 1326.01
1326.03 JJG 475-2008
V.R.of Electronic Universal Testing Machine 10N~1MN Urel =0.3%
46 Tension Compression and Universal Testing Machine for Non-metallic Strength value 1326.01
1326.04 JJG 157-2008
V.R.of Tension Compression and Universal Testing Machine for Non-metallic 0.1N~1MN Urel =0.3%
47 Spring Tension and Compression Testing Machine Strength value 1326.01
1326.06 JJF 1134-2005 Calibration Specification for Working Force Measuring Machines for Special Purposes 0.5N~50kN Urel =1%
48 Bourdon Tube Precision Pressure Gauge Vacuum Gauge Pressure 1320. 01 1320. 02 JJG 49-1999
V.R.of Bourdon Tube Precision Pressure Gauge Vacuum Gauge (-0.1~60)MPa
(-0.1~60)MPa Urel =0.14%FS
49 Bourdon Tube Pressure Gauge,Pressure Vacuum Gauge and Vacuum Gauge for General Use Pressure 1320. 01 1320. 02 JJG 52-1999
V.R.of Bourdon Tube Pressure Gauge ,Pressure Vacuum Gauge and Vacuum Gauge for General Use (-0.1~60)MPa Urel =0.2%FS
50 Digital Pressure Gauges Pressure 1320. 07 JJG 875-2005
V.R.of Digital Pressure Gauges (-0.1~60)MPa Urel =0.14%FS
51 Electronic Balance Mass 1311. 01 JJG 1036-2008
V.R.of Electronic Balance 2g~30kg U=0.01mg~33.0mg
52 Mechanical Balances Mass 1312.01 JJG 98-2006
V.R.of Mechanical Balance 2g~500g U=0.04mg~0.8mg
53 Top-Pan Balance Mass 1318. 01 JJG 156-2004
V.R.of Top-Pan Balance 100g~10kg U=1.6mg~0.2g
54 Analogue Indication Weighing Instruments Mass 1318. 01 JJG 13-1997
V.R.of Analogue Indication Weighing Instruments 500g~100kg U=8mg~2g
55 Non-self-indication Weighing Instruments Mass 1318. 01 JJG 14-1997
V.R.of Non-self-indication Weighing Instruments 50g~500kg U=0.8g~15g
56 Digital Indicating Weighting Instrument Mass 1318. 01 JJG 539-1997
V.R.of Digital Indicating Weighting Instrument 20g~500kg U=0.8mg~8g
57 Weight class F2 mass 1310 V.R.of Weights JJG 99-2006 (1~500)mg U=(0.02~0.08)mg
(1~500)g U=(0.1~2.5)mg
(1~20)kg U=(5~100)mg
58 Weight gradeM1 mass 1310 V.R.of Weights JJG 99-2006 (1~500)mg U=(0.06~0.25)mg
(1~500)g U=(0.3~8.0)mg
58 Weight gradeM1 mass 1310 V.R.of Weights JJG 99-2006 (1~20)kg
(1~20)kg U=(16~300)mg
59 Electroni stroboscopic Tachometer Rotate speed 1324 V.R.of Tachometers JJG 105-2000 20r/min~30000r/min Urel=4.0×10-4
60 Mechanical Vibration Generator for Testing Acceleration 1407 V.R.of Mechanical Vibration Generator for Testing JJG 189-1997 (0~500)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
61 Electro-dynamic Vibration Generator for Testing Acceleration 1407 V.R.of Electro-dynamic Vibration Generator for Testing JJG 190-1997 (0~1000)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
62 Falling Body Type Shock Testing Machine Acceleration 1407 V.R.of Falling Body Type Shock Testing Machine JJG 541-2005 (0~100000)m/s2 (0~10000)m/s2 Urel=3.0%
(10000~100000)m/s2 Urel=4.0%
63 Digital Electro-dynamic Vibration Testing System Acceleration 1407 V.R.of Digital Electro-dynamic Vibration Testing System JJG 948-1999 (0~1000)m/s2 (10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
64 Digitalmeters DC Voltage 0410 V.R.of DC Digital Voltmeter
JJG315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
64 Digitalmeters DC Voltage 0410 V.R.of DC Digital Voltmeter
JJG315-1983 (11V~22V)
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1000V) U=1.1×10-5Vx+0.6mV
AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
64 Digitalmeters AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (22~220)mV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
64 Digitalmeters AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
64 Digitalmeters AC Voltage 0410 V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (22~220)V
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1000)V 40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
DC Current 0410 V.R.of DC Digital Amperemeter
JJG598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
AC Current 0410 AC Digital Amperemeter
JJG(HT)35-1999 10μA~220μA 10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
64 Digitalmeters AC Current 0410 AC Digital Amperemeter
JJG(HT)35-1999 10μA~220μA 1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA 10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA 10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA 10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A 40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A 40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A 45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
64 Digitalmeters AC Current 0410 AC Digital Amperemeter
JJG(HT)35-1999 11A~20A
1kHz~5kHz U=3.5×10-2Ix+6mA
64 Digitalmeters Resistance 0410 V.R.of DC Digital Ohmmeter
JJG724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
65 DC Digital Voltmeter voltage 0410 V.R.of DC Digital Voltmeter JJG 315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1100V) U=1.1×10-5Vx+0.6mV
66 DC Digital Ampere-meter current 0410 V.R.of DC Digital Ampermeter JJG 598-1989 (10μA~220μA)
(10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
67 AC Digital Voltmeter AC voltage 0410 V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
67 AC Digital Voltmeter AC voltage 0410 V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (2.2~22)mV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
67 AC Digital Voltmeter AC voltage 0410 (2.2~22)V
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1100)V 40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
68 AC Digital Ampere-meter AC current 410 V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 10μA~220μA 10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA 10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
68 AC Digital Ampere-meter AC current 410 V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 0.22mA~2.2mA 40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA 10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
2.2mA~22mA 1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA 10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A 40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A 40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A 45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
69 DC Digital Ohmmeter resistance 0410 V.R.of DC Digital Ohmmeter JJG 724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
69 DC Digital Ohmmeter resistance 0410 V.R.of DC Digital Ohmmeter JJG 724-1991 10Ω
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
70 Multifunction Standard Source DC Voltage 0409 V.R.of DC Standard Voltage Source
JJG445-1986 10mV~100mV U=5.2×10-6Vx+0.1μV
0.1V~1V U=3.5×10-6Vx+0.5μV
1V~10V U=3.5×10-6Vx+4.6μV
10V~100V U=5.2×10-6Vx+46μV
100V~1000V U=5.2×10-6Vx+0.6mV
AC Voltage 0409 Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10mV~100mV
1Hz~10Hz U=1.9×10-4Vx+16μV
10Hz~40Hz U=1.5×10-4Vx+4.6μV
40Hz~100Hz U=1.3×10-4Vx+4.6μV
100Hz~2kHz U=1.2×10-4Vx+2.3μV
70 Multifunction Standard Source AC Voltage 0409 Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10mV~100mV
2kHz~10kHz U=1.2×10-4Vx+4.6μV
10kHz~30kHz U=3.5×10-4Vx+9.3μV
30kHz~100kHz U=8.2×10-4Vx+23μV
0.1V~1V 1Hz~10Hz U=1.6×10-4Vx+0.14mV
10Hz~40Hz U=1.2×10-4Vx+23μV
40Hz~100Hz U=9.8×10-5Vx+23μV
100Hz~2kHz U=7.5×10-5Vx+23μV
2kHz~10kHz U=9.8×10-5Vx+23μV
10kHz~30kHz U=2.4×10-4Vx+46μV
30kHz~100kHz U=5.8×10-4Vx+0.3mV
100kHz~300kHz U=3.5×10-3Vx+2.3mV
300kHz~1MHz U=1.2×10-2Vx+23mV
1V~10V 1Hz~10Hz U=1.6×10-4Vx+1.4mV
10Hz~40Hz U=1.2×10-4Vx+0.3mV
40Hz~100Hz U=9.8×10-5Vx+0.3mV
100Hz~2kHz U=7.5×10-5Vx+0.3mV
2kHz~10kHz U=9.8×10-5Vx+0.3mV
10kHz~30kHz U=2.4×10-4Vx+0.5mV
30kHz~100kHz U=5.8×10-4Vx+2.3mV
100kHz~300kHz U=3.5×10-3Vx+23mV
300kHz~1MHz U=1.2×10-2Vx+0.3V
70 Multifunction Standard Source AC Voltage 0409 Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10V~100V 1Hz~10Hz U=1.6×10-4Vx+14mV
10Hz~40Hz U=1.2×10-4Vx+2.3mV
40Hz~100Hz U=9.8×10-5Vx+2.3mV
100Hz~2kHz U=7.5×10-5Vx+2.3mV
2kHz~10kHz U=9.8×10-5Vx+2.3mV
10kHz~30kHz U=2.4×10-4Vx+4.6mV
30kHz~100kHz U=5.8×10-4Vx+23mV
100kHz~300kHz U=3.5×10-3Vx+0.27V
300kHz~1MHz U=1.2×10-2Vx+2.3V
100V~1000V
1Hz~10Hz U=1.6×10-5Vx+0.08V
10Hz~40Hz U=1.3×10-4Vx+23mV
40Hz~10kHz U=1.1×10-4Vx+23mV
10kHz~30kHz U=2.4×10-4Vx+46mV
30kHz~100kHz U=5.9×10-4Vx+0.3V
DC Current 0409 The Verification regularion for DC Standard Source
JJG(HT)38-1987 10μA~100μA U=1.4×10-5Ix+0.5nA
0.1mA~1mA U=1.4×10-5Ix+5nA
1mA~10mA U=1.5×10-5Ix+46nA
10mA~100mA U=4.2×10-5Ix+0.9μA
100mA~2A U=2.0×10-4Ix+19μA
2A~20A U=4.4×10-4Ix+0.5mA
70 Multifunction Standard Source AC Current 0409 Verification regularion for AC Standard current Source
JJG(HT)51-1999 10μA~100μA 10Hz~5kHz U=5.5×10-4Ix+23nA
0.1mA~1mA 10Hz~5kHz U=3.2×10-4Ix+0.3μA
1mA~10mA 10Hz~5kHz U=3.2×10-4Ix+3μA
10mA~100mA 10Hz~5kHz U=2.9×10-4Ix+23μA
0.1A~2A 10Hz~1kHz U=6.9×10-4Ix+0.3mA
1kHz~5kHz U=8.2×10-4Ix+0.3mA
2A~20A 10Hz~2kHz U=9.3×10-4Ix+2.3mA
2kHz~10kHz U=2.9×10-3Ix+2.3mA
Resistance 0409 V.R.of DC Resistors
JJG166-1993 1Ω~10Ω U=1.1×10-5Rx+19μΩ
10Ω~100Ω U=8.7×10-6Rx+0.06mΩ
0.1kΩ~1kΩ U=8.7×10-6Rx+0.6mΩ
1kΩ~10kΩ U=8.7×10-6Rx+6mΩ
10kΩ~100kΩ U=8.7×10-6Rx+0.06Ω
0.1MΩ~1MΩ U=9.8×10-6Rx+1.2Ω
1MΩ~10MΩ U=1.7×10-5Rx+0.1kΩ
10MΩ~100MΩ U=6.9×10-5Rx+12kΩ
71 Clamp Current meter DC Current 0410 JJF 1075-2001 C.S. of Clamp Ammeters ±(10A~1000A) Urel=0.5%
AC Current 0410 10A~1000A 45Hz~400Hz Urel=0.6%
72 DC Low Resistance Meter Resistance 0410 JJG 837-2003 V.R.of DC Low Resistance Meters (10-3~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
72 DC Low Resistance Meter Resistance 0410 JJG 837-2003 V.R.of DC Low Resistance Meters (101~102)Ω
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
0410 JJG 366-2004 V.R.of Earth Resistance Meter JJG 1054-2009 Verification Regulation for Pincers Earth Resistance Tester (10-1~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
(0.1~100)Ω Urel=2.3×10-4
73 Standard Resistance Resistance 0409 JJG 166-1993 V.R.of DC Resistors (10-3~100)Ω Urel=3×10-5
74 Resistance Box Resistance 0409 JJG 982-2003 V.R.of DC Resistors Box (100~101)Ω Urel=6×10-2~4.8×10-4
(101~102)Ω Urel=3×10-5
(102~105)Ω Urel=3.2×10-5
(10-1~100)Ω Urel=3.5×10-5
75 Wrist strap tester Resistance 0403 V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 100kΩ~120MΩ 100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
76 Static shoes tester Resistance 0403 V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 100kΩ~120MΩ 100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
77 Insulation resistance meter Resistance 0403 JJG 622-1997 V.R.of Megohm-meter (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
Voltage (0.05~1)kV Urel=1.0%
78 Electronic Insulating Resistance Meters Resistance 0403 V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
Voltage (0.05~1)kV Urel=1.0%
79 Surface Resistance Tester Resistance 0402 V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (1×102~1×108) Ω Urel=1.0%
(1×108~1×109) Ω Urel=1.3%
(1×109~1×1010) Ω Urel=2.4%
(1×1010~1×1011) Ω Urel=5.8%
80 High Insulation Resistance Meters Resistance 0402 V.R.of High Insulation Resistance Meters JJG690-2003 1kΩ~10MΩ Urel=0.2%
10MΩ~100MΩ Urel=0.3%
100MΩ~1GΩ Urel=1.3%
1GΩ~10GΩ Urel=2.4%
10GΩ~100GΩ Urel=5.8%
100GΩ~900GΩ Urel=12%
80 High Insulation Resistance Meters Voltage 0402 V.R.of High Insulation Resistance Meters JJG690-2003 (0.05~1)kV
(0.05~1)kV Urel=1.0%
81 Cable Tester Insulation resistance 0410 V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 1kΩ~100MΩ Urel=1.0%
100MΩ~1GΩ Urel=1.3%
Conduction resistance 0410 V.R.of DC Resistance Meters JJG 724-1991 (0~1000)Ω U=1.2×10-4Rx+2.3mΩ
voltage 0411 V.R. of DC Standard Voltage Source JJG 445-1986 (1~1000)V Urel=0.1%
82 Earth Continuity Tester Current 0410 V. R. for Earth-Continuity Testers JJG 984-2004 (1~60)A Urel=0.2%~12%
Resistance 0410 (0.1~1)mΩ Urel=12%
(1~10)mΩ Urel=4.7%
(10~100)mΩ Urel=0.23%
(100~1000)mΩ Urel=0.12%
83 WithStanding Voltage Tester DC Voltage 0403 JJG 795-2004 V.R.of WithStanding Voltage Tester (0.1~15)kV Urel=0.3%
AC Voltage (0.1~15)kV Urel=0.58%
DC Current (0.1~200)mA Urel=0.3%
AC Current (0.1~200)mA Urel=0.3%
Time (1.0~999.9)s Urel=0.7%
84 Leakage Current Tester DC Current 0410 JJG 843-2007 Verification regulation for Leakage current tester 10μA~400mA Urel=0.3%
AC Current 10μA~400mA Urel=0.8%
DC Voltage (10~1000)V Urel=0.2%
84 Leakage Current Tester AC Voltage 0410 JJG 843-2007 Verification regulation for Leakage current tester (10~1000)V
(10~1000)V Urel=0.5%
85 DC supply power DC voltage 415 JJG(Aero-Space)6-1999 V.R. for DC supply power JJF(Military Industry)26-2012 Calibration Specification for High Direct Current Power Source (0.1~10)V Urel=3.5×10-2~1.1×10-4
(10~100)V Urel=4.2×10-3~1.1×10-3
(100~1000)V Urel=5.2×10-3~1.1×10-3
(1000~10000)V Urel =6×10-3
DC current (0.1~1)A Urel=1.3×10-2~2.3×10-3
(1~3)A Urel=2.1×10-3~1.6×10-3
(3~20)A Urel=4×10-4~6×10-4
(20~100)A Urel=9×10-4~1.1×10-3
(100~500)A Urel=6×10-4
Line Regulation (0.1~10)V , 0.001%~1% Urel=6.1×10-2~1.9×10-4
(10~100)V , 0.001%~1% Urel=7.3×10-3~1.9×10-3
(100~750)V , 0.001%~1% Urel=9×10-3~1.9×10-3
(750~10000)V , 0.001%~1% Urel =1.1×10-2
85 DC supply power Load Regulation 0415 JJG(Aero-Space)6-1999 V.R. for DC supply power JJF(Military Industry)26-2012 Calibration Specification for High Direct Current Power Source (0.1~10)V , 0.001%~1%
(0.1~10)V , 0.001%~1% Urel=5×10-2~1.6×10-4
(10~100)V , 0.001%~1% Urel=6×10-3~1.6×10-3
(100~750)V , 0.001%~1% Urel=7.4×10-3~1.6×10-3
(750~10000)V , 0.001%~1% Urel =8.5×10-3
Ripple (0.1~300)V 10Hz~10MHz Urel =8.2×10-2
86 AC Voltage Stable Source AC voltage 0415 QJ 3233-2005 Calibration specification for stable character of AC voltage stable cource
JJG(Aero-Space)2-1999 V.R. for AC standard Voltage source 10V~100V 10Hz~20kHz Urel=4.2×10-3~1.0×10-3
20kHz~50kHz Urel=7.5×10-3~2.0×10-3
50kHz~100kHz Urel=1.8×10-2~8×10-3
100kHz~300kHz Urel=1.1×10-1~5.2×10-2
100V~750V 10Hz~20kHz Urel=3.5×10-3~1.0×10-3
20kHz~50kHz Urel=6.2×10-3~2.1×10-3
50kHz~100kHz Urel=1.6×10-2~8×10-3
100kHz~300kHz Urel=9.6×10-2~5.2×10-2
Frequency 10Hz~40Hz Urel =3.5×10-4
40Hz~300kHz Urel =1.2×10-4
86 AC Voltage Stable Source Distortion 0415 QJ 3233-2005 Calibration specification for stable character of AC voltage stable cource
JJG(Aero-Space)2-1999 V.R. for AC standard Voltage source (0~100)% 10Hz~20kHz U=0.58dB
(0~100)% 20kHz~100kHz U=0.81dB
Line Regulation 10V~100V 10Hz~20kHz Urel=7.3×10-3~1.7×10-3
20kHz~50kHz Urel=1.3×10-2~3.5×10-3
50kHz~100kHz Urel=3.1×10-2~1.4×10-2
100kHz~300kHz Urel=1.9×10-1~9.0×10-2
Line Regulation 0415 QJ 3233-2005 Calibration specification for stable character of AC voltage stable cource
JJG(Aero-Space)2-1999 V.R. for AC standard Voltage source 100V~750V 10Hz~20kHz Urel=6.1×10-3~1.7×10-3
20kHz~50kHz Urel=1.1×10-2~3.6×10-3
50kHz~100kHz Urel=2.8×10-2~1.4×10-2
100kHz~300kHz Urel=1.7×10-1~9.0×10-2
Load Regulation 10V~100V 10Hz~20kHz Urel=5.9×10-3~1.4×10-3
20kHz~50kHz Urel=1.1×10-2~2.8×10-3
50kHz~100kHz Urel=2.5×10-2~1.1×10-2
100kHz~300kHz Urel=1.6×10-1~7.4×10-2
100V~750V 10Hz~20kHz Urel=4.9×10-3~1.4×10-3
20kHz~50kHz Urel=8.8×10-3~3.0×10-3
86 AC Voltage Stable Source Load Regulation 0415 QJ 3233-2005 Calibration specification for stable character of AC voltage stable cource
JJG(Aero-Space)2-1999 V.R. for AC standard Voltage source 100V~750V 50kHz~100kHz Urel=2.3×10-2~1.1×10-2
100kHz~300kHz Urel=1.4×10-1~7.4×10-2
87 Electronic Load Voltage 0411 Q/Y 190-2006 V.R. for Electronic Load (0.1~1000)V Urel=1×10-5~7×10-5
Current (0.1~20)A Urel=5.1×10-5~4.6×10-4
(20~400)A Urel =5.8×10-4
88 Alternating Current Bridge Capacitance 0411 JJG 441-2008 V.R.of Alternating Current Bridge 1pF~1μF (1kHz~100kHz) Urel =3×10-4
Inductance 100μH~10H 1kHz Urel =3×10-4
Resistance (100~101)Ω (1kHz~100kHz) Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~106)Ω Urel=1.2×10-4
89 Capacitor Capacitance 0404 JJG 183-1992 V.R.of Standard Capacitor 1pF~1μF (1kHz~100kHz) Urel =3×10-4
90 Inductors Inductance 0406 JJG 726-1991 V.R.of Standard Inductors 1μH~10H (1kHz) Urel =3×10-4
91 Electrostatic discharge generator Charging Voltage 0421 GJB/J 5025-2001 V.R.for Electrostatic discharge generator (-15~15)kV Urel=1.2%
Peak Discharge Current (-20~20)A Urel=5.8%
Rise time 0.5ns~10s Urel=6%
92 Network analyzer VSWR 0419 GJB/J 3608-1999 Verification regulation for automatic network analyzer 13MHz~18GHz
1.05~1.30 Urel=1.5%
1.30~2.00 Urel=2.2%
Attenuation 0419 20dB U=0.16dB ~0.35dB
50dB U=0.32dB ~0.48dB
Transmission phase 0419 -180o~180o U=0.3° ~0.9°
93 Attenuator Attenuation 0419 Verification Regulation of Coaxial Attenuator
JJG 387-2005 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB 100kHz~2MGHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
120dB 100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~13.2GHz U=0.52dB
13.2GHz~19.2GHz U=0.90dB
94 Low Frequency Signal Generator Freqeuncy 0416 erification Regulation of Low-Frequency Signal Generator
JJG602-1996 1Hz~30MHz Urel=1×10-4
Voltage 1mV~200mV 1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V 1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
Distortion 0.001%~30% 10Hz~100kHz Urel=2%
95 Function Signal Generator Freqeuncy 0416 JJG840-1993 V. R. of Function Generator 1Hz~30MHz Urel=1×10-4
Voltage 1mV~200mV 1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V 1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
Distortion 0.001%~30% 10Hz~100kHz Urel=2%
96 Signal Generator Frequency 0416 Verification regulation for Signal Generator
JJG173-2003 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~26.5GHz Urel=1.8×10-8
Power 0416 (-20~20)dBm 100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
96 Signal Generator Power 0416 Verification regulation for Signal Generator
JJG173-2003 (-20~20)dBm 18GHz~26.5GHz U=0.29dB
(20~30)dBm 100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
Tune Leve 0416 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~26.5GHz U=0.14dB
Tune Leve 0416 90dB 100kHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.28dB
100dB 100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.42dB
110dB 100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
19.2GHz~26.5GHz U=0.95dB
Spectrum Purity 0416 Verification regulation for Signal Generator
JJG173-2003 -80dBc 100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
96 Signal Generator Spectrum Purity 0416 Verification regulation for Signal Generator
JJG173-2003 -80dBc 6.6GHz~26.5GHz U=2.5dB
AM 0416 5%~99% 100kHz~10MHz Urel= 0.9%
5%~20% 10MHz~3GHz Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz Urel= 5.2%
20%~99% Urel= 1.8%
FM 0416 Verification regulation for Signal Generator
JJG173-2003 200Hz~400kHz(β=Frequency Offset /Modulation rate) 10MHz~ 6.6GHz
β:0.2~0.45 Urel= 1.8%
10MHz~ 6.6GHz
β>0.45 Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8 Urel= 2.9%
6.6GHz~ 13.2GHz
β>8 Urel= 1.2%
13.2GHz~ 26.5GHz
β:0.2~16 Urel= 4.4%
13.2GHz~ 26.5GHz
β>16 Urel= 1.2%
97 Spectrophotometer Wavelength 0201 JJG 178-2007
V. R. of UV-VIS-NIR Spectrophotometer λ:(241~879)nm U=0.12nm~0.51nm
Transmission ratio T:(0~100)% Urel=0.51%
98 Electrolytic Conductance Meter Electrolytic conductivity 0233 JJG 376-2007
V.R. of Electrolytic Conductance Meter (0.1~1.3)mS/cm Assort Urel=0.28% Complete equipment calibration only
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
签发日期:2015年07月15日 有效期至:2017年02月25日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 杨宏海 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目;光学检测项目
2 缪寅宵 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目;光学检测项目
3 李廷元 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目、声学校准项目;光学检测项目
4 张江桥 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目
5 梁雅军 几何量检测和校准项目
6 刘 柯 几何量检测和校准项目
7 陈晓晖 几何量检测和校准项目
8 王文革 热学检测和校准项目
9 崔文德 热学检测和校准项目
10 杨晓伟 力学检测和校准项目、声学校准项目
11 张正龙 电磁学、无线电电子学、时间频率检测和校准项目
12 温世仁 电磁学、无线电电子学、时间频率检测和校准项目
13 沈兆欣 化学校准和环境监测、职业卫生、环保产品油品检测项目
14 钱 飞 化学校准和环境监测、职业卫生、环保产品油品检测项目
15 张静林 化学校准和环境监测、职业卫生、环保产品油品检测项目
16 那 岩 无损检测项目
17 王春喜 光学检测项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 YangHongHai Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.Optics Testing Items.
2 MiaoYinXiao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.Optics Testing Items.
3 LiTingYuan Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time&frequency Testing and Calibration Items,Sound Calibrators Items.Optics Testing Items.
4 ZhangJiangQiao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time&frequency Testing and Calibration Items.
5 LiangYaJun Accredited Geometric Quantities Testing and Calibration Items.
6 LiuKe Accredited Geometric Quantities Testing and Calibration Items.
7 ChenXiaoHui Accredited Geometric Quantities Testing and Calibration Items.
8 WangWenGe Accredited Thermotics Testing and Calibration Items.
9 CuiWenDe Accredited Thermotics Testing and Calibration Items.
10 YangXiaoWei Accredited Dynamics Quantities Testing and Calibration Items,Sound Calibrators Items.
11 ZhangZhengLong Accredited electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.
12 WenShiRen Accredited electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.
13 ShenZhaoXin Accredited Chemic Quantities Calibration and Environment Monitoring & Occupational Health 、Produce of Environment Protection Testing Items.
14 QianFei Accredited Chemic Quantities Calibration and Environment Monitoring & Occupational Health 、Produce of Environment Protection Testing Items.
15 ZhangJingLin Accredited Chemic Quantities Calibration and Environment Monitoring & Occupational Health 、Produce of Environment Protection Testing Items.
16 NaYan Accredited Nondestructive testing Items.
17 WangChunXi Accredited Optics Testing Items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:年07月15日 有效期至:2017年02月25日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 机械零部件 1 形状和位置误差 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004
直线度误差检测 GB/T 11336-2004
平面度误差检测 GB/T 11337-2004
圆度误差的评定 两点、三点法 GB/T4380-2004
产品几何量技术规范(GPS)评定圆度误差的方法
半径变化量测量GB/T 7235-2004 只测≤2.4m×1.2m×0.7m;
Ra:(0.025~25)μm
1 机械零部件 2 表面粗糙度 产品几何技术规范(GPS) 表面结构 轮廓法评 定表面结构的规则和方法 GB/T 10610-2009
表面粗糙度参数及其数值 GB/T 1031-2009
3 轴孔参数 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004
2 投影仪 1 纵横(垂)向的准确度
投影仪
JB/T 6830-1993
2 单向多次调焦时仪器示值的变化
2 投影仪 3 物镜放大率变换像中心的移动量
投影仪
JB/T 6830-1993
4 包括畸变在内的物镜放大率误差
3 三坐标测量仪 1 探测误差 产品几何技术规范(GPS)坐标测量机的验收检测和复检检测
第2部分:用于测量尺寸的坐标测量机
GB/T 16857.2-2006
第3部分:旋转工作台的轴线为第四轴的坐标测量机
GB/T 16857.3-2006
第4部分:在扫描测量模式下使用的坐标测量机
GB/T 16857.4-2006
第5部分:使用多探针探测系统的坐标测量机
GB/T 16857.5-2006
2 尺寸测量示值 误差
3 四轴误差
4 扫描探测误差
5 扫描检测时间
3 三坐标测量仪 6 固定多探针探测系统误差 产品几何技术规范(GPS)坐标测量机的验收检测和复检检测
第2部分:用于测量尺寸的坐标测量机
GB/T 16857.2-2006
第3部分:旋转工作台的轴线为第四轴的坐标测量机
GB/T 16857.3-2006
第4部分:在扫描测量模式下使用的坐标测量机
GB/T 16857.4-2006
第5部分:使用多探针探测系统的坐标测量机
GB/T 16857.5-2006
7 万向探测系统 误差
4 圆度仪 1 仪器径向误差 圆度测量仪
GB/T26098-2010
2 仪器轴向误差
3 定标误差
4 稳定度
5 最大负载和偏载时的径向误差
5 电感测微仪 1 调零范围 数显电感测微仪
JB/T 10014-1999
电感式测微仪
JB/T 10036-1999
5 电感测微仪 2 零位平衡 数显电感测微仪
JB/T 10014-1999
电感式测微仪
JB/T 10036-1999
3 示值变动性
4 方向误差
5 回程误差
6 示值误差
7 稳定度
8 灵敏阈
9 测量力
10 反应时间
11 绝缘与耐压
6 粗糙度测量仪 1 残余轮廓校准 产品几何技术规范(GPS)表面结构 轮廓法
接触(触针)式仪器的校准
GB/T 19600-2004
2 接触(触针)式仪器综合校准
7 水准仪 1 望远镜放大率 水准仪
GB/T 10156-2009
2 分辨率
3 望远镜有效孔径
4 调焦运行误差
5 望远镜视距乘常数
7 水准仪 6 望远镜成像质量 水准仪
GB/T 10156-2009
7 竖轴运转及整置误差
8 测微器行差
9 温度变化1℃时,i角变化
10 自动安平补偿性能
11 工作温度
12 连续冲击试验
13 抗运输试验
14 外观
15 视准线误差
8 气动量仪 1 示值总误差 浮标式气动量仪
JB/T 3760-2008
2 重复性
3 稳定度
4 浮标波动量
5 反应时间
6 多管相互影响
7 最大测量间隙
8 供气压力变化对示值的影响
9 数控机床 1 轴线定位精度 机床检验通则 第1部分: 在无负荷或精加工条件下机床的几何精度 GB/T 17421.1—2000
第2部分:数控轴线的定位精度和重复定位精度的确定 GB/T 17421.2—2000
2 重复定位精度
3 反向差值
4 直线度
5 垂直度
10 惯性导航系统 1 航向精度 舰船惯性导航系统通用规范
GJB 2230-1994
2 水平精度
3 定位精度
11 光纤陀螺仪 1 零偏系列 光纤陀螺仪测试方法
GJB 2426A-2004 只测输入角速度: ≤500°/s
2 标度因数系列
12 温度计及传感器 1 电阻比及电阻温度系数 电阻温度计用铂丝
GB/T 5977-1999
2 稳定性
13 温度测量仪 1 温度 电子测量仪器通用规范
GB/T 6587–2012
13 温度测量仪 2 湿度 电子测量仪器通用规范
GB/T 6587–2012
3 包装运输
14 温度试验设备 1 温度偏差 电工电子产品环境试验设备检验方法温度试验设备
GB/T 5170.2-2008
2 温度波动度
3 温度均匀度
4 风速
5 温度变化速率
15 湿热试验设备 1 温度偏差 电工电子产品环境试验设备检验方法湿热试验设备
GB/T 5170.5-2008
2 温度波动度
3 温度均匀度
4 相对湿度偏差
5 相对湿度波动度
6 相对湿度均匀度
7 风速
8 每5min温度平均变化速率
9 升降温特性
16 盐雾试验设备 1 温度偏差 电工电子产品环境试验设备检验方法盐雾试验设备
GB/T 5170.8-2008
2 温度波动度
3 温度均匀度
4 盐雾沉降率
17 高低温低气压试验设备 1 低气压偏差 电工电子产品环境试验设备检验方法
高低温低气压试验设备 GB/T 5170.10-2008
2 气压变化速率
3 综合检验温度偏差
4 综合检验温度波动度
5 综合检验温度均匀度
6 综合检验气压偏差
7 综合检验每5min温度平均变化速率
18 电工电子产品、电子测量仪器、军用设备(环境试验) 1 低温 军用装备实验室环境试验方法 第4部分:低温试验
GJB 150.4A-2009
电工电子产品环境试验 第2部分:试验方法 试验A:低温
GB/T 2423.1-2008 只测容积:1.5m3
温度范围:
(-70~
180)℃
2 高温 军用装备实验室环境试验方法 第3部分: 高温试验
GJB 150.3A-2009
电工电子产品环境试验 第2部分:试验方法 试验B:高温
GB/T 2423.2-2008
3 湿热 军用装备实验室环境试验方法 第9部分:湿热试验
GJB 150.9A-2009
电工电子产品环境试验第2部分:试验方法 试验Cab:
恒定湿热试验 GB/T 2423.3-2006
电工电子产品环境试验第2部分:试验方法 试验Db
交变湿热GB/T 2423.4-2008 只测容积:1.5m3
温度范围:
(-70~
180)℃
湿度范围:(10~
98)%RH
19 工业铂热电阻 1 允差 工业铂热电阻技术条件及分度表
JB/T 8622-1997
2 常温绝缘电阻
20 工业玻璃温度计和实验温度计 1 示值误差 工业玻璃温度计和实验温度计
JB/T 9262-1999
21 工业过程测量和控制系统用模拟输入数字式指示控制仪 1 设定点 工业过程测量和控制系统用模拟输入数字式指示控制仪
JB/T 8386.1~.2-1996
2 绝缘电阻
22 压力计(表) 1 基本误差 一般压力表
GB/T 1226-2010
精密压力表
GB/T 1227-2010
2 回程误差
3 零点误差
4 轻敲位移
5 温度影响试验
6 超压试验
7 交变压力试验
8 校验器密封性
活塞式压力计
JB/T 7393-1994
9 垂直度
10 延续时间
11 下降速度
12 有效面积
13 灵敏限
14 质量误差
23 压力传感器(静态、动态) 1 重复性误差 压力传感器性能试验方法
GB/T 15478-1995
2 回程误差
3 线性误差
4 精确度
5 满量程输出值
6 最小二乘直线 方程
7 幅值比
8 相位差
24 冲击、振动传感器 1 参考灵敏度 激光干涉法振动绝对校准 GB/T 20485.11-2006
激光干涉法冲击绝对校准 GB/T 20485.13-2007
振动与冲击传感器的校准方法:温度响应比较测试法GB/T 13823.16-1995
振动与冲击传感器的校准方法:横向灵敏度测试GB/T 20485.31-2011
振动与冲击传感器的校准方法:基座应变灵敏度测试GB/T 13823.6-1992
振动与冲击传感器的校准和测试方法 GJB 3236-1998
2 频率响应
3 幅值线性度
24 冲击、振动传感器 4 横向灵敏度比 激光干涉法振动绝对校准 GB/T 20485.11-2006
激光干涉法冲击绝对校准 GB/T 20485.13-2007
振动与冲击传感器的校准方法:温度响应比较测试法GB/T 13823.16-1995
振动与冲击传感器的校准方法:横向灵敏度测试GB/T 20485.31-2011
振动与冲击传感器的校准方法:基座应变灵敏度测试GB/T 13823.6-1992
振动与冲击传感器的校准和测试方法 GJB 3236-1998
5 温度灵敏度
6 磁灵敏度
7 基座应变灵敏度
25 测振仪 1 测振仪参考灵敏度 振动比较法校准
GB/T 20485.21-2007
2 测振仪频率响应
3 测振仪幅值线性度
26 大电容标准 1 电容量准确度 标准电容器 GB/T 9090-1988 只测1F以下
2 损耗角正切值准确度
3 电压特性
26 大电容标准 4 温度系数 标准电容器 GB/T 9090-1988 只测1F以下
5 湿度试验 电子测量仪器通用规范 GB/T 6587–2012
6 温度试验
7 振动试验
8 运输试验
27 多功能标准源 1 直流电压 数字多用表校准仪通用技术条件 GB/T 15637-2012
电子测量仪器通用规范 GB/T 6587–2012
2 直流电流
3 交流电压
4 交流电流
5 电阻
6 温度环境实验
7 安全试验
8 振动试验
28 失真度测量仪 1 外观、电气与机械结构要求 失真度测量仪通用技术条件和测试方法
GB/T 15472-2012
2 安全要求
3 绝缘电阻
4 泄漏电流
5 电压测量
6 固有噪声
7 电压量程范围
28 失真度测量仪 8 电压测量引用相对误差 失真度测量仪通用技术条件和测试方法
GB/T 15472-2012
9 频率响应特性
10 输入电阻
11 输入电容
12 波形误差
13 输出监视
14 失真度测量
15 频率范围及频率误差
16 输入电压范围
17 失真度量程范围
18 失真度测量引用相对误差
19 基波抑制特性
20 谐波响应特性
21 残余失真
22 输入电阻
23 输入电容
24 视在功率
29 脉冲信号源 1 脉冲重复频率(周期)的检定 脉冲信号发生器技术条件 GB/T 9317-2012
电子测量仪器通用规范 GB/T 6587–2012
2 延迟时间
3 脉冲宽度
4 前(后)沿的检定
5 温、湿度试验
6 振动冲击试验
30 脉冲电压表 1 输入短路电压Uo检定 电子电压表测试方法 GB/T 12116–2012
电子测量仪器通用规范 GB/T 6587–2012
2 输入电阻检定
3 脉冲幅度测量的检定
4 直流电压稳定度的检定
5 温、湿度试验
6 振动冲击试验
7 运输试验
31 相位计(数字超低频) 1 相位测量误差 中低频相位测试方法 QJ 2941-1997
31 相位计(数字超低频) 2 幅度相位特性 中低频相位测试方法 QJ 2941-1997
3 盲区
4 温度试验 电子测量仪器通用规范 GB/T 6587–2012
5 运输试验
32 超低频精密移相器 1 最大输出电压 中低频相位测试方法 QJ 2941-1997
2 正弦波移相后附加失真
3 输出噪声
4 输出直流和零点漂移
5 温度试验 电子测量仪器通用规范 GB/T 6587–2012
6 振动冲击试验
7 运输试验
33 通用计数器 1 外观检查及正常性检查 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
2 频率测量
3 周期测量
4 时间间隔测量
5 日老化率
6 开机特性
7 日频率波动
8 频率稳定度
33 通用计数器 9 频率复现性 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
10 频率准确度
11 安全试验
34 数字式时间间隔测量仪 1 外观检查及正常性检查 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
2 内部晶振检定
3 测量误差检定
4 安全试验
35 防静电产品和设备(地面、腕带、桌垫等) 1 静电泄漏电阻 电子产品制造防静电系统测试方法 SJ/T 10694-2006
2 任意两点间的电阻
3 表面电阻
36 光学系统 1 焦距 光学系统参数的测定 GB/T 10987-2009
2 相对孔径
3 放大率
4 视场
5 星点检测 光学系统像质测试方法 GB/T 11168-2009
6 分辨力
37 光学样板 1 曲率半径 光学样板JB/T 10568-2006
38 光学晶体 1 透过率 光学晶体透过率测量方法 JB/T9495.3-1999
39 工作场所物理因素 1 噪声 工作场所物理因素测量第8部分:噪声 GBZ/T 189.8-2007
39 工作场所物理因素 2 超高频辐射 工作场所物理因素测量第1部分:超高频辐射GBZ/T 189.1-2007
3 高频电磁场 工作场所物理因素测量第2部分:高频电磁场GBZ/T 189.2-2007
4 微波辐射 工作场所物理因素测量第5部分:微波辐射GBZ/T 189.5-2007
5 工频电场 工作场所物理因素测量第3部分:工频电场GBZ/T 189.3-2007
6 工业X射线 工业X射线探伤放射卫生防护标准 GBZ 117-2006
7 工业γ射线 工业γ射线探伤放射防护标准 GBZ 132-2008
8 高温 工作场所物理因素测量第7部分:高温 GBZ/T 189.7-2007
9 手传振动 工作场所物理因素测量第9部分:手传振动GBZ/T 189.9-2007
39 工作场所物理因素 10 紫外辐射 工作场所物理因素测量第6部分:紫外辐射GBZ/T 189.6-2007
40 压缩空气 1 悬浮油 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
压缩空气第二部分:测定悬浮状油含量的试验方法
ISO 8573-2:2007(E)
工业自动化仪表气源压力范围和质量GB4830-1984 附录A、B
2 固体颗粒物 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
压缩空气第四部分:固体颗粒含量的测试方法 ISO 8573-4:2001(E)
工业自动化仪表气源压力范围和质量GB4830-1984 附录A、B
3 固体颗粒质量浓度 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
《压缩空气 第8部分:固体颗粒质量浓度测量方法》
ISO 8573-8:2004(E)
4 湿度 压缩空气 第1部分:污染物净化等级》 GB/T 13277.1-2008
40 压缩空气 4 湿度 《压缩空气 第3部分:湿度测量方法》 ISO 8573-3:1999(E)
工业自动化仪表气源压力范围和质量GB4830-1984附录A、B
41 洁净区性能测试 1 洁净度 《洁净厂房设计规范》GB50073-2013 附录A.3
《医药工业悬浮粒子测试方法》GB/T 16292-2010
42 锻件、板材、棒材、焊缝 1 超声检测 变形铝合金产品超声波检验方法GB/T 6519-2000
钢焊缝手工超声波探伤方法和探伤结果分级GB/T 11345-1989
钢锻件超声检测方法 GB/T 6402-2008
锻轧钢棒超声检测方法 GB/T 4162-2008 只用接触法
铜合金棒材超声波探伤方法 GB/T 3310-2010 只用接触法
金属薄板兰姆波检验方法 GJB 3384-1998
厚钢板超声波检验方法 GB/T 2970-2004
金属板材超声板波探伤方法 GB/T 8651-2002
钛及钛合金加工产品超声波探伤方法 GB/T5193-2007 只用接触法
43 洁净区(室)性能及通风空调工程 1 洁净度 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
2 风量(换气次数、新风量) 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
3 静压差 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
4 噪声 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
43 洁净区(室)性能及通风空调工程 5 风速(截面风速) 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
6 室内空气温度 通风与空调工程施工质量验收规范GB50243-2002
洁净室施工及验收规范 GB 50591-2010
7 室内空气相对湿度 通风与空调工程施工质量验收规范GB50243-2002
43 洁净区(室)性能及通风空调工程 7 室内空气相对湿度 洁净室施工及验收规范 GB 50591-2010
8 空调水流量 通风与空调工程施工质量验收规范 GB50243-2002
采暖通风与空气调节工程检测技术规程 JGJ/T 260-2011
9 照度 洁净室施工及验收规范 GB 50591-2010
10 表面导静电性能 洁净室施工及验收规范 GB 50591-2010
11 微振 洁净室施工及验收规范 GB 50591-2010
44 工作场所空气有毒物质 1 钡及其化合物 工作场所空气有毒物质测定钡及其化合物 二溴对甲基偶氮甲磺分光光度法
GBZ/T 160.2-2004 4
2 镉及其化合物 工作场所空气有毒物质测定镉及其化合物
火焰原子吸收光谱法GBZ/T 160.5-2004
3 三氧化铬 工作场所空气有毒物质测定铬及其化合物 二苯碳酰二肼分光光度法
GBZ/T 160.7-2004 4
4 铬酸盐
5 重铬酸盐
44 工作场所空气有毒物质 6 铜及其化合物 工作场所空气有毒物质测定铜及其化合物 火焰原子吸收光谱法GBZ/T 160.9-2004
7 铅尘(烟) 工作场所空气有毒物质测定铅及其化合物 火焰原子吸收光谱法GBZ/T 160.10-2004 3
8 锰及其化合物 工作场所空气有毒物质测定锰及其化合物 火焰原子吸收光谱法 GBZ/T 160.13-2004 3
9 汞及其化合物 工作场所空气有毒物质测定汞及其化合物 冷原子吸收光谱法GBZ/T 160.14-2004
10 钼及其化合物 工作场所空气有毒物质测定钼及其化合物 硫氰酸盐分光光度法 GBZ/T 160.15-2004 3
11 镍及其化合物 工作场所空气有毒物质测定镍及其化合物 火焰原子吸收光谱法GBZ/T 160.16-2004
12 氢氧化钠 工作场所空气有毒物质测定钠及其化合物 火焰原子吸收光谱法GBZ/T 160.18-2004
44 工作场所空气有毒物质 13 铊及其化合物 工作场所空气有毒物质测定铊及其化合物 石墨炉原子吸收光谱法 GBZ/T 160.21-2004
14 空气中气溶胶态锡及其化合物 工作场所空气有毒物质测定锡及其化合物 火焰原子吸收光谱法GBZ/T 160.22-2004 3
15 一氧化碳 工作场所空气有毒物质测定无机含碳化合物
不分光红外线气体分析仪法 GBZ/T 160.28-2004 3
16 二氧化碳
17 一氧化氮 工作场所空气有毒物质测定无机含氮化合物 盐酸萘乙二胺分光光度法 GBZ/T 160.29-2004 3
18 二氧化氮
19 氨 工作场所空气有毒物质测定无机含氮化合物 纳氏试剂分光光度法GBZ/T 160.29-2004 4
20 氰化氢 工作场所空气有毒物质测定无机含氮化合物
异菸酸钠-巴比妥酸钠分光光度法 GBZ/T 160.29-2004 5
21 氰化物
44 工作场所空气有毒物质 22 磷酸 工作场所空气有毒物质测定无机含磷化合物 钼酸铵分光光度法GBZ/T 160.30-2004 3
23 五氧化二磷 工作场所空气有毒物质测定无机含磷化合物 钼酸铵分光光度法GBZ/T 160.30-2004 6
24 砷及其化合物 工作场所空气有毒物质测定砷及其化合物 氢化物-原子吸收光谱法GBZ/T 160.31-2004 4
25 臭氧 工作场所空气有毒物质测定氧化物 丁子香酚分光光度法GBZ/T 160.32-2004 3
44 工作场所空气有毒物质 26 二氧化硫 工作场所空气有毒物质测定硫化物 甲醛缓冲液-盐酸副玫瑰苯胺分光光度法 GBZ/T 160.33-2004 4
27 硫酸 工作场所空气有毒物质测定硫化物 离子色谱法 GBZ/T 160.33-2004 5
28 硫化氢 工作场所空气有毒物质测定硫化物 硝酸银比色法 GBZ/T 160.33-2004 7
44 工作场所空气有毒物质 29 氟化氢和氟化物 工作场所空气有毒物质测定氟化物 离子选择电极法 GBZ/T 160.36-2004 3
30 氟化氢 工作场所空气有毒物质测定氟化物 离子色谱法 GBZ/T 160.36-2004 4
31 氯气 工作场所空气有毒物质测定氯化物 甲基橙分光光度法 GBZ/T 160.37-2004 3
32 氯化氢和盐酸 工作场所空气有毒物质测定氯化物 离子色谱法GBZ/T 160.37-2004 4
33 溶剂汽油 工作场所空气有毒物质测定混合烃类化合物 直接进样-气相色谱法 GBZ/T 160.40-2004 3
工作场所空气有毒物质测定混合烃类化合物 热解吸-气相色谱法GBZ/T 160.40-2004 4
34 非甲烷总烃 工作场所空气有毒物质测定混合烃类化合物 热解吸-气相色谱法GBZ/T 160.40-2004 4
44 工作场所空气有毒物质 35 苯 工作场所空气有毒物质测定芳香烃类化合物 溶剂解吸-气相色谱法 GBZ/T 160.42-2007 3
36 甲苯
37 二甲苯
38 乙苯
39 萘 工作场所空气有毒物质测定多环芳香烃类化合物 溶剂解吸-气相色谱法GBZ/T 160.44-2004 3
40 三氯甲烷 工作场所空气有毒物质测定卤代烷烃类化合物 溶剂解吸-气相色谱法 GBZ/T 160.45-2007 3
41 二氯乙烯 工作场所空气有毒物质测定卤代不饱和烃类化合物
溶剂解吸-气相色谱法 GBZ/T 160.46-2004 3
42 氯苯 工作场所空气有毒物质测定卤代芳香烃类化合物
溶剂解吸-气相色谱法GBZ/T 160.47-2004 3
43 甲醇 工作场所空气有毒物质测定醇类化合物 溶剂解吸-气相色谱法GBZ/T 160.48-2007 3
44 工作场所空气有毒物质 43 甲醇 工作场所空气有毒物质测定醇类化合物 热解吸-气相色谱法GBZ/T160.48-2007 4
44 苯酚 工作场所空气有毒物质测定酚类化合物 4-氨基安替比林分光光度法 GBZ/T 160.51-2007 4
45 甲醛 工作场所空气有毒物质测定脂肪族醛类化合物 酚试剂分光光度法 GBZ/T 160.54-2007 6
46 丙酮 工作场所空气有毒物质测定脂肪族酮类化合物 溶剂解吸-气相色谱法 GBZ/T 160.55-2007 3
47 环氧乙烷 工作场所空气有毒物质测定环氧化合物 直接进样-气相色谱法 GBZ/T 160.58-2004 3
48 二甲基甲酰胺 工作场所空气有毒物质测定酰胺类化合物 溶液采集-气相色谱法 GBZ/T 160.62-2004 3
49 乙酸乙酯 工作场所空气有毒物质测定饱和脂肪族酯类化合物
无泵型采样—气相色谱法 GBZ/T 160.63-2007 4
44 工作场所空气有毒物质 50 邻苯二甲酸二丁酯 工作场所空气有毒物质测定芳香族酯类化合物 溶剂洗脱-气相色谱法GBZ/T 160.66-2004 4
51 对硝基苯胺 工作场所空气有毒物质测定芳香族胺类化合物 紫外分光光度法GBZ/T 160.72-2004 6
52 硝基苯 工作场所空气有毒物质测定芳香族硝基化合物 盐酸萘乙二胺分光光度法 GBZ/T 160.74-2004 5
53 呼吸性粉尘 工作场所空气中粉尘测定第2部分:
呼吸性粉尘浓度GBZ/T 192.2-2007
54 粉尘中游离二氧化硅 工作场所空气中粉尘测定第4部分:
游离二氧化硅 GBZ/T 192.4-2007
44 工作场所空气有毒物质 55 总粉尘 工作场所空气中粉尘测定第1部分:
总粉尘浓度 GBZ/T 192.1-2007
56 硝酸雾 测定工作场所空气中的无机酸 离子色谱法 NIOSH 7903-1994
44 工作场所空气有毒物质 57 溴氰菊酯 工作场所空气有毒物质测定拟除虫菊脂类农药 溶剂解析—气相色谱法 GBZ/T160.78-2007 3
工作场所空气有毒物质测定拟除虫菊脂类农药 高效液相色谱法 GBZ/T160.78-2007 4
58 氰戊菊酯 工作场所空气有毒物质测定拟除虫菊脂类农药 溶剂解析—气相色谱法 GBZ/T160.78-2007 3
59 六六六 工作场所空气有毒物质测定有机氯农药 溶剂洗脱—气相色谱法 GBZ/T160.77-2004
60 钾及其化合物 工作场所空气有毒物质测定钾及其化合物
火焰原子吸收光谱法 GBZ/T 160.17-2004
61 锌及其化合物 工作场所空气有毒物质测定锌及其化合物
火焰原子吸收光谱法 GBZ/T 160.25-2004 3
62 乙酸乙脂 工作场所空气有毒物质测定饱和脂肪族酯类化合物
溶剂解吸-气相色谱法 GBZ/T 160.63-2007 3
45 水和废水 1 化学需氧量 水质 化学需氧量的测定 快速消解分光光度法 HJ/T 399-2007
水质 化学需氧量的测定 重铬酸盐法 GB/T 11914-1989
2 五日生化需氧量 水质 五日生化需氧量(BOD5)的测定 稀释与接种法 HJ 505-2009
3 悬浮物 水质 悬浮物的测定 重量法 GB/T 11901-1989
4 氰化物 水质 氰化物的测定 容量法和分光光度法 HJ 484-2009 不做方法1、3、4
5 氨氮 水质 氨氮的测定 纳氏试剂分光光度法 HJ 535-2009
6 挥发酚 水质 挥发酚的测定 4-氨基安替比林分光光度法 HJ 503-2009
7 六价铬 水质 六价铬的测定 二苯碳酰二肼分光光度法
GB/T 7467-1987
8 铜、锌、铅、镉 水质 铜、锌、铅、镉的测定
原子吸收分光光度法 GB/T 7475-1987
9 镍 水质 镍的测定 火焰原子吸收分光光度法 GB/T 11912-1989
10 pH 水质 pH值的测定 玻璃电极法GB/T 6920-1986
45 水和废水 11 石油类 水质 石油类和动植物油的测定 红外分光光度法HJ637-2012
12 动植物油类
13 总铍 水质铍的测定 石墨炉原子吸收分光光度法 HJ/T59-2000
14 氟化物 水质 氟化物的测定 离子选择电极法 GB/T 7484-1987
15 总铬 水质 总铬的测定
第一篇 高锰酸钾氧化—二苯碳酰二肼分光光度法
GB/T 7466-1987
16 总磷 水质总磷 钼酸铵分光光度法GB/T 11893-1989
17 总氮 水质 总氮的测定 碱性过硫酸钾消解紫外分光光度法 HJ636-2012
18 高锰酸盐指数 水质高锰酸盐指数的测定 GB/T11892-1989
19 溶解氧 水质溶解氧的测定 碘量法 GB/T7489-1987
20 砷 《水和废水监测分析方法》(第四版增补版)国家环保总局 2006年 氢化物发生 原子吸收法(B)3.4.3.(3)
21 阴离子表面活性剂 水质 阴离子表面活性剂的测定 亚甲蓝分光光度法
GB/T 7494-1987
45 水和废水 22 银 水质 银的测定 火焰原子吸收分光光度法 GB/T 11907-1989
23 水温 水质 水温 温度计或颠倒温度计法 GB/T 13195-1991
24 色度 水质色度的测定 GB/T 11903-1989
25 浊度 水质 浊度的测定 GB/T 13200-1991
26 总硬度 水质 钙和镁总量的测定EDTA 滴定法 GB/T 7477-1987
27 亚硝酸盐氮 水质 亚硝酸盐氮的测定分光光度法 GB/T7493-1987
28 硝酸盐氮 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
46 水和废水 29 总氯 《水和废水监测分析方法》(第四版增补版)国家环保总局 2006年 碘量法(C)3.2.5(1)
30 硫酸盐 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
31 铁、锰 水质 铁、锰的测定 火焰原子吸收分光光度法
GB/T11911-1989
32 全盐量 水质 全盐量测定 重量法 HJ/51-1999
33 氯化物 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
46 水和废水 34 硫化物 水质 硫化物的测定 亚甲基蓝分光光度法
GB/T 16489-1996
35 电导率 锅炉用水和冷却水分析方法 电导率的测定 GB/T6908-2008
分析实验室用水规格和试验方法 GB/T6682-2008
46 饮用水 1 镉 生活饮用水标准检验方法 金属指标 无火焰原子吸收分光光度法 GB/T 5750.6-2006 9.1
2 铬(六价) 生活饮用水标准检验方法 金属指标
二苯碳酰二肼分光光度法GB/T 5750.6-2006 10.1
3 铅 生活饮用水标准检验方法 金属指标 无火焰原子吸收分光光度法 GB/T 5750.6-2006 11.1
4 氰化物 生活饮用水标准检验方法 无机非金属指标 异烟酸-吡唑酮分光光度法 GB/T 5750.5-2006 4.1
5 氟化物 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 3.2
46 饮用水 6 硝酸盐(以N计) 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 3.2
7 亚硝酸盐 生活饮用水标准检验方法 无机非金属指标
重氮偶合分光光度法GB/T 5750.5-2006 10.1
8 氨氮 生活饮用水标准检验方法 无机非金属指标
纳氏试剂分光光度法GB/T 5750.5-2006 9.1
9 色度 生活饮用水标准检验方法 感官形状和物理指标
铂-钴标准比色法GB/T 5750.4-2006 1.1
10 浑浊度 生活饮用水标准检验方法 感官形状和物理指标 目视比浊法 GB/T 5750.4-2006 2.2
11 嗅和味 生活饮用水标准检验方法 感官形状和物理指标 嗅气和尝味法 GB/T 5750.4-2006 3.1
12 肉眼可见物 生活饮用水标准检验方法 感官形状和物理指直接法
GB/T 5750.4-2006 4
46 饮用水 13 pH 生活饮用水标准检验方法 感官形状和物理指标
玻璃电极法GB/T 5750.4-2006 5.1
14 铁 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 2.1
15 锰 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 3.1
16 铜 生活饮用水标准检验方法 金属指标
无火焰原子吸收分光光度法GB/T 5750.6-2006 4.1
17 锌 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 5.1
18 氯化物 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 2.1
19 硫酸盐 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 5.3
46 饮用水 20 溶解性总固体 生活饮用水标准检验方法 感官形状和物理指标
称量法GB/T 5750.4-2006 8.1
21 总硬度 生活饮用水标准检验方法 感官形状和物理指标
乙二胺四乙酸二钠滴定法GB/T 5750.4-2006 7.1
22 耗氧量 生活饮用水标准检验方法 有机综合指标
酸性高锰酸钾滴定法GB/T 5750.7-2006 1.1
23 挥发酚类 生活饮用水标准检验方法 感官形状和物理指标
4-氨基安替吡啉三氯甲烷萃取分光光度法
GB/T 5750.4-2006 9.1
24 阴离子合成洗涤剂 生活饮用水标准检验方法 感官形状和物理指标
亚甲蓝分光光度法GB/T5750.4-2006 10.1
46 饮用水 25 铍 生活饮用水标准检验方法 金属指标
无火焰原子吸收分光光度法 GB/T5750.6-2006 20.2
47 室内空气 1 甲醛 公共场所卫生检验方法 第二部分:化学污染物
酚试剂分光光度法 GB/T 18204.2-2014 7.2
47 室内空气 2 苯、甲苯、二甲苯 居住区大气中苯、甲苯和二甲苯卫生检验标准方法 气相色谱法
GB 11737-1989
3 室内温度 公共场所卫生检验方法 第一部分:物理因素
空气温度 GB/T 18204.1-2013 3.2
4 相对湿度 公共场所卫生检验方法 第一部分:物理因素
电阻电容法 GB/T 18204.1-2013 4.3
5 室内新风量 公共场所卫生检验方法 第一部分:物理因素
示踪气体法 GB/T 18204.1-2013 6.1
6 一氧化碳 公共场所卫生检验方法 第二部分:化学污染物
不分光红外分析法 GB/T 18204.2-2014 3.1
7 氨 环境空气和废气 氨的测定 纳氏试剂分光光度法 HJ 533-2009
8 氡 民用建筑工程室内环境污染控制规范
GB 50325-2010(2013年版) 6.0.6
47 室内空气 9 大气压 公共场所卫生检验方法 第一部分:物理因素
空盒气压表法 GB/T 18204.1-2013 10
10 室内风速 公共场所卫生检验方法 第一部分:物理因素
电风速计法 GB/T 18204.1-2013 5
11 室内空气中总挥发性有机化合物(TVOC) 民用建筑工程室内环境污染控制规范
GB 50325-2010(2013年版) 附录G
48 环境空气和废气 1 二氧化硫 环境空气 二氧化硫的测定 甲醛吸收-副玫瑰苯胺分光光度法
HJ 482-2009
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 甲醛吸收-副玫瑰苯胺分光光度法(B)5.3.1.(5)
固定污染源排气中二氧化硫的测定 定电位电解法
HJ/T 57-2000
2 氮氧化物(一氧化氮、二氧化氮) 环境空气 氮氧化物(一氧化氮和二氧化氮)的测定 盐酸萘乙二胺分光光度法 HJ 479-2009
48 环境空气和废气 2 氮氧化物(一氧化氮、二氧化氮) 固定污染源排气中氮氧化物的测定 盐酸萘乙二胺分光光度法 HJ/T 43-1999
固定污染源废气 氮氧化物的测定 定电位电解法 HJ 693-2014
环境空气 二氧化氮的测定 Saltzman法 GB/T 15435-1995
3 总悬浮颗粒物 环境空气 总悬浮颗粒物的测定 重量法
GB/T 15432-1995
4 苯、甲苯、二甲苯 环境空气 苯系物的测定 活性炭吸附/二硫化碳解吸气相色谱法 HJ 584-2010
环境空气 苯系物的测定 固体吸附/热脱附-气相色谱法
HJ 583-2010
5 铅 环境空气铅的测定 火焰原子吸收分光光度法
GB/T 15264-1994
固定污染源废气 铅的测定 火焰原子吸收分光光度法
HJ 685-2014
6 一氧化碳 空气质量 一氧化碳的测定 非分散红外法
GB/T 9801-1988
48 环境空气和废气 6 一氧化碳 固定污染源排气中一氧化碳的测定 非分散红外吸收法
HJ/T44-1999
7 铍 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 石墨炉原子吸收分光光度法(B)3.2.10(1)
固定污染源废气 铍的测定 石墨炉原子吸收分光光度法
HJ 684-2014
48 环境空气和废气 8 可吸入颗粒物 环境空气PM10和PM2.5的测定 重量法
HJ618-2011
9 氨 环境空气和废气 氨的测定 纳氏试剂分光光度法HJ533-2009
10 铜、锌、镉、锰、镍 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 原子吸收分光光度法(B)3.2.12
11 铬(六价) 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 二苯碳酰二肼分光光度法(B)3.2.8
12 油烟 饮食业油烟排放标准 GB18483-2001附录A 金属滤筒吸收和红外分光光度法测定油烟的采样及分析方法
48 环境空气和废气 13 氯化氢 环境空气和废气氯化氢的测定 离子色谱法(暂行)
HJ549-2009
14 硫化氢 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 亚甲基蓝分光光度法(B) 3.1.11(2)
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 碘量法(B)5.4.10(2)
15 氟化物 环境空气氟化物的测定滤膜采样氟离子选择电极法HJ480-2009
大气固定污染源氟化物测定离子选择电极法 HJ/T67-2001
16 烟(粉)尘 锅炉烟尘测试方法 GB/T 5468-1991
固定污染源排气中颗粒物测定与气态污染物采样方法
GB/T 16157-1996
17 烟气黑度 锅炉烟尘测试方法 GB/T 5468-1991
固定污染源排放烟气黑度测定 林格曼烟气黑度图法
HJ/T 398-2007
18 流速(量) 固定污染源排气中颗粒物测定与气态污染物采样方法
GB/T 16157-1996
48 环境空气和废气 19 铬酸雾 固定污染源排气中铬酸雾的测定二苯基碳酰二肼分光光度法
HJ/T 29-1999
20 硫酸雾 固定污染源废气 硫酸雾的测定 离子色谱法(暂行)
HJ 544-2009
21 氰化氢 固定污染源排气中氰化氢的测定 异烟酸-吡唑啉酮分光光度法 HJ/T 28-1999
22 氯气 固定污染源排气中氯气的测定 甲基橙分光光度法
HJ/T30-1999
23 甲醛 《空气和废气监测分析方法》(第四版增补版)国家环保总局(2007)酚试剂分光光度法(B)6.4.2.(2)
24 苯酚类 固定污染源排气中酚类化合物的测定 4-氨基安替比林分光光度法 HJ/T33-1999
25 镍及其化合物 大气固定污染源 镍的测定 火焰原子吸收分光光度法
HJ/T63.1-2001
26 非甲烷总烃 固定污染源排气中非甲烷总烃的测定-气相色谱法 HJ/T38-1999
48 环境空气和废气 27 总烃 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 总烃和非甲烷总烃测定方法一(B)6.1.5(1)
49 工业废气吸收净化装置 1 部分项目 环境保护产品技术要求 工业废气吸收净化装置 HJ/T387-2007 只测吸收净化污染物为二氧化硫,氟化物,氮氧化物的吸收净化装置
2 运行噪声 工业企业噪声测量规范GBJ122-1988
3 压力损失 环境保护产品技术要求 工业废气吸收净化装置 HJ/T387-2007 3.3
4 净化效率 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007附录A.7
49 工业废气吸收净化装置 5 产品包装 机电产品包装通用技术条件GB/T13384-2008
6 标牌 标牌 GB/T13306-2011
7 气密性 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007附录A.8
49 工业废气吸收净化装置 8 污染物排放浓度 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007附录A.6
9 安全要求 环境保护产品技术要求 工业废气吸收净化装置HJ/T387-2007 4.3
10 表面温度 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 附录 A.2.3
11 填料的清洗设备 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.1.3
12 饱和吸收液的再生处理系统和工艺 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.1.4
13 制造质量 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.1.1和4.1.2
14 大修周期 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.2.6
50 工业废气吸附净化装置 1 部分项目 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 只测吸附净化污染物为酚类,甲醛,苯胺类,硝基苯类,苯,甲苯,二甲苯,总烃的吸附净化装置
2 净化效率 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007附录A7
3 压力损失 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 3.3
4 气密性 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 附录A8
5 污染物排放浓度 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 附录A6
6 表面温度 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 附录A2.3
50 工业废气吸附净化装置 7 声光报警装置性能 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 5.2
8 防爆泄压装置的破开压力 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007附录 5.3
9 吸附剂 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 4.1.3
10 吸附剂的再生系统和工艺 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 4.1.4
11 制造质量 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 4.1.1和4.1.2
12 安全要求 环境保护产品技术要求 工业废气吸附净化装置 HJ/T386-2007 4.3
13 苯胺类 空气质量 苯胺类的测定盐酸萘乙二胺分光光度法GB/T15502-1995
14 硝基苯类 空气质量 硝基苯类的测定锌还原盐酸萘乙二胺分光光度法 GB/T15501-1995
15 煤质颗粒活性炭 苯酚吸附 煤质颗粒活性炭试验方法 苯酚吸附值的测定 GB/T 7702.8-2008
51 噪声、振动 1 工业企业厂界环境噪声 工业企业厂界环境噪声排放标准 GB 12348-2008
51 噪声、振动 2 城市区域环境噪声 声环境质量标准 GB 3096-2008
3 建筑施工场环境界噪声 建筑施工场界环境噪声排放标准GB12523-2011
4 社会生活环境噪声 社会生活环境噪声排放标准 GB 22337-2008
5 机场周围飞机噪声 机场周围飞机噪声测量方法 GB/T 9661-1988
6 铁路边界噪声 铁路边界噪声限值及其测量方法 GB 12525-1990
7 振动 城市区域环境振动测量方法 GB/T10071-1988
52 电磁辐射 1 电场、功率 、密度 辐射环境保护管理导则-电磁辐射监测仪器和方法
HJ/T 10.2-1996
2 工频电场、工频磁场 环境影响评价技术导则 输变电工程 HJ 24-2014
交流输变电工程电磁环境监测方法(试行) HJ 681-2013
3 无线电干扰 高压架空送电线、变电站无线电干扰测定方法 GB/T 7439-2002
53 环境电离辐射 1 γ辐射剂量率 辐射环境监测技术规范 HJ/T 61-2001
环境地表γ辐射剂量率测定规范 GB/T 14583-1993
电离辐射防护与辐射源安全基本标准 GB 18871-2002
54 土壤/固体废物 1 铜 土壤质量 铜、锌的测定 火焰原子吸收分光光度法
GB/T 17138-1997
2 pH 土壤检测 第2部分:土壤pH的测定 NY/T 1121.2-2006
固体废物腐蚀性测定 玻璃电极法 GB/T15555.12-1995
固体废物浸出毒性浸出方法水平振荡法
HJ557-2010
55 湿法漆雾过滤净化装置 1 全部项目 环境保护产品技术要求 湿法漆雾过滤净化装置 HJ/T388-2007
2 漆雾 固定污染源排气中颗粒物测定与气态污染物采样方法
GB/T16157-1996
3 雾化性能 环境保护产品技术要求
湿法漆雾过滤净化装置 HJ/T388-2007
4 污染物浓度 环境保护产品技术要求
湿法漆雾过滤净化装置 HJ/T388-2007 6.3.2
5 基本尺寸及焊接质量 工程机械 焊接件通用技术条件 JB/T5943-1991
6 表面喷漆 工程机械 涂装通用技术条件 JB/T5946-1991
56 润滑油
1 水分 轻质石油中水含量的测定法(电量法) SH/T 0246-1992
2 酸值 石油产品酸值测定法 GB 264-1983
56 润滑油
3 粘度 石油产品运动粘度测定法和动力粘度计算法 GB/T 265-1988
4 污染度 航空工作液污染测试 第4部分:用自动颗粒计数法测定固体颗粒污染度
GJB 380.4A-2004
航空工作液固体污染度分级
GJB 420B-2006
液压传动 油液 固体颗粒污染等级代号 GB/T 14039-2002
5 金属元素分析 用四部分综合试验器(原子发射光谱法、红外线光谱法、粘度和激光粒子计数器)分析使用中润滑油的试验方法 ASTM D7417-2010
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Mechanical accessory 1 Geometrical tolerancing Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004
Measurement of departures from straightness
GB/T 11336-2004
Measurement of departures from flatness
GB/T 11337-2004
As se ssm e nt o f d ep ar tur e f ro m r ou nd ne ss-
Tw o- an d t h ree -p oi nt m et ho ds
GB /T 43 80 - 20 04
Methods for the assessment of departure form roundness Measurement of variations in radius
GB/T 7235-2004 Accredited only for: ≤2.4m×1.2m×0.7m;
Ra:(0.012~25)μm
1 Mechanical accessory 2 Surface rouglness (GPS)
surface texture: Profile method_Rules and procedures for the assessment of surface texture
GB/T 10610-2009
Surface rouglness parameters and their values
GB/T 1031-2009 Accredited only for: ≤2.4m×1.2m×0.7m;
Ra:(0.012~25)μm
3 Parameters for holes and shafts Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004
2 Projector 1 accuracy of longitude and latitude(vertical) Projectors
JB/T 6830-1993
2 variety of indication while focusing several times along unidirection
2 Projector 3 image center movement while varing object lens amplificatory Projectors
JB/T 6830-1993
4 error of object lens amplificatory including aberrance
3 Tri-coordinate measuring instrument 1 probing error Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
2 error of Indication of a CMM for size measurement
3 four-axis error
3 Tri-coordinate measuring instrument 4 scanning probing error Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
5 time for scanning test
6 fixed multiple-stylus probing system error
3 Tri-coordinate measuring instrument 7 articulated probing system error Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
4 Roundness measuring instrument 1 Instrument radial error Roundness instruments
GB/T26098-2010
2 Instrument axial error
3 scalling error
4 stability
4 Roundness measuring instrument 5 radial error with maximum load and unbalance load Roundness instruments
GB/T26098-2010
5 Inductance-type micrometers 1 Zeroing range Digital display inductance micrometers JB/T 10014-1999;
Inductance-type micrometers
JB/T 10036-1999
2 Zero balance
3 Indication variability
4 direction error
5 reversal error
6 Indication error
7 Indication stability
8 sensitivity
9 Force measurement
10 Response time
5 Inductance-type micrometers 11 Insulation and compression Digital display inductance micrometers JB/T 10014-1999;
Inductance-type micrometers
JB/T 10036-1999
6 Contact pin type surface roughness measuring instrument 1 calibration of Residual profile Geometrical Product Specification(GPS)—
Surface texture -Profile method-
Calibration of contact (stylus) instruments
GB/T 19600-2004
2 colligation calibration of contact (stylus) instruments
7 Leveling instrument 1 Telescope magnification Leveler
GB/T 10156-2009
2 Resolution
3 Telescope effective aperture
4 Focusing running error
7 Leveling instrument 5 Telescope stadia multiplying a constant Leveler
GB/T 10156-2009
6 Telescope imaging quality
7 Operating and setting up error of vertical shaft
8 Micrometer row error
9 while temperature changing 1°C, angle i changes
10 Automatic stabilizing compensation performance
11 Operating temperature
12 Consecutive shock test
13 Anti-transportation test
14 Appearance
7 Leveling instrument 15 Sight directrix error Leveler
GB/T 10156-2009
8 Pneumatic measuring instrument 1 total error of value-indication Floating beacon type pneumatic measuring instruments
JB/T 3760-2008
2 reoeatbility
3 stability
4 value of floater waveness
5 response time
6 multitube interaction
7 Maximum measuring gap
8 influence of pressure variety for indication
9 Numerically control machines 1 accuracy of positioning of an axis Test code for machine tools part 1:
geometric accuracy of machines operating under no-load or finishing conditions GB/T 17421.1-2000
Test code for machine tools part 2:determination of accuracy and repeat -apility of positioning numerically controlled axes
GB/T 17421.2-2000
2 Repeatability of positioning of an axis
3 reversal value of an axis
4 straightness
5 vertical
10 Inertial navigation 1 Heading accuracy General specifications for ship's inertial navigation system
GJB 2230-1994
2 Level accuracy
10 Inertial navigation 3 Position accuracy General specifications for ship's inertial navigation system
GJB 2230-1994
11 Gyro 1 Bias catena Test methods for fiber optic gyroscope
GJB 2426A-2004 Accredited only for ≤500°/s
2 Scale factor catena
12 Thermometer and sensor 1 Resistance ratio, temperature coefficient Platinum wire of resistance thermometer GB/T 5977-1999
2 stability
13 Thermometer 1 Temperature General specification for electronic measuring instruments GB/T 6587.1–2012
2 humidity
3 Pack transportation
14 Temperature test equipment 1 Temperature deviation Electrician and electron product environmental test equipment basic parameter calibration method temperature test equipment
GB/T 5170.2-2008
2 Temperature stability
3 Temperature uniformity
4 Air speed
5 Temperature change rate
15 Moist heat test equipment 1 Temperature deviation Electrician and electron product environmental test equipment basic parameter calibration method moist heat test equipment
GB/T 5170.5-2008
2 Temperature stability
3 Temperature uniformity
4 humidity deviation
5 humidity stability
15 Moist heat test equipment 6 humidity uniformity Electrician and electron product environmental test equipment basic parameter calibration method moist heat test equipment
GB/T 5170.5-2008
7 Air speed
8 Temperature change rate/5min
9 characteristic of temperature change
16 Salt spray test equipment 1 Temperature deviation inspection method for environmental testing equipments for electric and electronic products--- Salt mist testing equipment
GB/T 5170.8-2008
2 Temperature stability
3 Temperature uniformity
4 salt settlement rate
17 High and low temperature / low air pressure testing equipments 1 low air pressure deviation Inspection methods for basic parameters of environmental testing equipments for electric and electric products combined high and low temperature/ low air pressure testing equipments
GB/T 5170.10-2008
2 low air pressure change rate
3 Temperature deviation
4 Temperature stability
5 Temperature uniformity
6 low air pressure deviation
7 Temperature change rate/5min
18 Electrician and electron product、
Electron measurement instrument、 Military equipment
(Environmental test) 1 Low temperature test Laboratory environmental test methods for military materiel-Part 4: Low temperature test
GJB 150.4A-2009 Accredited only for :Maximum workspace:
1.5 m3;
Temperature range:
(-70~180)℃
Environmental testing for Electric and electronic products-Part2:Test methods-Tests A:Cold
GB/T 2423.1-2008
2 High temperature test Laboratory environmental test methods for military materiel -Part 3: High temperature test
GJB 150.3A-2009
Environmental testing for Electric and electronic products-Part2:Test methods-TestsB:Dry heat
GB/T 2423.2-2008
18 Electrician and electron product、
Electron measurement instrument、 Military equipment
(Environmental test) 3 damp heat test Laboratory environmental test methods for military materiel-Part 9: damp heat test
GJB 150.9A-2009 Accredited only for :Maximum workspace:1.5 m3;
Temperature range:
(-70~180)℃;
Humidity range:
(10~98)%RH
Environmental testing for Electric and electronic products-Part2:Test methods-Tests Cb :Invariable damp heat test GB/T 2423.3-2006
Environmental testing for Electric and electronic products-Part2:Test methods-Tests Db :changeable damp heat test GB/T 2423.4-2008
19 Industry Pt thermal resistance 1 Permissible error Technical condition and graduation table of Industry Pt thermal resistance
JB/T 8622-1997
19 Industry Pt thermal resistance 2 Insulation Technical condition and graduation table of Industry Pt thermal resistance
JB/T 8622-1997
20 Industry glass- thermometer and laboratory thermometer 1 Temperature error Industry glass- thermometer and laboratory thermometer
JB/T 9262-1999
21 Analog input and digital Indicator control instrument in industrial process measurement and control system 1 Set point Analog input and digital Indicator control instrument in industrial process measurement and control system
JB/T 8386.1~.2-1996
2 Insulation
22 Piston Gauge (Pressure Gauge) 1 basic error General pressure gauge
GB/T 1226-2010
Accurate pressure gague
GB/T 1227-2010
2 hystersis error
3 zero error
4 distance after tapping
5 temperature effect
22 Piston Gauge (Pressure Gauge) 6 over-pressure General pressure gauge
GB/T 1226-2010
Accurate pressure gague
GB/T 1227-2010
7 cyclic pressure
8 Sealing of check instrument Piston-type manometers
JB/T 7393-1994
9 Verticality
10 Time duration
11 Descent velocity
12 Effective area
13 Discrimination threshold
14 Quality error
23 Pressure sensor (static and dynamic) 1 Repeatability error Test methods of the performances for pressure transducer/sensor
GB/T 15478-1995
2 Return error
3 Linear error
4 precision
5 Full-range output value
23 Pressure sensor (static and dynamic) 6 Minimum secondary linear equation Test methods of the performances for pressure transducer/sensor
GB/T 15478-1995
7 Amplitude ratio
8 Phase difference
24 Shock and vibration sensor 1 Reference sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 2 Frequency response Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 3 Amplitude linearity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 4 Lateral sensitivity ratio Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 5 Temperature sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 6 Magnetic sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 7 Base strain sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
25 Vibration measurer 1 Reference sensitivity of vibration measurer Vibration Calibration by Comparison to a Reference Tranducer
GB/T 20485.21-2007
2 Frequency response of vibration measurer
3 Amplitude linearity of vibration measurer
26 Standard of mass capacitance 1 Capacitance accuracy Standard capacitors
GB/T 9090-1988
Accredited only for below 1F
2 Accuracy of loss tangent
3 Voltage characteris–tics
4 Temperature coefficient
5 Humidity test General specification for electronic measuring instruments GB/T 6587-2012
6 Temperature test
26 Standard of mass capacitance 7 Vibration test General specification for electronic measuring instruments GB/T 6587-2012 Accredited only for below 1F
8 Transporta-tion test
27 Digital multi-meter 1 DC voltage Environmental tests program for electronic measuring instruments GB/T 15637-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 DC current
3 AC voltage
4 AC current
5 Resistance
6 Environmental & temperature tests
7 Safety test
8 Vibration test
28 Distortion measuring instrument 1 Appearance, electric and mechanical structure requirement General specification and test method for distortion measuring instrument
GB/T 15472-2012
2 Safety requirement
3 Insulation resistance
4 Leakage current
5 Voltage measurement
6 Inherent noise
7 Voltage measured range
8 Cited relative error of voltage measured
9 Frequency response characteristic
10 Input resistance
11 Input capacitance
28 Distortion measuring instrument 12 Wave-shape error General specification and test method for distortion measuring instrument
GB/T 15472-2012
13 Output monitor
14 Distortion measurement
15 Frequency range and error
16 Range of input voltage
17 Distortion Measured Range
18 Cited relative error of Distortion measured
19 Fundamental wave suppression characteristic
28 Distortion measuring instrument 20 Harmonic response characteristic General specification and test method for distortion measuring instrument
GB/T 15472-2012
21 Residual distortion
22 Input resistance
23 Input capacitance
24 Apparent power
29 Pulse signal source 1 Pulse repetition frequency (cycle) verification Specifications of pulse signal generators
GB/T 9317-2012
General specification for electronic measuring instruments
GB/T 6587-2012
2 Relay time verification
3 Pulse-width verification
4 Fore-/after- edge verification
29 Pulse signal source 5 Temperature and humidity test Specifications of pulse signal generators
GB/T 9317-2012
General specification for electronic measuring instruments
GB/T 6587-2012
6 Vibration & shock test
30 Pulse Voltmeter 1 Verification of input short circuit voltage (Uo) Measuring methods for electronic voltmeters
GB/T 12116–2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Input resistance verification
3 Pulse amplitude measurement verification
4 DC voltage stability verification
30 Pulse Voltmeter 5 Temperature and humidity test Measuring methods for electronic voltmeters
GB/T 12116–2012
General specification for electronic measuring instruments GB/T 6587-2012
6 Vibration & shock test
7 Transportation test
31 Phase Indicator
( digital, ultra-low frequency) 1 Phase measurement error Methods of measurement for medium and low frequency phase QJ 2941-1997
2 Amplitude phase characteristic
3 Sightless area
4 Temperature test General specification for electronic measuring instruments GB/T 6587-2012
5 Transportation test
32 Ultra-low frequency shifter 1 Max. output voltage Methods of measurement for medium and low frequency phase
QJ 2941-1997
2 Additional distortion after sine wave phase-shifting
3 Output noise
4 Output DC and zero shift
5 Temperature test General specification for electronic measuring instruments GB/T 6587-2012
6 Vibration & shock test
7 Transportation test
33 Universal counters 1 Visual inspection & normalness test Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Frequency measurement
3 Cycle measurement
4 Time interval measurement
5 Diurnal aging rate
6 Warm-up characteristic
7 Diurnal frequency variation
8 Frequency stability
9 Frequency restoration
10 Frequency accuracy
33 Universal counters 11 Safety test Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
34 Digital time interval measuring instrument 1 Visual inspection
and normal check Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Inner crystal Oscillator inspection
3 Measurement error inspection
4 Safety test
35 Products and equipments for electrostatic protection (Wrist bands and table mats for electrostatic protection etc) 1 Electrostatic leaking resistance Test methods for electrostatic protection system in manufacturing electronic products
SJ/T 10694-2006
35 Products and equipments for electrostatic protection (Wrist bands and table mats for electrostatic protection etc) 2 Resistance between any two points Test methods for electrostatic protection system in manufacturing electronic products
SJ/T 10694-2006
3 Surface resistance
36 Optical system 1 Focal length Optical system-Determination of paramerters GB/T 10987-2009
2 Relative aperture
3 Magnification
4 Angle of field of view
5 Star test Image quality of Optical system-Methods of determination GB/T 11168-2009
6 Resolution
37 Optical plate 1 Curvature Radius Optical Plate JB/T 10568-2006
38 Optical crystal 1 Transmittance Measuring method for transmittance of optical crystal JB/T9495.3-1999
39 Determination of Physical Agents 1 Noise Measurement of Physical Agents in Workplace Part 8: Noise GBZ/T 189.8-2007
2 Ultra High Frequency Radiation Measurement of Physical Agents in Workplace Part 1:Ultra High Frequency Radiation GBZ/T 189.1-2007
3 High Frequency Electromagnetic Field Measurement of Physical Agents in Workplace Part 2: High Frequency Electromagnetic Field GBZ/T 189.2-2007
4 Microwave Radiation Measurement of Physical Agents in Workplace Part 5: Microwave Radiation GBZ/T 189.5-2007
5 Powe frequency Electric Field Measurement of Physical Agents in Workplace Part 3 owe frequency Electric Field GBZ/T 189.3-2007
39 Determination of Physical Agents 6 Industrial X-ray detection Radiological protection standards for industrial X-ray detection GBZ 117-2006
7 Industrial gamma defect detecting Radiological protection standards for industrial gamma defect detecting GBZ 132-2008
8 Heat Stress Measurement of Physical Agents in Workplace Part 7:Heat Stress GBZ/T 189.7-2007
9 Hand-transmitted Measurement of Physical Agents in Workplace Part 9: hand-transmitted GBZ/T 189.9-2007
10 Ultraviolet Radiation Measurement of Physical Agents in Workplace Part 6: Ultraviolet Radiation GBZ/T 189.6-2007
40 Compressed air 1 oil aerosol content Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
Compressed air-part 2: The test for oil aerosol content ISO 8573-2:2007(E)
40 Compressed air 1 oil aerosol content Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
2 solid particle content Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
Compressed air-part 4: The test forsolid particle content ISO 8573-4:2001(E)
Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
3 solid particle content by mass concentratio Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
40 Compressed air 3 solid particle content by mass concentratio Compressed air-part 8: The test forsolid particle content by mass concentration ISO 8573-8:2004(E)
4 Humidity Compressed air - Part 1:Contaminants and Purity Classes GB/T 13277.1-2008
Compressed air –Part 3: Test Methods for Measurement of Humidity ISO 8573-3 :1999(E)
Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
41 airborne particles in clean room 1 Cleanness Code for design of clean room GB50073-2013 A3
The method for airborne particles in clean room of the pharmaceutical industry GBT 16292-2010
42 Forgings Plates
Bars
Welds 1 Ultrasonic testing Process for ultrasonic inspection of wrought aluminum alloy products GB/T6519-2000
Method for manual ultrasonic testing and classification of testing results for ferritic steel welds GB/T 11345-1989
Steel forgings - Method for ultrasonic testingGB/T 6402-2008
Forged and rolled steel bars - Method for ultrasonic testing GB/T 4162-2008 only contact method
Copper alloy bars - Ultrasonic testing method GB/T 3310-2010 only contact method
Inspection method for Lamb wave for metal sheets GJB 3384-1998
Thicker steel plates - Method for ultrasonic inspection
GB/T 2970-2004
42 Forgings Plates
Bars
Welds 1 Ultrasonic testing Metal plates - Flaw detection method by the ultrasonic plate wave GB/T 8651-2002
Method of ultrasonic inspection for wrought titanium and titanium alloy products GB/T 5193-2007 only contact method
43 Clean Rooms and Performance of HVAC 1 Cleanness Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
2 Airflow volume(Fresh air rate、Air changes) Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
43 Clean Rooms and Performance of HVAC 3 Static pressure difference Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
4 Noise Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
5 Section air flow velocity Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
43 Clean Rooms and Performance of HVAC 6 Temperature Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
7 Humidity Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
8 Water flux of air-conditioner Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
43 Clean Rooms and Performance of HVAC 8 Water flux of air-conditioner Technical specification for test of heating &ventilating and air-conditioning engineering JGJ/T 260-2011
9 Illumination Code for construction and acceptance of clean room GB50591-2010
10 Surface electrostatic Code for construction and acceptance of clean room GB50591-2010
11 Vibration Code for construction and acceptance of clean room GB50591-2010
44 Determination of poisonous and hazardous matters in the air of workplace 1 Barium and its compounds Methods for determination of barium and its compounds in the air of workplace Dibromo-p-methyl-sulfonazo spectrophotometric method
GBZ/T 160.2-2004 4
44 Determination of poisonous and hazardous matters in the air of workplace 2 Cadmium and its compounds Methods for determination of cadmiun and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.5-2004
3 Chromium trioxide Methods for determination of chromium and its compounds in the air of workplace Disphenylarbohydrazide spectrophotometric method
GBZ/T 160.7-2004 4
4 Chromates
5 Dichromates
6 Copper and its compounds Methods for determination of copper and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.9-2004
44 Determination of poisonous and hazardous matters in the air of workplace 7 Lead dust(fume) Methods for determination of lead and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.10-2004 3
8 Manganese and its compounds Methods for determination of manganese and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.13-2004 3
9 Mercury and its compounds Methods for determination of mercury and its compounds in the air of workplace Cold-atomic absorption spectrometry GBZ/T 160.14-2004
44 Determination of poisonous and hazardous matters in the air of workplace 10 Molybdenum and its compounds Methods for determination of molybdenum and its compounds in the air of workplace Thiocyanate spectrophotometric method GBZ/T 160.15-2004 3
11 Nickel and its compounds Methods for determination of nickel and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.16-2004
12 Sodium hydroxide Methods for determination of sodium and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.18-2004
44 Determination of poisonous and hazardous matters in the air of workplace 13 Strontium and its compounds Methods for determination of thallium and its compounds in the air of workplace Graphite furnace atomic absorption spectrometry method GBZ/T 160.21-2004
14 Thallium and its compounds Methods for determination of tin and its compounds in the air of workplace Graphite furnace atomic absorption spectrometry method GBZ/T 160.22-2004 3
15 Carbon monoxide Methods for determination of inorganic carbon compounds in the air of workplace Nondispersive infrared gas monitoring instrument
GBZ/T 160.28-2004 3
16 Carbon dioxide
44 Determination of poisonous and hazardous matters in the air of workplace 17 Nitrogen monoxide Methods for determination of inorganic nitrogen compounds in the air of workplace N(1-naphtye)-ethylenediamine dihydrochloride spectrophotometric method
GBZ/T 160.29-2004 3
18 Nitrogen dioxide
19 Ammonia Methods for determination of inorganic nitrogen compounds in the air of workplace Nesster's reagent spectrophotometry GBZ/T 160.29-2004 4
44 Determination of poisonous and hazardous matters in the air of workplace 20 Hydrogen cyanide Methods for determination of inorganic nitrogen compounds in the air of workplace Sodium isonicotinate-sodium barbiturate spectrophotometric method
GBZ/T 160.29-2004 5
21 Cyanides
44 Determination of poisonous and hazardous matters in the air of workplace 22 Phosphoric acid Methods for determination of inorganic phosphorus compounds in the air of workplace
Ammonium molybdate spectrophotometric method GBZ/T 160.30-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 23 Phosphoric acid Methods for determination of inorganic phosphorus compounds in the air of workplace
Ammonium molybdate spectrophotometric method GBZ/T 160.30-2004 3
24 Arsenic and its compounds(except arsine ) Methods for determination of arsenic and its compounds in the air of workplace Hydride reduction atomic absorption spectrometry
GBZ/T 160.31-2004 4
25 Ozone Methods for determination of oxides in the air of workplace Eugenol spectrophotometric method
GBZ/T 160.32-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 26 Sulfur dioxide Methods for determination of sulfides in the air of workplace Sulfur dioxide-Formaldehyde absorbing-pararosaniline spectrophotometry GBZ/T 160.33-2004 4
27 Sulfuric Methods for determination of sulfides in the air of workplace Ion chromatography GBZ/T 160.33-2004 5
28 Hydrogen sulfide Methods for determination of sulfides in the air of workplace Silver nitric acid colorimetry GBZ/T 160.33-2004 7
29 Hydrogen fluoride and fluoride Methods for determination of fluorides in the air of workplace Ion chromatography GBZ/T 160.36-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 30 Hydrogen fluoride Methods for determination of fluorides in the air of workplace Ion chromatography GBZ/T 160.36-2004 4
31 Chlorine Methods for determination of chlorides in the air of workplace Methyl orange spectrophotometric method
GBZ/T 160.37-2004 3
32 Hydrogen chloride and Hydrochloric acid Methods for determination of chlorides in the air of workplace Ion chromatography
GBZ/T 160.37-2004 4
33 Solvent gasolines Methods for determination of mixed hydrocarbons in the air of workplace Direct injection- gas chromatography GBZ/T 160.40-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 33 Solvent gasolines Methods for determination of mixed hydrocarbons in the air of workplace Thermal desorption - gas chromatography
GBZ/T 160.40-2004 4
34 Tatal hydrocarbons Methods for determination of mixed hydrocarbons in the air of workplace Thermal desorption - gas chromatography GBZ/T 160.40-2004 4
35 Benzene Methods for determination of aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.42-2007 3
36 Toluene
37 Xylene
38 Ethyl benzene
44 Determination of poisonous and hazardous matters in the air of workplace 39 Naphthalene Methods for determination of polycyclic aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.44-2004 3
40 Trichloromethane Methods for determination of Halogenated alkanes in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.45-2007 3
44 Determination of poisonous and hazardous matters in the air of workplace 41 Dichloroethylene Methods for determination of halogenated unsaturated hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.46-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 42 Chlorobenzene Methods for determination of halogenated aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.47-2004 3
43 Methyl alcohol Methods for determination of alcohols in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.48-2007 3
Methods for determination of alcohols in the air of workplace Thermal desorption - gas chromatography GBZ/T 160.48-2007 4
44 Determination of poisonous and hazardous matters in the air of workplace 44 Phenol Methods for determination of phenols in the air of workplace 4-amino antipyrine spectrophotometric method GBZ/T 160.51-2007 4
45 Formaldehyde Methods for determination of aliphatic aldehydes in the air of workplace MBTH spectrophotometric method GBZ/T 160.54-2007 6
46 Acetone Methods for determination of aliphatic ketones in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.55-2007 3
47 Ethylene oxide Methods for determination of epoxy compounds in the air of workplace Direct injection- gas chromatography GBZ/T 160.58-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 48 Dimethyl formamide Methods for determination of amides in the air of workplace Solvent collection-gas chromatography GBZ/T 160.62-2004 3
49 Ethyl acetate Methods for determination of saturated aliphatic esters in the air of workplace No pump sampling—gas chromatography GBZ/T 160.63-2004 4
50 Dibutyl phthalate Methods for determination of aromatic esters in the air of workplace Solvent elution-gas chromatography GBZ/T 160.66-2004 4
44 Determination of poisonous and hazardous matters in the air of workplace 51 p-nitroaniline Methods for determination of aromatic amines in the air of workplace Ultraviolet spectrophotometry GBZ/T 160.72-2004 6
52 Nitrobenzene Methods for determination of aromatic nitro-compounds in the air of workplace N(1-naphtye)-ethylenediamine dihydrochloride spectrophotometric method
GBZ/T 160.74-2004 5
53 Respirable dust Determination of dust in the air of workplace-Part1:Respirable dust concentration GBZ/T 192.2-2007
54 Free silica in dust Determination of dust in the air of workplace-Part4:Content of free silica in dust GBZ/T 192.4-2007
44 Determination of poisonous and hazardous matters in the air of workplace 55 Total dust concentration Determination of dust in the air of workplace-Part1:Total dust concentration GBZ/T 192.1-2007
56 Nitric acid Methods for determination of acid in the air of workplace- Ion chromatography NIOSH 7903-1994
57 Deltamethrin Methods for determination of organic nitrogen pesticides in the air of workplace Solvent desorption-gas chromatography GBZ/T160.78-2007 3
Methods for determination of organic nitrogen pesticides in the air of workplace--high performace liquid chromatography GBZ/T160.78-2007 4
44 Determination of poisonous and hazardous matters in the air of workplace 58 Fenvalerate Methods for determination of pyrethriod pesticides in the air of workplace Solvent desorption-gas chromatography GBZ/T160.78-2007 3
59 Hexachlorocyclohexanne Methods for determination of organic nitrogen pesticides in the air of workplace-- Solvent desorption-gas chromatography GBZ/T160.77-2004
60 Kalium and its compounds Methods for determination of potassium and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.17-2004
44 Determination of poisonous and hazardous matters in the air of workplace 61 Zinc and its compounds Methods for determination of zinc and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.25-2004 3
62 Ethyl acetate Methods for determination of saturated aliphatic esters in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.63-2007 3
45 water and waste water 1 Chemical oxygen demand Water quality-Determination of the chemical oxygen
demand -fast digest-spectrophoto metric method HJ/T 399-2007
Water quality Determination of the chemical oxygen
demand Dichromate method GB/T 11914-1989
45 water and waste water 2 Biochemical oxygen demand after 5 days Water quality-Determination of biochemical oxygen demand after 5 days(BOD5)- Dilution and seeding method
HJ 505-2009
3 Suspended substance Water quality-Determination of suspended substance- Gravimetric method GB/T 11901-1989
4 Cyanide Water quality -Determination of Cyanide
Volumetric and Spectrophotometry method
HJ 484-2009 No test method 1、 3 、4
5 Ammonium-N Water quality-Determination of ammonium-Nessler’s reagent colorimetric method
HJ 535-2009
45 water and waste water 6 Volatile phenolic compounds Water quality-Determination of volatile phenolic compounds-After distillation by means of 4-AAP spectrophotometric method
HJ 503-2009
7 Chromium(Ⅵ) Water quality-Determination of chromium(Ⅵ) -1,5Diphenylcarbohydrazide spectrophotometric method
GB/T 7467-1987
8 Copper, zinc,lead and cadmium Water quality-Determination of copper, zinc, lead and cadmium-Atomic absorption spectrometry
GB/T 7475-1987
9 Nickel Water quality-Determination of nickel-Flame atomic absorption spectrometric method
GB/T 11912-1989
45 water and waste water 10 pH value Water quality-Determination of pH value-Glass electrode method
GB/T 6920-1986
11 Petroleum oil Water quality- Determination of petroleum oil,animal and vegetable oils—Infrared photometric methodHJ637-2012
12 Animal and vegetable oils
45 water and waste water 13 Beryllium Water quality -Determination of beryllium -Graphite furnace atomic absorption spectrometry HJ/T59-2000
14 Fluoride Water quality-Determination of fluoride-Ion selective electrode method GB/T 7484-1987
45 water and waste water 15 Total chromium Water quality -Determination of total chromium
the first method,Potassium permanganate oxidation-disphenylarbohydrazide spectrophotometric method
GB/T 7466-1987
16 Total phosphorus Water quality -Determination of total phosphorus Molybdenum-antimony anti-specrophotometric method GB/T 11893-1989
17 Total nitrogen Water quality -Determination of total nitrogen -Alkaline Potassiumm persulfate oxidation-UV spectrophotometric methodHJ636-2012
18 Permanganate index Water auality - Determination of permanganate index GB/T11892-1989
45 water and waste water 19 Dissolved oxygen Water auality - Determination of dissolved oxygen-Iodometric method GB/T7489-1987
20 Arsenic 《Monitoring and analyzing method for water and waste water》(the 4th edition aditional edition)SEPA(2006)Hydride generation atomic absorption spectrometry (B)3.4.3.(3)
21 Anionic synthetic detergent Water quality-Methylene blue spectrophotometric method
GB/T 7494-1987
22 Argentine Water quality- Determination of Argentine Flame atomic absorption spectrometric method GB/T 11907-1989
45 water and waste water 23 Water temperature Waterquality-Determinationofwatertemperature- Thermometer or reversing thermometer method GB/T 13195-1991
24 Colority Water quality Determination of colorityGB/T 11903-1989
25 Haziness turbidity Water quality Determination of turbidityGB/T 13200-1991
26 Total
hardness Water quality-- Determination of the sum of calcium and magnesium--EDTA titration method GB/T 7477-1987
27 Nitrate
nitrogen Water quality; Determination of nitrogen (nitrite); Spectrophotometric method GB/T7493-1987
28 Nitrate(count with nitrogen) Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
45 water and waste water 29 Remain chlorine and total chlorine 《Monitoring and analyzing method for water and waste water》(the 4th edition aditional edition)SEPA(2006)Iodometric method(C)3.2.5(1)
30 Sulfate Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
31 Iron, Manganese Water quality--
Determination of iron and manganese- Flame atomic absorption spectrometric method
GB/T 11911-1989
32 TDS Water quality-Determination of total salt-Gravimetric metod HJ/51-1999
33 Chlorine Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
45 water and waste water 34 Sulfide Water quality-Determination of sulfide-Methylene blue spectrophotometric methodGB/T 16489-1996
35 Electrical conductivity Analysis of water used in boil and cooling system-Determination of electrical conductivity GB/T6908-2008
Water for analytical labboratory use Specification and test methods GB/T6682-2008
46 drinking water 1 Cadmium Standard examination methods for drinking water -metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 9.1
46 drinking water 2 Chromium(Ⅵ) Standards for drinking water quality—metal parameters Diphenylcarbohydrazide spectrophotometric method GB/T 5750.6-2006 10.1
3 Lead Standards for drinking water quality—metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 11.1
4 Cyanide Standard examination methods for drinking water —nonmetal parameters Isonicotinic acid-pyrazolidone spectrophotometric method GB/T 5750.5-2006 4.1
46 drinking water 5 Fluoride Standard examination methods for drinking water —nonmetal parameters
Ion chromatographyGB/T 5750.5-2006 3.2
6 Nitrate(count with nitrogen) Standard examination methods for drinking water —nonmetal parameters
Ion chromatography GB/T 5750.5-2006 3.2
7 Nitrite Standard examination methods for drinking water —nonmetal parameters Diazo coupled spectrophotometric method GB/T 5750.5-2006 10.1
46 drinking water 8 Ammonium-N Standard examination methods for drinking water —nonmetal parameters Nessler’s reagent colorimetric method GB/T 5750.5-2006 9.1
9 Colority Standard examination methods for drinking water —organoleptic and physical parameters
Platinum-cobalt standard colorimetric method GB/T 5750.4-2006 1.1
10 Turbidity Standard examination methods for drinking water —organoleptic and physical parameters Visible turbidimetric method GB/T 5750.4-2006 2.2
46 drinking water 11 Odour and smell Standard examination methods for drinking water —organoleptic and physical parameters
Smell and taste methodGB/T 5750.4-2006 3.1
12 Visibilities Standard examination methods for drinking water —organoleptic and physical parameters
Direct observe methodGB/T 5750.4-2006 4
13 pH Standard examination methods for drinking water —organoleptic and physical parameters
Glass electrode methodGB/T 5750.4-2006 5.1
46 drinking water 14 Iron Standard examination methods for drinking water —metal parameters
Atmoic absorption spectrophotometryGB/T5750.6-2006 2.1
15 Manganese Standard examination methods for drinking water —metal parameters
Atmoic absorption spectrophotometryGB/T 5750.6-2006 3.1
16 Copper Standard examination methods for drinking water —metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 4.1
46 drinking water 17 Zinc Standard examination methods for drinking water —metal parameters Atmoic absorption spectrophotometryGB/T 5750.6-2006 5.1
18 Chloride Standard examination methods for drinking water —nonmetal parameters Ion chromatography GB/T 5750.5-2006 2.1
19 Sulfate Standard examination methods for drinking water —nonmetal parameters Ion chromatography GB/T 5750.5-2006 5.3
46 drinking water 20 Total dissolved solids Standard examination methods for drinking water —organoleptic and physical parameters
Weighing method GB/T 5750.4-2006 8.1
21 Total rigidity Standard examination methods for drinking water —organoleptic and physical parameters
EDTA titrimetric method GB/T 5750.4-2006 7.1
22 Oxygen cosumption Standard examination methods for drinking water —aggregate organic parameters Acidic potassium permanganate titrimetric method GB/T 5750.7-2006 1.1
46 drinking water 23 Volatile phenolic compounds Standard examination methods for drinking water —organoleptic and physical parameters 4-AAP spectrophotometric methodGB/T 5750.4-2006 9.1
24 Anionic synthetic detergent Standard examination methods for drinking water —organoleptic and physical parameters Methylene blue spectrophotometric methodGB/T 5750.4-2006 10.1
25 Beryllium Standard examination methods for drinking water —metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 20.2
47 Indoor Air 1 Formaldehyde Examination methods for public places-Part 2:Chemical pollutants MBTH spectrophotometric method
GB/T 18204.2-2014 7.2
2 benzene,toluene, dimethyl benzene Standard method for hygienic examination of benzene,toluene and xylene in air of residential areas-Gas chromatography
GB 11737-1989
3 Indoor temperature Examination methods for public places-Part 1 hysical parameters
Air temperature GB/T 18204.1-2013 3.2
4 Relative humidity Examination methods for public places-Part 1 hysical parameters
Capacitance resstance method GB/T 18204.1-2013 4.3
47 Indoor Air 5 Indoor fresh air quantity Examination methods for public places-Part 1 hysical parameters
Tracer gas technique GB/T 18204.1-2013 6.1
6 Carbon monoxide Examination methods for public places-Part 2:Chemical pollutants
Non dispersive infrared analysis GB/T 18204.2-2014 3.1
7 Ammonia Ambient air and exhaust gas-Determination of ammonia—Nessler's reagent spetcrophotometry HJ 533-2009
8 Radon Code for indoor environmental pollution control
of civil building engineering
GB 50325-2010 (2013) 6.0.6
47 Indoor Air 9 Pressure Examination methods for public places-Part 1 hysical parameters
Aneroid barometer GB/T 18204.1-2013 10
10 Indoor wind of speed Examination methods for public places-Part 1 hysical parameters
Electric anemometer GB/T 18204.1-2013 5
11 TVOC Code for indoor environmental pollution control
of civil building engineering
GB 50325-2010 (2013) 6.0.6 G
48 Ambient air and waste gas 1 Sulfur dioxide Ambient air-Determination of sulfur dioxide- Formaldegyde absorbing-pararosaniline spectrometryHJ 482-2009
48 Ambient air and waste gas 1 Sulfur dioxide 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007) Formaldegyde absorbing-pararosaniline spectrometry(B)5.3.1.(5)
Determination of sulfur dioxide from exhausted gas of stationary source Fixed-potential electrolysis method HJ/T 57-2000
2 Nitrogen oxides(nitrogen dioxide,nitric oxide ) Ambient air -determination of nitrogen oxides- N(1-naphtye)-
ethylenediamine dihydrchloride spectrophotometric method HJ 479-2009
48 Ambient air and waste gas 2 Nitrogen oxides(nitrogen dioxide,nitric oxide ) Stationary source emission- Determination of nitrogen oxid- N(1-naphtye)-Ethylenediamine dihydrchloride
spectrophotometric method HJ/T43-1999
Stationary source emission-Determination of nitrogen oxides-Fixed potential by electrolysis method HJ 693-2014
Ambient air-Determination of nitrogen dioxide-Saltzman method GB/T 15435-1995
3 Total suspended particulates Ambient air-Determination of total suspended particulates-Gravimetric method GB/T 15432-1995
48 Ambient air and waste gas 4 Benzene、toluene、dimethylbenzene Ambient quality-Determination of benzene and its analogies by activated charcoal adsorption carbon disulfide desorption and gas chromatography HJ 584-2010
Ambient air—Determination of benzene and its analogies using sorbent
adsorption thermal desorption and Gas Chromatography HJ 583-2010
5 Lead and compounds Ambient air-Determination of lead-Flame atomic absorption spectrophotometric method GB/T 15264-1994
Stationary source emission-Determination of lead-Flame atomic absorption spectrophotometric method HJ 685-2014
48 Ambient air and waste gas 6 Carbon monoxide Air quality—Determination of carbon monoxide —Non-disperisive infrared spectrometry GB/T 9801-1988
Stationary source emission - Determination of carbon monoxide- Non dispersive infraared absorption methodHJ/T44-1999
7 Beryllium 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Graphite furnace atomic absorption spectrometry (B)3.2.10(1)
48 Ambient air and waste gas 7 Beryllium Stationary source emission-Determination of beryllium-Graphite furnace atomic absorption spectrophotometric method HJ 684-2014
8 PM10 and PM2.5 Determination of atmospheric articles PM10 and PM2.5 in ambient air by gravimetric method HJ618-2011
9 Ammonia Air and exhaust gas —Determination of ammonia —Nessler’s reagent colorimetric method HJ 533-2009
10 Cuprum、Zinc、Cadmium、Manganese 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Atomic absorption spectrometric method 3.2.12
48 Ambient air and waste gas 11 Chromium(Ⅵ) 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Diphenylcarbohydrazide spectrophotometric method (B)3.2.8
12 Cooking fume Determination of sampling and analytical method for metallic cartridge fume absorption and infrared spectrophotometry Emission standard of cooking fume Appendix A of GB 18483-2001
13 Hydrogen chloride Ambient air and waste gas-Determination of hydrogen chloride -Ion chromatography HJ 549-2009
48 Ambient air and waste gas 14 Sulfureted hydrogen 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Hydride generation atomic absorption spectrometry (B)3.1.11(2)
《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Iodometric method(B)5.4.10(2)
15 Fluorides Ambient air-Determination of the mass concentration of fluoride-Method by filter sampling and fluorine ion-selective electrode analysis HJ 480-2009
48 Ambient air and waste gas 15 Fluorides Stationary source emission-Determination of the mass concentration of fluoride Fluoride ion specific electrode method HJ/T 67-2001
16 Smoke and dust Measurement method of smoke and dust emission from boilers GB/T 5468-1991
The determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source
GB/T 16157-1996
17 Backness of smoke plumes Measurement method of smoke and dust emission from boilers
GB/T 5468-1991
Stationary source emission-Determination of blackness of smoke plumes-Ringelmann smoke chart HJ/T 398-2007
48 Ambient air and waste gas 18 Velocity of flow and flux The determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source
GB/T 16157-1996
19 Chromate fog Stationary source emission-
Determination of chromate fog- Diphenyl carbazide spectrophotometric method
HJ/T 29-1999
20 Sulfate fog Stationary source emission-Determination of sulfuric acid mist-Ion chromatography HJ 544-2009
21 Hydrogen cyanide Stationary source emission- Determination of hydrogen cyanide-Iso-nicotinic-acid-3-methyl-1-phenyl-5-pyrazolone spectrometric method HJ/T 28-1999
48 Ambient air and waste gas 22 Chlorine Stationary source emission - Determination of chlorine - Methyl orange spectrophoto -metric method HJ/T 30-1999
23 Formaldehyde 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)MBTH spectrophotometric method(B)6.4.2.(2)
24 Phenols Stationary source emission - Determination of Phenols Spectrophotometric Determination ofphenolswith4-Amino-AntipyrineHJ/T33-1999
25 Nickel Stationary source emission - Determination of nickel Flame atomic absorption spectrophotometric methodHJ/T63.1-2001
48 Ambient air and waste gas 26 Nonmethane hydrocarbons Stationary source emission-Determination of
nonmethane hydrocarbons -Gas chromatography
HJ/T38-1999
27 Total hydrocarbon 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Determination of hydrocarbons and nonmethane hydrocarbons menthod one (B)6.1.5(1)
49 Absorption gas cleaner for nidustrial emission 1 Partial items Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 Accredited only for nidustrial emission of absorpting sulfur dioxide、fluorides、nitrogen dioxid
49 Absorption gas cleaner for nidustrial emission 2 Work noise Industrial noisemeasurement specification GBJ122-1988
3 Press losing Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 3.3
4 Cleaner efficiency Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.7
5 Product pack General specifications for packing of mechanical and electrical product GB/T13384-2008
6 Plates Plates GB/T 13306-2011
49 Absorption gas cleaner for nidustrial emission 7 Pressuretightness Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.8
8 Pollutant discharge concentration Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.6
9 Safty request Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.3
10 Superficial temperature Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.2.3
49 Absorption gas cleaner for nidustrial emission 11 Cleaning equipment of stuffing Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.1.3
12 Regeneration treatment system and process of saturated absorption liquid Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.1.4
12 Quality of manufacture Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.1.1 and 4.1.2
14 Overhaul period Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.2.6
50 Adsorption gas cleaner for industrial emission 1 Partial items Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 Accredited only for nidustrial emission of
phenols、formaldehyde、Aniline、Nitrobenzene(mononitro- and dinitro-compound)、Benzene、Toluene、Xylene、Total hydrocarbon
2 Cleaner efficiency Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A7
3 Press losing Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 3.3
50 Adsorption gas cleaner for industrial emission 4 Pressuretightness Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A8
5 Pollutant discharge concentration Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A6
6 Superficial temperature Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A2.3
7 Performance of sound and light alarm device Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 5.2
50 Adsorption gas cleaner for industrial emission 8 Break the pressure of explosion pressure relief device Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 5.3
9 Adsorbent Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.1.3
10 Regeneration treatment system and process of adsorbent Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.1.4
11 Quality of manufacture Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.1.1 and 4.1.2
50 Adsorption gas cleaner for industrial emission 12 Safty request Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.3
13 Aniline Air quality-Determination of aniline-N-(1-naphthyl)ethylene diamine dihydrochloride spectrophotometric method GB/T 15502-1995
14 Nitrobenzene(mononitro- and dinitro-compound) Air quality-Determination of nitrobenzene(mononitro- and dinitro-compound)-Reduction by zinc-N-(1-Naphthyl)ethylene diamine dihydrochloride spectrophotometric method GB/T 15501-1995
50 Adsorption gas cleaner for industrial emission 15 Granular carbon adsorpt phenol Standard test method for granular carbon from coal-Determination of phenol adsorption GB/T 7702.8-2008
51 Noise and vibration 1 Industrial
enterprise noise Emisson standard for industrial enterprises noise at boundary GB 12348-2008
2 Urban area noise Environmental quality standard for noise GB 3096-2008
3 Environment noise for boundary of construction site Emission standard of environment noise for boundary of construction site GB 12523-2011
4 Community
noise Emission standard for community noise
GB 22337-2008
5 Aircraft noise Measurement of aircraft nosie around airport
GB/T 9661-1988
51 Noise and vibration 6 Railway noise Emission standards and measurement methods of railway noise on the boundary alongside railway line
GB 12525-1990
7 Vibration Measurement of environmental vibration of urban area
GB/T 10071-1988
52 Electromagneticradiation 1 Electric field intension,
Power density Guidline on Management of Radioactive Environmental Protection Electromagnetic Radiation Monitoring Instruments and Methods HJ/T 10.2-1996
2 Power frequency electric、magnetic field field Technical guidelines for environmental impact assessment of electric power transmission and distribution project HJ24-2014
Electromagnetic environmental monitoring method for AC electric power transmission and distribution project (on trial)HJ 681-2013
52 Electromagneticradiation 3 Radio interference Methods of measurement of radio interference from high voltage overhead power transmission line and substation GB/T 7439-2002
53 Environmental ionizing radiation 1 Gamma-radiation dose rate Technical criteria for radiation environmental monitoring HJ/T 61-2001
Norm for the measurement of environmental terrestrial gamma-radiation dose rate GB/T 14583-1993
Basic standards for protection against ionizing radiation and for the safety of radiation sources GB 18871-2002
54 Soil、Sediment 1 Copper Soil quality-- Determination of copper, zinc—Flame atomic absorption spectrophotometryGB/T 17138-1997
54 Soil、Sediment 2 pH Soil testing part2 : Determination of ph in soil
NY/T 1121.2-2006
Solid waste -Glass electrode test -Method of corrosivity GB/T15555.12-1995
solid waste-Exteaction procedure for leaching toxicity -Horrizontal vibration method HJ557-2010
55 Wet paint-mist filtrating equipment 1 All items Technical requirement for environmental protection product Wet paint-mist filtrating equipment HJ/T 388-2007
2 Paint-mist Determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source GB/T 16157-1996
55 Wet paint-mist filtrating equipment 3 Atomization performance Technical requirement for environmental protection product Wet paint-mist filtrating equipment HJ/T 388-2007
4 Pollutant discharge concentration Technical requirement for environmental protection product Wet paint-mist filtrating equipment HJ/T 388-2007 6.3.2
5 Basic dimensions and welding quality Engineering General conditions of welding technology JB/T5943-1991
6 Paint Engineering General technical requirements of coating JB/T5946-1991
56 Lubricant 1 Moisture content Light oil product moisture content measurement (coulometry) SH/T 0246-1992
2 Acid number Petroleum products-Determination of acid number
GB 264-1983
56 Lubricant 3 Viscosity Petroleum products-Determination of kinematic viscosity and calculation of dynamic viscosity
GB/T 265-1988
4 Clean degree Contamination test method of operating liquid for aviation Part 4 etermination of solid particle contamination level by automatic particle counting method GJB 380.4A-2004
Solid particle contamination classes for fluids of aviation
GJB 420B-2006
Hydraulic fluid power-Fluids-Method for coding the level of contamination by solid particles GB/T 14039-2002
56 Lubricant 5 Metal parameters Standard Test Method for Analysis of In-Service Lubricants Using Particular Four-Part Integrated Tester(Atomic Emission Spectroscopy,Infrared Spectroscopy,Viscosity,and Laser Particle Counter) ASTM D7417-2010
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 规范代号(含年号)名称 测量范围 扩展不确定度(k=2) 限制说明 备注
30 卡尺 长度 JJG 30-2012
通用卡尺检定规程
(0~3000)mm U =(7+13L)μm
L-m
JJG 31-2011
高度卡尺检定规程
(0~2000)mm U =(7+13L)μm
L-m
31 千分尺 长度 千分尺检定规程
JJG 21-2008 (0~500)mm U =(0.6+3L)μm
L-m
JJF1088-2002
外径千分尺(测量范围500~3000mm)校准规范 (500~3000)mm U =(3+4.8L)μm
L-m
31 千分尺 长度 JJG 22-2003
内径千分尺检定规程
(50~6000)mm U =(1+3.7L)μm
L-m
JJF 1411-2013
测量内尺寸千分尺校准规范
孔径千分尺 (2~200)mm
U=(0.9+5.2L)μm L-m
数显孔径千分尺
内测千分尺 (5~150)mm U =(1.0~1.8)μm
数显内测千分尺 (5~200)mm U =(0.9~2.0)μm
51 螺纹样板 长度 JJG60-2012
螺纹样板检定规程 P (0.4~6.0)mm
(4~48)牙/英寸 U=2.4μm
52 平板 平面度 JJG117-2013
平板检定规程
(160mm×100mm)~(400mm×400mm)
(400mm×400mm) U=(0.9~4.5)μm
(400mm×400mm)~(1600mm×1000mm)
(1600mm×1000mm)~(2500mm×1600mm)
52 平板 平面度 JJG117-2013
平板检定规程
(2500mm×1600mm)~(3500mm×2500mm)
(3500mm×2500mm)~
(5000mm×3000mm)
58 工作用贵金属热电偶 温度 JJG 141-2013
工作用贵金属热电偶检定规程 (300~1500)℃ U=(0.5~3.2)℃
69 热敏电阻,半导体等温度传感器 温度 JJF1379-2012
热敏电阻测温仪校准规范
(-50~200)℃ U=0.2℃
95 力矩扳子 扭矩 JJG 707-2014
扭矩扳子检定规程
(0.02~5000)Nm Urel=0.8%
97 拉力、压力和万能试验机 力值 拉力、压力和万能试验机检定规程 JJG 139-2014 10N~5MN Urel=0.35%
99 非金属拉力压力和万能试验机 力值 拉力、压力和万能试验机检定规程 JJG 139-2014 0.1N~5MN Urel=0.35%
102 金属洛氏 硬度计 硬度 JJG 112-2013
金属洛氏硬度计检定规程
(20~88)HRA U=0.5HRA
(20~95)HRB U=0.5HRB
(20~70)HRC U=0.5HRC
113 补偿式微压计 压力 补偿式微压计检定规程
JJG 158-2013 (-2.5~2.5)kPa Urel=0.05%
134 电荷放大器 电荷 JJG 338-2013
电荷放大器检定规程 (0~100000)pC
(0.1Hz~10Hz) U rel=0.5%
(10Hz~100kHz) U rel=0.2%
159 电子负载 电压 JJF 1462-2014
直流电子负载校准规范
(0.1~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
电流 (0.1~150)A Urel =1.2×10-4
198 通用计数器 频率 JJG 349-2001
通用计数器检定规程
JJG841-2012
微波频率计数器检定规程 0.1Hz~30GHz Urel=1.0×10-9
208 离子色谱仪 检出限 JJG 823-2014
离子色谱仪检定规程 Clˉ 0.5~1000)μg/mL Urel=2%
Liˉ 0.2~1000)μg/mL
NO2- 1.0~1000)μg/mL
I- 0.5~1000)μg/mL
218 钢直尺 长度 钢直尺检定规程
JJG 1-1999 (0~2000)mm U=0.06mm
219 焊接检验尺 长度 焊接检验尺检定规程
JJG 704-2005 (0~60)mm U=0.02mm
220 带表卡规 长度 带表卡规校准规范
JJF 1253-2010 (5~100)mm
分度值0.005mm: U=0.005mm
分度值0.01mm: U=0.015mm
221 厚度表 长度 厚度表校准规范
JJF 1255-2010 (0~100)mm 分度值0.001mm: U=1.9μm
221 厚度表 长度 厚度表校准规范
JJF 1255-2010 (0~100)mm 分度值0.01mm: U=5μm
222 直角尺 长度 4直角尺检定规程
JJG7-200 H:(50~1000) mm U=1.5μm
223 方形角尺 长度 方形角尺检定规程
JJG1046-2008 H:(100~630) mm U=2.0μm
224 组合式角度尺 长度 组合式角度尺校准规范
JJF1132-2005 (0o~180o) U=3.2′
225 方箱 角度 方箱检定规程
JJG 194-2007 (0~300)mm U=3.2μm
226 平尺 平直度 平尺校准规范
JJF 1097-2003 (300~6300)mm U=(0.2+0.3L)μm
L-m
227 刮板细度计 长度 刮板细度计检定规程
JJG 905-2010 (0~150)μm U=0.5μm
228 标准圆棒 长度 光学仪器检具校准规范
Q/Dj 080-2015 (0~400)mm U=0.5μm
229 圆锥量规 角度 JJG 177-2003圆锥量规检定规程 莫氏、公制、7:24 U=10〞
230 激光扫描仪 长度 基于区域扫描的多视场光学3D测量系统
VDI_VDE 2634 2000mm×1500mm U=(10+1.5L)μm
231 生物显微镜 长度 生物显微镜校准规范
JJF1402-2013 (0~1)mm U=4μm
232 跳动检查仪 长度 JJF1109-2003 跳动检查仪校准规范 (0~500)mm U=3μm
233 工具显微镜 长度 工具显微镜检定规程
JJG 56-2000 (0~200)mm U =(0.6+1.6L)μm, L单位:m
234 钢筋保护层测量仪 长度 钢筋保护层、楼板厚度测量仪校准规范
JJF1224-2009 (15~136)mm U =0.5mm
235 直角尺检查仪 角度 直角尺检查仪校准规范
JJF1140-2006 (0~400)mm U =0.8μm
236 浊度计 浊度 JJG 880-2006
浊度计检定规程 NTU:0~400 Urel=5.0%
237 氨氮自动监测仪 浓度 JJG 631-2013
氨氮自动监测仪检定规程 (0.0~30.0)mg/L Urel =2.0%
238 硝酸盐氮自动监测仪 浓度 JJG 656-2013
硝酸盐氮自动监测仪检定规程 (1~100)mg/L Urel =2.0%
239 总磷总氮水质在线分析仪 浓度 JJG 1094-2013
总磷总氮水质在线分析仪检定规程 总磷(1~100)mg/L Urel =2.0%
总氮(1~100)mg/L
240 液相色谱仪 浓度 JJG705-2014
液相色谱仪检定规程 UV-VIS 1×10-10~1×10-7)g/mL Urel=5%
FLD 1×10-11~1×10-9)g/mL Urel=5%
RID 1×10-8~5×10-6)g/mL Urel=5%
241 一氧化碳、二氧化碳分析器 浓度 JJG 635-2011
一氧化碳、二氧化碳红外气体分析器检定规程 (0~100)% Urel=2.0%
242 电化学氧测定仪 浓度 JJG 365-2008
电化学氧测定仪检定规程 (0~100)% Urel=5.0%
243 矿用氧气检测报警器 浓度 JJG 1087-2013
矿用氧气检测报警器检定规程 (0~25)%(mol/mol) Urel=3.0%
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Title, Code of Calibration Method Range Uncertainty
(k=2) Limitation Note
30 Caliper Length JJG30-2012
V.R.of Current Calipers
(0~3000)mm U =(7+13L)μm
L-m
V.R.of Height Gauge
JJG31-2011 (0~2000)mm U =(7+13L)μm
L-m
31 Micrometer Length JJG21-2008
V.R.of Micrometer
(0~500)mm U =(0.6+3L)μm
L-m
C.S.for Micrometer with Measuring Range from 500mm to 3000mm
JJF 1088-2002 (500~3000)mm U =(3+4.8L)μm
L-m
JJG22-2003
V.R.of Internal Micrometers
(50~6000)mm U =(1+3.7L)μm
L-m
JJF 1411-2013
C.S.for Micrometer of Measuring Inside Dimension
Bore Diameter Measuring (2~200)mm
U=(0.9+5.2L)μm L-m
digital Bore Diameter Measuring
31 Micrometer Length JJF 1411-2013
C.S.for Micrometer of Measuring Inside Dimension
micrometer of measuring inside dimension (5~150)mm U =(1.0~1.8)μm
digital measuring inside dimension (5~200)mm U =(0.9~2.0)μm
51 Screw Thread Gauge Length JJG60-2012
Verification Regulation of Screw Thread Gauge
(P0.4~P6.0)mm,
(4~48)teeth/inch U=2.4μm
52 plates flatness JJG 117-2013
Verification Regulation of Plates
(160mm×100mm)~(400mm×400mm)
(400mm×400mm) U=(0.9~4.5)μm
(400mm×400mm)~(1600mm×1000mm)
(1600mm×1000mm)~(2500mm×1600mm)
(2500mm×1600mm)~(3500mm×2500mm)
(3500mm×2500mm)~
(5000mm×3000mm)
58 Working Noble Metal Thermocoupl es Tempera-ture JJG141-2013
V.R.of Working Noble Metal Thermocouples (300~1500)℃ U=(0.5~3.2)℃
69 Semiconductor Thermistor Thermometer Tempera-ture JJF 1379-2012
C.S.of Thermistor Thermometers (-50~200)℃ U=0.2℃
95 Wrench for Measurement of Torque Wrench JJG 707-2014
V.R.of Torque Wrenches
(0.02~5000)Nm Urel=0.8%
97 Universal Material Tension and Compression Testing Machine Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 10N~5MN Urel=0.35%
99 Tension Compression and Universal Testing Machine for Non-metallic Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 0.1N~5MN Urel=0.35%
102 Metallic Rockwell Hardness Testing Machine Hardness JJG 112-2013
V.R.of Metallic Rockwell Hardness Testers (20~88)HRA U=0.5HRA
(20~95)HRB U=0.5HRB
(20~70)HRC U=0.5HRC
113 Compensated Micro-manometer Pressure JJG 158-2013
V.R.of Compensated Micro-manometer
(-2.5~2.5)kPa Urel=0.05%
134 Charge Amplifier Charge JJG338-2013
V.R.of Charge Amplifier (0~100000)pC
0.1Hz~10Hz U rel=0.5%
10Hz~100kHz U rel=0.2%
159 Electronic Load voltage JJF 1462-2014
Calibration Specification for DC Electronic Loads (0.1~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
current (0.1~150)A Urel =1.2×10-4
198 Universal Counters Frequency JJG349-2001
V.R.of Universal Counters
JJG841-2012
V.R.of Microwave Counters 0.1Hz~30GHz Urel=1.0×10-9
208 Ion Chromato-graph Detection Limits JJG 823-2014
V. R. of Ion Chromatograph Clˉ 0.5~1000)μg/mL Urel=2%
Liˉ 0.2~1000)μg/mL
208 Ion Chromato-graph Detection Limits JJG 823-2014
V. R. of Ion Chromatograph NO2- 1.0~1000)μg/mL Urel=2%
I- 0.5~1000)μg/mL
218 Steel Rule Length JJG 1-1999
V.R. of Steel Rule
(0~2000)mm U=0.06mm
219 Callipers for Welding Inspection Length V.R. of Regulation of Callipers for Welding Inspection
JJG 704-2005 (0~60)mm U=0.02mm
220 Dial Snap Gauges Length JJF 1253-2010
C.S. for Dial Snap Gauges
(5~100)mm
scale division 0.005mm: U=0.005mm
scale division 0.01mm: U=0.015mm
221 Thickness Gauges Length JJF 1255-2010
C.S. for Thickness Gauges
(0~100)mm
scale division 0.001mm: U=1.9μm
scale division 0.01mm: U=5μm
222 Square Squareness JJG7-2004
V.R. of Regulation of Squares H:(50~1000) mm U=1.5μm
223 Square Gauge Squareness V.R. of Square Gauge
JJG1046-2008 H:(100~630) mm U=2.0μm
224 Combined Type Angle Rules Angle Angle Rules
JJF1132-2005
C.S. for Combined Type (0o~180o) U=3.2′
225 Box Plates Angle JJG 194-2007
V.R. of Box Plates (0~300)mm U=3.2μm
226 Straight Edges Comp-lanation JJF 1097-2003
C.S. for Straight Edges
(300~6300)mm U=(0.2+0.3L)μm
L-m
227 Fineness and Grind Gage Length V.R. of Fineness and Grind Gage
JJG 905-2010 (0~150)μm U=0.5μm
228 Standard Spar Length Optical Instrument Verification Tool
Q/Dj 080-2015 (0~400)mm U=0.5μm
229 Taper Gauges Angle V.R. of Taper Gauges
JJG 177-2003 Morse、Metric、7:24 U=10〞
230 Laser scaner Length VDI_VDE 2634
Optical 3D-measuring systems
Multiple view systems based on area scannin 2000mm×1500mm U=(10+1.5L)μm
231 Biological Microscopes Length JJF1402-2013
C.S. for Biological Microscopes (0~1)mm U=4μm
232 Concentricity Tester Length JJF1109-2003
C.S. for Concentricity Tester (0~500)mm U =0.003mm
233 Toolmaker's Microscope Length V.R. of Toolmaker's Microscope
JJG 56-2000 (0~200)mm U =(0.6+1.6L)μm, L单位:m
234 Reinforced Concrete Covermeter Tester Length JJF1224-2009
C.S. for Reinforced Concrete Covermeter and Floorslab Thickness Tester (15~136)mm U =0.5mm
235 Square Testers Angle JJF1140-2006
C.S. for Square Testers (0~400)mm U =0.8μm
236 Turbidity meters Turbidity JJG 880-2006
V.R of Turbidimeters NTU:0~400 Urel=5.0%(k=2)
237 Ammonia Analyzers Consistency JJG 631-2013
V.R of Ammonia -Nitrogen Automatic Analyzers (0.0~30.0)mg/L Urel =2.0% (k=2)
238 Nitrate-Nitrogen Automatic Monitor Consistency JJG 656-2013
V.R of Nitrate-Nitrogen Automatic Monitor (1~100)mg/L Urel =2.0% (k=2)
239 Water Quality On-line Analyzers of Total Phosphorus and Total Nitrogen Consistency JJG 1094-2013
V.R of Water Quality On-line Analyzers of Total Phosphorus and Total Nitrogen Total Phosphorus(1~100)mg/L Urel =2.0%(k=2)
Total Nitrogen(1~100)mg/L
240 Liquid chromatographs Detection Limits JJG 705-2014
V.R.of Liquid chromatographs UV-VIS 1×10-10~1×10-7)g/mL Urel=5%
240 Liquid chromatographs Detection Limits JJG 705-2014
V.R.of Liquid chromatographs FLD 1×10-11~1×10-9)g/mL Urel=5%
RID 1×10-8~5×10-6)g/mL Urel=5%
241 Carbon Monoxide
and Carbon
Dioxide Infrared
Gas Analyzer Concentration JJG 635-2011
Verification for
Carbon Monoxide
and Carbon
Dioxide Infrared
Gas Analyzer (0~100)% Urel=2.0%(k=2)
242 Electrochemical Oxygen Meter Concentration JJG 365-2008
Verification
Regulation of
Electro-chemical
Electrode Gas
Oxygen Analyzer (0.1~100) % Urel=5.0%(k=2)
243 Oxygen Alarm Detectors for Mining Concentration JJG 1087-2013
Verification Regulation of Oxygen Alarm Detectors for Mining (0~25)%(mol/mol) Urel=3.0%(k=2)
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:天津市东丽区空港经济区西八道9号
签发日期:2015年07月15日 有效期至:2017年02月25日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 赵兴亮 化学、力学、电磁学、无线电校准项目;几何量、热学检测和校准项目
2 刘增启 力学、电磁学、无线电校准项目;几何量、热学检测和校准项目
3 杨思凡 力学和无线电校准项目;热学检测和校准项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.9, Xibadao, Konggang Economic Zone, Dongli, Tianjin, China
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 ZhaoXingLiang Accredited Chemical 、 Dynamics,Electromagnetics,Radioelectronics Calibration Items;Geometric Quantities,Thermotics Testing and Calibration Items.
2 LiuZengQi Accredited Dynamics,Electromagnetics,Radioelectronics Calibration Items;Geometric Quantities,Thermotics Testing and Calibration Items.
3 YangSiFan Accredited Dynamics,Radioelectronics Calibration Items;Thermotics Testing and Calibration Items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:天津市东丽区空港经济区西八道9号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 机械零部件 1 形状位置公差 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004 只测:范围(1000×800×700)mm
不测:轮廓度
2 V型架 1 平面度 V形块(架)机械行业标准
JB/T8047-2007
2 V型架 2 平行度 V形块(架)机械行业标准
JB/T8047-2007
3 盐雾试验设备 1 温度偏差 GB/T 5170.8-2008 电工电子产品环境试验设备
检验方法盐雾试验设备
2 温度波动度
3 温度均匀度
4 盐雾沉降率
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.9, Xibadao, Konggang Economic Zone, Dongli, Tianjin, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Mechanical accessory 1 Geometrical tolerancing Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004 Only for :(1000×800×700)mm
Except for : profile tolerance
2 Vee blocks 1 Flatness Vee blocks JB/T8047-2007
2 parallelism
3 Salt spray
test equipment 1 Temperature deviation inspection method for environmental testing equipments for electric and electronic products--- Salt mist testing equipment
GB/T 5170.8-2008
2 Temperature stability
3 Temperature uniformity
4 salt settlement rate
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:天津市东丽区空港经济区西八道9号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 规范代号(含年号)名称 测量范围 扩展不确定度(k=2) 限制说明 备注
1 圆柱螺纹量规 长度 圆柱螺纹量规校准规范JJF 1345-2012 内螺纹:(16~200)mm
外螺纹:(0~200)mm U=2μm
2 标准环规 长度 标准环规检定规程
JJG 894-1995 Φ (11~200)mm U=(0.7+6L) μm
L:m 只测:三等
3 光滑极限量规 长度 光滑极限量规检定规程JJG 343-2012 (0~320)mm U=(0.5~2.0) μm
4 卡尺 长度 通用卡尺检定规程
JJG 30-2012 (0~2000)mm U =(7+13L) μm
L:m
5 高度卡尺 长度 高度卡尺检定规程
JJG 31-2011 (0~2000)mm U =(7+13L) μm
L:m
6 千分尺 长度 千分尺检定规程
JJG 21-2008 (0~500)mm U =(0.6+3L) μm
L:m
7 内径千分尺 长度 内径千分尺检定规程JJG 22-2003 (50~3000)mm U =(1+3.7L)μm
L:m
8 深度千分尺 长度 深度千分尺检定规程JJG24-2003 (0~300)mm U=1.5μm
9 塞尺 长度 塞尺检定规程
JJG 62-2007 (0.02~0.10)mm U =1.8μm
(0.15~1)mm U =2.8μm
10 钢直尺 长度 钢直尺检定规程
JJG 1-1999 (0~2000)mm U=0.06mm
11 数显测高仪 长度 数显测高仪校准规范JJF1254-2010 (0~1000)mm U=(0.6+1.6L)μm
L:m
12 半径样板 长度 半径样板检定规程JJG58-2010 1mm≤R≤3mm U=5μm
3mm<R≤6m U=6μm
6mm<R≤18mm U=8μm
18mm<R≤25mm U=9μm
13 螺纹样板 长度 螺纹样板检定规程JJG60-2012 P (0.4~6.0)mm
(4~48)牙/英寸 U=2.4μm
14 投影仪 长度 投影仪校准规范
JJF 1093-2002 (0~200)mm U=(1.4+2.3L)μm
L:m
15 三坐标测量机 长度 坐标测量机校准规范JJF 1064-2010 (0~1000)mm U =(0.2+1.6L)μm
L:m
15 三坐标测量机 长度 坐标测量机校准规范JJF 1064-2010 (1000~3000)mm U =(0.3+1.5L) μm
L:m
16 百分表检定仪 长度 指示类量具检定仪检定规程JJG201-2008 (0~25)mm U =1.9μm
17 测长仪 长度 测长仪校准规范
JJF 1189-2008 (0~100)mm U =(0.2+1.6L)μm
L:m
18 测长机 长度 测长机校准规范
JJF 1066-2000 (0~1000)mm U=(0.2+1.6L)μm
L:m
19 大量程百分表 长度 大量程百分表检定规程JJG 379-2009 (0~50)mm U=(1.4+23L)μm
L:m
20 指示表 长度 指示表(指针式、数显式)检定规程
JJG 34-2008 (0~10)mm U=(1.4+23L)μm
L:m
21 杠杆表 长度 杠杆表检定规程
JJG 35-2006 (0~1)mm U=3.0μm
22 内径表 长度 内径表校准规范
JJF 1102-2003 (2~450)mm U=3.0μm
23 针规 长度 针规、三针校准规范JJF1027-2008 ≤Φ 10mm U=0.5μm 不测:圆度
24 超声波测厚仪 长度 超声波测厚仪校准规范JJF1126-2004 (10~245)mm U=0.01mm
25 测厚仪 长度 磁性、电涡流式覆层厚度测量仪检定规程JJG 818-2005 (18~1503)μm U=1.3 μm
26 光学计 长度 光学计检定规程
JJG 45-1999 (-100~+100)μm U=0.06μm
27 量块 长度 量块检定规程
JJG 146-2011 (0~100) mm U=(0.1+1L)μm
k=2.58 L:m
28 生物显微镜 长度 生物显微镜校准规范JJF1402-2013 (0~1)mm U=4 μm
29 万能角度尺 角度 万能角度尺检定规程JJG 33-2002 (0~360)° U = 1.2′
30 直角尺 角度 直角尺检定规程
JJG7-2004 H=(50~300)mm U=1.5μm
31 框式水平仪和条式水平仪 角度 框式水平仪和条式水平仪校准规范
JJF1084-2002 (-0.2~0.2)mm/m Urel =4%
32 触针式表面粗糙度测量仪 粗糙度 触针式表面粗糙度测量仪校准规范
JJF 1105-2003 Ra:(0.08~4.35)μm
Urel=5.4%~2.1%
33 平板 平面度 平板检定规程
JJG 117-2013 (160mm×100mm)~(400mm×400mm) U =0.9μm
(400mm×400mm)~(1600mm×1000mm) U =2.2μm
(1600mm×1000mm)~(2500mm×1600mm) U =2.9μm
(2500mm×1600mm)~(3500mm×2500mm) U =3.6μm
33 平板 平面度 平板检定规程
JJG 117-2013 (3500mm×2500mm)~(5000mm×3000mm) U =4.5μm
34 激光对中仪 长度 激光对中仪校准规范 Q/Dj090-2013 (-10~+10)mm U =2.2μm
35 平尺 直线度 平尺校准规范
JJF1097-2003 (0~400)mm U=0.9 μm
(400~1600)mm U=1.2 μm
(1600~2500)mm U=2.9 μm
36 方箱 平面度、垂直度 方箱检定规程
JJG194-2007 (100~400)mm U=3.2 μm
37 试验筛 长度 试验筛校准规范
JJF 1175-2007 (0.020~125)mm U=1.8 μm
38 影像测量仪 长度 影像测量仪校准规范JJF1318-2011 (0~200)mm U=(1.2+2L)μm
L:m 只测:尺寸误差
39 读数测量显微镜 长度 读数、测量显微镜检定规程JJG571-2004 (0~50)mm U=(2.0+3.4L)μm
L:m
40 圆度圆柱度测量仪 圆度 圆度、圆柱度测量仪检定规程JJG429-2000 Φ350mm U=0.03 μm
41 杠杆千分尺 长度 杠杆千分尺、杠杆卡规检定规程
JJG26-2001 (0~100)mm U=1.0 μm
42 扭簧比较仪 长度 扭簧比较仪检定规程JJG 118-2010 (-100~+100)μm U=0.2 μm
43 深度指示表 长度 深度指示表检定规程JJG830-2007 (0~300) mm U=2.3μm
44 厚度表 长度 厚度表校准规范JJF1255-2010 (0~30)mm U=5 μm
45 带表卡规 长度 带表卡规校准规范JJF1253-2010 (5~100)mm U=0.015mm
46 光学、数显分度头 角度 光学、数显分度头检定规程JJG57-1999 (0~360)° U=1"
47 刀口尺 直线度 刀口尺检定规程JJG63-2007 (0~300)mm U=0.4μm
(300~500)mm U=0.7μm
48 钢筋保护层、楼板厚度测量仪 长度 钢筋保护层、楼板厚度测量仪校准规范JJF1224-2009 (0~300)mm U=0.7mm
49 内测千分尺 长度 测量内尺寸千分尺校准规范JJF1411-2013 (0~100)mm U=1.5μm
(100~150)mm U=1.8μm
50 光栅式测微仪 长度 光栅式测微仪检定规程JJG989-2004 (0~100) mm U=0.39 μm
51 接触式干涉仪 长度 接触式干涉仪检定规程JJG101-2004 (-10~+10) μm U=0.013μm
52 偏摆、跳动检查仪 直线度 跳动检查仪校准规范JJF1109-2003 (0~400)mm U=2.6 μm
53 机械式比较仪 长度 机械式比较仪检定规程JJG39-2004 (-0.5~+0.5) mm U=0.2μm
54 焊接检验尺 长度 焊接检验尺检定规程JJG704-2005 (0~15)mm U=0.024mm
55 数字式指示调节仪 温度 JJG 617-1996
数字温度指示调节仪检定规程 热电阻:(-200~850)℃
U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
56 温度试验设备 温度 JJF1101-2003
环境试验设备温度、湿度校准规范 (-70~250) ℃ U=0.3℃
57 湿热试验设备 温度 JJF1101-2003
环境试验设备温度、湿度校准规范 (-70~250) ℃ U=0.3℃
湿度 (10~95) %RH U=1.0% RH
58 动圈式测温调节仪表 温度 JJG186-1997
动圈式温度指示位式调节仪表检定规程 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
59 工业过程测量记录仪 温度 JJG 74—2005
工业过程测量记录仪检定规程 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
60 辐射温度计 温度 JJG 856-1994
500℃以下工作用辐射温度计检定规程 (35~500)℃ U=(1.7~1.9)℃
61 工作用廉金属热电偶 温度 JJG 351-1996
工作用廉金属热电偶检定规程 (300~1100)℃ U=(0.8~1.3)℃
62 标准水银温度计 温度 JJG 161-2010
标准水银温度计检定规程 (-60~300)℃ U=0.04℃
63 工作用玻璃液体温度计 温度 JJG 130-2011
工作用玻璃液体温度计检定规程 (-60~300)℃ U=0.06℃
64 温度指示控制仪 温度 JJG 874-2007
温度指示控制仪检定规程 (-60~300)℃ U=0.2℃
65 高精度玻璃水银温度计 温度 JJG 130-2011 工作用玻璃液体温度计检定规程 (-60~300)℃ U=0.04℃
66 工业铂、铜热电阻 温度 JJG 229-2010
工业铂、铜热电阻检定规程 (-60~300)℃
0℃ :U=0.03℃
100℃ :U=0.05℃
67 温度变送器 温度 JJF 1183-2007
温度变送器校准规范 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
68 机械式温湿度计 温度 JJG 205-2005
机械式温湿度计检定规程 (10~30)℃ U=0.3℃
湿度 (30~90)%RH U=2.0%RH
69 表面温度计 温度 JJF1409-2013
表面温度计校准规范 (50~400)℃ U=0.5 ℃
70 金属洛氏硬度计 硬度 JJG112-2013
金属洛氏硬度计检定规程 (20~88)HRA U=0.6HRA
(20~95)HRB U=0.6HRB
(20~70)HRC U=0.6HRC
71 塑料洛氏硬度计 硬度 JJG884-1994
塑料洛氏硬度计检定规程 (70~100)HRE U=0.5HRE
(50~115)HRR U=0.6HRR
72 金属布氏硬度计 硬度 JJG150-2005
金属布氏硬度计检定规程 (98~400) HBW Urel=2.4%
73 金属维氏硬度计 硬度 JJG151-2006 金属维氏硬度计检定规程 (400~740)HV Urel=2.0%
74 金属表面洛氏硬度计 硬度 JJG112-2013
金属洛氏硬度计检定规程 (70~92)HR15N U=0.8HR
(42~80)HR30N U=0.8HR
(20~70)HR45N U=0.8HR
(43~76)HR30TW U=0.8HR
75 显微硬度计 硬度 JJG151-2006
金属维氏硬度计检定规程 (200~800) HV Urel=3.0%
76 里氏硬度计 硬度 JJG747-1999
里氏硬度计检定规程 529HLD,603HLD,776HLD U=5HL
77 力矩扳子 扭矩 JJG707-2014
扭矩扳子检定规程 (0.02~27000)N•m Urel=0.5%
78 拉力、压力和万能试验机
力值 JJG139-2014
拉力、压力和万能试验机检定规程 1N~1MN Urel=0.15%
79 电子式万能试验机 力值 JJG475-2008
电子式万能试验机检定规程 1N~1MN Urel=0.15%
80 非金属拉力、压力和万能试验机 力值 JJG139-2014
拉力、压力和万能试验机检定规程 1N~1MN Urel=0.15%
81 弹簧拉压试验机 力值 JJF1134-2005
专用工作测力机校准规范 0.1N~50kN Urel=0.15%
82 弹性元件式精密压力表、精密真空表 压力 JJG49-2013
弹性元件式精密压力表、精密真空表检定规程 (-0.1~100)MPa Urel=0.1%
83 弹性元件式一般压力表、真空表、压力真空表 压力 JJG 52-2013
弹性元件式一般压力表、压力真空表和真空表 (-0.1~100)MPa Urel=0.15%
84 压力变送器 压力 JJG 882-2004 压力变送器检定规程 (-0.1~100)MPa Urel=0.1%
85 数字压力计(表) 压力 JJG875-2005 数字压力计检定规程 (-0.1~100)MPa Urel=0.1%
86 电子天平 质量 JJG1036-2008
电子天平检定规程 1mg~30g U=(0.01~0.05)mg
(30~220)g U=(0.05~0.45)mg
220g~1kg U=(0.45~2.0)mg
(1~20)kg U=(2.0~120)mg
87 机械天平 质量 JJG98-2006
机械天平检定规程 1mg~20g U=(0.02~0.07)mg
(20~200)g U=(0.07~0.50)mg
200g~1kg U=(0.50~2.0)mg
(1~10)kg U=(2.0~30)mg
88 架盘天平 质量 JJG156-2004
架盘天平检定规程 (0~100)g U=(0.02~0.1)g
(100~200)g U=(0.1~0.2)g
(200~500)g U=(0.2~0.5)g
(500~1000)g U=(0.5~1.0)g
(1000~5000)g U=(1.0~2.5)g
89 模拟指示秤 质量 JJG13-1997
模拟指示秤检定规程 (1~200)g U=(0.5~3.0)g
(0.2~100)kg U=(3.0~16)g
89 模拟指示秤 质量 JJG13-1997
模拟指示秤检定规程 100kg~2t U=(16~100)g
90 非自行指示秤 质量 JJG14-1997
非自行指示秤检定规程 (1~200)g U=(0.1~3.0)g
(0.2~100)kg U=(3.0~10)g
100kg~2.5t U=(10~150)g
91 数字指示秤 质量 JJG539-1997
数字指示秤检定规程 1mg~200g U=(0.02~3.0)mg
200g~10kg U=(3.0~60)mg
(10~60)kg U=60mg~1.0g
(60~300)kg U=(1.0~5.0)g
300kg~2.5t U=(5.0~30)g
92 工作测力仪 力值 JJG455-2000
工作测力仪检定规程 0.1N~5kN Urel=0.15%
93 扭矩扳子检定仪 扭矩 JJG797-2013
扭矩扳子检定仪检定规程 (0~2000)N•m Urel=0.1%
94 涡轮流量计 流量 JJG1037-2008
涡轮流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25% 标准表法
94 涡轮流量计 流量 JJG1037-2008
涡轮流量计检定规程 DN25:(2.7~9.1)m3/h
Urel=0.25% 标准表法
DN50:(8.0~35)m3/h
95 科里奥利质量流量计 流量 JJG1038-2008
科里奥利质量流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
标准表法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
96 电磁流量计 流量 JJG1033-2007
电磁流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
标准表法
DN25:(2.7~9.1)m3/h
96 电磁流量计 流量 JJG1033-2007
电磁流量计检定规程 DN50:(8.0~35)m3/h Urel=0.25%
标准表法
97 质量流量计 流量 JJG 897-1995
质量流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
标准表法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
98 数字多用表 直流电压 JJG 315-1983直流数字电压表试行检定规程 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1000)V U=1.1×10-5Vx+0.5mV
直流电流 JJG598-1989直流数字电流表试行检定规程 (22~220)μA U=5.9×10-5Ix+8nA
(0.22~2.2)mA U=5.9×10-5Ix+8nA
98 数字多用表 直流电流 JJG598-1989直流数字电流表试行检定规程 (2.2~22)mA U=5.9×10-5Ix+80nA
(22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×10-4Ix+0.48mA
交流电压 JJG(航天)34-1999交流数字电压表检定规程 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程
(2.2~22)mV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
(0.22~2.2)V
300kHz~500kHz U=1.2×10-3Vx+350μV
500kHz~1MHz U=2.6×10-3Vx+850μV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程 (2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程 (2.2~22)V
50kHz~100kHz U=2.9×10-4Vx+350μV
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
40Hz~20kHz U=9.3×10-5Vx+0.8mV
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1000)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程
(220~1000)V
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
交流电流 JJG(航天)35-1999交流数字电流表检定规程 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
(2.2~22)mA
10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
98 数字多用表 交流电流 JJG(航天)35-1999交流数字电流表检定规程 (22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
(2.2~11)A
40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
5kHz~10kHz U=4.2×10-3Ix+750μA
电阻 JJG724-1991直流数字式欧姆表检定规程 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
98 数字多用表 电阻 JJG724-1991直流数字式欧姆表检定规程 100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
98 数字多用表 电阻 JJG724-1991直流数字式欧姆表检定规程 1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
99 直流数字电压表 直流电压 JJG 315-1983直流数字电压表试行检定规程 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1100)V U=1.1×10-5Vx+0.5mV
100 直流数字电流表 直流电流 JJG598-1989直流数字电流表试行检定规程 (22~220)μA U=5.9×10-5Ix+8nA
(0.22~2.2)mA U=5.9×10-5Ix+8nA
(2.2~22)mA U=5.9×10-5Ix+80nA
100 直流数字电流表 直流电流 JJG598-1989直流数字电流表试行检定规程 (22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×10-4Ix+0.48mA
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz-500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
(2.2~22)mV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
300kHz~500kHz U=2.0×10-3Vx+25μV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (2.2~22)mV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (22~220)mV 500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
300kHz~500kHz U=1.2×10-3Vx+350μV
500kHz~1MHz U=2.6×10-3Vx+850μV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
50kHz~100kHz U=2.9×10-4Vx+350μV
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
40Hz~20kHz U=9.3×10-5Vx+0.8mV
(22~220)V
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程
(220~1100)V
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
102 交流数字电流表 交流电流 JJG (航天)35-1999
交流数字电流表检定规程 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
(10~220)μA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
(2.2~22)mA
10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
102 交流数字电流表 交流电流 JJG (航天)35-1999
交流数字电流表检定规程 (22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
102 交流数字电流表 交流电流 JJG (航天)35-1999
交流数字电流表检定规程 (22~220)mA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
(2.2~11)A
40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
5kHz~10kHz U=4.2×10-3Ix+750μA
103 直流数字欧姆表 电阻 JJG 724-1991
直流数字式欧姆表检定规程 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
103 直流数字欧姆表 电阻 JJG 724-1991
直流数字式欧姆表检定规程 1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
104 多功能标准源 直流电压 JJG 445-1986
直流标准电压源检定规程 (0~100)mV U=0.0011%Vx+0.3μV
(0.1~1)V U=0.001%Vx+0.3μV
(1~10)V U=0.001%Vx+0.5μV
(10~100)V U=0.0012%Vx+30μV
(100~1000)V U=0.0012%Vx+100μV
交流电压 JJG(航天)2-1999 交流标准电压源检定规程 (10~100)mV
1 Hz~40 Hz U=0.032%Vx+30μV
40 Hz~1k Hz U=0.022%Vx+11μV
1k Hz~20k Hz U=0.033%Vx+11μV
104 多功能标准源 交流电压 JJG(航天)2-1999 交流标准电压源检定规程
(10~100)mV
20k Hz~50k Hz U=0.12%Vx+11μV
50kHz~100 kHz U=0.54%Vx+11μV
100 kHz~300 kHz U=4.1%Vx+20μV
(0.1~1)V
1 Hz~40 Hz U=0.0072%Vx+40μV
40 Hz~1k Hz U=0.0072%Vx+20μV
1k Hz~20k Hz U=0.015%Vx+20μV
20k Hz~50k Hz U=0.032%Vx+20μV
50kHz~100 kHz U=0.081%Vx+20μV
100 kHz~300 kHz U=0.33%Vx+100μV
300 kHz~1MHz U=1.1%Vx+10mV
1MHz~2MHz U=1.6%Vx+20mV
(1~10)V
1 Hz~40 Hz U=0.008%Vx+0.4mV
40 Hz~1k Hz U=0.008%Vx+0.2mV
1k Hz~20k Hz U=0.014%Vx+0.2mV
104 多功能标准源 交流电压 JJG(航天)2-1999 交流标准电压源检定规程 (1~10)V
20k Hz~50k Hz U=0.032%Vx+0.2mV
50kHz~100 kHz U=0.09%Vx+0.2mV
100 kHz~300 kHz U=0.35%Vx+1mV
104 多功能标准源 交流电压 JJG(航天)2-1999 交流标准电压源检定规程
(1~10)V
300 kHz~1MHz U=1.2%Vx+1mV
1MHz~2MHz U=1.6%Vx+1mV
(10~100)V
1 Hz~40 Hz U=0.03%Vx+4mV
40 Hz~1k Hz U=0.02%Vx+2mV
1k Hz~20k Hz U=0.02%Vx+2mV
20k Hz~50k Hz U=0.035%Vx+2mV
50kHz~100 kHz U=0.13%Vx+2mV
100 kHz~300 kHz U=0.5%Vx+10mV
300 kHz~1MHz U=1.6%Vx+10mV
(100~1000)V
1 Hz~40 Hz U=0.05%Vx+40mV
40 Hz~1k Hz U=0.06%Vx+20mV
1k Hz~20k Hz U=0.08%Vx+20mV
20k Hz~50k Hz U=0.14%Vx+20mV
50kHz~100 kHz U=0.32%Vx+20mV
直流电流 JJG (航天)38-1987
直流标准电流源检定规程 (0~100)nA U=0.004%Ix+0.04nA
(0.1~1)μA U=0.003%Ix+0.04nA
(1~10)μA U=0.003%Ix+0.1nA
(10~100)μA U=0.003%Ix+0.8nA
104 多功能标准源 直流电流 JJG (航天)38-1987
直流标准电流源检定规程 (0.1~1)mA U=0.003%Ix+5nA
(1~10)mA U=0.003%Ix+50nA
(10~100)mA U=0.0036%Ix+0.5μA
(0.1~1)A U=0.012%Ix+10μA
交流电流 JJG (航天)51-1999
交流标准电流源检定规程 (1~100)μA
10 Hz~20 Hz U=0.43%Ix+ 30 nA
20 Hz~45Hz U=0.16%Ix+ 30 nA
45Hz~100Hz U=0.07%Ix+30 nA
100Hz~5kHz U=0.07%Ix+ 30 nA
(0.1~1)mA
10 Hz~20 Hz U=0.42%Ix+ 0.2 μA
20 Hz~45Hz U=0.16%Ix+ 0.2 μA
45Hz~100Hz U=0.065%Ix+ 0.2 μA
100Hz~5kHz U=0.04%Ix+ 0.2 μA
5kHz~20kHz U=0.07%Ix+ 0.2 μA
20kHz~50kHz U=0.42%Ix+ 0.4 μA
50kHz~100kHz U=0.56%Ix+ 1.5 μA
(1~10)mA
10 Hz~20 Hz U=0.42%Ix+ 2 μA
20 Hz~45Hz U=0.16%Ix+ 2 μA
45Hz~100Hz U=0.07%Ix+ 2 μA
104 多功能标准源 交流电流 JJG (航天)51-1999
交流标准电流源检定规程
(1~10)mA
100Hz~5kHz U=0.04%Ix+ 2 μA
5kHz~20kHz U=0.08%Ix+ 2 μA
20kHz~50kHz U=0.42%Ix+ 4 μA
50kHz~100kHz U=0.56%Ix+ 15 μA
(10~100)mA
10 Hz~20 Hz U=0.42%Ix+ 20 μA
20 Hz~45Hz U=0.16%Ix+ 20 μA
45Hz~100Hz U=0.07%Ix+ 20 μA
104 多功能标准源 交流电流 JJG (航天)51-1999
交流标准电流源检定规程 (10~100)mA
100Hz~5kHz U=0.05%Ix+ 20 μA
5kHz~20kHz U=0.08%Ix+ 20 μA
20kHz~50kHz U=0.42%Ix+40 μA
50kHz~100kHz U=0.6%Ix+ 150 μA
(0.1~1)A
10 Hz~20 Hz U=0.45%Ix+ 0.2 mA
20 Hz~45Hz U=0.17%Ix+ 0.2 mA
45Hz~100Hz U=0.09%Ix+ 0.2 mA
100Hz~5kHz U=0.12%Ix+0.2 mA
5kHz~20kHz U=0.33%Ix+0.2 mA
20kHz~50kHz U=1%Ix+0.4 mA
电阻 JJG 166-1993
直流电阻器检定规程 (1~10)Ω U=0.0016%Rx+50 μΩ
104 多功能标准源 电阻 JJG 166-1993
直流电阻器检定规程 (10~100)Ω U=0.0013%Rx+0.5mΩ
(0.1~1)kΩ U=0.002%Rx+0.5mΩ
(1~10)kΩ U=0.002%Rx+5Ω
(10~100)kΩ U=0.002%Rx+50Ω
(0.1~1)MΩ U=0.0016%Rx+2Ω
(1~10)MΩ U=0.006%Rx+0.1kΩ
(10~100)MΩ U=0.052%Rx+1kΩ
(0.1~1)GΩ U=0.51%Rx+10kΩ
105 钳形电流表 直流电流 JJF 1075-2001
钳形表校准规范 ±(10~500)A Urel=0.5%
交流电流 (10~500)A 45Hz~400Hz Urel=0.6%
106 直流稳压电源 电压 JJG (航天) 6-1999
直流稳压电源检定规程 (0~10)V Urel=1.2×10-4
(10~1000)V Urel=1.2×10-4
电压调整率 (0.001~1)% Urel=1.5×10-4
负载调整率 (0.001~1)% Urel=1.1×10-4
电流 (0~25)A Urel=1.2×10-4
纹波电压 0.5mV~100mV Urel=8.2×10-2
107 交流稳压电源 交流电压 QJ3233-2005
交流稳压电源稳态特性校准规范
10mV~1000V Urel =2.8×10-4
107 交流稳压电源 电源调整率 QJ3233-2005
交流稳压电源稳态特性校准规范
(0.001~5)% Urel=4.9×10-4
负载调整率 (0.001~5)% Urel=4.0×10-4
失真 (0~100)% Urel=12%
频率 10Hz~400Hz Urel=1.2×10-4
108 耐压试验仪 电压 JJG 795-2004
耐电压测试仪检定规程 直流:≤15kV Urel=5.7×10-3
交流:≤15kV Urel=8.0×10-3
漏电流 直流:(0~20)mA Urel=5.7×10-3
交流:(0~20)mA Urel=8.0×10-3
时间 1s~15min U=0.1s
109 泄漏电流测试仪 直流电压 JJG 843-2007《泄漏电流测试仪检定规程》 (0~1100)V U=0.2 %Vx + 550mV
交流电压 (0~1100)V U=0.2 % Vx+ 550mV
直流电流 (0.1 ~ 100) mA U=0.3 % Ix+ 2 μA
交流电流 (0.1 ~ 100) mA U=0.3 %Ix + 2 μA
110 直流低电阻表 电阻 JJG 837-2003直流低电阻表检定规程 (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
110 直流低电阻表 电阻 JJG 366-2004
接地电阻表检定规程JJG 1054-2009 钳形接地电阻仪检定规程 (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
111 绝缘电阻表 电阻 JJG622-1997绝缘电阻表(兆欧表)检定规程 (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000 ~999.9)MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
112 电子式绝缘电阻表 电阻 JJG 1005-2005电子式绝缘电阻表检定规程 (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000~999.9) MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
电压 (0.05~1)kV Urel=0.3%
113 接地导通电阻测试仪 电流 JJG 984-2004《接地导通电阻测试仪检定规程》 (0~30)A U=0.4 %Ix + 15mA
电阻 28.07mΩ U=15mΩ
52.93mΩ U=27mΩ
107.78mΩ U=35mΩ
352.5mΩ U=72mΩ
496.4mΩ U=51mΩ
114 示波器 电压 JJG 262-1996
模拟示波器检定规程
JJF 1057-1998
数字器存储示波器校准规范
1mV ~200V Urel=3.3×10-4
时标 1ns~50s Urel=2.9×10-7
带宽 10Hz~300MHz Urel=2.3×10-2
300MHz~550MHz Urel=3.0×10-2
550MHz~1GHz Urel=4.0×10-2
上升时间 25ps~10ns Urel=1.9×10-2
115 分光光度计 波长 JJG178-2007
紫外、可见、近红外分光光度计检定规程 (190~900)nm U=0. 3nm
透射比 (0~100)% Urel=0.5%
116 电导率仪 电导率 JJG376-2007
电导率仪检定规程 (1.0~2.5×104)μS/cm Urel=0.5%
117 pH计 pH JJG 119-2005
实验室pH(酸度)计检定规程 (0~14)pH U=0.02pH
118 液相色谱仪 浓度 JJG 705-2014
液相色谱仪检定规程 UV-VIS:≤5×10-8g/mL Urel=5%
FLD:≤5×10-9g/mL Urel=5%
RID:≤5×10-6g/mL Urel=5%
ELSD:≤5×10-6g/mL Urel=5%
119 气相色谱仪 灵敏度 JJG 700-1999
气相色谱仪检定规程 TCD:≥800mV•ml/mg Urel= 4.5%
检出限 FID:≤5×10-10g/s Urel= 4.5%
FPD:≤1×10-10g/s Urel= 4.5%
ECD:≤5×10-12g/mL Urel= 5.0%
NPD:≤5×10-12g/s Urel= 4.5%
120 原子吸收分光光度计 浓度 JJG 694-2009
原子吸收分光光度计检定规程 火焰原子化器:(0.5~5)μg/ml (Cu) Cu: Urel=1.5%
石墨炉原子化器 0.5~5)ng/ml (Cd) Cd: Urel=3.0%
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.9, Xibadao, Konggang Economic Zone, Dongli, Tianjin, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Title, Code of Calibration Method Range Uncertainty
(k=2) Limitation Note
1 Cylindrical Screw Thread Gauges Length Verification Regulation of Cylindrical Screw Thread Gauges
JJG 1345-2012 Inner screw thread:
(16~200)mm
external screw thread:
(0~200)mm U=2μm
2
Standard Ring Gauge Length Verification Regulation of Standard Rang Gauge
JJG 894-1995 Φ (11~200)mm U=(0.7+6L) μm
L:m Only for:Grade 3
3
Smooth Limit Gauge Length Verification Regulation of Smooth Limit Gauge
JJG 343-2012 (0~320)mm U=(0.5~2.0) μm
4 Current Calipers Length V.R.of Current Calipers
JJG30-2012 (0~2000)mm U =(7+13L) μm
L:m
5 Height Caliper Length V.R.of Height Caliper
JJG31-2011 (0~2000)mm U =(7+13L) μm
L:m
6 Micrometer Length
V.R.of Micrometer
JJG21-2008
(0~500)mm U =(0.6+3L) μm
L:m
7 Internal Micrometer Length V.R.of Internal Micrometers
JJG22-2003 (50~3000)mm U =(1+3.7L)μm
L:m
8 Depth Micrometers Length Verification Regulation of Depth Micrometers
JJG24-2003 (0~300)mm U=1.5μm
9 Feeler Gauge Length V.R.of Feeler Gauge
JJG62-2007 (0.02~0.10)mm U =1.8μm
(0.15~1)mm U =2.8μm
10 Steel Rule Length V.R. of Steel Rule
JJG 1-1999 (0~2000)mm U=0.06mm
11 Height Measuring Instrument with Digital Display Length C.S. for Height Measuring Instrument with Digital Display
JJF1254-2010 (0~1000)mm U=(0.6+1.6L)μm
L:m
12 Radius Gauge Length Verification Regulation of Radius Gauge
JJG58-2010 1mm≤R≤3mm U=5μm
3mm<R≤6m U=6μm
6mm<R≤18mm U=8μm
18mm<R≤25mm U=9μm
13 Screw Thread Gauge Length
Verification Regulation of Screw Thread Gauge
JJG60-2012
P (0.4~6.0)mm
(4~48) Teeth per inch U=2.4μm
14 Projector Length C.S.for Projectors
JJF1093-2002 (0~200)mm U=(1.4+2.3L)μm
L:m
15 Three Coordiate Measuring Machines Length C.S.for Coordiate Measuring Machines
JJF1064-2010 (0~1000)mm U =(0.2+1.6L)μm
L:m
(1000~3000)mm U =(0.3+1.5L) μm
L:m
16 Dial Indicator Gauges Length V.R.of Tester for Dial Indicator Gauges
JJG201-2008 (0~25)mm U =1.9μm
17 Horizontal Metroscope Length
C.S.for Horizontal Metroscope
JJF1189-2008
(0~100)mm U =(0.2+1.6L)μm
L:m
18 Length Measuring Machine Length C.S.for Length Measuring Machine
JJF1066-2000 (0~1000)mm U=(0.2+1.6L)μm
L:m
19 Wide Range Dauges Reading in 0.01mm Length V.R.of Wide Range Dauges Reading in 0.01mm
JJG379-2009 (0~50)mm U=(1.4+23L)μm
L:m
20 Dial Gauges Length V.R.of Dial Gauges(dial and digital)
JJG34-2008 (0~10)mm U=(1.4+23L)μm
L:m
21 Dial Test Indicator Length V.R.of Dial Test Indicato
JJG35-2006 (0~1)mm U=3.0μm
22 Bore Dial Indicator Length C.S.for Bore Dial Indicators
JJF1102-2003 (2~450)mm U=3.0μm
23 Cylindrical Measuring pin Length calibration specification for Cylindrical Measuring pin
JJF1027-2008 ≤Φ10mm U=0.5μm Except for:
Roundness
24 Thickness Gauge Length calibration specification for Thickness Gauge
JJF1126-2004 (10~245)mm U=0.01mm
25 Thickness Gauge Length Magnetic and Eddy Current Measuring Instrument for Coating Thickness
JJG 818-2005 (18~1503)μm U=1.3 μm
26 Optimeter Length V.R.of Optimeter
JJG45-1999 (-100~+100)μm U=0.06μm
27 Gauge Blocks Length
V.R.of Gauge Blocks
JJG146-2011
(0~100) mm U=(0.1+1L)μm
k=2.58 L:m
28 Biological Microscope Length Calibration Specification for Biological microscope
JJF 1402-2003 (0~1)mm U=4 μm
29 Universal Bevel Protractors Angle V.R.of Universal Bevel Protractors
JJG33-2002 (0~360)° U = 1.2′
30 Wind Squares Angle V.R.of Squares
JJG7-2004 H=(50~300)mm U=1.5μm
31 Frame Levels and Shaft Levels Angle C.S.for Frame Levels and Shaft Levels
JJF1084-2002 (-0.2~0.2)mm/m Urel =4%
32 Contact pin type surface roughness Measuring Instrument surface roughness C.S. for Contact pin type surface roughness Measuring Instrument
JJF1105-2003 Ra:(0.08~4.35)μm
Urel=5.4%~2.1%
33 Plates flatness Verification Regulation of Plates
JJG 117-2013 (160mm×100mm)~(400mm×400mm) U =0.9μm
(400mm×400mm)~(1600mm×1000mm) U =2.2μm
(1600mm×1000mm)~(2500mm×1600mm) U =2.9μm
(2500mm×1600mm)~(3500mm×2500mm) U =3.6μm
(3500mm×2500mm)~(5000mm×3000mm) U =4.5μm
34 Laser alignment instrument
Length Calibration Specification for Laser Alignment Instrument
Q/Dj090-2013 (-10~+10)mm U =2.2μm
35 Straight Edges Linear Calibration Specification for Straight Edges
JJF1097-2003 0~400mm U=0.9 μm
(400~1600)mm U=1.2 μm
(1600~2500)mm U=2.9 μm
36 Box Plates Flatness, perpendicularity Verification Regulation of Box Plates
JJG194-2007 (100~400)mm U=3.2 μm
37 Test Sieves Length Calibration Specification for Test Sieves
JJF 1175-2007 (0.020~125)mm U=1.8 μm
38 Imaging Probe Measuring Machines Length C.S. for Imaging Probe Measuring Machines
JJF1318-2011 (0~200)mm U=(1.2+2L)μm
L:m Only for: dimension error
39 Reading Microscope and Measuring Microscope Length Verification Regulation of Reading Microscope and Measuring Microscope
JJG571-2004 (0~50)mm U=(2.0+3.4L)μm
L:m
40 Roundness cylindricity Measuring Instrument Roundness V.R.for Measurement Standard Instrument of Roundness and Cylindricity
JJG429-2000 Φ350mm U=0.03 μm
41 Micrometers with Dial Comparator and Indication Snap Gauge Length Micrometers with Dial Comparator and Indication Snap Gauge
JJG26-2001 (0~100)mm U=1.0 μm
42 Microcator Length verification regulation of Microcator
JJG 118-2010 (-100~+100)μm U=0.2 μm
43 Depth Dial Gauge Length Verification Regulation of Depth Dial Gauge
JJG830-2007 (0~300) mm U=2.3μm
44 Thickness Gauges Length Calibration Specification for Thickness Gauges
JJF1255-2010 (0~30)mm U=5 μm
45 Dial Snap Gauges Length Calibration Specification for Dial Snap Gauges
JJF1253-2010 (5~100)mm U=0.015mm
46 Optical Dividing Head Angle V.R.of Optical Digital Dividing Head
JJG 57-1999 0-360° U=1"
47 Straight Edge Linear V.R.of Straight Edge
JJG63-2007 0~300mm U=0.4μm
(300~500)mm U=0.7μm
48 reinforced concrete covermeter and floorslab thickness tester Length Calibration specification for reinforced concrete covermeter and floorslab thickness tester
JJF1224-2009 (0~300)mm U=0.7mm
49 Micrometers of Measuring Inside Dimension Length Calibration Specification for Micrometers of Measuring Inside Dimension
JJF1411-2013 (0~100)mm U=1.5μm
(100~150)mm U=1.8μm
50 Grating Micrometers Length Verification Regulation of Grating Micrometers
JJG989-2004 (0~100) mm U=0.39 μm
51 Contact-type Interferometers Length Verification Regulation of Contact-type Interferometers
JJG101-2004 (-10~+10) μm U=0.013μm
52 Concentricity Tester Linear Calibration Specification for Concentricity Tester
JJF1109-2003 (0~400)mm U=2.6 μm
53 Comparator of Machinery Type Length V.R.of Comparator of Machinery Type
JJG39-2004 (-0.5~+0.5) mm U=0.2μm
54 Callipers for Welding Inspection Length Verification Regulation of Callipers for Welding Inspection
JJG704-2005 (0~15)mm U=0.024mm
55 Digital Temperature Indicators and Controllers Tempera-ture V.R.of Digital Temperature Indicators and Controllers
JJG617-1996 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
56 Temperature test equipment Temperature Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity
JJF1101-2003 (-40~250) ℃ U=0.3℃
57 Moist heat test equipment Temperature Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity
JJF1101-2003 (-40~250) ℃ U=0.3℃
Humidity (10~95) %RH U=1.0% RH
58 Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature Tempera-ture V.R. of Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature
JJG186-1997 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
59 Recorders for Industrial-Process Measurement Tempera-ture V.R. of the Recorders for Industrial-Process Measurement
JJG74-2005 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
60 Radiation Thermometers Tempera-ture JJG 856-1994 Working Radiation Thermometers below 500℃ (35~500)℃ U=(1.7~1.9)℃
61 Working Base Metal Thermometer Tempera-ture V.R.of Working Base Metal Thermometer
JJG351-1996 (300~1100)℃ U=(0.8~1.3)℃
62 Standard Mercury-in-Glass Thermometer for Petroleum Products Tempera-ture V.R.of Standard Mercury-in-Glass Thermometer
JJG 161-2010 (-60~300)℃ U=0.04℃
63 Industrial Glass Thermometer Tempera-ture V.R.of Industrial Glass Thermometer
JJG130-2011 (-60~300)℃ U=0.06℃
64 Temperature Indication Controller Tempera-ture V.R.of Temperature Indication Controller
JJG874-2007 (-60~300)℃ U=0.2℃
65 Liquid-in-Glass Thermometer for Petroleum Products Tempera-ture V.R.of Industrial Glass Thermometer
JJG130-2011 (-60~300)℃ U=0.04℃
66 Industry Platinum 、Copper Resistance Thermometers Tempera-ture V.R.of Industry Platinum Copper Resistance Thermometers
JJG229-2010 (-60~300)℃
0℃ :U=0.03℃
100℃ :U=0.05℃
67 Temperature Transducer Tempera-ture C.S. of the Temperature Transducer
JJF1183-2007 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
68 Mechanical thermo-hygrometers Temperature V.R. of the Mechanical thermo-hygrometers
JJG205-2005 (10~30)℃ U=0.3℃
Moisture (30~90)%RH U=2.0%RH
69 Surface Thermometers Temperature Calibration Specification for the Surface Thermometers
JJF1409-2013 (50~400)℃ U=0.5 ℃
70 Metallic Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers
JJG 112-2013 (20~88)HRA U=0.6HRA
(20~95)HRB U=0.6HRB
70 Metallic Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers
JJG 112-2013 (20~70)HRC U=0.6HRC
71 Plastic Rock Well Hardness Testing Machine Hardness Verification Regulation of Plastic Rock Well Hardness Testing Machine
JJG884-1994 (70~100)HRE U=0.5HRE
(50~115)HRR U=0.6HRR
72 Metallic Brinell Hardness Testing Machine Hardness V.R.of Metallic Brinell Hardness Tester JJG 150-2005 (98~400) HBW Urel=2.4%
73 Metallic Vickers Hardness Testing Machine Hardness V.R.of Metallic Vickers Hardness Tester JJG 151-2006 (400~740)HV Urel=2.0%
74 Metallic Superficial Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers
JJG 112-2003 (70~92)HR15N U=0.8HR
(42~80)HR30N U=0.8HR
(20~70)HR45N U=0.8HR
(43~76)HR30TW U=0.8HR
75 Microhardo-
meter Hardness V.R.of Metallic Vickers Hardness Tester JJG 151-2006 (200~800) HV Urel=3.0%
76 Leeb Hardness Tester Hardness V.R.of Leeb Hardness Tester
JJG 747-1999 529HLD,603HLD,776HLD U=5HL
77 Wrench for Measurement of Torque Wrench V.R.of Torque Wrenches
JJG707-2014 (0.02~27000)N•m Urel=0.5%
78 Universal Material Tension and Compression Testing Machine Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 1N~1MN Urel=0.15%
79 Electronic Universal Testing Machine Strength value V.R.of Electronic Universal Testing Machine
JJG 475-2008 1N~1MN Urel=0.15%
80 Tension Compression and Universal Testing Machine for Non-metallic Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 1N~1MN Urel=0.15%
81 Spring Tension and Compression Testing Machine
Strength value Calibration Specification for Working Force Measuring Machines for Special Purposes
JJF 1134-2005 0.1N~50kN Urel=0.15%
82 Elastic Element Precision Pressure Gauges and Vacuum Gauge Pressure V.R.of Elastic Element Precision Pressure Gauges and Vacuum Gauge JJG 49-2013 (-0.1~100)MPa Urel=0.1%
83 Elastic Element Pressure Gauge,Pressure- Vacuum Gauge and Vacuum Gauge for General Use Pressure V.R.of Elastic Element Pressure Gauge,Pressure- Vacuum Gauge and Vacuum Gauge for General Use JJG 52-2013 (-0.1~100)MPa Urel=0.15%
84 Pressure Transmitters Pressure V.R.of Pressure Transmitters
JJG 882-2004 (-0.1~100)MPa Urel=0.1%
85 Digital Pressure Gauges Pressure V.R.of Digital Pressure Gauges
JJG 875-2005 (-0.1~100)MPa Urel=0.1%
86 Electronic Balance Mass V.R.of Electronic Balance
JJG 1036-2008 1mg~30g U=(0.01~0.05)mg
(30~220)g U=(0.05~0.45)mg
220g~1kg U=(0.45~2.0)mg
(1~20)kg U=(2.0~120)mg
87 Mechanical Balances Mass V.R.of Mechanical Balance
JJG 98-2006 1mg~20g U=(0.02~0.07)mg
(20~200)g U=(0.07~0.50)mg
87 Mechanical Balances Mass V.R.of Mechanical Balance
JJG 98-2006 200g~1kg U=(0.50~2.0)mg
(1~10)kg U=(2.0~30)mg
88 Top-Pan Balance Mass V.R.of Top-Pan Balance JJG 156-2004 (0~100)g U=(0.02~0.1)g
(100~200)g U=(0.1~0.2)g
(200~500)g U=(0.2~0.5)g
(500~1000)g U=(0.5~1.0)g
(1000~5000)g U=(1.0~2.5)g
89 Analogue Indication Weighing Instruments Mass V.R.of Analogue Indication Weighing Instruments JJG 13-1997 (1~200)g U=(0.5~3.0)g
(0.2~100)kg U=(3.0~16)g
100kg~2t U=(16~100)g
90 Non-self-indication Weighing Instruments Mass V.R.of Non-self-indication Weighing Instruments JJG 14-1997 (1~200)g U=(0.1~3.0)g
(0.2~100)kg U=(3.0~10)g
100kg~2.5t U=(10~150)g
91 Digital Indicating Weighting Instrument Mass V.R.of Digital Indicating Weighting Instrument JJG 539-1997 1mg~200g U=(0.02~3.0)mg
200g~10kg U=(3.0~60)mg
(10~60)kg U=60mg~1.0g
(60~300)kg U=(1.0~5.0)g
300kg~2.5t U=(5.0~30)g
92 Working Dynamo- meters Strength V.R.of Working Dynamometers
JJG455-2000 0.1N~5kN Urel=0.15%
93 Calibration Instrument for Torque Wrenchs Torque V.R. of Calibration Instrument for Torque Wrenchs
JJG 797-2013 (0~2000)N•m Urel=0.1%
94 turbine Flowmeter Flux Verification Regulation of turbine Flowmeter
JJG1037-2008 DN15:(0.006~3.6)m3/h Urel=0.06%
Mass method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
95 Goriolis Mass Flow Meters Flux Verification Regulation of Goriolis Mass Flow Meters
JJG1038-2008 DN15:(0.006~3.6)m3/h Urel=0.06%
Mass method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
96 Electromagnetic Flowmeters Flux Verification Regulation of Electromagnetic FlowmetersJJG1033-2007 DN15:(0.006~3.6)m3/h Urel=0.06% Mass method
DN25:(2.7~9.1)m3/h
96 Electromagnetic Flowmeters Flux Verification Regulation of Electromagnetic FlowmetersJJG1033-2007 DN50:(8.0~35)m3/h Urel=0.06% Mass method
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
97 Mass Flow Meters Flux V.R.of Mass Flow Meters
JJG 897-1995 DN15:(0.006~3.6)m3/h Urel=0.06%
Mass method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
98 Digitalmeters DC Voltage V.R.of DC Digital Voltmeter
JJG315-1983 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1000)V U=1.1×10-5Vx+0.5mV
98 Digitalmeters DC Current V.R.of DC Digital Amperemeter
JJG598-1989 (22~220)μA U=5.9×10-5Ix+8nA
98 Digitalmeters DC Current V.R.of DC Digital Amperemeter
JJG598-1989 (0.22~2.2)mA U=5.9×10-5Ix+8nA
(2.2~22)mA U=5.9×10-5Ix+80nA
(22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×104Ix+0.48mA
AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
98 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(22~220)mV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
98 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)V
300kHz~500kHz U=1.2×10-3Vx+350μV
500kHz~1MHz U=2.6×10-3Vx+850μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
50kHz~100kHz U=2.9×10-4Vx+350μV
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
98 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(22~220)V
40Hz~20kHz U=9.3×10-5Vx+0.8mV
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1000)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
AC Current AC Digital Amperemeter
JJG(HT)35-1999 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
98 Digitalmeters AC Current AC Digital Amperemeter
JJG(HT)35-1999 (2.2~22)mA 10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
98 Digitalmeters AC Current AC Digital Amperemeter
JJG(HT)35-1999 (2.2~22)mA 1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
(22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
(2.2~11)A
40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
5kHz~10kHz U=4.2×10-3Ix+750μA
Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
98 Digitalmeters Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
99 DC Digital Voltmeter voltage V.R.of DC Digital Voltmeter JJG 315-1983 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1100)V U=1.1×10-5Vx+0.5mV
100 DC Digital Ampere-meter current V.R.of DC Digital Ampermeter JJG 598-1989 (22~220)μA U=5.9×10-5Ix+8nA
(0.22~2.2)mA U=5.9×10-5Ix+8nA
(2.2~22)mA U=5.9×10-5Ix+80nA
(22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×10-4Ix+0.48mA
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV 10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz-500kHz U=2.0×10-3Vx+25μV
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV 500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
(2.2~22)mV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
300kHz~500kHz U=1.2×10-3Vx+350μV
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 500kHz~1MHz U=2.6×10-3Vx+850μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
50kHz~100kHz U=2.9×10-4Vx+350μV
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (2.2~22)V
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
40Hz~20kHz U=9.3×10-5Vx+0.8mV
(22~220)V
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
102 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
(10~220)μA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
(2.2~22)mA
10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
(22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
102 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 (2.2~11)A 40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
102 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 (2.2~11)A 5kHz~10kHz U=4.2×10-3Ix+750μA
103 DC Digital Ohmmeter resistance V.R.of DC Digital Ohmmeter JJG 724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
104 Multifunction Standard Source DC Voltage V.R.of DC Standard Voltage Source
JJG445-1986 (0~100)mV U=0.0011%Vx+0.3μV
(0.1~1)V U=0.001%Vx+0.3μV
(1~10)V U=0.001%Vx+0.5μV
(10~100)V U=0.0012%Vx+30μV
(100~1000)V U=0.0012%Vx+100μV
AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 (10~100)mV 1 Hz~40 Hz U=0.032%Vx+30μV
104 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999
(10~100)mV
40 Hz~1k Hz U=0.022%Vx+11μV
1k Hz~20k Hz U=0.033%Vx+11μV
20k Hz~50k Hz U=0.12%Vx+11μV
50kHz~100 kHz U=0.54%Vx+11μV
100 kHz~300 kHz U=4.1%Vx+20μV
(0.1~1)V
1 Hz~40 Hz U=0.0072%Vx+40μV
40 Hz~1k Hz U=0.0072%Vx+20μV
1k Hz~20k Hz U=0.015%Vx+20μV
20k Hz~50k Hz U=0.032%Vx+20μV
50kHz~100 kHz U=0.081%Vx+20μV
(0.1~1)V
100 kHz~300 kHz U=0.33%Vx+100μV
300 kHz~1MHz U=1.1%Vx+10mV
1MHz~2MHz U=1.6%Vx+20mV
(1~10)V
1 Hz~40 Hz U=0.008%Vx+0.4mV
40 Hz~1k Hz U=0.008%Vx+0.2mV
1k Hz~20k Hz U=0.014%Vx+0.2mV
20k Hz~50k Hz U=0.032%Vx+0.2mV
50kHz~100 kHz U=0.09%Vx+0.2mV
100 kHz~300 kHz U=0.35%Vx+1mV
104 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 (1~10)V 300 kHz~1MHz U=1.2%Vx+1mV
104 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 (1~10)V 1MHz~2MHz U=1.6%Vx+1mV
(10~100)V
1 Hz~40 Hz U=0.03%Vx+4mV
40 Hz~1k Hz U=0.02%Vx+2mV
1k Hz~20k Hz U=0.02%Vx+2mV
20k Hz~50k Hz U=0.035%Vx+2mV
50kHz~100 kHz U=0.13%Vx+2mV
100 kHz~300 kHz U=0.5%Vx+10mV
300 kHz~1MHz U=1.6%Vx+10mV
(100~1000)V
1 Hz~40 Hz U=0.05%Vx+40mV
40 Hz~1k Hz U=0.06%Vx+20mV
1k Hz~20k Hz U=0.08%Vx+20mV
20k Hz~50k Hz U=0.14%Vx+20mV
50kHz~100 kHz U=0.32%Vx+20mV
DC Current The Verification regularion for DC Standard Source
JJG(HT)38-1987 (0~100)nA U=0.004%Ix+0.04nA
(0.1~1)μA U=0.003%Ix+0.04nA
(1~10)μA U=0.003%Ix+0.1nA
(10~100)μA U=0.003%Ix+0.8nA
(0.1~1)mA U=0.003%Ix+5nA
(1~10)mA U=0.003%Ix+50nA
(10~100)mA U=0.0036%Ix+0.5μA
(0.1~1)A U=0.012%Ix+10μA
104 Multifunction Standard Source AC Current Verification regularion for AC Standard current Source
JJG(HT)51-1999 (1~100)μA
10 Hz~20 Hz U=0.43%Ix+ 30 nA
20 Hz~45Hz U=0.16%Ix+ 30 nA
45Hz~100Hz U=0.07%Ix+30 nA
100Hz~5kHz U=0.07%Ix+ 30 nA
(0.1~1)mA
10 Hz~20 Hz U=0.42%Ix+ 0.2 μA
20 Hz~45Hz U=0.16%Ix+ 0.2 μA
45Hz~100Hz U=0.065%Ix+0.2μA
100Hz~5kHz U=0.04%Ix+ 0.2 μA
5kHz~20kHz U=0.07%Ix+ 0.2 μA
20kHz~50kHz U=0.42%Ix+ 0.4 μA
50kHz~100kHz U=0.56%Ix+ 1.5 μA
(1~10)mA
10 Hz~20 Hz U=0.42%Ix+ 2 μA
20 Hz~45Hz U=0.16%Ix+ 2 μA
45Hz~100Hz U=0.07%Ix+ 2 μA
100Hz~5kHz U=0.04%Ix+ 2 μA
5kHz~20kHz U=0.08%Ix+ 2 μA
20kHz~50kHz U=0.42%Ix+ 4 μA
50kHz~100kHz U=0.56%Ix+ 15 μA
(10~100)mA
10 Hz~20 Hz U=0.42%Ix+ 20 μA
20 Hz~45Hz U=0.16%Ix+ 20 μA
45Hz~100Hz U=0.07%Ix+ 20 μA
100Hz~5kHz U=0.05%Ix+ 20 μA
5kHz~20kHz U=0.08%Ix+ 20 μA
20kHz~50kHz U=0.42%Ix+40 μA
50kHz~100kHz U=0.6%Ix+150 μA
104 Multifunction Standard Source AC Current Verification regularion for AC Standard current Source
JJG(HT)51-1999 (0.1~1)A
10 Hz~20 Hz U=0.45%Ix+ 0.2 mA
20 Hz~45Hz U=0.17%Ix+ 0.2 mA
45Hz~100Hz U=0.09%Ix+ 0.2 mA
100Hz~5kHz U=0.12%Ix+0.2 mA
5kHz~20kHz U=0.33%Ix+0.2 mA
20kHz~50kHz U=1%Ix+0.4 mA
Resistance V.R.of DC Resistors
JJG166-1993 (1~10)Ω U=0.0016%Rx+50 μΩ
(10~100)Ω U=0.0013%Rx+0.5mΩ
(0.1~1)kΩ U=0.002%Rx+0.5mΩ
(1~10)kΩ U=0.002%Rx+5Ω
(10~100)kΩ U=0.002%Rx+50Ω
(0.1~1)MΩ U=0.0016%Rx+2Ω
(1~10)MΩ U=0.006%Rx+0.1kΩ
(10~100)MΩ U=0.052%Rx+1kΩ
(0.1~1)GΩ U=0.51%Rx+10kΩ
105 Clamp Current meter DC Current JJF 1075-2001 C.S. of Clamp Ammeters ±(10~500)A Urel=0.5%
AC Current (10~500)A 45Hz~400Hz Urel=0.6%
106 DC supply power DC voltage Verification regulation for DC supply power
JJG(HT)6-1999 (0~10)V Urel=1.2×10-4
(10~1000)V Urel=1.2×10-4
line regulation (0.001~1)% Urel=1.5×10-4
load regulation (0.001~1)% Urel=1.1×10-4
DC current (0~25)A Urel=1.2×10-4
106 DC supply power ripple Verification regulation for DC supply power
JJG(HT)6-1999 0.5mV~100mV Urel=8.2×10-2
107 AC Voltage Stable Source AC voltage Calibration specificationfor stable character of AC Voltage Stable Source
QJ 3233-2005 10mV~1000V Urel =2.8×10-4
line regulation (0.001~5)% Urel=4.9×10-4
load regulation (0.001~5)% Urel=4.0×10-4
Distortion (0~100)% Urel=12%
Frequency 10Hz~400Hz Urel=1.2×10-4
108 WithStanding Voltage Tester Voltage V.R.of WithStanding Voltage Tester
JJG795-2004 DC:≤15kV Urel=5.7×10-3
AC:≤15kV Urel=8.0×10-3
current DC:(0~20)mA Urel=5.7×10-3
AC:(0~20)mA Urel=8.0×10-3
Time 1s~15min U=0.1s
109 Leakage Current Tester DC Current JJG 843-2007 Verification regulation for Leakage current tester (0~1100)V U=0.2 %Vx + 550mV
AC Current (0~1100)V U=0.2 % Vx+ 550mV
DC Voltage (0.1 ~ 100) mA U=0.3 % Ix+ 2 μA
AC Voltage (0.1 ~ 100) mA U=0.3 %Ix + 2 μA
110 DC Low Resistance Meter Resistance JJG 837-2003 V.R.of DC Low Resistance Meters (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
110 DC Low Resistance Meter Resistance JJG 366-2004 V.R.of Earth Resistance Meter JJG 1054-2009 Verification Regulation for Pincers Earth Resistance Tester (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
111 Insulation resistance meter Resistance JJG 622-1997 V.R.of Megohm-meter (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000 ~999.9)MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
112 Electronic Insulating Resistance Meters Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000~999.9) MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
Voltage (0.05~1)kV Urel=0.3%
113 Earth Continuity Tester Current V. R. for Earth-Continuity Testers JJG 984-2004 (0~30)A U=0.4 %Ix + 15mA
Resistance 28.07mΩ U=15mΩ
52.93mΩ U=27mΩ
107.78mΩ U=35mΩ
352.5mΩ U=72mΩ
496.4mΩ U=51mΩ
114 Oscilloscopes Voltage V.R.of Analogue Oscilloscope
JJF1057-1998
C.S.of
Digital Storage Oscilloscope
JJG262-1996 1mV ~200V Urel=3.3×10-4
Time Maker 1ns~50s Urel=2.9×10-7
BW 10Hz~300MHz Urel=2.3×10-2
300MHz~550MHz Urel=3.0×10-2
550MHz~1GHz Urel=4.0×10-2
Fast time 25ps~10ns Urel=1.9×10-2
115 Spectrephotometer wavelength V. R. of UV-VIS-NIR Spectrophotometer
JJG178-2007 (190~900)nm U=0. 3nm
transmission ratio (0~100)% Urel=0.5%
116 Electrolytic Conductance Meter Electrolytic Conductance V.R. of Electrolytic Conductance Meter
JJG376-2007 (1.0~2.5×104)μS/cm Urel=0.5%
117 pH meter pH V. R. of Laboratory pH Meter
JJG 119-2005 (0~14)pH U=0.02pH
118 Liquid Chromato-graph concentration V.R. of Liquid Chromatograph
JJG 705-2014 UV-VIS:≤5×10-8g/mL Urel=5%
FLD:≤5×10-9g/mL Urel=5%
RID:≤5×10-6g/mL Urel=5%
ELSD:≤5×10-6g/mL Urel=5%
119 Gas Chromato-graph sensitivity V.R. of Gas Chromatograph
JJG 700-1999 TCD:≥800mV•ml/mg Urel= 4.5%
Detection Limits FID:≤5×10-10g/s Urel= 4.5%
FPD:≤1×10-10g/s Urel= 4.5%
ECD:≤5×10-12g/mL Urel= 5.0%
NPD:≤5×10-12g/s Urel= 4.5%
120 Atomic Absorption Spectrophotometer Detection Limits V. R. of Atomic Absorption Spectrophotometer Flame method::
(0.5~5)μg/ml (Cu) Cu: Urel=1.5%
Graphite Stove::(0.5~5)ng/ml (Cd) Cd: Urel=3.0%
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:天津市和平区成都道116号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 电子电气产品有害物质 1 铅、汞、镉、铬、溴快速筛选 电子电气产品中限用物质铅、汞、铬、镉和溴的快速筛选 X射线荧光光谱法
GB/Z21277-2007
2 金属与合金 (钢铁及合金) 1 铝 钢铁及合金化学分析方法氟化钠分离-EDTA滴定法测定铝含量GB/T223.8-2000
钢铁及合金 铝含量的测定 铬天青S分光光度法
GB/T223.9-2008
钢铁及合金化学分析方法 铜铁试剂分离-铬天青S光度法测定铝含量
GB/T223.10-2000
2 铬 化学分析方法过硫酸铵氧化容量法测定铬量
GB/T223.11-1991
钢铁及合金化学分析方法 碳酸钠分离-二苯碳酰二肼光度法测定铬量
GB/T223.12-1991
3 钒 硫酸亚铁铵滴定法测定钒含量
GB/T223.13-2000
钢铁及合金化学分析方法火焰原子吸收光谱法测定钒量GB/T223.76-1994
4 钛 钢铁及合金化学分析方法变色酸光度法测定钛量
GB/T223.16-1991
钢铁及合金化学分析方法二安替比林用烷光度法测定钛量GB/T223.17-1989
2 金属与合金 (钢铁及合金) 5 铜 钢铁及合金化学分析方法硫代硫酸钠分离-碘量法测定铜量GB/T223.18-1994
钢铁及合金化学分析方法火焰原子吸收分光光度法测定铜量GB/T223.53-1987
6 钴 钢铁及合金化学分析方法 5-CI-PADAB分光光度法测定钴量GB/T223.21-1994
钢铁及合金化学分析方法 亚硝基R盐分光光度法测量钴量GB/T223.22-1994
钢铁及合金化学分析方法 火焰原子吸收光谱法测定钴量GB/T223.65-1988
7 镍 钢铁及合金 镍含量的测定 丁二酮肟分光光度法测定镍量
GB/T 223.23-2008
钢铁及合金化学分析方法 丁二酮肟重量法测定镍量
GB/T223.25-1994
8 钼 钢铁及合金 钼含量的测定 硫氰酸盐分光光度法测定钼量
GB/T 223.26-2008
钢铁及合金化学分析方法 α-安息香肟重量法测定钼量GB/T223.28-1989
2 金属与合金 (钢铁及合金) 9 铅 钢铁及合金 铅含量的测定 载体沉淀-二甲酚橙分光光度法GB/T 223.29-2008
10 砷 钢铁及合金 砷含量的测定 蒸馏分离-钼蓝分光光度法
GB/T 223.31-2008
钢铁及合金化学分析方法 次磷酸钠还原-碘量法测定砷量GB/T223.32-1994
11 镁 钢铁及合金化学分析方法 铜试剂分离-二甲苯胺蓝Ⅱ光度法测定镁量
GB/T 223.45-1994
钢铁及合金化学分析方法 火焰原子吸收光谱法测定镁量
GB/T 223.46-1989
2 金属与合金 (钢铁及合金) 12 锑 钢铁及合金化学分析方法:载体沉淀-钼蓝光度法测定锑量
GB/T 223.47-1994
13 铋 钢铁及合金化学分析方法 半二甲酚橙光度法测定铋量
GB/T 223.48-1985
14 锡 钢铁及合金化学分析方法:苯基荧光酮-溴化十六烷基三甲基胺直接光度法测定锡量
GB/T 223.50-1994
2 金属与合金 (钢铁及合金) 15 锌 钢铁及合金化学分析方法:5-Br-PADAP光度法测定锌量
GB 223.51-1987
16 硒 钢铁及合金化学分析方法 盐酸羟胺—碘量法测定硒量
GB/T 223.52-1987
17 硅 钢铁及合金化学分析方法高氯酸脱水重量法测定硅含量GB/T223.60-1997
钢铁 酸溶硅和全硅含量的测定 还原型硅钼酸盐分光光度法GB/T223.5-2008
18 磷 磷钼酸铵容量法测定磷量
GB/T223.61-1988
乙酸丁脂萃取光度法测定磷量
GB/T223.62-1988
钢铁及合金化学分析方法 二安替比林甲烷磷钼酸重量法测定磷量GB/T223.3-1988
钢铁及合金 磷含量的测定 铋磷钼蓝分光光度法和锑磷钼蓝分光光度法
GB/T223.59-2008
2 金属与合金 (钢铁及合金) 19 锰 钢铁及合金化学分析方法高碘酸钠(钾)光度测定锰含量GB/T223.63-1988
钢铁及合金 锰含量的测定 火焰原子吸收光谱法
GB/T 223.64-2008
钢铁及合金 锰含量的测定 电位滴定或可视滴定法
GB/T 223.4-2008
钢铁及合金化学分析方法 亚砷酸钠-亚硝酸钠滴定法测定锰量GB/T223.58-1987
20 钨 钢铁及合金化学分析方法:硫氰酸盐-盐酸氯丙嗪-三氯甲烷萃取光度法测定钨量
GB/T 223.66-1989
钢铁及合金 钨含量的测定 重量法和分光光度法
GB/T 223.43-2008
21 硫 钢铁 总碳硫含量的测定 高频感应炉燃烧后红外吸收法(常规方法)
GB/T20123-2006
22 碳 钢铁 总碳硫含量的测定 高频感应炉燃烧后红外吸收法(常规方法)
GB/T20123-2006
2 金属与合金 (钢铁及合金) 23 铁 钢铁及合金 铁含量的测定 邻二氮杂菲分光光度法
GB/T 223.70-2008
钢铁及合金 铁含量的测定 三氯化钛-重铬酸钾滴定法
GB/T223.73-2008
24 硼 钢铁及合金硼含量的测定甲醇蒸馏-姜黄素光度法
GB/T223.75-2008
钢铁及合金化学分析方法中和滴定法测定硼量
GB/T 223.6-1994
钢铁及合金化学分析方法:姜黄素直接光度法测定硼含量
GB/T 223.78-2000
25 钙 钢铁及合金化学分析方法火焰原子吸收光谱法测定钙量GB/T223.77-1994
3 金属与合金
(铝及铝合金) 1 铜 铝及铝合金化学分析方法 第3部分 铜含量的测定
GB/T20975.3-2008
2 铁 铝及铝合金化学分析方法 第4部分:铁含量的测定 邻二氮杂菲分光光度法
GB/T20975.4-2008
3 硅 铝及铝合金化学分析方法 第5部分 硅含量的测定
GB/T20975.5-2008
3 金属与合金
(铝及铝合金) 4 镉 铝及铝合金化学分析方法 第6部分:镉含量的测定 火焰原子吸收光谱法
GB/T20975.6-2008
5 锰 铝及铝合金化学分析方法 第7部分: 锰含量的测定 高碘酸钾分光光度法
GB/T20975.7-2008
6 锌 铝及铝合金分析方法 第8部分 锌含量的测定
GB/T20975.8-2008
7 锡 铝及铝合金分析方法 第10部分 锡含量的测定
GB/T20975.10-2008
8 铅 铝及铝合金化学分析方法 第11部分:铅含量的测定 火焰原子吸收光谱法
GB/T20975.11-2008
9 钛 铝及铝合金分析方法 第12部分 钛含量的测定
GB/T20975.12-2008
10 钒 铝及铝合金化学分析方法 第13部分: 钒含量的测定 苯甲酰苯胲分光光度法
GB/T20975.13-2008
11 镍 铝及铝合金分析方法 第14部分 镍含量的测定
GB/T20975.14-2008
3 金属与合金
(铝及铝合金) 12 镁 铝及铝合金分析方法 第16部分 镁含量的测定
GB/T20975.16-2008
13 铬 铝及铝合金分析方法 第18部分 铬含量的测定
GB/T20975.18-2008
14 钙 铝及铝合金化学分析方法 第21部分:钙含量的测定火焰原子吸收光谱法
GB/T20975.21-2008
15 锑 铝及铝合金化学分析方法 第23部分:锑含量的测定 碘化钾分光光度法
GB/T20975.23-2008
16 铁、铜、镁、锰、镓、钛、钒、铟、锡、铋、钙、铬、锌、镍、镉、锆、铍、铅、硼、硅、锶、锑 铝及铝合金化学分析方法第25部分:电感耦合等离子体原子发射光谱法
GB/T20975.25-2008
4 金属与合金
(铜及铜合金) 1 铜 铜及铜合金化学分析方法 第1部分 铜含量的测定
GB/T5121.1-2008
2 磷 铜及铜合金化学分析方法 第2部分 磷含量的测定
GB/T5121.2-2008
4 金属与合金
(铜及铜合金) 3 铅 铜及铜合金化学分析方法 第3部分 铅含量的测定
GB/T5121.3-2008
4 碳,硫 铜及铜合金化学分析方法 第4部分 碳硫含量的测定
GB/T5121.4-2008 只用方法一
5 镍 铜及铜合金化学分析方法 第5部分 镍含量的测定
GB/T5121.5-2008
6 铋 铜及铜合金化学分析方法 第6部分 铋含量的测定
GB/T5121.6-2008
7 砷 铜及铜合金化学分析方法 第7部分 砷含量的测定
GB/T5121.7-2008
8 铁 铜及铜合金化学分析方法 第9部分 铁含量的测定
GB/T5121.9-2008
9 锡 铜及铜合金化学分析方法 第10部分 锡含量的测定
GB/T5121.10-2008 不用方法一
10 锌 铜及铜合金化学分析方法 第11部分 锌含量的测定
GB/T5121.11-2008
11 锑 铜及铜合金化学分析方法 第12部分 锑含量的测定
GB/T5121.12-2008
12 铝 铜及铜合金化学分析方法 第13部分 铝含量的测定
GB/T5121.13-2008
4 金属与合金
(铜及铜合金) 13 锰 铜及铜合金化学分析方法 第14部分 锰含量的测定
GB/T5121.14-2008
14 钴 铜及铜合金化学分析方法 第15部分 钴含量的测定
GB/T5121.15-2008
15 铬 铜及铜合金化学分析方法 第16部分 铬含量的测定
GB/T5121.16-2008
16 镁 铜及铜合金化学分析方法 第18部分 镁含量的测定
GB/T5121.18-2008
17 银 铜及铜合金化学分析方法 第19部分 银含量的测定
GB/T5121.19-2008
18 钛 铜及铜合金化学分析方法 第21部分 钛含量的测定
GB/T5121.21-2008
19 镉 铜及铜合金化学分析方法 第22部分 镉含量的测定
GB/T5121.22-2008
20 硅 铜及铜合金化学分析方法 第23部分 硅含量的测定
GB/T5121.23-2008
4 金属与合金
(铜及铜合金) 21 磷、银、铋、锑、砷、铁、镍、铅、锡、硫、锌、锰、镉、硒、碲、铝、硅、钴、钛、镁、铍、锆、铬、硼、汞 铜及铜合金化学分析方法 第27部分 电感耦合等离子体原子发射光谱法
GB/T 5121.27-2008
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.116, Chengdu Road, Heping District, Tianjin, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Electrical and electronic products and their raw materials 1 Rapid screening of lead, mercury, chromium, cadmium and bromine Rapid screening of lead mercury chromium cadmium and bromine of regulated substances in electrical and electronic equipment-X-ray fluorescence spectrometry.
GB/Z 21277-2007
2 metal and alloy (iron steel and alloy) 1 Al Methods for chemical analysis of iron, steel and alloy-The sodium fluoride separation-EDTA titration method for the determination of aluminium content
GB/T223.8-2000
Iron steel and alloy - Determination of aluminium content - Chrom azurol S photometric method
GB/T223.9-2008
Methods for chemical analysis of iron, steel and alloy-The cupferron separation-chrome azurol S photometric method for the determination of aluminium content
GB/T223.10-2000
2 metal and alloy (iron steel and alloy) 2 Cr Methods for chemical analysis of iron,steel and alloy The ammonium persulfate oxidation volumetric method for the determination of chromium content
GB/T223.11-1991
Methods for chemical analysis of iron, steel and alloy The sodium carbonate separation-diphenyl carbazide photometric method for the determination of chromium content GB/T223.12-1991
2 metal and alloy (iron steel and alloy) 3 V Methods for chemical analysis of iron, steel and alloy-The ammonium ferrous sulfate titration method for the determination of vanadium content
GB/T223.13-2000
Methods for chemical analysis iron,steel and alloy The flame atomic absorption spectrometric method for the determination of vanadium content GB/T223.76-1994
GB/T223.76-1994
2 metal and alloy (iron steel and alloy) 4 Ti Methods for chemical analysis of iron, steel and alloy The chromotropic acid photometric method for the determination of titanium content
GB/T223.16-1991
Methods for chemical analysis of iron,steel andalloy The diantipyrylmethane photometric method for the determination of titanium content
GB/T223.17-1989
2 iron steel and alloy 5 Cu Methods for chemicalan alysis of iron,steel and alloy The sodium thiosulfate separation idimetric method for the determination of cupper content
GB/T223.18-1994
Methods for chemical analysis of iron,steel and alloy The flame atomic absorption spectrophotometric method for the determination of cupper content
GB/T223.53-1987
2 iron steel and alloy 6 Co Methods for chemicalan alysis of iron,steel and alloy The5-Cl-PADAB spectrophotometric method for the determination of cobalt content
GB/T223.21-1994
Methods for chemical analysis of iron ,steel and alloy.The nitroso-R-salt spectrophotometric method for the determination of cobalt content
GB/T223.22-1994
Methods for chemical analysis of iron, steel and alloy. The flame atomic absorption spectrometric method for the determination of cobalt content
GB/T 223.65-1988
2 iron steel and alloy 7 Ni Methods for chemical analysis of iron, steel and alloy.The dimethylglyoxime spectrophotometric method for the determination of nickel content
GB/T223.23-2008
Methods for chemical analysis of iron, steel and alloy.The dimethylglyoxime gravimetric method for the determination of nickel content
GB/T223.25-1994
2 iron steel and alloy 8 Mo Methods for chemical analysis of iron steel and alloy; The D-denzoinoxime gravimetric method for the determination of molybdenum content
GB 223.28-1989
Iron steel and alloy - Determination of molybdenum content - The thiocyanate spectrophotometric method
GB/T 223.26-2008
9 Pb Iron steel and alloy - Determination of lead content - Carrier precipitation-xylenol orange spectrophotometric method GB/T223.29-2008
2 iron steel and alloy 10 As Methods for chemical analysis of iron,steel and alloy The thiocyanate direct photometric method for the determination of arsenic content
GB/T223.31-2008
Methods for chemical analysis of iron,steel and alloy The hypophosphite reduction-iodimetric method for the determination of arsenic content
GB/T223.32-1994
2 iron steel and alloy 11 Mg Methods for chemical analysis of iron,steel and alloy—The cupral separation-xylidyl blue ;Ⅱ photometric method for the determination of magnesium content
GB/T223.45-1994
Methods for chemical analysis of iron,steel and alloy—The flame atomic absorption spectrometric method for the determination of magnesium content
GB/T223.46-1989
12 Sb Methods for chemical analysis of iron, steel and alloy The carrier precipitation-molybdenum blue potometric method for the derermination of antimony content
GB/T223.47-1994
2 iron steel and alloy 13 Bi Methods for chemical analysis of iron,steel and alloy The semixylenol orange photomentric method for the determination of bismuth content
GB/T223.48-1985
14 Sn Methods for chemical analysis of iron,steel and alloy Thephenylfluorone-CTMABdirect photometric method for the determination of tin content
GB/T223.50-1994
15 Zn Metnods for chemical analysis of iron ,steel and alloy GB223.51-1987
16 Se Methods for chemical analysis of iron,steel and alloy. The hydroxylamine hydrochloride-iodometric method for the determination of selenium content
GB/T223.52-1987
2 iron steel and alloy 17 Si Methods for chemical analysis of iron,steel and alloy The perchloric acid dehydration gravimetric method for the determination of silicon content
GB/T223.60-1997
Methods for chemical analysis of iron,steel and alloy The reduced molybdosilicate spectrophotometric method for the determination of acid-soluble silicon content
GB/T223.5-2008
2 iron steel and alloy 18 P Methods for chemical analysis of iron, steel and alloy; The ammonium phosphomolybdate volumetric method for the determination of phosphorus content
GB/T223.61-1988
Methods for chemical analysis of iron, steel and alloy; The butyl acetate extraction photometric method for the determination of phosphorus content
GB/T223.62-1988
Methods for chemical analysis of iron, steel and alloy; The diantipyrylmethane phosphomolybdate gravimetric method for the determination of phosphorus content
GB/T223.3-1988
Iron steel and alloy - Determination of phosphorus content - Bismuth phosphomolybdate blue spectrophotometric method and antimony phosphomolybdate blue spectrophotometric method
GB/T223.59-2008
2 metal and alloy (iron steel and alloy) 19 Mn Methods for chemical analysis of iron, steel and alloy; The sodium(potassium)periodate photometric method for the determination of manganese content
GB/T223.63-1988
Iron steel and alloyed - Determination of manganese content - Flame atomic absorption spectrometric method
GB/T223.64-2008
Alloyed steel - Determination of manganese content - Potentiometric or visual titration method
GB/T 223.4-2008
Methods for chemical analysis of iron,steel and alloy; The sodium arsenite-sodium nitrite titrimetric method for the determination of manganese content
GB 223.58-1987
2 metal and alloy (iron steel and alloy) 20 W Methodsforchemicalanalysisofiron,steelandalloy—Thethiocyanatechlorpromazinehydrochloride—chloroformextractionphotometricmethodforthedeterminationoftungstencontent
GB/T223.66-1989
Iron steel and alloy - Determination of tungsten content - Gravimetryc method and spectrophotometric method
GB/T223.43-2008
21 S Steel and iron—Determination of total carbon and sulfur content Infrared absorption method after combustion in an induction furnace(routine method)
GB/T20123—2006
2 metal and alloy (iron steel and alloy) 22 C Steel and iron—Determination of total carbon and sulfur content Infrared absorption method after combustion in an induction furnace(routine method)
GB/T20123—2006
23 Fe Iron,steel and alloy—Determination of iron contents—o-Phenanthroline spectrophotometric method
GB/T223.70-2008
Iron steel and alloy - Determination of iron contents - Titanium trichloride-potassium dichromate titration method GB/T223.73-2008
2 metal and alloy (iron steel and alloy) 24 B Iron steel and alloy - Determination of boron content - Methanol distillation-curcumin photometric method GB/T223.75-2008
Methods for chemical analysis of iron,steel and alloy The neutralization titrimetric method for the determination of boron content
GB/T223.6-1994
Hexagon socket set screws with cone point
GB/T223.78-2000
25 Ca Methods for chemical analysis of iron,steel and alloy The flame atomic absorprtion spectrometric method for the determination of calcium content GB/T223.77-1994
3 metal and alloy (Aluminum and aluminum alloy) 1 Cu Methods for chemical analysis of aluminium and aluminium alloys--Part 3 etermination of copper content GB/T20975.3-2008
2 Fe Methods for chemical analysis of aluminium and aluminium alloys - Part 4:Determination of iron content Orthopenanthroline photometric method
GB/T20975.4-2008
3 Si Methods for chemical analysis of aluminium and aluminium alloys. Part 5 etermination of silicon content GB/T20975.5-2008
3 metal and alloy (Aluminum and aluminum alloy) 4 Cd Methods for chemical analysis of aluminium and aluminium alloys - Part 6:Determination of cadmium content Flame atomic absorption spectrometric method
GB/T20975.6-2008
5 Mn Methods for chemical analysis of aluminium and aluminium alloys - Part 7:Determination of manganese content Potassium periodate spectrophotometric method GB/T20975.7-2008
6 Zn Methods for chemical analysis of aluminium and aluminium alloys--Part 8 etermination of zinc content
GB/T20975.8-2008
3 metal and alloy (Aluminum and aluminum alloy) 7 Sn Methods for chemical analysis of aluminium and aluminium alloys--Part 10 etermination of tin content GB/T20975.10-2008
8 Pb Methods for chemical analysis of aluminium and aluminium alloys - Part 11:Determination of lead content Flame atomic absorption spectrometric method
GB/T20975.11-2008
9 Ti Methods for chemical anlaysis of aluminium and aluminium alloys. Part 12 etermination of titanium content GB/T20975.12-2008
3 metal and alloy (Aluminum and aluminum alloy) 10 V Methods for chemical analysis of aluminium and aluminium alloys - Part 13:Determination of vanadium content N-benzoyl-Nphenylhydroxylamine spectrophotometric method GB/T20975.13-2008
11 Ni Methods for chemical analysis of aluminium and aluminium alloys - Part 14:Determination of nickel content GB/T20975.14-2008
12 Mg Methods for chemical analysis of aluminium and aluminium alloys - Part 16:Determination of magnesium GB/T20975.16-2008
3 metal and alloy (Aluminum and aluminum alloy) 13 Cr Methods for chemical analysis of aluminium and aluminium alloys - Part 18:Determination of chromium content GB/T20975.18-2008
14 Ca Methods for chemical analysis of aluminium and aluminium alloys - Part 21:Determination of calcium content Flame atomic absorption spectrometric method
GB/T20975.21-2008
15 Sb Methods for chemical analysis of aluminium and aluminium alloys - Part 23:Determination of antimony content Potassium iodide spectrophotometric method GB/T20975.23-2008
3 metal and alloy (Aluminum and aluminum alloy) 16 Fe,Cu,Mg,Mn,Ga,Ti,V,In,Sn,Bi,Ca,Cr,Zn,Ni,Cd,Zr,Be,Pb,B,Si,Sr,Sb Methods for chemical analysis of aluminium and aluminium alloys - Part 25:Inductively coupled plasma atomic emission spectrometric method
GB/T20975.25-2008
4 metal and alloy (copper and copper alloy) 1 Cu Methods for chemical analysis of copper and copper alloys-part1:Determination of copper content
GB/T5121.1-2008
2 P Methods for chemical analysis of copper and copper alloys-part2:Determination of phosphorus content
GB/T5121.2-2008
3 Pb Methods for chemical analysis of copper and copper alloys-part3:Determination of lead content
GB/T5121.3-2008
4 metal and alloy (copper and copper alloy) 4 C,S Methods for chemical analysis of copper and copper alloys-part4:Determination of carbon and sulfur content GB/T5121.4-2008 Accredited only for Method 1
5 Ni Methods for chemical analysis of copper and copper alloys-part5:Determination of nickel content
GB/T5121.5-2008
6 Bi Methods for chemical analysis of copper and copper alloys-part6:Determination of bismuth content
GB/T5121.6-2008
7 As Methods for chemical analysis of copper and copper alloys-part7:Determination of arsenic content
GB/T5121.7-2008
4 metal and alloy (copper and copper alloy) 8 Fe Methods for chemical analysis of copper and copper alloys-part9:Determination of iron content
GB/T5121.9-2008
9 Sn Methods for chemical analysis of copper and copper alloys-part10:Determination of tin content
GB/T5121.10-2008 Except for Method 1
10 Zn Methods for chemical analysis of copper and copper alloys-part11:Determination of zinc content
GB/T5121.11-2008
11 Sb Methods for chemical analysis of copper and copper alloys-part12:Determination of antimony content
GB/T5121.12-2008
4 metal and alloy (copper and copper alloy) 12 Al Methods for chemical analysis of copper and copper alloys-part13:Determination of aluminum content
GB/T5121.13-2008
13 Mn Methods for chemical analysis of copper and copper alloys-part14:Determination of manganese content
GB/T5121.14-2008
14 Co Methods for chemical analysis of copper and copper alloys-part15:Determination of cobalt content
GB/T5121.15-2008
15 Cr Methods for chemical analysis of copper and copper alloys-part16:Determination of chromium content
GB/T5121.16-2008
4 metal and alloy (copper and copper alloy) 16 Mg Methods for chemical analysis of copper and copper alloys-part18:Determination of magnesium content
GB/T5121.18-2008
17 Ag Methods for chemical analysis of copper and copper alloys-part19:Determination of copper content
GB/T5121.19-2008
18 Ti Methods for chemical analysis of copper and copper alloys-part21 etermination of titanium content
GB/T5121.21-2008
19 Cd Methods for chemical analysis of copper and copper alloys-part22 etermination of cadmium content
GB/T5121.22-2008
4 metal and alloy (copper and copper alloy) 20 Si Methods for chemical analysis of copper and copper alloys-part23:Determination of silicon content
GB/T5121.23-2008
4 metal and alloy (copper and copper alloy) 21 P,Ag,Bi,Sb,As,Fe,Ni,Pb,Sn,S,Zn,Mn,Cd,Se,Te,Al,Si,Co,Yi,Mg,Be,Zr,Cr,B,Hg Methods for chemical analysis of copper and copper alloys-part27:The inductirely coupled plasmaatomic emission spectromertric method
GB/T5121.27-2008
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:江苏省昆山市庆丰西路639号102室
签发日期:2015年07月15日 有效期至:2017年02月25日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 杨柏豪 几何量、热学、力学、电磁学、无线电、化学校准项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:Room 102, No.639, Qingfeng West Road, Kunshan, Jiangsu, China
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 Yangbaihao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Chemical calibration items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称: 北京航天计量测试技术研究所
地址:江苏省昆山市庆丰西路639号102室
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 规范代号(含年号)名称 测量范围 扩展不确定度(k=2) 限制说明 备注
1 圆柱螺纹量规 长度 圆柱螺纹量规校准规范JJF1345-2012 M2.5~M200 U=3.0μm
2 标准环规 长度 标准环规检定规程 JJG 894-1995 (Φ10~Φ100)mm U= 0.6μm
3 光滑极限量规 长度 光滑极限量规检定规程JJG 343-2012 (Φ1~Φ100)mm U=(0.6~1.0)μm
4 卡尺 长度 通用卡尺检定规程JJG 30-2012 (0~500)mm U=6μm +7L
L—m
高度卡尺检定规程JJG 31-2011 (0~1000)mm U=0.5μm+0.012L
L—mm
5 千分尺 长度
千分尺检定规程JJG 21-2008 (0~50)mm U=1.2μm
(50~75)mm U=1.3μm
5 千分尺 长度
千分尺检定规程JJG 21-2008 (75~100)mm U=1.4μm
(100~500)mm U=2.0μm
6 内径千分尺 长度 内径千分尺检定规程 JJG 22-2003 (50~500)mm U =1μm+3.7L
L—m
7 深度千分尺 长度 深度千分尺检定规程JJG24-2003 (0~100)mm U=2μm
8 塞尺 长度 塞尺检定规程 JJG 62-2007 (0.02~1.00)mm U=1.7μm
9 钢直尺 长度 钢直尺检定规程 JJG 1-1999 (0~1)m U=0.06mm
10 数显测高仪 长度 数显测高仪校准规范JJF1254-2010 (0~600)mm U=0.6μm +1.6L
L—m
11 半径样板 长度 半径样板检定规程 JJG58-2010 R(0.4~25)mm U=5μm
12 螺纹样板 长度 螺纹样板检定规程 JJG60-2012 (0.40~6.00)mm U=3.3μm
13 投影仪 长度 投影仪校准规范 JJF 1093-2002 (0~200)mm U=1.6μm+2.0L
L—m 只测仪器示值误差
14 三坐标测量机 长度 坐标测量机校准规范 JJF 1064-2010 (0~1000)mm U=1.6μm +0.5L L—m
15 指示类量具检定仪 长度 指示类量具检定仪检定规程 JJG 201-2008 (0~25)mm U=1.2μm
(0~2)mm U=0.3μm
16 测长仪 长度 测长仪校准规范 JJF 1189-2008 (0~100)mm U =0.17μm+0.7L
L—m
17 指示表(指针式、数显式) 长度 指示表(指针式、数显式)检定规程 JJG 34-2008 百分表 0~10)mm U=4.9μm
17 指示表(指针式、数显式) 长度 指示表(指针式、数显式)检定规程 JJG 34-2008 千分表 0~2)mm U=1.2μm
18 杠杆表 长度 杠杆表检定规程 JJG 35-2006 0.01mm,(0~1.0)mm U=3μm
0.001mm,(0~0.2)mm U=1.2μm
19 内径表 长度 内径表校准规范 JJF 1102-2003 0.01mm,(6~35)mm U=3μm
0.01mm,(35~160)mm U=4μm
0.001mm,(6~160)mm U=1.2μm
20 三针 长度 针规、三针校准规范 JJF1027-2008 (0.018~6.585)mm U=0.5μm
针规 (0.1~25)mm
21 测厚仪 长度 超声波测厚仪校准规范 JJF1126-2004 (0~100)mm U=0.03mm
磁性、电涡流式覆层厚度测量仪检定规程 JJG 818-2005 (0~1000)μm U=2.2μm
22 光学计 长度 光学计检定规程 JJG 45-1999 (-100~+100)μm U=0.12μm
23 量块 长度 量块检定规程 JJG 146-2011 (0.5~100)mm U=(0.10~0.19)μm
(10~291.8)mm U=(0.5~1.2)μm
24 金相显微镜 长度 生物显微镜校准规范JJF 1402-2013 (0~1)mm Urel=1.2℅
25 万能角度尺 角度 万能角度尺检定规程 JJG 33-2002 (0~320)° U =1.2′
26 宽座直角尺 角度 直角尺检定规程 JJG 7-2004 (63~400) mm U =3.2μm
27 框式水平仪和条式水平仪 角度 框式水平仪和条式水平仪校准规范 JJF 1084-2002 (-0.2~+0.2)mm/m U=4%
28 触针式表面粗糙度测量仪 粗糙度 触针式表面粗糙度测量仪校准规范 JJF 1105-2003 Ra:(0.1-3.2)μm Urel=7%
29 平板 平面度 平板检定规程 JJG 117-2013 ≤400mm×400mm U=0.9μm
(400×630)mm
~(1600×1000)mm U=1.2μm
(1600×1000)mm
~(2500×1600)mm U=2.9μm
30 内测千分尺 长度 测量内尺寸千分尺校准规范 JJF 1411-2013
内测千分尺
(5~30)mm U=1.2μm
(25~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
(125~150)mm U=1.9μm
30 内测千分尺 长度 测量内尺寸千分尺校准规范 JJF 1411-2013
电子数显内测千分尺
(5~30)mm U=1.1μm
(25~50)mm U=1.1μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
(125~150)mm U=1.9μm
(150~200)mm U=2.1μm
31 石油管螺纹量规 紧密距
石油螺纹工作量规校准规范 JJF 1108-2012 2 3/8TBG~4 1/2TBG
2 3/8UPTBG~4 1/2UPTBG
4 1/2CSG~11 3/4CSG
4 1/2BCSG~10 3/4BCSG
NC23~NC46
3 1/2REG~8 5/8REG
2 7/8FH~5 1/2FH U=0.011mm
32 石油螺纹单项参数检查仪 长度
石油螺纹单项参数检查仪 JJF1063-2000 螺纹高度测量仪:(0~6.35)mm U=0.003mm
螺纹螺距测量仪:(0~6.35)mm U=0.003mm
螺纹消失点量规:(0~6.35)mm U=0.003mm
螺纹齿厚测量仪:(0~10)mm U=0.003mm
凹痕探测仪:(0~5)mm U=0.003mm
同轴度量规:(0~10)mm U=0.003mm
螺纹中径测量仪:(0~12.7)mm U=0.003mm
螺纹锥度测量仪:(0~12.7)mm U=0.006mm
33 数字式指示调节仪 温度 数字式指示调节仪检定规程JJG 617-1996 (-200~0)℃ U=2℃
(0~600)℃ U=0.2℃
(600~1750) ℃ U=1℃~2℃
34 温湿度试验箱 温度 环境试验设备温度、湿度校准规范JJF1101-2003 (-80~300) ℃ U=0.20℃
34 温湿度试验箱 湿度 环境试验设备温度、湿度校准规范JJF1101-2003 20%RH~98%RH U=2.0%RH
35 动圈式测温调节仪表 温度 动圈式温度指示位式调节仪表检定规程JJG 186-1997 热电偶:(0~1600)℃ U=(0.2~0.5)℃
36 工业过程测量记录仪 温度 工业过程测量记录仪检定规程JJG 74-2005 热电偶:(0~1600)℃ U=(0.2~0.5)℃
37 工作用廉金属热电偶 温度 工作用廉金属热电偶检定规程 JJG 351-1996 (0~300)℃ U=(0.1~ 0.2)℃
(300~1100)℃ U= 1.5℃
38 工业铂、铜热电阻 温度 工业铂、铜热电阻检定规程 JJG 229-2010 (0~300)℃ U=(0.03~0.05)℃
39 工作用玻璃液体温度计 温度 工作用玻璃液体温度计检定规程 JJG 130-2011 (0~300)℃ U=0.02℃
40 标准水银温度计 温度 标准水银温度计检定规程JJG 161-2010 (0~300)℃ U=0.04℃
41 数据采集仪 温度 温度数据采集仪校准规范JJF 1366-2012 热电偶 -200~1000)℃ U=0.4℃
热电偶 ﹥1000~1300)℃ U=0.5℃
热电阻(PT100) -200~0)℃ U=0.1℃
热电阻(PT100) ﹥0~850)℃ U=(0.2~0.5)℃
42 恒温槽 温度 恒温槽技术性能测试规范 JJF1030-2010 (0~100)℃ U=0.004℃
(100~300)℃ U=0.020℃
43 盐雾试验设备 温度 盐雾试验设备 JJG(浙)52-96 (0~100)℃ U=0.7℃
盐雾沉降率 (0~10)ml/ h•80cm2 U=0.3 (ml/ h•80cm2)
44 温度校验仪 温度 温度校准仪校准规范JJF1309-2011 (-200~1600)℃ U=0.3℃
输入直流电阻 (0~110)kΩ
(0~11)Ω Urel= 0.05%
(11~33)Ω Urel= 0.15%
(33~110)Ω Urel=0.03%
(110~1.1k)Ω Urel= 0.06%
(1.1~11)kΩ Urel= 0.04%
(11~110)kΩ Urel= 0.04%
输入直流电流 (0~1)A
(0~2)mA Urel= 0.02%
(2~20)mA Urel= 0.02%
(20~200)mA Urel= 0.04%
(0.2~1)A Urel= 0.06%
输入直流电压 (0~110)V
(0~200)mV Urel= 0.03%
(0.2~2)V Urel= 0.02%
(2~20)V Urel= 0.01%
(20~110)V Urel= 0.005%
44 温度校验仪 输出直流电阻 温度校准仪校准规范JJF1309-2011 (0~1)MΩ
(0~20)Ω Urel= 0.29%
(20~200)Ω Urel= 0.26%
(200~200k)Ω Urel= 0.30%
(200k~1M)Ω Urel= 0.035%
输出直流电流 (0~1)A
(0~2)mA Urel= 0.016%
(2~20)mA Urel= 0.038%
(20~200)mA Urel= 0.038%
(0.2~1)A Urel=0.038%
输出直流电压 (0~110)V
(0~200)mV Urel=0.01%
(0.2~2)V Urel= 0.01%
(2~20)V Urel= 0.03%
(20~110)V Urel= 0.01%
45 金属洛氏硬度计 硬度 金属洛氏硬度计(A,B,C,D,E,F,G,H,K,N,T标尺)检定规程JJG112-2013 (20~88)HRA U=0.6HRA
(20~95)HRBW U=0.8HRBW
(20~70)HRC U=0.6HRC
46 金属布氏硬度计 硬度 金属布氏硬度计检定规程JJG150-2005 (8~650)HBW Urel=(1.0%~2.0%)
47 金属维氏硬度计 硬度 金属维氏硬度计检定规程JJG151-2006 (5~1000)HV Urel=(2.0%~3.0%)
48 金属表面洛氏硬度计 硬度 金属洛氏硬度计(A,B,C,D,E,F,G,H,K,N,T标尺)检定规程JJG112-2013 (70~91)HR15N U=0.8HR15N
(42~80)HR30N U=0.8HR30N
(20~70)HR45N U=0.8HR45N
(73~93)HR15TW U=1.3HR15TW
(43~82)HR30TW U=1.3HR30TW
(12~72)HR45TW U=1.3HR45TW
49 显微硬度计 硬度 金属维氏硬度计检定规程JJG151-2006 (5~1000)HV Urel=(3.0%~5.0%)
50 里氏硬度计 硬度 里氏硬度计检定规程JJG747-1999 (490~830)HLD U=8HLD
51 金属韦氏硬度计 硬度 金属韦氏硬度计检定规程JJG944-2013 (5~18)HW U=0.4HW
52 力矩扳子 扭矩 扭矩扳子检定规程JJG707-2014 (0.4~20)N•m Urel=1%
(10~1000)N•m Urel=1%
(1000~27120)N•m Urel=1.4%
53 扭矩扳子检定仪 扭矩 扭矩扳子检定仪检定规程JJG797-2013 (0~300)Nm Urel=0.3%
54 工作测力仪 力值 工作测力仪检定规程JJG 455-2000 (0~5000) N Urel=0.3%
55 拉力、压力和万能试验机 力值 拉力、压力和万能试验机检定规程JJG 139-2014 10N~1MN Urel =0.3%
56 电子式万能试验机 力值 电子式万能试验机
检定规程JJG 475-2008 10N~1MN Urel =0.3%
57 非金属拉力压力和万能试验机 力值 拉力、压力和万能试验机检定规程JJG 139-2014 0.1N~1MN Urel =0.3%
58 弹簧拉压试验机 力值 专用工作测力机
校准规范JJF 1134-2005 0.5N~50kN Urel =1%
59 弹簧管式精密压力表、精密真空表 压力 弹性元件式精密压力表和真空表检定规程JJG49-2013 (-0.1~60)MPa U=0.14%FS
60 弹簧管式一般压力表、真空表、压力真空表 压力 弹性元件式一般压力表、压力真空表和真空表检定规程JJG52-2013 (-0.1~60)MPa U=0.2%FS
61 数字压力计(表) 压力 数字压力计检定规程JJG 875-2005 (-0.1~60)MPa U =0.14%FS
62 电子天平 质量 电子天平检定规程JJG 1036-2008 2g~30kg U=0.01mg~33mg
63 机械天平 质量 机械天平检定规程JJG 98-2006 2g~500g U=0.04mg~0.8mg
64 架盘天平 质量 架盘天平检定规程JJG 156-2004 100g~10kg U=1.6mg~0.2g
65 模拟指示秤 质量 模拟指示秤检定规程JJG 13-1997 500g~100kg U=8mg~2g
66 非自行指示秤 质量 非自行指示秤检定规程JJG 14-1997 50g~500kg U=0.8g~15g
67 数字指示秤 质量 数字指示秤检定规程JJG 539-1997 20g~500kg U=0.8mg~8g
68 F2等级砝码 质量 砝码检定规程 JJG99-2006 (1~500)mg U=(0.02~0.08)mg
(1~500)g U=(0.1~2.5)mg
(1~20)kg U=(5~1.0×102)mg
69 M1等级砝码 质量 砝码检定规程 JJG99-2006 (1~500)mg U=(0.06~0.25)mg
(1~500)g U=(0.3~8.0)mg
(1~20)kg U=(16~3.0×102)mg
70 电子计数式转速表 转速 转速表检定规程JJG 105-2000 20r/min~30000r/min Urel=4.0×10-4
71 机械式振动试验台 加速度 机械式振动试验台检定规程JJG 189-1997 (0~500)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
72 电动式振动试验台 加速度 电动式振动试验台检定规程JJG 190-1997 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
73 落体式冲击试验台 加速度 落体式冲击试验台检定规程 JJG 541-2005 (0~100000)m/s2
(0~10000)m/s2 Urel=3.0%
(10000~100000)m/s2 Urel=4.0%
74 数字式电动振动试验系统 加速度 数字式电动振动试验系统检定规程 JJG 948-1999 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
74 数字式电动振动试验系统 加速度 数字式电动振动试验系统检定规程 JJG 948-1999 (0~1000)m/s2
(800Hz~2kHz) Urel=3.0%
75 加速度传感器 加速度 压电加速度计检定规程JJG 233-2008 (0~400)m/s2 (5Hz~5kHz) Urel=1.2%
76 液压千斤顶 力值 液压千斤顶检定规程JJG 621-2012 (0~5000)kN Urel=0.5%
77 混凝土回弹仪 率定值 回弹仪检定规程 JJG 817-2011 80 Urel=3.0%
78 压力变送器 压力 压力变送器检定规程 JJG 882-2004 (-0.1~60)MPa U=0.06%FS
79 静态压力传感器 压力 压力传感器(静态)检定规程 JJG 860-1994 (-0.1~60)MPa U=0.06%FS
80 数字多用表 直流电压 直流数字电压表试行检定规程 JJG 315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1000V) U=1.1×10-5Vx+0.6mV
交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999
(0.22~2.2)mV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)mV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)mV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V 10Hz~20Hz U=5.8×10-4Vx+9mV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (22~220)V 20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1000)V
40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
直流电流 直流数字电流表试行检定规程 JJG 598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
80 数字多用表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
交流电流 交流数字电流表检定规程 JJG (航天)35-1999 22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
80 数字多用表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 22mA~220mA 5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A 45Hz~100Hz U=1.4×10-3Ix+6mA
电阻 直流数字式欧姆表检定规程 JJG 724-1991 11A~20A
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
80 数字多用表 电阻 直流数字式欧姆表检定规程 JJG 724-1991 19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
81 直流数字电压表 直流电压 直流数字电压表试行检定规程 JJG 315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1100V) U=1.1×10-5Vx+0.6mV
82 直流数字电流表 直流电流 直流数字电流表试行检定规程 JJG 598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
82 直流数字电流表 直流电流 直流数字电流表试行检定规程 JJG 598-1989 (2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
(2.2~22)mV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)V
20kHz~50kHz U=1.4×10-4Vx+185μV
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)V
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
(22~220)V
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
84 交流数字电流表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
10μA~220μA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
84 交流数字电流表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A
45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
85 直流数字欧姆表 电阻 直流数字式欧姆表检定规程 JJG 724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
85 直流数字欧姆表 电阻 直流数字式欧姆表检定规程 JJG 724-1991 100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
86 多功能标准源 直流电压 直流标准电压源检定规程 JJG 445-1986 10mV~100mV U=5.2×10-6Vx+0.1μV
0.1V~1V U=3.5×10-6Vx+0.5μV
1V~10V U=3.5×10-6Vx+4.6μV
10V~100V U=5.2×10-6Vx+46μV
100V~1000V U=5.2×10-6Vx+0.6mV
交流电压 交流标准电压源检定规程 JJG(航天)2-1999 10mV~100mV
1Hz~10Hz U=1.9×10-4Vx+16μV
10Hz~40Hz U=1.5×10-4Vx+4.6μV
40Hz~100Hz U=1.3×10-4Vx+4.6μV
100Hz~2kHz U=1.2×10-4Vx+2.3μV
2kHz~10kHz U=1.2×10-4Vx+4.6μV
10kHz~30kHz U=3.5×10-4Vx+9.3μV
30kHz~100kHz U=8.2×10-4Vx+23μV
86 多功能标准源 交流电压 交流标准电压源检定规程 JJG(航天)2-1999 0.1V~1V
1Hz~10Hz U=1.6×10-4Vx+0.14mV
10Hz~40Hz U=1.2×10-4Vx+23μV
40Hz~100Hz U=9.8×10-5Vx+23μV
100Hz~2kHz U=7.5×10-5Vx+23μV
2kHz~10kHz U=9.8×10-5Vx+23μV
10kHz~30kHz U=2.4×10-4Vx+46μV
30kHz~100kHz U=5.8×10-4Vx+0.3mV
100kHz~300kHz U=3.5×10-3Vx+2.3mV
300kHz~1MHz U=1.2×10-2Vx+23mV
1V~10V
1Hz~10Hz U=1.6×10-4Vx+1.4mV
10Hz~40Hz U=1.2×10-4Vx+0.3mV
40Hz~100Hz U=9.8×10-5Vx+0.3mV
100Hz~2kHz U=7.5×10-5Vx+0.3mV
2kHz~10kHz U=9.8×10-5Vx+0.3mV
10kHz~30kHz U=2.4×10-4Vx+0.5mV
30kHz~100kHz U=5.8×10-4Vx+2.3mV
100kHz~300kHz U=3.5×10-3Vx+23mV
300kHz~1MHz U=1.2×10-2Vx+0.3V
86 多功能标准源 交流电压 交流标准电压源检定规程 JJG(航天)2-1999 10V~100V 1Hz~10Hz U=1.6×10-4Vx+14mV
86 多功能标准源 交流电压 交流标准电压源检定规程 JJG(航天)2-1999
10V~100V
10Hz~40Hz U=1.2×10-4Vx+2.3mV
40Hz~100Hz U=9.8×10-5Vx+2.3mV
100Hz~2kHz U=7.5×10-5Vx+2.3mV
2kHz~10kHz U=9.8×10-5Vx+2.3mV
10kHz~30kHz U=2.4×10-4Vx+4.6mV
30kHz~100kHz U=5.8×10-4Vx+23mV
100kHz~300kHz U=3.5×10-3Vx+0.27V
300kHz~1MHz U=1.2×10-2Vx+2.3V
100V~1000V
1Hz~10Hz U=1.6×10-5Vx+0.08V
10Hz~40Hz U=1.3×10-4Vx+23mV
40Hz~10kHz U=1.1×10-4Vx+23mV
10kHz~30kHz U=2.4×10-4Vx+46mV
30kHz~100kHz U=5.9×10-4Vx+0.3V
直流电流 直流标准电流源检定规程 JJG (航天)38-1987 10μA~100μA U=1.4×10-5Ix+0.5nA
0.1mA~1mA U=1.4×10-5Ix+5nA
1mA~10mA U=1.5×10-5Ix+46nA
10mA~100mA U=4.2×10-5Ix+0.9μA
100mA~2A U=2.0×10-4Ix+19μA
2A~20A U=4.4×10-4Ix+0.5mA
86 多功能标准源 交流电流 交流标准电流源检定规程 JJG (航天)51-1999 10μA~100μA 10Hz~5kHz U=5.5×10-4Ix+23nA
0.1mA~1mA 10Hz~5kHz U=3.2×10-4Ix+0.3μA
1mA~10mA 10Hz~5kHz U=3.2×10-4Ix+3μA
10mA~100mA 10Hz~5kHz U=2.9×10-4Ix+23μA
0.1A~2A
10Hz~1kHz U=6.9×10-4Ix+0.3mA
1kHz~5kHz U=8.2×10-4Ix+0.3mA
2A~20A
10Hz~2kHz U=9.3×10-4Ix+2.3mA
2kHz~10kHz U=2.9×10-3Ix+2.3mA
电阻 直流电阻器检定规程 JJG 166-1993 1Ω~10Ω U=1.1×10-5Rx+19μΩ
10Ω~100Ω U=8.7×10-6Rx+0.06mΩ
0.1kΩ~1kΩ U=8.7×10-6Rx+0.6mΩ
1kΩ~10kΩ U=8.7×10-6Rx+6mΩ
10kΩ~100kΩ U=8.7×10-6Rx+0.06Ω
0.1MΩ~1MΩ U=9.8×10-6Rx+1.2Ω
1MΩ~10MΩ U=1.7×10-5Rx+0.1kΩ
10MΩ~100MΩ U=6.9×10-5Rx+12kΩ
87 钳形电流表 直流电流 钳形表校准规范 JJF 1075-2001 ±(10A~1000A) Urel=0.5%
交流电流 10A~1000A 45Hz~400Hz Urel=0.6%
88 直流低电阻表 电阻 直流低电阻表检定规程 JJG 837-2003 (10-3~100)Ω Urel=1.2×10-4
88 直流低电阻表 电阻 直流低电阻表检定规程 JJG 837-2003 (100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
接地电阻表检定规程 JJG 366-2004 钳形接地电阻仪检定规程 JJG 1054-2009 (10-1~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
(0.1~100)Ω Urel=2.3×10-4
89 标准电阻 电阻 直流电阻器检定规程JJG 166-1993 (10-3,10-2,10-1,1,10,102,103,104,105)Ω Urel=3×10-5
90 直流电阻箱 电阻 直流电阻箱检定规程 JJG 982-2003 (10-3~100) Ω Urel=6×10-2~4.8×10-4
(10-0~105) Ω Urel=3×10-5
(105~106) Ω Urel=3.2×10-5
(106~107) Ω Urel=3.5×10-5
91 静电腕带测试仪 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 100kΩ~ 120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
92 静电鞋测试仪 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 100kΩ~
120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
93 绝缘电阻表 电阻 绝缘电阻表(兆欧表)检定规程 JJG 622-1997 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
电压 (0.05~1)kV Urel=1.0%
94 电子式绝缘电阻表 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
电压 (0.05~1)kV Urel=1.0%
95 表面电阻测试仪 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 (1×102~1×108) Ω Urel=1.0%
(1×108~1×109) Ω Urel=1.3%
(1×109~1×1010) Ω Urel=2.4%
(1×1010~1×1011) Ω Urel=5.8%
96 高绝缘电阻测量仪(高阻计) 电阻 高绝缘电阻测量仪(高阻计)检定规程 JJG690-2003 1kΩ~10MΩ Urel=0.2%
10MΩ~100MΩ Urel=0.3%
100MΩ~1GΩ Urel=1.3%
1GΩ~10GΩ Urel=2.4%
10GΩ~100GΩ Urel=5.8%
100GΩ~900GΩ Urel=12%
电压 (0.05~1)kV Urel=1.0%
97 线材测试仪 绝缘电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 1kΩ~100MΩ Urel=1.0%
100MΩ~1GΩ Urel=1.3%
导通电阻 直流数字欧姆表检定规程 JJG724-1991 (0~1000)Ω U=1.2×10-4Rx+2.3mΩ
97 线材测试仪 电压 直流标准电压源检定规程 JJG445-1986 (1~1000)V Urel=0.1%
98 接地导通电阻测试仪 电流 接地导通电阻测试仪检定规程 JJG 984-2004 (1~60)A Urel=0.2%~12%
电阻 (0.1~1)mΩ Urel=12%
(1~10)mΩ Urel=4.7%
(10~100)mΩ Urel=0.23%
(100~1000)mΩ Urel=0.12%
99 耐电压测试仪 直流电压 耐电压测试仪检定规程 JJG 795-2004 (0.1~15)kV Urel=0.3%
交流电压 (0.1~15)kV Urel=0.58%
直流击穿电流 (0.1~200)mA Urel=0.3%
交流击穿电流 (0.1~200)mA Urel=0.3%
持续时间 (1.0~999.9)s Urel=0.7%
100 泄漏电流测试仪 直流电流 泄漏电流测试仪检定规程 JJG 843-2007 10μA~400mA Urel=0.3%
交流电流 10μA~400mA Urel=0.8%
直流电压 (10~1000)V Urel=0.2%
交流电压 (10~1000)V Urel=0.5%
101 直流稳压电源 直流电压 直流稳压电源检定规程 JJG (航天) 6-1999
大电流直流电源校准规范 JJF(军工)26-2012 (0.1~10)V Urel=3.5×10-2~1.1×10-4
101 直流稳压电源 直流电压 直流稳压电源检定规程 JJG (航天) 6-1999
大电流直流电源校准规范 JJF(军工)26-2012 (10~100)V Urel=4.2×10-3~1.1×10-3
(100~1000)V Urel=5.2×10-3~1.1×10-3
(1000~10000)V Urel =6×10-3
直流电流 (0.1~1)A Urel=1.3×10-2~2.3×10-3
(1~3)A Urel=2.1×10-3~1.6×10-3
(3~20)A Urel=4×10-4~6×10-4
(20~100)A Urel=9×10-4~1.1×10-3
(100~500)A Urel=6×10-4
电源电压调整率 (0.1~10)V , 0.001%~1% Urel=6.1×10-2~1.9×10-4
(10~100)V , 0.001%~1% Urel=7.3×10-3~1.9×10-3
(100~750)V , 0.001%~1% Urel=9×10-3~1.9×10-3
(750~10000)V , 0.001%~1% Urel =1.1×10-2
101 直流稳压电源 负载调整率 直流稳压电源检定规程 JJG (航天) 6-1999
大电流直流电源校准规范 JJF(军工)26-2012 (0.1~10)V , 0.001%~1% Urel=5×10-2~1.6×10-4
(10~100)V , 0.001%~1% Urel=6×10-3~1.6×10-3
(100~750)V , 0.001%~1% Urel=7.4×10-3~1.6×10-3
(750~10000)V , 0.001%~1% Urel =8.5×10-3
纹波电压 (0.1~300)V 10Hz~10MHz Urel =8.2×10-2
102 交流稳压电源 交流电压 交流稳压电源稳态特性校准规范 QJ 3233-2005
交流标准电压源检定规程 JJG(航天) 2-1999 10V~100V
10Hz~20kHz Urel=4.2×10-3~1.0×10-3
20kHz~50kHz Urel=7.5×10-3~2.0×10-3
50kHz~100kHz Urel=1.8×10-2~8×10-3
100kHz~300kHz Urel=1.1×10-1~5.2×10-2
100V~750V 10Hz~20kHz Urel=3.5×10-3~1.0×10-3
102 交流稳压电源 交流电压 交流稳压电源稳态特性校准规范 QJ 3233-2005
交流标准电压源检定规程 JJG(航天) 2-1999 100V~750V 20kHz~50kHz Urel=6.2×10-3~2.1×10-3
100V~750V
50kHz~100kHz Urel=1.6×10-2~8×10-3
100kHz~300kHz Urel=9.6×10-2~5.2×10-2
频率 10Hz~40Hz Urel =3.5×10-4
40Hz~300kHz Urel =1.2×10-4
失真 (0~100)% 10Hz~20kHz U=0.58dB
(0~100)% 20kHz~100kHz U=0.81dB
电源电压调整率 10V~100V
10Hz~20kHz Urel=7.3×10-3~1.7×10-3
20kHz~50kHz Urel=1.3×10-2~3.5×10-3
50kHz~100kHz Urel=3.1×10-2~1.4×10-2
100kHz~300kHz Urel=1.9×10-1~9.0×10-2
100V~750V
10Hz~20kHz Urel=6.1×10-3~1.7×10-3
20kHz~50kHz Urel=1.1×10-2~3.6×10-3
102 交流稳压电源 电源电压调整率 交流稳压电源稳态特性校准规范 QJ 3233-2005
交流标准电压源检定规程 JJG(航天) 2-1999 100V~750V
50kHz~100kHz Urel=2.8×10-2~1.4×10-2
100kHz~300kHz Urel=1.7×10-1~9.0×10-2
负载调整率 10V~100V
10Hz~20kHz Urel=5.9×10-3~1.4×10-3
20kHz~50kHz Urel=1.1×10-2~2.8×10-3
50kHz~100kHz Urel=2.5×10-2~1.1×10-2
100kHz~300kHz Urel=1.6×10-1~7.4×10-2
100V~750V
10Hz~20kHz Urel=4.9×10-3~1.4×10-3
20kHz~50kHz Urel=8.8×10-3~3.0×10-3
50kHz~100kHz Urel=2.3×10-2~1.1×10-2
100kHz~300kHz Urel=1.4×10-1~7.4×10-2
103 电子负载 恒压 直流电子负载检定规程 Q/Y 190-2006
(0.1~1000)V Urel=2×10-5~7×10-5
103 电子负载 电流 直流电子负载检定规程 Q/Y 190-2006
(0.1~20)A Urel=5.1×10-5~2×10-4
(20~400)A Urel =5.8×10-4
104 交流电桥 电容 交流电桥检定规程 JJG 441-2008 1pF~1μF (1kHz~100kHz) Urel =3×10-4
电感 100μH~10H 1kHz Urel =3×10-4
电阻 (100~101)Ω (1kHz~100kHz)
Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~106)Ω Urel=1.2×10-4
105 标准电容 电容 标准电容器检定规程 JJG 183-1992 1pF~1μF (1kHz~100kHz) Urel =3×10-4
106 标准电感 电感 标准电感器检定规程 JJG 726-1991 1μH~10H (1kHz) Urel =3×10-4
107 静电放电发生器 放电电压 静电放电模拟器检定规程 GJB/J 5025-2001 (-15~15)kV Urel=1.2%
放电电流峰值 (-20~20)A Urel=5.8%
放电电流上升时间 0.5ns~10s Urel=6%
108 网络分析仪 驻波比 自动网络分析仪检定规程 GJB/J 3608-1999 1.05~1.30 13MHz~18GHz
Urel=1.5%
1.30~2.00 Urel=2.2%
衰减量 20dB U=0.15dB ~0.35dB
108 网络分析仪 衰减量 自动网络分析仪检定规程 GJB/J 3608-1999 50dB U=0.23dB ~0.48dB
传输相移 -180o~180o U=0.3° ~0.9°
109 衰减器 衰减量 同轴电阻式衰减器检定规程 JJG387-2005 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
120dB
100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~13.2GHz U=0.52dB
13.2GHz~19.2GHz U=0.90dB
110 低频信号发生器 频率 低频信号发生器检定规程 JJG 602-1996 1Hz~30MHz Urel=1×10-4
110 低频信号发生器 电压 低频信号发生器检定规程 JJG 602-1996 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
失真 0.001%~30% 10Hz~100kHz Urel=2%
111 函数信号发生器 频率 函数发生器检定规程 JJG840-1993 1Hz~30MHz Urel=1×10-4 只做正弦波
电压 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
失真 0.001%~30% 10Hz~100kHz Urel=2%
112 信号发生器 频率 信号发生器检定规程 JJG173-2003 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~26.5GHz Urel=1.8×10-8
功率 (-20~20)dBm
100kHz~4.2GHz U=0.12dB
4.2GHz~18GHz U=0.25dB
112 信号发生器 功率 信号发生器检定规程 JJG173-2003 (-20~20)dBm 18GHz~26.5GHz U=0.29dB
(20~30)dBm
100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
调谐电平 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~26.5GHz U=0.14dB
调谐电平 90dB
100kHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.28dB
调谐电平 信号发生器检定规程 JJG173-2003 100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.42dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
112 信号发生器 调谐电平 信号发生器检定规程 JJG173-2003 110dB 19.2GHz~26.5GHz U=0.95dB
频谱纯度 信号发生器检定规程 JJG173-2003 -80dBc
100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~26.5GHz U=2.5dB
调幅 5%~99% 100kHz~10MHz
50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz
50Hz≤fm≤100kHz
Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz
50Hz≤fm≤100kHz
Urel= 5.2%
20%~99% Urel= 1.8%
调频 200Hz~400kHz(β=频偏/调制速率)
10MHz~ 6.6GHz
β:0.2~0.45 Urel= 1.8%
10MHz~ 6.6GHz
β>0.45 Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8 Urel= 2.9%
6.6GHz~ 13.2GHz
β>8 Urel= 1.2%
112 信号发生器 调频 信号发生器检定规程 JJG173-2003 200Hz~400kHz(β=频偏/调制速率)
13.2GHz~26.5GHz
β:0.2~16 Urel= 4.4%
13.2GHz~26.5GHz
β>16 Urel= 1.2%
113 氧化锌避雷器泄漏电流测试仪 交流电压 交流数字电压表检定规程 JJG(航天)34-1999 40Hz~1kHz
1mV~22V Urel=0.033%
22 V ~220V Urel=0.030%
220 V ~1000V Urel=0.051%
交流电流 交流数字电流表检定规程 JJG (航天)35-1999 40Hz~1kHz
29μA ~2.2 mA Urel=0.31%
2.2mA~22 mA Urel=0.074%
22mA~220 mA Urel=0.069%
0.22A~2.2 A Urel=0.28%
2.2A~11A Urel=0.19%
114 直流电桥 电阻 直流电桥检定规程 JJG 125-2004 (1~10)Ω Urel=0.08%
(10~100)Ω Urel=0.04%
(100~1000)Ω Urel=0.04%
(1~10)kΩ Urel=0.04%
(10~100)kΩ Urel=0.04%
(100~1000)kΩ Urel=0.04%
114 直流电桥 电阻 直流电桥检定规程 JJG 125-2004 (1~10)MΩ Urel=0.04%
电阻 (0.01~1.1)mΩ Urel=0.26%
(0.1~11)mΩ Urel=0.26%
(1~110)mΩ Urel=0.26%
(0.01~1.1)Ω Urel=0.26%
(0.1~11)Ω Urel=0.04%
115 交直流电参数测量仪 直流电压 直流数字电压表检定规程 JJG315-1983 (0~1000)V
(0~30)V Urel= 0.16%
(30~300)V Urel= 0.23%
(300~1000)V Urel=0.11%
直流电流 直流数字电流表检定规程 JJG598-1989 2mA~20.5A
2mA~300mA Urel= 0.22%
(0.3~1.1)A Urel=0.62%
(1.1~3)A Urel= 0.24%
(3~11)A Urel= 0.085%
(11~20.5)A Urel= 0.21%
交流电压 交流数字电压表检定规程 JJG(航天)34-1999 (0~1000)V(10Hz~500kHz)
1mV~30V Urel= 0.25%
(30~300)V Urel= 0.29%
(300~1000)V Urel= 0.13%
115 交直流电参数测量仪 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 29μA~20.5A(10Hz~30kHz)
29μA~300mA Urel= 0.13%
(0.3~1.1)A Urel= 0.50%
(1.1~3)A Urel= 0.14%
(3~11)A Urel= 0.12%
(11~20.5)A Urel=0.22%
功率 交流数字功率表检定规程 JJG780-1992 (0~20k)W(45~65Hz)
0.1mW~600W Urel= 0.15%
(600~6000)W Urel= 0.17%
(6~20)kW Urel= 0.14%
116 微安表 电流 直流数字电流表试行检定规程 JJG 598-1989 (0~2000)μA Urel =0.029%
(2000~20000)μA Urel = 0.025%
117 电容测试仪 电容量 交流电桥检定规程 JJG 441-2008 (1~10000)μF Urel =0.35%
118 高电压耐压测试仪 直流电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0~100)kV Urel=0.6%
交流电压 (0.01~100)kV Urel=1.2%
直流击穿电流 (0~200)mA Urel=0.3%
交流击穿电流 (0.01~200)mA Urel=0.3%
持续时间 (1.0~999.9)s Urel=0.7%
119 高压发生器 直流电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0~10)kV Urel =0.6%
(10~100)kV Urel =0.6%
交流电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (45Hz~ 100Hz)
(0.01~10)kV Urel =1.2%
(10~100)kV Urel =1.2%
120 试验变压器 电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0.01~100)kV Urel =1.2%
121 谐振试验装置 电压 JJG(军工)18-2012高电压耐压测试仪检定规程 (0.01~100)kV Urel =1.2%
122 绝缘油介电强度测试仪 电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0.01~100)kV Urel =1.2%
123 分光光度计 波长 紫外、可见、近红外分光光度计检定规程 JJG 178-2007 λ:(241~879)nm U=0.3nm
透射比 T:(0~100)% Urel=0.5%
124 电导率仪 电导率 电导率仪检定规程 JJG 376-2007 (0.1~1.3)mS/cm 配套Urel=0.28% 只做配套校准
125 气相色谱仪 灵敏度 气相色谱仪检定规程 JJG700-1999 TCD: ≥800mV•ml/mg Urel= 4.0%
检测限 FID: ≤5×10-10g/s Urel= 3.8%
125 气相色谱仪 检测限 气相色谱仪检定规程 JJG700-1999 FPD: ≤1×10-10g/s Urel= 4.0%
NPD: ≤5×10-12g/s Urel= 5.4%
ECD: ≤5×10-12g/mL Urel= 4.0%
126 液相色谱仪 最小检测浓度 液相色谱仪检定规程 JJG705-2014 UV-VIS:≤5×10-8g/mL Urel=4.0%
FLD:≤5×10-9g/mL Urel=4.0%
RID:≤5×10-6g/mL Urel=6.0%
ELSD:≤5×10-6g/mL Urel=6.0%
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:Room 102, No.639, Qingfeng West Road, Kunshan, Jiangsu, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Title, Code of Calibration Method Range Uncertainty
(k=2) Limitation Note
1 Cylindrical Screw Thread Gauges Length Verification Regulation of Cylindrical Screw Thread Gauges JJG 1345-2012 M2.5~M200 U=3.0μm
2 Standard Ring Gauge Length Verification Regulation of Standard Rang Gauge JJG 894-1995 (Φ10~Φ100)mm U= 0.6μm
3 Smooth Limit Gauge Length Verification Regulation of Smooth Limit Gauge JJG 343-1996 (Φ1~Φ100)mm U=(0.6~1.0)μm
4 Caliper Length V.R.of Current Calipers JJG30-2002 (0~500)mm U=6μm +7L
L—m
V.R.of Height Gauge JJG31-2011 (0~1000)mm U=0.5μm+0.012L
L—mm
5 Micrometer Length
V.R.of Micrometer JJG21-2008 (0~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~500)mm U=2.0μm
6 Internal Micrometer Length V.R.of Internal Micrometers JJG22-2003 (50~500)mm U =1μm+3.7L
L—m
7 Depth Micrometers Length Verification Regulation of Depth Micrometers JJG24-2003 (0~100)mm U=2μm
8 Feeler Gauge Length V.R.of Feeler Gauge JJG62-2007 (0.02~1.00)mm U=1.7μm
9 Steel Rule Length V.R. of Steel Rule JJG 1-1999 (0~1)m U=0.06mm
10 Height Measuring Instrument with Digital Display Length C.S. for Height Measuring Instrument with Digital Display JJF1254-2010 (0~600)mm U=0.6μm +1.6L
L—m
11 Radius Gauge Length Verification Regulation of Radius Gauge JJG58-2010 R(0.4~25)mm U=5μm
12 Screw Thread Gauge Length Verification Regulation of Screw Thread Gauge JJG60-2012 (0.40~6.00)mm U=3.3μm
13 Projector Length C.S.for Projectors JJF1093—2002 (0~200)mm U=1.6μm+2.0L
L—m just measure the error of indication
14 Three Coordiate Measuring Machines Length C.S.for Coordiate Measuring Machines JJF1064-2010 (0~1000)mm U=1.6μm +0.5L L—m
15 Dial Indicator Gauges Length V.R.of Tester for Dial Indicator Gauges JJG201-2008 (0~25)mm U=1.2μm
(0~2)mm U=0.3μm
16 Horizontal Metroscope Length C.S.for Horizontal Metroscope JJF1189-2008 (0~100)mm U =0.17μm+0.7L
L—m
17 Dial Gauges(dial and digital) Length V.R.of Dial Gauges(dial and digital) JJG34-2008 0.01mm 0~10)mm U=4.9μm
0.001mm 0~2)mm U=1.2μm
18 Dial Test Indicator Length V.R.of Dial Test Indicator JJG35-2006 0.01mm 0~1.0)mm U=3μm
18 Dial Test Indicator Length V.R.of Dial Test Indicator JJG35-2006 0.001mm 0~0.2)mm U=1.2μm
19 Bore Dial Indicators Length C.S.for Bore Dial Indicators JJF1102-2003 0.01mm 6~35)mm U=3μm
0.01mm 35~160)mm U=4μm
0.001mm,(6~160)mm U=1.2μm
20 Cylindrical Measuring pin Length calibration specification for Cylindrical Measuring pin JJF1027-2008 (0.018~6.585)mm U=0.5μm
(0.1~25)mm
21 Thickness Gauge Length calibration specification for Thickness Gauge JJF1126-2004 (0~100)mm U=0.03mm
Magnetic and Eddy Current Measuring Instrument for Coating Thickness JJG 818-2005 (0~1000)μm U=2.2μm
22 Optimeter Length V.R.of Optimeter JJG45-1999 (-100~+100)μm U=0.12μm
23 Gauge Blocks Length V.R.of Gauge Blocks JJG146-2003 (0.5~100)mm U=(0.10~0.19)μm
(10~291.8)mm U=(0.5~1.2)μm
24 calibration specification for Biological Miroscopes Length calibration
specification for metallographic ,electron microscope JJF 1402-2013 (0~1)mm Urel=1.2℅
25 Universal Bevel Protractors Angle V.R.of Universal Bevel Protractors JJG33-2002 (0~320)° U =1.2′
26 Wind Squares Angle V.R.of Squares JJG7-2004 (63~400) mm U =3.2μm
27 Frame Levels and Shaft Levels Angle C.S.for Frame Levels and Shaft Levels JJF1084-2002 (-0.2~+0.2)mm/m U=4%
28 Contact pin type surface roughness Measuring Instrument surface roughness C.S. for Contact pin type surface roughness Measuring Instrument JJF1105-2003 Ra:(0.1-3.2)μm Urel=7%
29 plates flatness Verification Regulation of Plates JJG 117-2013 ≤400mm×400mm U=0.9μm
(400×630)mm
~(1600×1000)mm U=1.2μm
(1600×1000)mm
~(2500×1600)mm U=2.9μm
30 Micrometers for Measuring Inside Dimension Length
C.S. for Micrometers for Measuring Inside imension JJF1411-2013
inside micrometer
(5~30)mm U=1.2μm
(25~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
(125~150)mm U=1.9μm
inside micrometer with electronic digital display
(5~30)mm U=1.1μm
(25~50)mm U=1.1μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
30 Micrometers for Measuring Inside Dimension Length
C.S. for Micrometers for Measuring Inside imension JJF1411-2013
inside micrometer with electronic digital display
(125~150)mm U=1.9μm
(150~200)mm U=2.1μm
31 OCTG Thread Working Gauges Close distance Calibration Specification for OCTG Thread Working Gauges JJF1108-2012 2 3/8TBG~4 1/2TBG
2 3/8UPTBG~4 1/2UPTBG
4 1/2CSG~11 3/4CSG
4 1/2BCSG~10 3/4BCSG
NC23~NC46
3 1/2REG~8 5/8REG
2 7/8FH~5 1/2FH U=0.011mm
32 Inspection instrument for OCTG Single parameter Length Inspection instrument for OCTG Single parameter JJF1063-2000 Measuring instrument for thread height:
(0~6.35)mm U=0.003mm
Measuring instrument for thread pitch:
(0~6.35)mm U=0.003mm
Thread end point gauge:
(0~6.35)mm U=0.003mm
32 Inspection instrument for OCTG Single parameter Length Inspection instrument for OCTG Single parameter JJF1063-2000 Measuring instrument for thread tooth thickness:(0~10)mm U=0.003mm
Dent detecting instrument:
(0~5)mm U=0.003mm
coaxial gauge:(0~10)mm U=0.003mm
Measuring instrument for diameter of thread:(0~12.7)mm U=0.003mm
Measuring instrument for thread taper:
(0~12.7)mm U=0.006mm
33 Digital Temperature Indicators and Controllers Tempera-ture JJG617-1996 V.R.of Digital Temperature Indicators and Controllers (-200~0)℃ U=2℃
(0~600)℃ U=0.2℃
(600~1750) ℃ U=1℃~2℃
34 Temperature、Moist heat test equipment temperature JJF1101-2003 Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity (-80~300) ℃ U=0.20℃
Humidity 20%RH~98%RH U=2.0%RH
35 Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature Tempera-ture V.R. of Moving-coil Indicators and Step-indication Controllers Associated for Measuring TemperatureJJG186-1997 Thermocouple:(0~1600)℃ U=(0.2~0.5)℃
36 Recorders for Industrial-Process Measurement Tempera-ture V.R. of the Recorders for Industrial-Process MeasurementJJG74-2005 Thermocouple:(0~1600)℃ U=(0.2~0.5)℃
37 Working Base Metal Thermometer Tempera-ture V.R.of Working Base Metal Thermometer
JJG351-1996 (0~300)℃ U=(0.1~ 0.2)℃
(300~1100)℃ U= 1.5℃
38 ndustry Platinum 、Copper Resistance Thermometers Tempera-ture V.R.of Industry Platinum Copper Resistance Thermometers
JJG229-2010 (0~300)℃ U=(0.03~0.05)℃
39 Industrial Glass Thermometer Tempera-ture V.R.of Industrial Glass Thermometer
JJG130-2011 (0~300)℃ U=0.02℃
40 Standard Mercury-in-Glass Thermometer for Petroleum Products Tempera-ture V.R.of Standard Mercury-in-Glass Thermometer
JJG 161-2010 (0~300)℃ U=0.04℃
41 Date Acquisi
-tion
Tempera-ture C.S.of Data Acquisition System JJF 1366-2012 TC -200~1000)℃ U=0.4℃
TC ﹥1000~1300)℃ U=0.5℃
RTD -200~0)℃ U=0.1℃
RTD ﹥0~850)℃ U=(0.2~0.5)℃
42 Thermostatic Bath Tempera-ture Measurement and Test Norm of Thermostatic Bath’s Metrological Characteristics JJF1030-2010 (0~100)℃ U=0.004℃
42 Thermostatic Bath Tempera-ture Measurement and Test Norm of Thermostatic Bath’s Metrological Characteristics JJF1030-2010 (100~300)℃ U=0.020℃
43 Salt spray test equipment Tempera-ture Measurement and Test Norm of Salt spray test equipment Technical Characteristics JJG(浙)52-96 (0~100)℃ U=0.7℃
Spray Volume (0~10)ml/ h•80cm2 U=0.3 (ml/ h•80cm2)
44 Temperature Calibrator Tempera-ture Calibration Specification of Temperature Indicators and Simulators by Electrical Simulation and Measurement JJF1309-2011 (-200~1600)℃ U=0.3℃
IN-DC resistor V.R.of DC Digital Ohmmeter JJG 724-1991 (0~110)kΩ
(0~11)Ω Urel= 0.05%
(11~33)Ω Urel= 0.15%
(33~110)Ω Urel=0.03%
(110~1.1k)Ω Urel= 0.06%
(1.1~11)kΩ Urel= 0.04%
(11~110)kΩ Urel= 0.04%
IN-DC current V.R.of DC Digital Ampermeter JJG 598-1989 (0~1)A
(0~2)mA Urel= 0.02%
(2~20)mA Urel= 0.02%
(20~200)mA Urel= 0.04%
(0.2~1)A Urel= 0.06%
IN-DC voltage V.R.of DC Digital Voltmeter JJG 315-1983 (0~110)V
(0~200)mV Urel= 0.03%
(0.2~2)V Urel= 0.02%
44 Temperature Calibrator IN-DC voltage V.R.of DC Digital Voltmeter JJG 315-1983
(0~110)V
(2~20)V Urel= 0.01%
(20~110)V Urel= 0.005%
OUT-DC resistor V.R.of DC Resistors JJG 166-1993 (0~1)MΩ
(0~20)Ω Urel= 0.29%
(20~200)Ω Urel= 0.26%
(200~200k)Ω Urel= 0.30%
(200k~1M)Ω Urel= 0.035%
OUT-DC current V.R.of Direct Current Standard Source JJG(Aerospace)38-1987 (0~1)A
(0~2)mA Urel= 0.016%
(2~20)mA Urel= 0.038%
(20~200)mA Urel= 0.038%
(0.2~1)A Urel=0.038%
OUT-DC voltage V.R.of DC Standard Voltage Source JJG 445-1986 (0~110)V
(0~200)mV Urel=0.01%
(0.2~2)V Urel= 0.01%
(2~20)V Urel= 0.03%
(20~110)V Urel= 0.01%
45 Metallic Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers JJG112-2013 (20~88)HRA U=0.6HRA
(20~95)HRBW U=0.8HRBW
(20~70)HRC U=0.6HRC
46 Metallic Brinell Hardness Testing Machine Hardness JJG 150-2005
V.R.of Metallic Brinell Hardness Tester
(8~650)HBW Urel=(1.0%~2.0%)
47 Metallic Vickers Hardness Testing Machine Hardness JJG 151-2006
V.R.of Metallic Vickers Hardness Tester
(5~1000)HV Urel=(2.0%~3.0%)
48 Metallic Superficial Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers JJG 112-2013
(70~91)HR15N U=0.8HR15N
(42~80)HR30N U=0.8HR30N
(20~70)HR45N U=0.8HR45N
(73~93)HR15TW U=1.3HR15TW
(43~82)HR30TW U=1.3HR30TW
(12~72)HR45TW U=1.3HR45TW
49 Microhardo-
meter Hardness JJG 151-2006
V.R.of Metallic Vickers Hardness Tester (5~1000)HV Urel=(3.0%~5.0%)
50 Leeb Hardness Tester Hardness JJG 747-1999
V.R.of Leeb Hardness Tester (490~830)HLD U=8HLD
51 Metallic Webster Hardness Testing Machine Hardness V.R.of Metallic Webster Hardness Testing Machine JJG 944-2013 (5~18)HW U=0.4HW
52 Wrench for Measurement of Torque Wrench V.R.of Torque Wrenches JJG707-2014 (0.4~20)N•m Urel=1%
(10~1000)N•m Urel=1%
(1000~27120)N•m Urel=1.4%
53 Calibrating Instrument for Torque Wrenchs Torque V.R.of Calibrating Instrument for Torque Wrenchs JJG 797-2013 (0~300)Nm Urel=0.3%
54 Working Dynamo- meters Strength V.R.of Working Dynamometers
JJG455-2000 (0~5000) N Urel=0.3%
55 Universal Material Tension and Compression Testing Machine Strength value JJG 139-1999
V.R.of Universal Tension and Compression Testing Machine 10N~1MN Urel =0.3%
56 Electronic Universal Testing Machine Strength value JJG 475-2008
V.R.of Electronic Universal Testing Machine 10N~1MN Urel =0.3%
57 Tension Compression and Universal Testing Machine for Non-metallic Strength value JJG 157-2008
V.R.of Tension Compression and Universal Testing Machine for Non-metallic 0.1N~1MN Urel =0.3%
58 Spring Tension and Compression Testing Machine Strength value JJF 1134-2005 Calibration Specification for Working Force Measuring Machines for Special Purposes 0.5N~50kN Urel =1%
59 Bourdon Tube Precision Pressure Gauge Vacuum Gauge Pressure V.R.of Elastic Element Precise Pressure Gauges Vacuum Gauge JJG 49-2013 (-0.1~60)MPa U=0.14%FS
60 Bourdon Tube Pressure Gauge,Pressure Vacuum Gauge and Vacuum Gauge for General Use Pressure V.R.of Elastic Element Pressure Gauges ,Pressure-Vacuum Gauges and Vacuum Gauges for General Use JJG 52-2013 (-0.1~60)MPa U=0.2%FS
61 Digital Pressure Gauges Pressure JJG 875-2005
V.R.of Digital Pressure Gauges (-0.1~60)MPa U =0.14%FS
62 Electronic Balance Mass JJG 1036-2008
V.R.of Electronic Balance 2g~30kg U=0.01mg~33.0mg
63 Mechanical Balances Mass JJG 98-2006
V.R.of Mechanical Balance 2g~500g U=0.04mg~0.8mg
64 Top-Pan Balance Mass JJG 156-2004
V.R.of Top-Pan Balance 100g~10kg U=1.6mg~0.2g
65 Analogue Indication Weighing Instruments Mass JJG 13-1997
V.R.of Analogue Indication Weighing Instruments 500g~100kg U=8mg~2g
66 Non-self-indication Weighing Instruments Mass JJG 14-1997
V.R.of Non-self-indication Weighing Instruments 50g~500kg U=0.8g~15g
67 Digital Indicating Weighting Instrument Mass JJG 539-1997
V.R.of Digital Indicating Weighting Instrument 20g~500kg U=0.8mg~8g
68 Weight class F2 mass V.R.of Weights JJG 99-2006 (1~500)mg U=(0.02~0.08)mg
(1~500)g U=(0.1~2.5)mg
(1~20)kg U=(5~1×102)mg
69 Weight gradeM1 mass V.R.of Weights JJG 99-2006 (1~500)mg U=(0.06~0.25)mg
(1~500)g U=(0.3~8.0)mg
(1~20)kg U=(16~3×102)mg
70 Electroni stroboscopic Tachometer Rotate speed V.R.of Tachometers JJG 105-2000 20r/min~30000r/min Urel=4.0×10-4
71 Mechanical Vibration Generator for Testing Acceleration V.R.of Mechanical Vibration Generator for Testing JJG 189-1997 (0~500)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
72 Electro-dynamic Vibration Generator for Testing Acceleration V.R.of Electro-dynamic Vibration Generator for Testing JJG 190-1997 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
73 Falling Body Type Shock Testing Machine Acceleration V.R.of Falling Body Type Shock Testing Machine JJG 541-2005 (0~100000)m/s2 (0~10000)m/s2 Urel=3.0%
73 Falling Body Type Shock Testing Machine Acceleration V.R.of Falling Body Type Shock Testing Machine JJG 541-2005 (0~100000)m/s (10000~100000)m/s2 Urel=4.0%
74 Digital Electro-dynamic Vibration Testing System Acceleration V.R.of Digital Electro-dynamic Vibration Testing System JJG 948-1999 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
75 Piezoelectric Accelerometer Acceler-ation V.R.of Piezoelectric Accelerometer JJG 233-2008 (0~400)m/s2 (5Hz~5kHz) Urel=1.2%
76 Hydraulic Jack Force V.R.of Hydraulic Jack JJG 621-2012 (0~5000)kN Urel=0.5%
77 ConcreteRebound Test Hammer Rate V.R.of Rebound Test Hammer JJG 817-2011 80 Urel=2.2%
78 Pressure Transmitters Pressure V.R.of Pressure Transmitters JJG 882-2004 (-0.1~60)MPa U=0.06%FS
79 Pressure Sensor Pressure V.R.of the Pressure Transducer JJG 860-1994 (-0.1~60)MPa U=0.06%FS
80 Digitalmeters DC Voltage V.R.of DC Digital Voltmeter
JJG315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1000V) U=1.1×10-5Vx+0.6mV
AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(0.22~2.2)mV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(0.22~2.2)V
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1000)V 40Hz~1kHz U=1.1×10-4Vx+5mV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(22~220)V
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
80 Digitalmeters DC Current V.R.of DC Digital Amperemeter
JJG598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
AC Current AC Digital Amperemeter
JJG(HT)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
80 Digitalmeters AC Current AC Digital Amperemeter
JJG(HT)35-1999
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A
45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
80 Digitalmeters Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
80 Digitalmeters Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
81 DC Digital Voltmeter voltage V.R.of DC Digital Voltmeter JJG 315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1100V) U=1.1×10-5Vx+0.6mV
82 DC Digital Ampere-meter current V.R.of DC Digital Ampermeter JJG 598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV 10Hz~20Hz U=6.4×10-4Vx+5.2μV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999
(0.22~2.2)mV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999
(22~220)V
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
84 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
2.2mA~22mA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
84 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999
22mA~220mA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A
45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
85 DC Digital Ohmmeter resistance V.R.of DC Digital Ohmmeter JJG 724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
85 DC Digital Ohmmeter resistance V.R.of DC Digital Ohmmeter JJG 724-1991 19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
86 Multifunction Standard Source DC Voltage V.R.of DC Standard Voltage Source
JJG445-1986 10mV~100mV U=5.2×10-6Vx+0.1μV
0.1V~1V U=3.5×10-6Vx+0.5μV
1V~10V U=3.5×10-6Vx+4.6μV
10V~100V U=5.2×10-6Vx+46μV
100V~1000V U=5.2×10-6Vx+0.6mV
AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10mV~100mV
1Hz~10Hz U=1.9×10-4Vx+16μV
10Hz~40Hz U=1.5×10-4Vx+4.6μV
40Hz~100Hz U=1.3×10-4Vx+4.6μV
100Hz~2kHz U=1.2×10-4Vx+2.3μV
2kHz~10kHz U=1.2×10-4Vx+4.6μV
10kHz~30kHz U=3.5×10-4Vx+9.3μV
30kHz~100kHz U=8.2×10-4Vx+23μV
0.1V~1V
1Hz~10Hz U=1.6×10-4Vx+0.14mV
10Hz~40Hz U=1.2×10-4Vx+23μV
40Hz~100Hz U=9.8×10-5Vx+23μV
100Hz~2kHz U=7.5×10-5Vx+23μV
2kHz~10kHz U=9.8×10-5Vx+23μV
10kHz~30kHz U=2.4×10-4Vx+46μV
30kHz~100kHz U=5.8×10-4Vx+0.3mV
100kHz~300kHz U=3.5×10-3Vx+2.3mV
86 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 0.1V~1V 300kHz~1MHz U=1.2×10-2Vx+23mV
1V~10V
1Hz~10Hz U=1.6×10-4Vx+1.4mV
10Hz~40Hz U=1.2×10-4Vx+0.3mV
40Hz~100Hz U=9.8×10-5Vx+0.3mV
100Hz~2kHz U=7.5×10-5Vx+0.3mV
2kHz~10kHz U=9.8×10-5Vx+0.3mV
10kHz~30kHz U=2.4×10-4Vx+0.5mV
30kHz~100kHz U=5.8×10-4Vx+2.3mV
100kHz~300kHz U=3.5×10-3Vx+23mV
300kHz~1MHz U=1.2×10-2Vx+0.3V
10V~100V
1Hz~10Hz U=1.6×10-4Vx+14mV
10Hz~40Hz U=1.2×10-4Vx+2.3mV
86 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10V~100V
40Hz~100Hz U=9.8×10-5Vx+2.3mV
100Hz~2kHz U=7.5×10-5Vx+2.3mV
2kHz~10kHz U=9.8×10-5Vx+2.3mV
10kHz~30kHz U=2.4×10-4Vx+4.6mV
30kHz~100kHz U=5.8×10-4Vx+23mV
100kHz~300kHz U=3.5×10-3Vx+0.27V
300kHz~1MHz U=1.2×10-2Vx+2.3V
100V~1000V 1Hz~10Hz U=1.6×10-5Vx+0.08V
86 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999
100V~1000V
10Hz~40Hz U=1.3×10-4Vx+23mV
40Hz~10kHz U=1.1×10-4Vx+23mV
10kHz~30kHz U=2.4×10-4Vx+46mV
30kHz~100kHz U=5.9×10-4Vx+0.3V
DC Current The Verification regularion for DC Standard Source
JJG(HT)38-1987 10μA~100μA U=1.4×10-5Ix+0.5nA
0.1mA~1mA U=1.4×10-5Ix+5nA
1mA~10mA U=1.5×10-5Ix+46nA
10mA~100mA U=4.2×10-5Ix+0.9μA
100mA~2A U=2.0×10-4Ix+19μA
2A~20A U=4.4×10-4Ix+0.5mA
AC Current Verification regularion for AC Standard current Source
JJG(HT)51-1999 10μA~100μA 10Hz~5kHz U=5.5×10-4Ix+23nA
0.1mA~1mA 10Hz~5kHz U=3.2×10-4Ix+0.3μA
1mA~10mA 10Hz~5kHz U=3.2×10-4Ix+3μA
10mA~100mA 10Hz~5kHz U=2.9×10-4Ix+23μA
0.1A~2A
10Hz~1kHz U=6.9×10-4Ix+0.3mA
1kHz~5kHz U=8.2×10-4Ix+0.3mA
2A~20A
10Hz~2kHz U=9.3×10-4Ix+2.3mA
2kHz~10kHz U=2.9×10-3Ix+2.3mA
Resistance V.R.of DC Resistors
JJG166-1993 1Ω~10Ω U=1.1×10-5Rx+19μΩ
10Ω~100Ω U=8.7×10-6Rx+0.06mΩ
86 Multifunction Standard Source Resistance V.R.of DC Resistors
JJG166-1993 0.1kΩ~1kΩ U=8.7×10-6Rx+0.6mΩ
1kΩ~10kΩ U=8.7×10-6Rx+6mΩ
10kΩ~100kΩ U=8.7×10-6Rx+0.06Ω
0.1MΩ~1MΩ U=9.8×10-6Rx+1.2Ω
1MΩ~10MΩ U=1.7×10-5Rx+0.1kΩ
10MΩ~100MΩ U=6.9×10-5Rx+12kΩ
87 Clamp Current meter DC Current C.S. of Clamp Ammeters JJF 1075-2001 ±(10A~1000A) Urel=0.5%
AC Current 10A~1000A 45Hz~400Hz Urel=0.6%
88 DC Low Resistance Meter Resistance V.R.of DC Low Resistance Meters JJG 837-2003 (10-3~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
V.R.of Earth Resistance Meter JJG 366-2004 Verification Regulation for Pincers Earth Resistance TesterJJG 1054-2009 (10-1~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
(0.1~100)Ω Urel=2.3×10-4
89 Standard Resistance Resistance V.R.of DC Resistors JJG 166-1993 (10-3,10-2,10-1,1,10,102,103,104,105)Ω Urel=3×10-5
90 Resistance Box Resistance V.R.of DC Resistors Box JJG 982-2003 (10-3~100) Ω Urel=6×10-2~4.8×10-4
90 Resistance Box Resistance V.R.of DC Resistors Box JJG 982-2003 (10-0~105) Ω Urel=3×10-5
(105~106) Ω Urel=3.2×10-5
(106~107) Ω Urel=3.5×10-5
91 Wrist strap tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 100kΩ~120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
92 Static shoes tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 100kΩ~120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
93 Insulation resistance meter Resistance JJG 622-1997 V.R.of Megohm-meter (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
Voltage (0.05~1)kV Urel=1.0%
94 Electronic Insulating Resistance Meters Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
Voltage (0.05~1)kV Urel=1.0%
95 Surface Resistance Tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (1×102~1×108) Ω Urel=1.0%
(1×108~1×109) Ω Urel=1.3%
95 Surface Resistance Tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (1×109~1×1010) Ω Urel=2.4%
(1×1010~1×1011) Ω Urel=5.8%
96 High Insulation Resistance Meters Resistance V.R.of High Insulation Resistance Meters JJG690-2003 1kΩ~10MΩ Urel=0.2%
10MΩ~100MΩ Urel=0.3%
100MΩ~1GΩ Urel=1.3%
1GΩ~10GΩ Urel=2.4%
10GΩ~100GΩ Urel=5.8%
100GΩ~900GΩ Urel=12%
Voltage (0.05~1)kV Urel=1.0%
97 Cable Tester Insulation resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 1kΩ~100MΩ Urel=1.0%
100MΩ~1GΩ Urel=1.3%
Conduction resistance V.R.of DC Resistance Meters JJG 724-1991 (0~1000)Ω U=1.2×10-4Rx+2.3mΩ
voltage V.R. of DC Standard Voltage Source JJG 445-1986 (1~1000)V Urel=0.1%
98 Earth Continuity Tester Current V. R. for Earth-Continuity Testers JJG 984-2004 (1~60)A Urel=0.2%~12%
Resistance (0.1~1)mΩ Urel=12%
(1~10)mΩ Urel=4.7%
(10~100)mΩ Urel=0.23%
(100~1000)mΩ Urel=0.12%
99 WithStanding Voltage Tester DC Voltage V.R.of WithStanding Voltage Tester JJG 795-2004 (0.1~15)kV Urel=0.3%
99 WithStanding Voltage Tester AC Voltage V.R.of WithStanding Voltage Tester JJG 795-2004 (0.1~15)kV Urel=0.58%
DC Current (0.1~200)mA Urel=0.3%
AC Current (0.1~200)mA Urel=0.3%
Time (1.0~999.9)s Urel=0.7%
100 Leakage Current Tester DC Current Verification regulation for Leakage current tester JJG 843-2007 10μA~400mA Urel=0.3%
AC Current 10μA~400mA Urel=0.8%
DC Voltage (10~1000)V Urel=0.2%
AC Voltage (10~1000)V Urel=0.5%
101 DC supply power DC voltage V.R. for DC supply power JJG(Aero-Space)6-1999 Calibration Specification for High Direct Current Power Source JJF(Military Industry)26-2012 (0.1~10)V Urel=3.5×10-2~1.1×10-4
(10~100)V Urel=4.2×10-3~1.1×10-3
(100~1000)V Urel=5.2×10-3~1.1×10-3
(1000~10000)V Urel =6×10-3
DC current (0.1~1)A Urel=1.3×10-2~2.3×10-3
(1~3)A Urel=2.1×10-3~1.6×10-3
(3~20)A Urel=4×10-4~6×10-4
(20~100)A Urel=9×10-4~1.1×10-3
(100~500)A Urel=6×10-4
Line Regulation (0.1~10)V , 0.001%~1% Urel=6.1×10-2~1.9×10-4
(10~100)V , 0.001%~1% Urel=7.3×10-3~1.9×10-3
101 DC supply power Line Regulation V.R. for DC supply power JJG(Aero-Space)6-1999 Calibration Specification for High Direct Current Power Source JJF(Military Industry)26-2012 (100~750)V , 0.001%~1% Urel=9×10-3~1.9×10-3
(750~10000)V , 0.001%~1% Urel =1.1×10-2
Load Regulation V.R. for DC supply power JJG(Aero-Space)6-1999 Calibration Specification for High Direct Current Power Source JJF(Military Industry)26-2012 (0.1~10)V , 0.001%~1% Urel=5×10-2~1.6×10-4
(10~100)V , 0.001%~1% Urel=6×10-3~1.6×10-3
(100~750)V , 0.001%~1% Urel=7.4×10-3~1.6×10-3
(750~10000)V , 0.001%~1% Urel =8.5×10-3
Ripple (0.1~300)V 10Hz~10MHz Urel =8.2×10-2
102 AC Voltage Stable Source AC voltage Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999 10V~100V
10Hz~20kHz Urel=4.2×10-3~1.0×10-3
20kHz~50kHz Urel=7.5×10-3~2.0×10-3
50kHz~100kHz Urel=1.8×10-2~8×10-3
100kHz~300kHz Urel=1.1×10-1~5.2×10-2
100V~750V 10Hz~20kHz Urel=3.5×10-3~1.0×10-3
102 AC Voltage Stable Source AC voltage Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999
100V~750V
20kHz~50kHz Urel=6.2×10-3~2.1×10-3
50kHz~100kHz Urel=1.6×10-2~8×10-3
100kHz~300kHz Urel=9.6×10-2~5.2×10-2
Frequency 10Hz~40Hz Urel =3.5×10-4
40Hz~300kHz Urel =1.2×10-4
Distortion (0~100)% 10Hz~20kHz U=0.58dB
(0~100)% 20kHz~100kHz U=0.81dB
Line Regulation 10V~100V
10Hz~20kHz Urel=7.3×10-3~1.7×10-3
20kHz~50kHz Urel=1.3×10-2~3.5×10-3
50kHz~100kHz Urel=3.1×10-2~1.4×10-2
100kHz~300kHz Urel=1.9×10-1~9.0×10-2
102 AC Voltage Stable Source Line Regulation Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999 100V~750V
10Hz~20kHz Urel=6.1×10-3~1.7×10-3
20kHz~50kHz Urel=1.1×10-2~3.6×10-3
50kHz~100kHz Urel=2.8×10-2~1.4×10-2
100kHz~300kHz Urel=1.7×10-1~9.0×10-2
Load Regulation 10V~100V
10Hz~20kHz Urel=5.9×10-3~1.4×10-3
20kHz~50kHz Urel=1.1×10-2~2.8×10-3
102 AC Voltage Stable Source Load Regulation Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999 10V~100V
50kHz~100kHz Urel=2.5×10-2~1.1×10-2
100kHz~300kHz Urel=1.6×10-1~7.4×10-2
100V~750V
10Hz~20kHz Urel=4.9×10-3~1.4×10-3
20kHz~50kHz Urel=8.8×10-3~3.0×10-3
50kHz~100kHz Urel=2.3×10-2~1.1×10-2
100kHz~300kHz Urel=1.4×10-1~7.4×10-2
103 Electronic Load Voltage Q/Y 190-2006 V.R. for Electronic Load (0.1~1000)V Urel=1×10-5~7×10-5
Current (0.1~20)A Urel=5.1×10-5~4.6×10-4
(20~400)A Urel =5.8×10-4
104 Alternating Current Bridge Capacitance JJG 441-2008 V.R.of Alternating Current Bridge 1pF~1μF (1kHz~100kHz) Urel =3×10-4
Inductance 100μH~10H 1kHz Urel =3×10-4
Resistance (100~101)Ω (1kHz~100kHz)
Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~106)Ω Urel=1.2×10-4
105 Capacitor Capacitance JJG 183-1992 V.R.of Standard Capacitor 1pF~1μF (1kHz~100kHz) Urel =3×10-4
106 Inductors Inductance JJG 726-1991 V.R.of Standard Inductors 1μH~10H (1kHz) Urel =3×10-4
107 Electrostatic discharge generator Charging Voltage GJB/J 5025-2001 V.R.for Electrostatic discharge generator (-15~15)kV Urel=1.2%
107 Electrostatic discharge generator Peak Discharge Current GJB/J 5025-2001 V.R.for Electrostatic discharge generator (-20~20)A Urel=5.8%
Rise time 0.5ns~10s Urel=6%
108 Network analyzer VSWR GJB/J 3608-1999 Verification regulation for automatic network analyzer 1.05~1.30 13MHz~18GHz
Urel=1.5%
1.30~2.00 Urel=2.2%
Attenuation 20dB U=0.16dB ~0.35dB
50dB U=0.32dB ~0.48dB
Transmission phase -180o~180o U=0.3° ~0.9°
109 Attenuator Attenuation Verification Regulation of Coaxial Attenuator
JJG 387-2005 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
120dB
100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
109 Attenuator Attenuation Verification Regulation of Coaxial Attenuator
JJG 387-2005 120dB
10MHz~13.2GHz U=0.52dB
13.2GHz~19.2GHz U=0.90dB
110 Low Frequency Signal Generator Freqeuncy erification Regulation of Low-Frequency Signal Generator
JJG602-1996 1Hz~30MHz Urel=1×10-4
Voltage 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
Distortion 0.001%~30% 10Hz~100kHz Urel=2%
111 Function Signal Generator Freqeuncy JJG840-1993 V. R. of Function Generator 1Hz~30MHz Urel=1×10-4 Complete sine wave calibration only
Voltage 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
Distortion 0.001%~30% 10Hz~100kHz Urel=2%
112 Signal Generator Frequency Verification regulation for Signal Generator
JJG173-2003 5kHz~500MHz U=0.12Hz~8.8Hz
112 Signal Generator Frequency Verification regulation for Signal Generator
JJG173-2003 0.5GHz~26.5GHz Urel=1.8×10-8
Power (-20~20)dBm
100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
18GHz~26.5GHz U=0.29dB
(20~30)dBm
100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
112 Signal Generator Tune Leve Verification regulation for Signal Generator
JJG173-2003 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~26.5GHz U=0.14dB
Tune Leve 90dB
100kHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.28dB
100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.42dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
112 Signal Generator Tune Leve Verification regulation for Signal Generator
JJG173-2003 110dB
19.2GHz~26.5GHz U=0.95dB
Spectrum Purity -80dBc
100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~26.5GHz U=2.5dB
AM 5%~99% 100kHz~10MHz
50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz
50Hz≤fm≤100kHz
Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz
50Hz≤fm≤100kHz
Urel= 5.2%
20%~99% Urel= 1.8%
FM 200Hz~400kHz(β=Frequency Offset /Modulation rate)
10MHz~ 6.6GHz
β:0.2~0.45 Urel= 1.8%
10MHz~ 6.6GHz
β>0.45 Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8 Urel= 2.9%
6.6GHz~ 13.2GHz
β>8 Urel= 1.2%
13.2GHz~ 26.5GHz
β:0.2~16 Urel= 4.4%
13.2GHz~ 26.5GHz
β>16 Urel= 1.2%
113 MOA Leakage current tester t AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 40Hz~1kHz
1mV~22V Urel=0.033%
22 V ~220V Urel=0.030%
220 V ~1000V Urel=0.051%
AC current V.R.of AC Digital Ampermeter JJG (Aerospace)35-1999 40Hz~1kHz
29μA ~2.2 mA Urel=0.31%
2.2mA~22 mA Urel=0.074%
22mA~220 mA Urel=0.069%
0.22A~2.2 A Urel=0.28%
2.2A~11A Urel=0.19%
114 D.C Bridges resistance V.R.of D.C Bridges JJG 125-2004 (1~10)Ω Urel=0.08%
(10~100)Ω Urel=0.04%
(100~1000)Ω Urel=0.04%
(1~10)kΩ Urel=0.04%
(10~100)kΩ Urel=0.04%
(100~1000)kΩ Urel=0.04%
(1~10)MΩ Urel=0.04%
(0.01~1.1)mΩ Urel=0.26%
(0.1~11)mΩ Urel=0.26%
(1~110)mΩ Urel=0.26%
(0.01~1.1)Ω Urel=0.26%
(0.1~11)Ω Urel=0.04%
115 Deter of DC、AC parameter DC voltage V.R.of DC Digital Voltmeter JJG 315-1983 (0~1000)V
(0~30)V Urel= 0.16%
(30~300)V Urel= 0.23%
115 Deter of DC、AC parameter DC voltage V.R.of DC Digital Voltmeter JJG 315-1983 (0~1000)V
(300~1000)V Urel=0.11%
DC current V.R.of DC Digital Ampermeter JJG 598-1989 2mA~20.5A
2mA~300mA Urel= 0.22%
(0.3~1.1)A Urel=0.62%
(1.1~3)A Urel= 0.24%
(3~11)A Urel= 0.085%
(11~20.5)A Urel= 0.21%
AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0~1000)V(10Hz~500kHz)
1mV~30V Urel= 0.25%
(30~300)V Urel= 0.29%
(300~1000)V Urel= 0.13%
AC current V.R.of AC Digital Ampermeter JJG (Aerospace)35-1999 29μA~20.5A(10Hz~30kHz)
29μA~300mA Urel= 0.13%
(0.3~1.1)A Urel= 0.50%
(1.1~3)A Urel= 0.14%
(3~11)A Urel= 0.12%
(11~20.5)A Urel=0.22%
power V.R for AC Digital Powermeter JJG780-1992 (0~20k)W(45~65Hz)
0.1mW~600W Urel= 0.15%
(600~6000)W Urel= 0.17%
(6~20)kW Urel= 0.14%
116 Microammeter Current V.R.of DC Digital Ampermeter JJG 598-1989 (0~2000)μA Urel =0.029%
(2000~20000)μA Urel = 0.025%
117 Capacitance meter Capacitance V.R. ofAlternating Current Bridge JJG441-2008 (1~10000)μF Urel =0.35%
118 High-voltage withstanding voltage tester DC Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0~100)kV Urel=0.6%
AC Voltage (0.01~100)kV Urel=1.2%
DC Current (0~200)mA Urel=0.3%
AC Current (0.01~200)mA Urel=0.3%
Time (1.0~999.9)s Urel=0.7%
119 High voltage generator DC Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0~10)kV Urel =0.6%
(10~100)kV Urel =0.6%
AC Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (45Hz~ 100Hz)
(0.01~10)kV Urel =1.2%
(10~100)kV Urel =1.2%
120 Test transformer Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0.01~100)kV Urel =1.2%
121 Voltage Resonant Test System Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0.01~100)kV Urel =1.2%
122 Dielectric strength Detector of inulating oil Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0.01~100)kV Urel =1.2%
123 Spectrophotometer Wavelength V. R. of UV-VIS-NIR Spectrophotometer JJG 178-2007 λ:(241~879)nm U=0.3nm
Transmission ratio T:(0~100)% Urel=0.5%
124 Electrolytic Conductance Meter Electrolytic conductivity V.R. of Electrolytic Conductance Meter JJG 376-2007 (0.1~1.3)mS/cm Assort Urel=0.28% Complete equipment calibration only
125 Gas Chromato-graph Sensitivity V.R. of Gas Chromatograph JJG 700-1999
TCD: ≥800mV•ml/mg Urel= 4.0%
Detection Limits FID: ≤5×10-10g/s Urel= 3.8%
FPD: ≤1×10-10g/s Urel= 4.0%
NPD: ≤5×10-12g/s Urel= 5.4%
ECD: ≤5×10-12g/mL Urel= 4.0%
126 Liquid Chromatography Minimun Detectable Concentration V.R. of Liquid Chromatography JJG705-2014 UV-VIS:≤5×10-8g/mL Urel=4.0%
FLD:≤5×10-9g/mL Urel=4.0%
RID:≤5×10-6g/mL Urel=6.0%
ELSD:≤5×10-6g/mL Urel=6.0%
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
签发日期:2015年07月15日 有效期至:2017年02月25日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 杨宏海 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目;光学检测项目
2 缪寅宵 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目;光学检测项目
3 李廷元 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目、声学校准项目;光学检测项目
4 张江桥 几何量、热学、力学、电磁学、无线电电子学、时间频率检测和校准项目
5 梁雅军 几何量检测和校准项目
6 刘 柯 几何量检测和校准项目
7 陈晓晖 几何量检测和校准项目
8 王文革 热学检测和校准项目
9 崔文德 热学检测和校准项目
10 杨晓伟 力学检测和校准项目、声学校准项目
11 张正龙 电磁学、无线电电子学、时间频率检测和校准项目
12 温世仁 电磁学、无线电电子学、时间频率检测和校准项目
13 沈兆欣 化学校准和环境监测、职业卫生、环保产品检测项目
14 钱 飞 化学校准和环境监测、职业卫生、环保产品检测项目
15 张静林 化学校准和环境监测、职业卫生、环保产品检测项目
16 那 岩 无损检测项目
17 王春喜 光学检测项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 YangHongHai Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.Optics Testing Items.
2 MiaoYinXiao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.Optics Testing Items.
3 LiTingYuan Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time&frequency Testing and Calibration Items,Sound Calibrators Items.Optics Testing Items.
4 ZhangJiangQiao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Time&frequency Testing and Calibration Items.
5 LiangYaJun Accredited Geometric Quantities Testing and Calibration Items.
6 LiuKe Accredited Geometric Quantities Testing and Calibration Items.
7 ChenXiaoHui Accredited Geometric Quantities Testing and Calibration Items.
8 WangWenGe Accredited Thermotics Testing and Calibration Items.
9 CuiWenDe Accredited Thermotics Testing and Calibration Items.
10 YangXiaoWei Accredited Dynamics Quantities Testing and Calibration Items,Sound Calibrators Items.
11 ZhangZhengLong Accredited electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.
12 WenShiRen Accredited electromagnetics,radioelectronics,Time& frequency Testing and Calibration Items.
13 ShenZhaoXin Accredited Chemic Quantities Calibration and Environment Monitoring & Occupational Health 、Produce of Environment Protection Testing Items.
14 QianFei Accredited Chemic Quantities Calibration and Environment Monitoring & Occupational Health 、Produce of Environment Protection Testing Items.
15 ZhangJingLin Accredited Chemic Quantities Calibration and Environment Monitoring & Occupational Health 、Produce of Environment Protection Testing Items.
16 NaYan Accredited Nondestructive testing Items.
17 WangChunXi Accredited Optics Testing Items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 机械零部件 1 形状和位置误差 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004
直线度误差检测 GB/T 11336-2004
平面度误差检测 GB/T 11337-2004
圆度误差的评定 两点、三点法 GB/T4380-2004
产品几何量技术规范(GPS)评定圆度误差的方法
半径变化量测量GB/T 7235-2004 只测≤2.4m×1.2m×0.7m;
Ra:(0.025~25)μm
1 机械零部件 2 表面粗糙度 产品几何技术规范(GPS) 表面结构 轮廓法评 定表面结构的规则和方法 GB/T 10610-2009
表面粗糙度参数及其数值 GB/T 1031-2009
3 轴孔参数 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004
2 投影仪 1 纵横(垂)向的准确度
投影仪
JB/T 6830-1993
2 单向多次调焦时仪器示值的变化
2 投影仪 3 物镜放大率变换像中心的移动量
投影仪
JB/T 6830-1993
4 包括畸变在内的物镜放大率误差
3 三坐标测量仪 1 探测误差 产品几何技术规范(GPS)坐标测量机的验收检测和复检检测
第2部分:用于测量尺寸的坐标测量机
GB/T 16857.2-2006
第3部分:旋转工作台的轴线为第四轴的坐标测量机
GB/T 16857.3-2006
第4部分:在扫描测量模式下使用的坐标测量机
GB/T 16857.4-2006
第5部分:使用多探针探测系统的坐标测量机
GB/T 16857.5-2006
2 尺寸测量示值 误差
3 四轴误差
4 扫描探测误差
5 扫描检测时间
3 三坐标测量仪 6 固定多探针探测系统误差 产品几何技术规范(GPS)坐标测量机的验收检测和复检检测
第2部分:用于测量尺寸的坐标测量机
GB/T 16857.2-2006
第3部分:旋转工作台的轴线为第四轴的坐标测量机
GB/T 16857.3-2006
第4部分:在扫描测量模式下使用的坐标测量机
GB/T 16857.4-2006
第5部分:使用多探针探测系统的坐标测量机
GB/T 16857.5-2006
7 万向探测系统 误差
4 圆度仪 1 仪器径向误差 圆度测量仪
GB/T26098-2010
2 仪器轴向误差
3 定标误差
4 稳定度
5 最大负载和偏载时的径向误差
5 电感测微仪 1 调零范围 数显电感测微仪
JB/T 10014-1999
电感式测微仪
JB/T 10036-1999
5 电感测微仪 2 零位平衡 数显电感测微仪
JB/T 10014-1999
电感式测微仪
JB/T 10036-1999
3 示值变动性
4 方向误差
5 回程误差
6 示值误差
7 稳定度
8 灵敏阈
9 测量力
10 反应时间
11 绝缘与耐压
6 粗糙度测量仪 1 残余轮廓校准 产品几何技术规范(GPS)表面结构 轮廓法
接触(触针)式仪器的校准
GB/T 19600-2004
2 接触(触针)式仪器综合校准
7 水准仪 1 望远镜放大率 水准仪
GB/T 10156-2009
2 分辨率
3 望远镜有效孔径
4 调焦运行误差
5 望远镜视距乘常数
7 水准仪 6 望远镜成像质量 水准仪
GB/T 10156-2009
7 竖轴运转及整置误差
8 测微器行差
9 温度变化1℃时,i角变化
10 自动安平补偿性能
11 工作温度
12 连续冲击试验
13 抗运输试验
14 外观
15 视准线误差
8 气动量仪 1 示值总误差 浮标式气动量仪
JB/T 3760-2008
2 重复性
3 稳定度
4 浮标波动量
5 反应时间
6 多管相互影响
7 最大测量间隙
8 供气压力变化对示值的影响
9 数控机床 1 轴线定位精度 机床检验通则 第1部分: 在无负荷或精加工条件下机床的几何精度 GB/T 17421.1—2000
第2部分:数控轴线的定位精度和重复定位精度的确定 GB/T 17421.2—2000
2 重复定位精度
3 反向差值
4 直线度
5 垂直度
10 惯性导航系统 1 航向精度 舰船惯性导航系统通用规范
GJB 2230-1994
2 水平精度
3 定位精度
11 光纤陀螺仪 1 零偏系列 光纤陀螺仪测试方法
GJB 2426A-2004 只测输入角速度: ≤500°/s
2 标度因数系列
12 温度计及传感器 1 电阻比及电阻温度系数 电阻温度计用铂丝
GB/T 5977-1999
2 稳定性
13 温度测量仪 1 温度 电子测量仪器通用规范
GB/T 6587–2012
13 温度测量仪 2 湿度 电子测量仪器通用规范
GB/T 6587–2012
3 包装运输
14 温度试验设备 1 温度偏差 电工电子产品环境试验设备检验方法温度试验设备
GB/T 5170.2-2008
2 温度波动度
3 温度均匀度
4 风速
5 温度变化速率
15 湿热试验设备 1 温度偏差 电工电子产品环境试验设备检验方法湿热试验设备
GB/T 5170.5-2008
2 温度波动度
3 温度均匀度
4 相对湿度偏差
5 相对湿度波动度
6 相对湿度均匀度
7 风速
8 每5min温度平均变化速率
9 升降温特性
16 盐雾试验设备 1 温度偏差 电工电子产品环境试验设备检验方法盐雾试验设备
GB/T 5170.8-2008
2 温度波动度
3 温度均匀度
4 盐雾沉降率
17 高低温低气压试验设备 1 低气压偏差 电工电子产品环境试验设备检验方法
高低温低气压试验设备 GB/T 5170.10-2008
2 气压变化速率
3 综合检验温度偏差
4 综合检验温度波动度
5 综合检验温度均匀度
6 综合检验气压偏差
7 综合检验每5min温度平均变化速率
18 电工电子产品、电子测量仪器、军用设备(环境试验) 1 低温 军用装备实验室环境试验方法 第4部分:低温试验
GJB 150.4A-2009
电工电子产品环境试验 第2部分:试验方法 试验A:低温
GB/T 2423.1-2008 只测容积:1.5m3
温度范围:
(-70~
180)℃
2 高温 军用装备实验室环境试验方法 第3部分: 高温试验
GJB 150.3A-2009
电工电子产品环境试验 第2部分:试验方法 试验B:高温
GB/T 2423.2-2008
3 湿热 军用装备实验室环境试验方法 第9部分:湿热试验
GJB 150.9A-2009
电工电子产品环境试验第2部分:试验方法 试验Cab:
恒定湿热试验 GB/T 2423.3-2006
电工电子产品环境试验第2部分:试验方法 试验Db
交变湿热GB/T 2423.4-2008 只测容积:1.5m3
温度范围:
(-70~
180)℃
湿度范围:(10~
98)%RH
19 工业铂热电阻 1 允差 工业铂热电阻技术条件及分度表
JB/T 8622-1997
2 常温绝缘电阻
20 工业玻璃温度计和实验温度计 1 示值误差 工业玻璃温度计和实验温度计
JB/T 9262-1999
21 工业过程测量和控制系统用模拟输入数字式指示控制仪 1 设定点 工业过程测量和控制系统用模拟输入数字式指示控制仪
JB/T 8386.1~.2-1996
2 绝缘电阻
22 压力计(表) 1 基本误差 一般压力表
GB/T 1226-2010
精密压力表
GB/T 1227-2010
2 回程误差
3 零点误差
4 轻敲位移
5 温度影响试验
6 超压试验
7 交变压力试验
8 校验器密封性
活塞式压力计
JB/T 7393-1994
9 垂直度
10 延续时间
11 下降速度
12 有效面积
13 灵敏限
14 质量误差
23 压力传感器(静态、动态) 1 重复性误差 压力传感器性能试验方法
GB/T 15478-1995
2 回程误差
3 线性误差
4 精确度
5 满量程输出值
6 最小二乘直线 方程
7 幅值比
8 相位差
24 冲击、振动传感器 1 参考灵敏度 激光干涉法振动绝对校准 GB/T 20485.11-2006
激光干涉法冲击绝对校准 GB/T 20485.13-2007
振动与冲击传感器的校准方法:温度响应比较测试法GB/T 13823.16-1995
振动与冲击传感器的校准方法:横向灵敏度测试GB/T 20485.31-2011
振动与冲击传感器的校准方法:基座应变灵敏度测试GB/T 13823.6-1992
振动与冲击传感器的校准和测试方法 GJB 3236-1998
2 频率响应
3 幅值线性度
24 冲击、振动传感器 4 横向灵敏度比 激光干涉法振动绝对校准 GB/T 20485.11-2006
激光干涉法冲击绝对校准 GB/T 20485.13-2007
振动与冲击传感器的校准方法:温度响应比较测试法GB/T 13823.16-1995
振动与冲击传感器的校准方法:横向灵敏度测试GB/T 20485.31-2011
振动与冲击传感器的校准方法:基座应变灵敏度测试GB/T 13823.6-1992
振动与冲击传感器的校准和测试方法 GJB 3236-1998
5 温度灵敏度
6 磁灵敏度
7 基座应变灵敏度
25 测振仪 1 测振仪参考灵敏度 振动比较法校准
GB/T 20485.21-2007
2 测振仪频率响应
3 测振仪幅值线性度
26 大电容标准 1 电容量准确度 标准电容器 GB/T 9090-1988 只测1F以下
2 损耗角正切值准确度
3 电压特性
26 大电容标准 4 温度系数 标准电容器 GB/T 9090-1988 只测1F以下
5 湿度试验 电子测量仪器通用规范 GB/T 6587–2012
6 温度试验
7 振动试验
8 运输试验
27 多功能标准源 1 直流电压 数字多用表校准仪通用技术条件 GB/T 15637-2012
电子测量仪器通用规范 GB/T 6587–2012
2 直流电流
3 交流电压
4 交流电流
5 电阻
6 温度环境实验
7 安全试验
8 振动试验
28 失真度测量仪 1 外观、电气与机械结构要求 失真度测量仪通用技术条件和测试方法
GB/T 15472-2012
2 安全要求
3 绝缘电阻
4 泄漏电流
5 电压测量
6 固有噪声
7 电压量程范围
28 失真度测量仪 8 电压测量引用相对误差 失真度测量仪通用技术条件和测试方法
GB/T 15472-2012
9 频率响应特性
10 输入电阻
11 输入电容
12 波形误差
13 输出监视
14 失真度测量
15 频率范围及频率误差
16 输入电压范围
17 失真度量程范围
18 失真度测量引用相对误差
19 基波抑制特性
20 谐波响应特性
21 残余失真
22 输入电阻
23 输入电容
24 视在功率
29 脉冲信号源 1 脉冲重复频率(周期)的检定 脉冲信号发生器技术条件 GB/T 9317-2012
电子测量仪器通用规范 GB/T 6587–2012
2 延迟时间
3 脉冲宽度
4 前(后)沿的检定
5 温、湿度试验
6 振动冲击试验
30 脉冲电压表 1 输入短路电压Uo检定 电子电压表测试方法 GB/T 12116–2012
电子测量仪器通用规范 GB/T 6587–2012
2 输入电阻检定
3 脉冲幅度测量的检定
4 直流电压稳定度的检定
5 温、湿度试验
6 振动冲击试验
7 运输试验
31 相位计(数字超低频) 1 相位测量误差 中低频相位测试方法 QJ 2941-1997
31 相位计(数字超低频) 2 幅度相位特性 中低频相位测试方法 QJ 2941-1997
3 盲区
4 温度试验 电子测量仪器通用规范 GB/T 6587–2012
5 运输试验
32 超低频精密移相器 1 最大输出电压 中低频相位测试方法 QJ 2941-1997
2 正弦波移相后附加失真
3 输出噪声
4 输出直流和零点漂移
5 温度试验 电子测量仪器通用规范 GB/T 6587–2012
6 振动冲击试验
7 运输试验
33 通用计数器 1 外观检查及正常性检查 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
2 频率测量
3 周期测量
4 时间间隔测量
5 日老化率
6 开机特性
7 日频率波动
8 频率稳定度
33 通用计数器 9 频率复现性 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
10 频率准确度
11 安全试验
34 数字式时间间隔测量仪 1 外观检查及正常性检查 频率计数器通用规范 GB/T 15151-2012
电子测量仪器通用规范 GB/T 6587–2012
2 内部晶振检定
3 测量误差检定
4 安全试验
35 防静电产品和设备(地面、腕带、桌垫等) 1 静电泄漏电阻 电子产品制造防静电系统测试方法 SJ/T 10694-2006
2 任意两点间的电阻
3 表面电阻
36 光学系统 1 焦距 光学系统参数的测定 GB/T 10987-2009
2 相对孔径
3 放大率
4 视场
5 星点检测 光学系统像质测试方法 GB/T 11168-2009
6 分辨力
37 光学样板 1 曲率半径 光学样板JB/T 10568-2006
38 光学晶体 1 透过率 光学晶体透过率测量方法 JB/T9495.3-1999
39 工作场所物理因素 1 噪声 工作场所物理因素测量第8部分:噪声 GBZ/T 189.8-2007
39 工作场所物理因素 2 超高频辐射 工作场所物理因素测量第1部分:超高频辐射GBZ/T 189.1-2007
3 高频电磁场 工作场所物理因素测量第2部分:高频电磁场GBZ/T 189.2-2007
4 微波辐射 工作场所物理因素测量第5部分:微波辐射GBZ/T 189.5-2007
5 工频电场 工作场所物理因素测量第3部分:工频电场GBZ/T 189.3-2007
6 工业X射线 工业X射线探伤放射卫生防护标准 GBZ 117-2006
7 工业γ射线 工业γ射线探伤放射防护标准 GBZ 132-2008
8 高温 工作场所物理因素测量第7部分:高温 GBZ/T 189.7-2007
9 手传振动 工作场所物理因素测量第9部分:手传振动GBZ/T 189.9-2007
39 工作场所物理因素 10 紫外辐射 工作场所物理因素测量第6部分:紫外辐射GBZ/T 189.6-2007
40 压缩空气 1 悬浮油 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
压缩空气第二部分:测定悬浮状油含量的试验方法
ISO 8573-2:2007(E)
工业自动化仪表气源压力范围和质量GB4830-1984 附录A、B
2 固体颗粒物 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
压缩空气第四部分:固体颗粒含量的测试方法 ISO 8573-4:2001(E)
工业自动化仪表气源压力范围和质量GB4830-1984 附录A、B
3 固体颗粒质量浓度 压缩空气第1部分:污染物净化等级 GB/T13277.1-2008
《压缩空气 第8部分:固体颗粒质量浓度测量方法》
ISO 8573-8:2004(E)
4 湿度 压缩空气 第1部分:污染物净化等级》 GB/T 13277.1-2008
40 压缩空气 4 湿度 《压缩空气 第3部分:湿度测量方法》 ISO 8573-3:1999(E)
工业自动化仪表气源压力范围和质量GB4830-1984附录A、B
41 洁净区性能测试 1 洁净度 《洁净厂房设计规范》GB50073-2013 附录A.3
《医药工业悬浮粒子测试方法》GB/T 16292-2010
42 锻件、板材、棒材、焊缝 1 超声检测 变形铝合金产品超声波检验方法GB/T 6519-2000
钢焊缝手工超声波探伤方法和探伤结果分级GB/T 11345-1989
钢锻件超声检测方法 GB/T 6402-2008
锻轧钢棒超声检测方法 GB/T 4162-2008 只用接触法
铜合金棒材超声波探伤方法 GB/T 3310-2010 只用接触法
金属薄板兰姆波检验方法 GJB 3384-1998
厚钢板超声波检验方法 GB/T 2970-2004
金属板材超声板波探伤方法 GB/T 8651-2002
钛及钛合金加工产品超声波探伤方法 GB/T5193-2007 只用接触法
43 洁净区(室)性能及通风空调工程 1 洁净度 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
2 风量(换气次数、新风量) 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
3 静压差 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
4 噪声 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
43 洁净区(室)性能及通风空调工程 5 风速(截面风速) 通风与空调工程施工质量验收规范 GB50243-2002
洁净室施工及验收规范 GB 50591-2010
6 室内空气温度 通风与空调工程施工质量验收规范GB50243-2002
洁净室施工及验收规范 GB 50591-2010
7 室内空气相对湿度 通风与空调工程施工质量验收规范GB50243-2002
43 洁净区(室)性能及通风空调工程 7 室内空气相对湿度 洁净室施工及验收规范 GB 50591-2010
8 空调水流量 通风与空调工程施工质量验收规范 GB50243-2002
采暖通风与空气调节工程检测技术规程 JGJ/T 260-2011
9 照度 洁净室施工及验收规范 GB 50591-2010
10 表面导静电性能 洁净室施工及验收规范 GB 50591-2010
11 微振 洁净室施工及验收规范 GB 50591-2010
44 工作场所空气有毒物质 1 钡及其化合物 工作场所空气有毒物质测定钡及其化合物 二溴对甲基偶氮甲磺分光光度法
GBZ/T 160.2-2004 4
2 镉及其化合物 工作场所空气有毒物质测定镉及其化合物
火焰原子吸收光谱法GBZ/T 160.5-2004
3 三氧化铬 工作场所空气有毒物质测定铬及其化合物 二苯碳酰二肼分光光度法
GBZ/T 160.7-2004 4
4 铬酸盐
5 重铬酸盐
44 工作场所空气有毒物质 6 铜及其化合物 工作场所空气有毒物质测定铜及其化合物 火焰原子吸收光谱法GBZ/T 160.9-2004
7 铅尘(烟) 工作场所空气有毒物质测定铅及其化合物 火焰原子吸收光谱法GBZ/T 160.10-2004 3
8 锰及其化合物 工作场所空气有毒物质测定锰及其化合物 火焰原子吸收光谱法 GBZ/T 160.13-2004 3
9 汞及其化合物 工作场所空气有毒物质测定汞及其化合物 冷原子吸收光谱法GBZ/T 160.14-2004
10 钼及其化合物 工作场所空气有毒物质测定钼及其化合物 硫氰酸盐分光光度法 GBZ/T 160.15-2004 3
11 镍及其化合物 工作场所空气有毒物质测定镍及其化合物 火焰原子吸收光谱法GBZ/T 160.16-2004
12 氢氧化钠 工作场所空气有毒物质测定钠及其化合物 火焰原子吸收光谱法GBZ/T 160.18-2004
44 工作场所空气有毒物质 13 铊及其化合物 工作场所空气有毒物质测定铊及其化合物 石墨炉原子吸收光谱法 GBZ/T 160.21-2004
14 空气中气溶胶态锡及其化合物 工作场所空气有毒物质测定锡及其化合物 火焰原子吸收光谱法GBZ/T 160.22-2004 3
15 一氧化碳 工作场所空气有毒物质测定无机含碳化合物
不分光红外线气体分析仪法 GBZ/T 160.28-2004 3
16 二氧化碳
17 一氧化氮 工作场所空气有毒物质测定无机含氮化合物 盐酸萘乙二胺分光光度法 GBZ/T 160.29-2004 3
18 二氧化氮
19 氨 工作场所空气有毒物质测定无机含氮化合物 纳氏试剂分光光度法GBZ/T 160.29-2004 4
20 氰化氢 工作场所空气有毒物质测定无机含氮化合物
异菸酸钠-巴比妥酸钠分光光度法 GBZ/T 160.29-2004 5
21 氰化物
44 工作场所空气有毒物质 22 磷酸 工作场所空气有毒物质测定无机含磷化合物 钼酸铵分光光度法GBZ/T 160.30-2004 3
23 五氧化二磷 工作场所空气有毒物质测定无机含磷化合物 钼酸铵分光光度法GBZ/T 160.30-2004 6
24 砷及其化合物 工作场所空气有毒物质测定砷及其化合物 氢化物-原子吸收光谱法GBZ/T 160.31-2004 4
25 臭氧 工作场所空气有毒物质测定氧化物 丁子香酚分光光度法GBZ/T 160.32-2004 3
44 工作场所空气有毒物质 26 二氧化硫 工作场所空气有毒物质测定硫化物 甲醛缓冲液-盐酸副玫瑰苯胺分光光度法 GBZ/T 160.33-2004 4
27 硫酸 工作场所空气有毒物质测定硫化物 离子色谱法 GBZ/T 160.33-2004 5
28 硫化氢 工作场所空气有毒物质测定硫化物 硝酸银比色法 GBZ/T 160.33-2004 7
44 工作场所空气有毒物质 29 氟化氢和氟化物 工作场所空气有毒物质测定氟化物 离子选择电极法 GBZ/T 160.36-2004 3
30 氟化氢 工作场所空气有毒物质测定氟化物 离子色谱法 GBZ/T 160.36-2004 4
31 氯气 工作场所空气有毒物质测定氯化物 甲基橙分光光度法 GBZ/T 160.37-2004 3
32 氯化氢和盐酸 工作场所空气有毒物质测定氯化物 离子色谱法GBZ/T 160.37-2004 4
33 溶剂汽油 工作场所空气有毒物质测定混合烃类化合物 直接进样-气相色谱法 GBZ/T 160.40-2004 3
工作场所空气有毒物质测定混合烃类化合物 热解吸-气相色谱法GBZ/T 160.40-2004 4
34 非甲烷总烃 工作场所空气有毒物质测定混合烃类化合物 热解吸-气相色谱法GBZ/T 160.40-2004 4
44 工作场所空气有毒物质 35 苯 工作场所空气有毒物质测定芳香烃类化合物 溶剂解吸-气相色谱法 GBZ/T 160.42-2007 3
36 甲苯
37 二甲苯
38 乙苯
39 萘 工作场所空气有毒物质测定多环芳香烃类化合物 溶剂解吸-气相色谱法GBZ/T 160.44-2004 3
40 三氯甲烷 工作场所空气有毒物质测定卤代烷烃类化合物 溶剂解吸-气相色谱法 GBZ/T 160.45-2007 3
41 二氯乙烯 工作场所空气有毒物质测定卤代不饱和烃类化合物
溶剂解吸-气相色谱法 GBZ/T 160.46-2004 3
42 氯苯 工作场所空气有毒物质测定卤代芳香烃类化合物
溶剂解吸-气相色谱法GBZ/T 160.47-2004 3
43 甲醇 工作场所空气有毒物质测定醇类化合物 溶剂解吸-气相色谱法GBZ/T 160.48-2007 3
44 工作场所空气有毒物质 43 甲醇 工作场所空气有毒物质测定醇类化合物 热解吸-气相色谱法GBZ/T160.48-2007 4
44 苯酚 工作场所空气有毒物质测定酚类化合物 4-氨基安替比林分光光度法 GBZ/T 160.51-2007 4
45 甲醛 工作场所空气有毒物质测定脂肪族醛类化合物 酚试剂分光光度法 GBZ/T 160.54-2007 6
46 丙酮 工作场所空气有毒物质测定脂肪族酮类化合物 溶剂解吸-气相色谱法 GBZ/T 160.55-2007 3
47 环氧乙烷 工作场所空气有毒物质测定环氧化合物 直接进样-气相色谱法 GBZ/T 160.58-2004 3
48 二甲基甲酰胺 工作场所空气有毒物质测定酰胺类化合物 溶液采集-气相色谱法 GBZ/T 160.62-2004 3
49 乙酸乙酯 工作场所空气有毒物质测定饱和脂肪族酯类化合物
无泵型采样—气相色谱法 GBZ/T 160.63-2007 4
44 工作场所空气有毒物质 50 邻苯二甲酸二丁酯 工作场所空气有毒物质测定芳香族酯类化合物 溶剂洗脱-气相色谱法GBZ/T 160.66-2004 4
51 对硝基苯胺 工作场所空气有毒物质测定芳香族胺类化合物 紫外分光光度法GBZ/T 160.72-2004 6
52 硝基苯 工作场所空气有毒物质测定芳香族硝基化合物 盐酸萘乙二胺分光光度法 GBZ/T 160.74-2004 5
53 呼吸性粉尘 工作场所空气中粉尘测定第2部分:
呼吸性粉尘浓度GBZ/T 192.2-2007
54 粉尘中游离二氧化硅 工作场所空气中粉尘测定第4部分:
游离二氧化硅 GBZ/T 192.4-2007
44 工作场所空气有毒物质 55 总粉尘 工作场所空气中粉尘测定第1部分:
总粉尘浓度 GBZ/T 192.1-2007
56 硝酸雾 测定工作场所空气中的无机酸 离子色谱法 NIOSH 7903-1994
44 工作场所空气有毒物质 57 溴氰菊酯 工作场所空气有毒物质测定拟除虫菊脂类农药 溶剂解析—气相色谱法 GBZ/T160.78-2007 3
工作场所空气有毒物质测定拟除虫菊脂类农药 高效液相色谱法 GBZ/T160.78-2007 4
58 氰戊菊酯 工作场所空气有毒物质测定拟除虫菊脂类农药 溶剂解析—气相色谱法 GBZ/T160.78-2007 3
59 六六六 工作场所空气有毒物质测定有机氯农药 溶剂洗脱—气相色谱法 GBZ/T160.77-2004
60 钾及其化合物 工作场所空气有毒物质测定钾及其化合物
火焰原子吸收光谱法 GBZ/T 160.17-2004
61 锌及其化合物 工作场所空气有毒物质测定锌及其化合物
火焰原子吸收光谱法 GBZ/T 160.25-2004 3
62 乙酸乙脂 工作场所空气有毒物质测定饱和脂肪族酯类化合物
溶剂解吸-气相色谱法 GBZ/T 160.63-2007 3
45 水和废水 1 化学需氧量 水质 化学需氧量的测定 快速消解分光光度法 HJ/T 399-2007
水质 化学需氧量的测定 重铬酸盐法 GB/T 11914-1989
2 五日生化需氧量 水质 五日生化需氧量(BOD5)的测定 稀释与接种法 HJ 505-2009
3 悬浮物 水质 悬浮物的测定 重量法 GB/T 11901-1989
4 氰化物 水质 氰化物的测定 容量法和分光光度法 HJ 484-2009 不做方法1、3、4
5 氨氮 水质 氨氮的测定 纳氏试剂分光光度法 HJ 535-2009
6 挥发酚 水质 挥发酚的测定 4-氨基安替比林分光光度法 HJ 503-2009
7 六价铬 水质 六价铬的测定 二苯碳酰二肼分光光度法
GB/T 7467-1987
8 铜、锌、铅、镉 水质 铜、锌、铅、镉的测定
原子吸收分光光度法 GB/T 7475-1987
9 镍 水质 镍的测定 火焰原子吸收分光光度法 GB/T 11912-1989
10 pH 水质 pH值的测定 玻璃电极法GB/T 6920-1986
45 水和废水 11 石油类 水质 石油类和动植物油的测定 红外分光光度法HJ637-2012
12 动植物油类
13 总铍 水质铍的测定 石墨炉原子吸收分光光度法 HJ/T59-2000
14 氟化物 水质 氟化物的测定 离子选择电极法 GB/T 7484-1987
15 总铬 水质 总铬的测定
第一篇 高锰酸钾氧化—二苯碳酰二肼分光光度法
GB/T 7466-1987
16 总磷 水质总磷 钼酸铵分光光度法GB/T 11893-1989
17 总氮 水质 总氮的测定 碱性过硫酸钾消解紫外分光光度法 HJ636-2012
18 高锰酸盐指数 水质高锰酸盐指数的测定 GB/T11892-1989
19 溶解氧 水质溶解氧的测定 碘量法 GB/T7489-1987
20 砷 《水和废水监测分析方法》(第四版增补版)国家环保总局 2006年 氢化物发生 原子吸收法(B)3.4.3.(3)
21 阴离子表面活性剂 水质 阴离子表面活性剂的测定 亚甲蓝分光光度法
GB/T 7494-1987
45 水和废水 22 银 水质 银的测定 火焰原子吸收分光光度法 GB/T 11907-1989
23 水温 水质 水温 温度计或颠倒温度计法 GB/T 13195-1991
24 色度 水质色度的测定 GB/T 11903-1989
25 浊度 水质 浊度的测定 GB/T 13200-1991
26 总硬度 水质 钙和镁总量的测定EDTA 滴定法 GB/T 7477-1987
27 亚硝酸盐氮 水质 亚硝酸盐氮的测定分光光度法 GB/T7493-1987
28 硝酸盐氮 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
46 水和废水 29 总氯 《水和废水监测分析方法》(第四版增补版)国家环保总局 2006年 碘量法(C)3.2.5(1)
30 硫酸盐 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
31 铁、锰 水质 铁、锰的测定 火焰原子吸收分光光度法
GB/T11911-1989
32 全盐量 水质 全盐量测定 重量法 HJ/51-1999
33 氯化物 水质 无机阴离子的测定 离子色谱法 HJ/T84-2001
46 水和废水 34 硫化物 水质 硫化物的测定 亚甲基蓝分光光度法
GB/T 16489-1996
35 电导率 锅炉用水和冷却水分析方法 电导率的测定 GB/T6908-2008
分析实验室用水规格和试验方法 GB/T6682-2008
46 饮用水 1 镉 生活饮用水标准检验方法 金属指标 无火焰原子吸收分光光度法 GB/T 5750.6-2006 9.1
2 铬(六价) 生活饮用水标准检验方法 金属指标
二苯碳酰二肼分光光度法GB/T 5750.6-2006 10.1
3 铅 生活饮用水标准检验方法 金属指标 无火焰原子吸收分光光度法 GB/T 5750.6-2006 11.1
4 氰化物 生活饮用水标准检验方法 无机非金属指标 异烟酸-吡唑酮分光光度法 GB/T 5750.5-2006 4.1
5 氟化物 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 3.2
46 饮用水 6 硝酸盐(以N计) 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 3.2
7 亚硝酸盐 生活饮用水标准检验方法 无机非金属指标
重氮偶合分光光度法GB/T 5750.5-2006 10.1
8 氨氮 生活饮用水标准检验方法 无机非金属指标
纳氏试剂分光光度法GB/T 5750.5-2006 9.1
9 色度 生活饮用水标准检验方法 感官形状和物理指标
铂-钴标准比色法GB/T 5750.4-2006 1.1
10 浑浊度 生活饮用水标准检验方法 感官形状和物理指标 目视比浊法 GB/T 5750.4-2006 2.2
11 嗅和味 生活饮用水标准检验方法 感官形状和物理指标 嗅气和尝味法 GB/T 5750.4-2006 3.1
12 肉眼可见物 生活饮用水标准检验方法 感官形状和物理指直接法
GB/T 5750.4-2006 4
46 饮用水 13 pH 生活饮用水标准检验方法 感官形状和物理指标
玻璃电极法GB/T 5750.4-2006 5.1
14 铁 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 2.1
15 锰 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 3.1
16 铜 生活饮用水标准检验方法 金属指标
无火焰原子吸收分光光度法GB/T 5750.6-2006 4.1
17 锌 生活饮用水标准检验方法 金属指标
原子吸收分光光度法GB/T 5750.6-2006 5.1
18 氯化物 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 2.1
19 硫酸盐 生活饮用水标准检验方法 无机非金属指标
离子色谱法GB/T 5750.5-2006 5.3
46 饮用水 20 溶解性总固体 生活饮用水标准检验方法 感官形状和物理指标
称量法GB/T 5750.4-2006 8.1
21 总硬度 生活饮用水标准检验方法 感官形状和物理指标
乙二胺四乙酸二钠滴定法GB/T 5750.4-2006 7.1
22 耗氧量 生活饮用水标准检验方法 有机综合指标
酸性高锰酸钾滴定法GB/T 5750.7-2006 1.1
23 挥发酚类 生活饮用水标准检验方法 感官形状和物理指标
4-氨基安替吡啉三氯甲烷萃取分光光度法
GB/T 5750.4-2006 9.1
24 阴离子合成洗涤剂 生活饮用水标准检验方法 感官形状和物理指标
亚甲蓝分光光度法GB/T5750.4-2006 10.1
46 饮用水 25 铍 生活饮用水标准检验方法 金属指标
无火焰原子吸收分光光度法 GB/T5750.6-2006 20.2
47 室内空气 1 甲醛 公共场所卫生检验方法 第二部分:化学污染物
酚试剂分光光度法 GB/T 18204.2-2014 7.2
47 室内空气 2 苯、甲苯、二甲苯 居住区大气中苯、甲苯和二甲苯卫生检验标准方法 气相色谱法
GB 11737-1989
3 室内温度 公共场所卫生检验方法 第一部分:物理因素
空气温度 GB/T 18204.1-2013 3.2
4 相对湿度 公共场所卫生检验方法 第一部分:物理因素
电阻电容法 GB/T 18204.1-2013 4.3
5 室内新风量 公共场所卫生检验方法 第一部分:物理因素
示踪气体法 GB/T 18204.1-2013 6.1
6 一氧化碳 公共场所卫生检验方法 第二部分:化学污染物
不分光红外分析法 GB/T 18204.2-2014 3.1
7 氨 环境空气和废气 氨的测定 纳氏试剂分光光度法 HJ 533-2009
8 氡 民用建筑工程室内环境污染控制规范
GB 50325-2010(2013年版) 6.0.6
47 室内空气 9 大气压 公共场所卫生检验方法 第一部分:物理因素
空盒气压表法 GB/T 18204.1-2013 10
10 室内风速 公共场所卫生检验方法 第一部分:物理因素
电风速计法 GB/T 18204.1-2013 5
11 室内空气中总挥发性有机化合物(TVOC) 民用建筑工程室内环境污染控制规范
GB 50325-2010(2013年版) 附录G
48 环境空气和废气 1 二氧化硫 环境空气 二氧化硫的测定 甲醛吸收-副玫瑰苯胺分光光度法
HJ 482-2009
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 甲醛吸收-副玫瑰苯胺分光光度法(B)5.3.1.(5)
固定污染源排气中二氧化硫的测定 定电位电解法
HJ/T 57-2000
2 氮氧化物(一氧化氮、二氧化氮) 环境空气 氮氧化物(一氧化氮和二氧化氮)的测定 盐酸萘乙二胺分光光度法 HJ 479-2009
48 环境空气和废气 2 氮氧化物(一氧化氮、二氧化氮) 固定污染源排气中氮氧化物的测定 盐酸萘乙二胺分光光度法 HJ/T 43-1999
固定污染源废气 氮氧化物的测定 定电位电解法 HJ 693-2014
环境空气 二氧化氮的测定 Saltzman法 GB/T 15435-1995
3 总悬浮颗粒物 环境空气 总悬浮颗粒物的测定 重量法
GB/T 15432-1995
4 苯、甲苯、二甲苯 环境空气 苯系物的测定 活性炭吸附/二硫化碳解吸气相色谱法 HJ 584-2010
环境空气 苯系物的测定 固体吸附/热脱附-气相色谱法
HJ 583-2010
5 铅 环境空气铅的测定 火焰原子吸收分光光度法
GB/T 15264-1994
固定污染源废气 铅的测定 火焰原子吸收分光光度法
HJ 685-2014
6 一氧化碳 空气质量 一氧化碳的测定 非分散红外法
GB/T 9801-1988
48 环境空气和废气 6 一氧化碳 固定污染源排气中一氧化碳的测定 非分散红外吸收法
HJ/T44-1999
7 铍 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 石墨炉原子吸收分光光度法(B)3.2.10(1)
固定污染源废气 铍的测定 石墨炉原子吸收分光光度法
HJ 684-2014
48 环境空气和废气 8 可吸入颗粒物 环境空气PM10和PM2.5的测定 重量法
HJ618-2011
9 氨 环境空气和废气 氨的测定 纳氏试剂分光光度法HJ533-2009
10 铜、锌、镉、锰、镍 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 原子吸收分光光度法(B)3.2.12
11 铬(六价) 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 二苯碳酰二肼分光光度法(B)3.2.8
12 油烟 饮食业油烟排放标准 GB18483-2001附录A 金属滤筒吸收和红外分光光度法测定油烟的采样及分析方法
48 环境空气和废气 13 氯化氢 环境空气和废气氯化氢的测定 离子色谱法(暂行)
HJ549-2009
14 硫化氢 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 亚甲基蓝分光光度法(B) 3.1.11(2)
《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 碘量法(B)5.4.10(2)
15 氟化物 环境空气氟化物的测定滤膜采样氟离子选择电极法HJ480-2009
大气固定污染源氟化物测定离子选择电极法 HJ/T67-2001
16 烟(粉)尘 锅炉烟尘测试方法 GB/T 5468-1991
固定污染源排气中颗粒物测定与气态污染物采样方法
GB/T 16157-1996
17 烟气黑度 锅炉烟尘测试方法 GB/T 5468-1991
固定污染源排放烟气黑度测定 林格曼烟气黑度图法
HJ/T 398-2007
18 流速(量) 固定污染源排气中颗粒物测定与气态污染物采样方法
GB/T 16157-1996
48 环境空气和废气 19 铬酸雾 固定污染源排气中铬酸雾的测定二苯基碳酰二肼分光光度法
HJ/T 29-1999
20 硫酸雾 固定污染源废气 硫酸雾的测定 离子色谱法(暂行)
HJ 544-2009
21 氰化氢 固定污染源排气中氰化氢的测定 异烟酸-吡唑啉酮分光光度法 HJ/T 28-1999
22 氯气 固定污染源排气中氯气的测定 甲基橙分光光度法
HJ/T30-1999
23 甲醛 《空气和废气监测分析方法》(第四版增补版)国家环保总局(2007)酚试剂分光光度法(B)6.4.2.(2)
24 苯酚类 固定污染源排气中酚类化合物的测定 4-氨基安替比林分光光度法 HJ/T33-1999
25 镍及其化合物 大气固定污染源 镍的测定 火焰原子吸收分光光度法
HJ/T63.1-2001
26 非甲烷总烃 固定污染源排气中非甲烷总烃的测定-气相色谱法 HJ/T38-1999
48 环境空气和废气 27 总烃 《空气和废气监测分析方法》(第四版增补版)国家环保总局2007年 总烃和非甲烷总烃测定方法一(B)6.1.5(1)
49 工业废气吸收净化装置 1 部分项目 环境保护产品技术要求 工业废气吸收净化装置 HJ/T387-2007 只测吸收净化污染物为二氧化硫,氟化物,氮氧化物的吸收净化装置
2 运行噪声 工业企业噪声测量规范GBJ122-1988
3 压力损失 环境保护产品技术要求 工业废气吸收净化装置 HJ/T387-2007 3.3
4 净化效率 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007附录A.7
49 工业废气吸收净化装置 5 产品包装 机电产品包装通用技术条件GB/T13384-2008
6 标牌 标牌 GB/T13306-2011
7 气密性 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007附录A.8
49 工业废气吸收净化装置 8 污染物排放浓度 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007附录A.6
9 安全要求 环境保护产品技术要求 工业废气吸收净化装置HJ/T387-2007 4.3
10 表面温度 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 附录 A.2.3
11 填料的清洗设备 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.1.3
12 饱和吸收液的再生处理系统和工艺 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.1.4
13 制造质量 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.1.1和4.1.2
14 大修周期 环境保护产品技术要求 工业废气吸收净化装置
HJ/T387-2007 4.2.6
50 工业废气吸附净化装置 1 部分项目 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 只测吸附净化污染物为酚类,甲醛,苯胺类,硝基苯类,苯,甲苯,二甲苯,总烃的吸附净化装置
2 净化效率 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007附录A7
3 压力损失 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 3.3
4 气密性 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 附录A8
5 污染物排放浓度 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 附录A6
6 表面温度 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 附录A2.3
50 工业废气吸附净化装置 7 声光报警装置性能 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 5.2
8 防爆泄压装置的破开压力 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007附录 5.3
9 吸附剂 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 4.1.3
10 吸附剂的再生系统和工艺 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 4.1.4
11 制造质量 环境保护产品技术要求 工业废气吸附净化装置
HJ/T386-2007 4.1.1和4.1.2
12 安全要求 环境保护产品技术要求 工业废气吸附净化装置 HJ/T386-2007 4.3
13 苯胺类 空气质量 苯胺类的测定盐酸萘乙二胺分光光度法GB/T15502-1995
14 硝基苯类 空气质量 硝基苯类的测定锌还原盐酸萘乙二胺分光光度法 GB/T15501-1995
15 煤质颗粒活性炭 苯酚吸附 煤质颗粒活性炭试验方法 苯酚吸附值的测定 GB/T 7702.8-2008
51 噪声、振动 1 工业企业厂界环境噪声 工业企业厂界环境噪声排放标准 GB 12348-2008
51 噪声、振动 2 城市区域环境噪声 声环境质量标准 GB 3096-2008
3 建筑施工场环境界噪声 建筑施工场界环境噪声排放标准GB12523-2011
4 社会生活环境噪声 社会生活环境噪声排放标准 GB 22337-2008
5 机场周围飞机噪声 机场周围飞机噪声测量方法 GB/T 9661-1988
6 铁路边界噪声 铁路边界噪声限值及其测量方法 GB 12525-1990
7 振动 城市区域环境振动测量方法 GB/T10071-1988
52 电磁辐射 1 电场、功率 、密度 辐射环境保护管理导则-电磁辐射监测仪器和方法
HJ/T 10.2-1996
2 工频电场、工频磁场 环境影响评价技术导则 输变电工程 HJ 24-2014
交流输变电工程电磁环境监测方法(试行) HJ 681-2013
3 无线电干扰 高压架空送电线、变电站无线电干扰测定方法 GB/T 7439-2002
53 环境电离辐射 1 γ辐射剂量率 辐射环境监测技术规范 HJ/T 61-2001
环境地表γ辐射剂量率测定规范 GB/T 14583-1993
电离辐射防护与辐射源安全基本标准 GB 18871-2002
54 土壤/固体废物 1 铜 土壤质量 铜、锌的测定 火焰原子吸收分光光度法
GB/T 17138-1997
2 pH 土壤检测 第2部分:土壤pH的测定 NY/T 1121.2-2006
固体废物腐蚀性测定 玻璃电极法 GB/T15555.12-1995
固体废物浸出毒性浸出方法水平振荡法
HJ557-2010
55 湿法漆雾过滤净化装置 1 全部项目 环境保护产品技术要求 湿法漆雾过滤净化装置 HJ/T388-2007
2 漆雾 固定污染源排气中颗粒物测定与气态污染物采样方法
GB/T16157-1996
3 雾化性能 环境保护产品技术要求
湿法漆雾过滤净化装置 HJ/T388-2007
4 污染物浓度 环境保护产品技术要求
湿法漆雾过滤净化装置 HJ/T388-2007 6.3.2
5 基本尺寸及焊接质量 工程机械 焊接件通用技术条件 JB/T5943-1991
6 表面喷漆 工程机械 涂装通用技术条件 JB/T5946-1991
56 润滑油
1 水分 轻质石油中水含量的测定法(电量法) SH/T 0246-1992
2 酸值 石油产品酸值测定法 GB 264-1983
56 润滑油
3 粘度 石油产品运动粘度测定法和动力粘度计算法 GB/T 265-1988
4 污染度 航空工作液污染测试 第4部分:用自动颗粒计数法测定固体颗粒污染度
GJB 380.4A-2004
航空工作液固体污染度分级
GJB 420B-2006
液压传动 油液 固体颗粒污染等级代号 GB/T 14039-2002
5 金属元素分析 用四部分综合试验器(原子发射光谱法、红外线光谱法、粘度和激光粒子计数器)分析使用中润滑油的试验方法 ASTM D7417-2010
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Mechanical accessory 1 Geometrical tolerancing Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004
Measurement of departures from straightness
GB/T 11336-2004
Measurement of departures from flatness
GB/T 11337-2004
As se ssm e nt o f d ep ar tur e f ro m r ou nd ne ss-
Tw o- an d t h ree -p oi nt m et ho ds
GB /T 43 80 - 20 04
Methods for the assessment of departure form roundness Measurement of variations in radius
GB/T 7235-2004 Accredited only for: ≤2.4m×1.2m×0.7m;
Ra:(0.012~25)μm
1 Mechanical accessory 2 Surface rouglness (GPS)
surface texture: Profile method_Rules and procedures for the assessment of surface texture
GB/T 10610-2009
Surface rouglness parameters and their values
GB/T 1031-2009 Accredited only for: ≤2.4m×1.2m×0.7m;
Ra:(0.012~25)μm
3 Parameters for holes and shafts Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004
2 Projector 1 accuracy of longitude and latitude(vertical) Projectors
JB/T 6830-1993
2 variety of indication while focusing several times along unidirection
2 Projector 3 image center movement while varing object lens amplificatory Projectors
JB/T 6830-1993
4 error of object lens amplificatory including aberrance
3 Tri-coordinate measuring instrument 1 probing error Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
2 error of Indication of a CMM for size measurement
3 four-axis error
3 Tri-coordinate measuring instrument 4 scanning probing error Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
5 time for scanning test
6 fixed multiple-stylus probing system error
3 Tri-coordinate measuring instrument 7 articulated probing system error Geometrical Product Specification(GPS)—
Acceptance and reverification tests for coordinate measuring machines(CMM)—
Part2:CMMs used for measuring size
GB/T 16857.2-2006
Part3:CMMs with the axis of a rotary table as the fourth axis GB/T 16857.3-2009
Part4:CMMs used in scanning measuring mode
GB/T 16857.4-2003
Part5:CMMs using multiple-stylus probing systems
GB/T 16857.5-2004
4 Roundness measuring instrument 1 Instrument radial error Roundness instruments
GB/T26098-2010
2 Instrument axial error
3 scalling error
4 stability
4 Roundness measuring instrument 5 radial error with maximum load and unbalance load Roundness instruments
GB/T26098-2010
5 Inductance-type micrometers 1 Zeroing range Digital display inductance micrometers JB/T 10014-1999;
Inductance-type micrometers
JB/T 10036-1999
2 Zero balance
3 Indication variability
4 direction error
5 reversal error
6 Indication error
7 Indication stability
8 sensitivity
9 Force measurement
10 Response time
5 Inductance-type micrometers 11 Insulation and compression Digital display inductance micrometers JB/T 10014-1999;
Inductance-type micrometers
JB/T 10036-1999
6 Contact pin type surface roughness measuring instrument 1 calibration of Residual profile Geometrical Product Specification(GPS)—
Surface texture -Profile method-
Calibration of contact (stylus) instruments
GB/T 19600-2004
2 colligation calibration of contact (stylus) instruments
7 Leveling instrument 1 Telescope magnification Leveler
GB/T 10156-2009
2 Resolution
3 Telescope effective aperture
4 Focusing running error
7 Leveling instrument 5 Telescope stadia multiplying a constant Leveler
GB/T 10156-2009
6 Telescope imaging quality
7 Operating and setting up error of vertical shaft
8 Micrometer row error
9 while temperature changing 1°C, angle i changes
10 Automatic stabilizing compensation performance
11 Operating temperature
12 Consecutive shock test
13 Anti-transportation test
14 Appearance
7 Leveling instrument 15 Sight directrix error Leveler
GB/T 10156-2009
8 Pneumatic measuring instrument 1 total error of value-indication Floating beacon type pneumatic measuring instruments
JB/T 3760-2008
2 reoeatbility
3 stability
4 value of floater waveness
5 response time
6 multitube interaction
7 Maximum measuring gap
8 influence of pressure variety for indication
9 Numerically control machines 1 accuracy of positioning of an axis Test code for machine tools part 1:
geometric accuracy of machines operating under no-load or finishing conditions GB/T 17421.1-2000
Test code for machine tools part 2:determination of accuracy and repeat -apility of positioning numerically controlled axes
GB/T 17421.2-2000
2 Repeatability of positioning of an axis
3 reversal value of an axis
4 straightness
5 vertical
10 Inertial navigation 1 Heading accuracy General specifications for ship's inertial navigation system
GJB 2230-1994
2 Level accuracy
10 Inertial navigation 3 Position accuracy General specifications for ship's inertial navigation system
GJB 2230-1994
11 Gyro 1 Bias catena Test methods for fiber optic gyroscope
GJB 2426A-2004 Accredited only for ≤500°/s
2 Scale factor catena
12 Thermometer and sensor 1 Resistance ratio, temperature coefficient Platinum wire of resistance thermometer GB/T 5977-1999
2 stability
13 Thermometer 1 Temperature General specification for electronic measuring instruments GB/T 6587.1–2012
2 humidity
3 Pack transportation
14 Temperature test equipment 1 Temperature deviation Electrician and electron product environmental test equipment basic parameter calibration method temperature test equipment
GB/T 5170.2-2008
2 Temperature stability
3 Temperature uniformity
4 Air speed
5 Temperature change rate
15 Moist heat test equipment 1 Temperature deviation Electrician and electron product environmental test equipment basic parameter calibration method moist heat test equipment
GB/T 5170.5-2008
2 Temperature stability
3 Temperature uniformity
4 humidity deviation
5 humidity stability
15 Moist heat test equipment 6 humidity uniformity Electrician and electron product environmental test equipment basic parameter calibration method moist heat test equipment
GB/T 5170.5-2008
7 Air speed
8 Temperature change rate/5min
9 characteristic of temperature change
16 Salt spray test equipment 1 Temperature deviation inspection method for environmental testing equipments for electric and electronic products--- Salt mist testing equipment
GB/T 5170.8-2008
2 Temperature stability
3 Temperature uniformity
4 salt settlement rate
17 High and low temperature / low air pressure testing equipments 1 low air pressure deviation Inspection methods for basic parameters of environmental testing equipments for electric and electric products combined high and low temperature/ low air pressure testing equipments
GB/T 5170.10-2008
2 low air pressure change rate
3 Temperature deviation
4 Temperature stability
5 Temperature uniformity
6 low air pressure deviation
7 Temperature change rate/5min
18 Electrician and electron product、
Electron measurement instrument、 Military equipment
(Environmental test) 1 Low temperature test Laboratory environmental test methods for military materiel-Part 4: Low temperature test
GJB 150.4A-2009 Accredited only for :Maximum workspace:
1.5 m3;
Temperature range:
(-70~180)℃
Environmental testing for Electric and electronic products-Part2:Test methods-Tests A:Cold
GB/T 2423.1-2008
2 High temperature test Laboratory environmental test methods for military materiel -Part 3: High temperature test
GJB 150.3A-2009
Environmental testing for Electric and electronic products-Part2:Test methods-TestsB:Dry heat
GB/T 2423.2-2008
18 Electrician and electron product、
Electron measurement instrument、 Military equipment
(Environmental test) 3 damp heat test Laboratory environmental test methods for military materiel-Part 9: damp heat test
GJB 150.9A-2009 Accredited only for :Maximum workspace:1.5 m3;
Temperature range:
(-70~180)℃;
Humidity range:
(10~98)%RH
Environmental testing for Electric and electronic products-Part2:Test methods-Tests Cb :Invariable damp heat test GB/T 2423.3-2006
Environmental testing for Electric and electronic products-Part2:Test methods-Tests Db :changeable damp heat test GB/T 2423.4-2008
19 Industry Pt thermal resistance 1 Permissible error Technical condition and graduation table of Industry Pt thermal resistance
JB/T 8622-1997
19 Industry Pt thermal resistance 2 Insulation Technical condition and graduation table of Industry Pt thermal resistance
JB/T 8622-1997
20 Industry glass- thermometer and laboratory thermometer 1 Temperature error Industry glass- thermometer and laboratory thermometer
JB/T 9262-1999
21 Analog input and digital Indicator control instrument in industrial process measurement and control system 1 Set point Analog input and digital Indicator control instrument in industrial process measurement and control system
JB/T 8386.1~.2-1996
2 Insulation
22 Piston Gauge (Pressure Gauge) 1 basic error General pressure gauge
GB/T 1226-2010
Accurate pressure gague
GB/T 1227-2010
2 hystersis error
3 zero error
4 distance after tapping
5 temperature effect
22 Piston Gauge (Pressure Gauge) 6 over-pressure General pressure gauge
GB/T 1226-2010
Accurate pressure gague
GB/T 1227-2010
7 cyclic pressure
8 Sealing of check instrument Piston-type manometers
JB/T 7393-1994
9 Verticality
10 Time duration
11 Descent velocity
12 Effective area
13 Discrimination threshold
14 Quality error
23 Pressure sensor (static and dynamic) 1 Repeatability error Test methods of the performances for pressure transducer/sensor
GB/T 15478-1995
2 Return error
3 Linear error
4 precision
5 Full-range output value
23 Pressure sensor (static and dynamic) 6 Minimum secondary linear equation Test methods of the performances for pressure transducer/sensor
GB/T 15478-1995
7 Amplitude ratio
8 Phase difference
24 Shock and vibration sensor 1 Reference sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 2 Frequency response Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 3 Amplitude linearity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 4 Lateral sensitivity ratio Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 5 Temperature sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 6 Magnetic sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
24 Shock and vibration sensor 7 Base strain sensitivity Primary Vibration Calibration by laser interferometry
GB/T 20485.11-2006;
Primary Shock Calibration by laser interferometry
GB/T 20485.13-2007
Methods for calibration of vibration and shock pick-ups. Testing of temperature response by comparison
GB/T 13823.16-1995;
Methods for the calibration of vibration and shock pick-ups Testing of transverse vibration sensitivity
GB/T 204853.31-2011;
Methods for the calibration of vibration and shock pick-ups. Testing of base strain sensitivity GB/T 13823.6-1992;
Methods for the calibration and the test of vibration and shock transducers GJB 3236-1998
25 Vibration measurer 1 Reference sensitivity of vibration measurer Vibration Calibration by Comparison to a Reference Tranducer
GB/T 20485.21-2007
2 Frequency response of vibration measurer
3 Amplitude linearity of vibration measurer
26 Standard of mass capacitance 1 Capacitance accuracy Standard capacitors
GB/T 9090-1988
Accredited only for below 1F
2 Accuracy of loss tangent
3 Voltage characteris–tics
4 Temperature coefficient
5 Humidity test General specification for electronic measuring instruments GB/T 6587-2012
6 Temperature test
26 Standard of mass capacitance 7 Vibration test General specification for electronic measuring instruments GB/T 6587-2012 Accredited only for below 1F
8 Transporta-tion test
27 Digital multi-meter 1 DC voltage Environmental tests program for electronic measuring instruments GB/T 15637-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 DC current
3 AC voltage
4 AC current
5 Resistance
6 Environmental & temperature tests
7 Safety test
8 Vibration test
28 Distortion measuring instrument 1 Appearance, electric and mechanical structure requirement General specification and test method for distortion measuring instrument
GB/T 15472-2012
2 Safety requirement
3 Insulation resistance
4 Leakage current
5 Voltage measurement
6 Inherent noise
7 Voltage measured range
8 Cited relative error of voltage measured
9 Frequency response characteristic
10 Input resistance
11 Input capacitance
28 Distortion measuring instrument 12 Wave-shape error General specification and test method for distortion measuring instrument
GB/T 15472-2012
13 Output monitor
14 Distortion measurement
15 Frequency range and error
16 Range of input voltage
17 Distortion Measured Range
18 Cited relative error of Distortion measured
19 Fundamental wave suppression characteristic
28 Distortion measuring instrument 20 Harmonic response characteristic General specification and test method for distortion measuring instrument
GB/T 15472-2012
21 Residual distortion
22 Input resistance
23 Input capacitance
24 Apparent power
29 Pulse signal source 1 Pulse repetition frequency (cycle) verification Specifications of pulse signal generators
GB/T 9317-2012
General specification for electronic measuring instruments
GB/T 6587-2012
2 Relay time verification
3 Pulse-width verification
4 Fore-/after- edge verification
29 Pulse signal source 5 Temperature and humidity test Specifications of pulse signal generators
GB/T 9317-2012
General specification for electronic measuring instruments
GB/T 6587-2012
6 Vibration & shock test
30 Pulse Voltmeter 1 Verification of input short circuit voltage (Uo) Measuring methods for electronic voltmeters
GB/T 12116–2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Input resistance verification
3 Pulse amplitude measurement verification
4 DC voltage stability verification
30 Pulse Voltmeter 5 Temperature and humidity test Measuring methods for electronic voltmeters
GB/T 12116–2012
General specification for electronic measuring instruments GB/T 6587-2012
6 Vibration & shock test
7 Transportation test
31 Phase Indicator
( digital, ultra-low frequency) 1 Phase measurement error Methods of measurement for medium and low frequency phase QJ 2941-1997
2 Amplitude phase characteristic
3 Sightless area
4 Temperature test General specification for electronic measuring instruments GB/T 6587-2012
5 Transportation test
32 Ultra-low frequency shifter 1 Max. output voltage Methods of measurement for medium and low frequency phase
QJ 2941-1997
2 Additional distortion after sine wave phase-shifting
3 Output noise
4 Output DC and zero shift
5 Temperature test General specification for electronic measuring instruments GB/T 6587-2012
6 Vibration & shock test
7 Transportation test
33 Universal counters 1 Visual inspection & normalness test Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Frequency measurement
3 Cycle measurement
4 Time interval measurement
5 Diurnal aging rate
6 Warm-up characteristic
7 Diurnal frequency variation
8 Frequency stability
9 Frequency restoration
10 Frequency accuracy
33 Universal counters 11 Safety test Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
34 Digital time interval measuring instrument 1 Visual inspection
and normal check Generic specification of frequency counters
GB/T 15151-2012
General specification for electronic measuring instruments GB/T 6587-2012
2 Inner crystal Oscillator inspection
3 Measurement error inspection
4 Safety test
35 Products and equipments for electrostatic protection (Wrist bands and table mats for electrostatic protection etc) 1 Electrostatic leaking resistance Test methods for electrostatic protection system in manufacturing electronic products
SJ/T 10694-2006
35 Products and equipments for electrostatic protection (Wrist bands and table mats for electrostatic protection etc) 2 Resistance between any two points Test methods for electrostatic protection system in manufacturing electronic products
SJ/T 10694-2006
3 Surface resistance
36 Optical system 1 Focal length Optical system-Determination of paramerters GB/T 10987-2009
2 Relative aperture
3 Magnification
4 Angle of field of view
5 Star test Image quality of Optical system-Methods of determination GB/T 11168-2009
6 Resolution
37 Optical plate 1 Curvature Radius Optical Plate JB/T 10568-2006
38 Optical crystal 1 Transmittance Measuring method for transmittance of optical crystal JB/T9495.3-1999
39 Determination of Physical Agents 1 Noise Measurement of Physical Agents in Workplace Part 8: Noise GBZ/T 189.8-2007
2 Ultra High Frequency Radiation Measurement of Physical Agents in Workplace Part 1:Ultra High Frequency Radiation GBZ/T 189.1-2007
3 High Frequency Electromagnetic Field Measurement of Physical Agents in Workplace Part 2: High Frequency Electromagnetic Field GBZ/T 189.2-2007
4 Microwave Radiation Measurement of Physical Agents in Workplace Part 5: Microwave Radiation GBZ/T 189.5-2007
5 Powe frequency Electric Field Measurement of Physical Agents in Workplace Part 3 owe frequency Electric Field GBZ/T 189.3-2007
39 Determination of Physical Agents 6 Industrial X-ray detection Radiological protection standards for industrial X-ray detection GBZ 117-2006
7 Industrial gamma defect detecting Radiological protection standards for industrial gamma defect detecting GBZ 132-2008
8 Heat Stress Measurement of Physical Agents in Workplace Part 7:Heat Stress GBZ/T 189.7-2007
9 Hand-transmitted Measurement of Physical Agents in Workplace Part 9: hand-transmitted GBZ/T 189.9-2007
10 Ultraviolet Radiation Measurement of Physical Agents in Workplace Part 6: Ultraviolet Radiation GBZ/T 189.6-2007
40 Compressed air 1 oil aerosol content Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
Compressed air-part 2: The test for oil aerosol content ISO 8573-2:2007(E)
40 Compressed air 1 oil aerosol content Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
2 solid particle content Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
Compressed air-part 4: The test forsolid particle content ISO 8573-4:2001(E)
Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
3 solid particle content by mass concentratio Compressed air-part 1:contaminants and purity classes GB/T13277.1-2008
40 Compressed air 3 solid particle content by mass concentratio Compressed air-part 8: The test forsolid particle content by mass concentration ISO 8573-8:2004(E)
4 Humidity Compressed air - Part 1:Contaminants and Purity Classes GB/T 13277.1-2008
Compressed air –Part 3: Test Methods for Measurement of Humidity ISO 8573-3 :1999(E)
Pressure range and quality of air supply for the industrial process measurement and control instruments GB/T4830-1984appendix A、B
41 airborne particles in clean room 1 Cleanness Code for design of clean room GB50073-2013 A3
The method for airborne particles in clean room of the pharmaceutical industry GBT 16292-2010
42 Forgings Plates
Bars
Welds 1 Ultrasonic testing Process for ultrasonic inspection of wrought aluminum alloy products GB/T6519-2000
Method for manual ultrasonic testing and classification of testing results for ferritic steel welds GB/T 11345-1989
Steel forgings - Method for ultrasonic testingGB/T 6402-2008
Forged and rolled steel bars - Method for ultrasonic testing GB/T 4162-2008 only contact method
Copper alloy bars - Ultrasonic testing method GB/T 3310-2010 only contact method
Inspection method for Lamb wave for metal sheets GJB 3384-1998
Thicker steel plates - Method for ultrasonic inspection
GB/T 2970-2004
42 Forgings Plates
Bars
Welds 1 Ultrasonic testing Metal plates - Flaw detection method by the ultrasonic plate wave GB/T 8651-2002
Method of ultrasonic inspection for wrought titanium and titanium alloy products GB/T 5193-2007 only contact method
43 Clean Rooms and Performance of HVAC 1 Cleanness Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
2 Airflow volume(Fresh air rate、Air changes) Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
43 Clean Rooms and Performance of HVAC 3 Static pressure difference Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
4 Noise Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
5 Section air flow velocity Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
43 Clean Rooms and Performance of HVAC 6 Temperature Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
7 Humidity Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
Code for construction and acceptance of clean room GB50591-2010
8 Water flux of air-conditioner Code of acceptance for construction quality of ventilation and air conditioning works GB50243-2002
43 Clean Rooms and Performance of HVAC 8 Water flux of air-conditioner Technical specification for test of heating &ventilating and air-conditioning engineering JGJ/T 260-2011
9 Illumination Code for construction and acceptance of clean room GB50591-2010
10 Surface electrostatic Code for construction and acceptance of clean room GB50591-2010
11 Vibration Code for construction and acceptance of clean room GB50591-2010
44 Determination of poisonous and hazardous matters in the air of workplace 1 Barium and its compounds Methods for determination of barium and its compounds in the air of workplace Dibromo-p-methyl-sulfonazo spectrophotometric method
GBZ/T 160.2-2004 4
44 Determination of poisonous and hazardous matters in the air of workplace 2 Cadmium and its compounds Methods for determination of cadmiun and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.5-2004
3 Chromium trioxide Methods for determination of chromium and its compounds in the air of workplace Disphenylarbohydrazide spectrophotometric method
GBZ/T 160.7-2004 4
4 Chromates
5 Dichromates
6 Copper and its compounds Methods for determination of copper and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.9-2004
44 Determination of poisonous and hazardous matters in the air of workplace 7 Lead dust(fume) Methods for determination of lead and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.10-2004 3
8 Manganese and its compounds Methods for determination of manganese and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.13-2004 3
9 Mercury and its compounds Methods for determination of mercury and its compounds in the air of workplace Cold-atomic absorption spectrometry GBZ/T 160.14-2004
44 Determination of poisonous and hazardous matters in the air of workplace 10 Molybdenum and its compounds Methods for determination of molybdenum and its compounds in the air of workplace Thiocyanate spectrophotometric method GBZ/T 160.15-2004 3
11 Nickel and its compounds Methods for determination of nickel and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.16-2004
12 Sodium hydroxide Methods for determination of sodium and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T 160.18-2004
44 Determination of poisonous and hazardous matters in the air of workplace 13 Strontium and its compounds Methods for determination of thallium and its compounds in the air of workplace Graphite furnace atomic absorption spectrometry method GBZ/T 160.21-2004
14 Thallium and its compounds Methods for determination of tin and its compounds in the air of workplace Graphite furnace atomic absorption spectrometry method GBZ/T 160.22-2004 3
15 Carbon monoxide Methods for determination of inorganic carbon compounds in the air of workplace Nondispersive infrared gas monitoring instrument
GBZ/T 160.28-2004 3
16 Carbon dioxide
44 Determination of poisonous and hazardous matters in the air of workplace 17 Nitrogen monoxide Methods for determination of inorganic nitrogen compounds in the air of workplace N(1-naphtye)-ethylenediamine dihydrochloride spectrophotometric method
GBZ/T 160.29-2004 3
18 Nitrogen dioxide
19 Ammonia Methods for determination of inorganic nitrogen compounds in the air of workplace Nesster's reagent spectrophotometry GBZ/T 160.29-2004 4
44 Determination of poisonous and hazardous matters in the air of workplace 20 Hydrogen cyanide Methods for determination of inorganic nitrogen compounds in the air of workplace Sodium isonicotinate-sodium barbiturate spectrophotometric method
GBZ/T 160.29-2004 5
21 Cyanides
44 Determination of poisonous and hazardous matters in the air of workplace 22 Phosphoric acid Methods for determination of inorganic phosphorus compounds in the air of workplace
Ammonium molybdate spectrophotometric method GBZ/T 160.30-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 23 Phosphoric acid Methods for determination of inorganic phosphorus compounds in the air of workplace
Ammonium molybdate spectrophotometric method GBZ/T 160.30-2004 3
24 Arsenic and its compounds(except arsine ) Methods for determination of arsenic and its compounds in the air of workplace Hydride reduction atomic absorption spectrometry
GBZ/T 160.31-2004 4
25 Ozone Methods for determination of oxides in the air of workplace Eugenol spectrophotometric method
GBZ/T 160.32-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 26 Sulfur dioxide Methods for determination of sulfides in the air of workplace Sulfur dioxide-Formaldehyde absorbing-pararosaniline spectrophotometry GBZ/T 160.33-2004 4
27 Sulfuric Methods for determination of sulfides in the air of workplace Ion chromatography GBZ/T 160.33-2004 5
28 Hydrogen sulfide Methods for determination of sulfides in the air of workplace Silver nitric acid colorimetry GBZ/T 160.33-2004 7
29 Hydrogen fluoride and fluoride Methods for determination of fluorides in the air of workplace Ion chromatography GBZ/T 160.36-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 30 Hydrogen fluoride Methods for determination of fluorides in the air of workplace Ion chromatography GBZ/T 160.36-2004 4
31 Chlorine Methods for determination of chlorides in the air of workplace Methyl orange spectrophotometric method
GBZ/T 160.37-2004 3
32 Hydrogen chloride and Hydrochloric acid Methods for determination of chlorides in the air of workplace Ion chromatography
GBZ/T 160.37-2004 4
33 Solvent gasolines Methods for determination of mixed hydrocarbons in the air of workplace Direct injection- gas chromatography GBZ/T 160.40-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 33 Solvent gasolines Methods for determination of mixed hydrocarbons in the air of workplace Thermal desorption - gas chromatography
GBZ/T 160.40-2004 4
34 Tatal hydrocarbons Methods for determination of mixed hydrocarbons in the air of workplace Thermal desorption - gas chromatography GBZ/T 160.40-2004 4
35 Benzene Methods for determination of aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.42-2007 3
36 Toluene
37 Xylene
38 Ethyl benzene
44 Determination of poisonous and hazardous matters in the air of workplace 39 Naphthalene Methods for determination of polycyclic aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.44-2004 3
40 Trichloromethane Methods for determination of Halogenated alkanes in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.45-2007 3
44 Determination of poisonous and hazardous matters in the air of workplace 41 Dichloroethylene Methods for determination of halogenated unsaturated hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.46-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 42 Chlorobenzene Methods for determination of halogenated aromatic hydrocarbons in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.47-2004 3
43 Methyl alcohol Methods for determination of alcohols in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.48-2007 3
Methods for determination of alcohols in the air of workplace Thermal desorption - gas chromatography GBZ/T 160.48-2007 4
44 Determination of poisonous and hazardous matters in the air of workplace 44 Phenol Methods for determination of phenols in the air of workplace 4-amino antipyrine spectrophotometric method GBZ/T 160.51-2007 4
45 Formaldehyde Methods for determination of aliphatic aldehydes in the air of workplace MBTH spectrophotometric method GBZ/T 160.54-2007 6
46 Acetone Methods for determination of aliphatic ketones in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.55-2007 3
47 Ethylene oxide Methods for determination of epoxy compounds in the air of workplace Direct injection- gas chromatography GBZ/T 160.58-2004 3
44 Determination of poisonous and hazardous matters in the air of workplace 48 Dimethyl formamide Methods for determination of amides in the air of workplace Solvent collection-gas chromatography GBZ/T 160.62-2004 3
49 Ethyl acetate Methods for determination of saturated aliphatic esters in the air of workplace No pump sampling—gas chromatography GBZ/T 160.63-2004 4
50 Dibutyl phthalate Methods for determination of aromatic esters in the air of workplace Solvent elution-gas chromatography GBZ/T 160.66-2004 4
44 Determination of poisonous and hazardous matters in the air of workplace 51 p-nitroaniline Methods for determination of aromatic amines in the air of workplace Ultraviolet spectrophotometry GBZ/T 160.72-2004 6
52 Nitrobenzene Methods for determination of aromatic nitro-compounds in the air of workplace N(1-naphtye)-ethylenediamine dihydrochloride spectrophotometric method
GBZ/T 160.74-2004 5
53 Respirable dust Determination of dust in the air of workplace-Part1:Respirable dust concentration GBZ/T 192.2-2007
54 Free silica in dust Determination of dust in the air of workplace-Part4:Content of free silica in dust GBZ/T 192.4-2007
44 Determination of poisonous and hazardous matters in the air of workplace 55 Total dust concentration Determination of dust in the air of workplace-Part1:Total dust concentration GBZ/T 192.1-2007
56 Nitric acid Methods for determination of acid in the air of workplace- Ion chromatography NIOSH 7903-1994
57 Deltamethrin Methods for determination of organic nitrogen pesticides in the air of workplace Solvent desorption-gas chromatography GBZ/T160.78-2007 3
Methods for determination of organic nitrogen pesticides in the air of workplace--high performace liquid chromatography GBZ/T160.78-2007 4
44 Determination of poisonous and hazardous matters in the air of workplace 58 Fenvalerate Methods for determination of pyrethriod pesticides in the air of workplace Solvent desorption-gas chromatography GBZ/T160.78-2007 3
59 Hexachlorocyclohexanne Methods for determination of organic nitrogen pesticides in the air of workplace-- Solvent desorption-gas chromatography GBZ/T160.77-2004
60 Kalium and its compounds Methods for determination of potassium and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.17-2004
44 Determination of poisonous and hazardous matters in the air of workplace 61 Zinc and its compounds Methods for determination of zinc and its compounds in the air of workplace Flame atomic absorption spectrometry GBZ/T160.25-2004 3
62 Ethyl acetate Methods for determination of saturated aliphatic esters in the air of workplace Solvent desorption- gas chromatography GBZ/T 160.63-2007 3
45 water and waste water 1 Chemical oxygen demand Water quality-Determination of the chemical oxygen
demand -fast digest-spectrophoto metric method HJ/T 399-2007
Water quality Determination of the chemical oxygen
demand Dichromate method GB/T 11914-1989
45 water and waste water 2 Biochemical oxygen demand after 5 days Water quality-Determination of biochemical oxygen demand after 5 days(BOD5)- Dilution and seeding method
HJ 505-2009
3 Suspended substance Water quality-Determination of suspended substance- Gravimetric method GB/T 11901-1989
4 Cyanide Water quality -Determination of Cyanide
Volumetric and Spectrophotometry method
HJ 484-2009 No test method 1、 3 、4
5 Ammonium-N Water quality-Determination of ammonium-Nessler’s reagent colorimetric method
HJ 535-2009
45 water and waste water 6 Volatile phenolic compounds Water quality-Determination of volatile phenolic compounds-After distillation by means of 4-AAP spectrophotometric method
HJ 503-2009
7 Chromium(Ⅵ) Water quality-Determination of chromium(Ⅵ) -1,5Diphenylcarbohydrazide spectrophotometric method
GB/T 7467-1987
8 Copper, zinc,lead and cadmium Water quality-Determination of copper, zinc, lead and cadmium-Atomic absorption spectrometry
GB/T 7475-1987
9 Nickel Water quality-Determination of nickel-Flame atomic absorption spectrometric method
GB/T 11912-1989
45 water and waste water 10 pH value Water quality-Determination of pH value-Glass electrode method
GB/T 6920-1986
11 Petroleum oil Water quality- Determination of petroleum oil,animal and vegetable oils—Infrared photometric methodHJ637-2012
12 Animal and vegetable oils
45 water and waste water 13 Beryllium Water quality -Determination of beryllium -Graphite furnace atomic absorption spectrometry HJ/T59-2000
14 Fluoride Water quality-Determination of fluoride-Ion selective electrode method GB/T 7484-1987
45 water and waste water 15 Total chromium Water quality -Determination of total chromium
the first method,Potassium permanganate oxidation-disphenylarbohydrazide spectrophotometric method
GB/T 7466-1987
16 Total phosphorus Water quality -Determination of total phosphorus Molybdenum-antimony anti-specrophotometric method GB/T 11893-1989
17 Total nitrogen Water quality -Determination of total nitrogen -Alkaline Potassiumm persulfate oxidation-UV spectrophotometric methodHJ636-2012
18 Permanganate index Water auality - Determination of permanganate index GB/T11892-1989
45 water and waste water 19 Dissolved oxygen Water auality - Determination of dissolved oxygen-Iodometric method GB/T7489-1987
20 Arsenic 《Monitoring and analyzing method for water and waste water》(the 4th edition aditional edition)SEPA(2006)Hydride generation atomic absorption spectrometry (B)3.4.3.(3)
21 Anionic synthetic detergent Water quality-Methylene blue spectrophotometric method
GB/T 7494-1987
22 Argentine Water quality- Determination of Argentine Flame atomic absorption spectrometric method GB/T 11907-1989
45 water and waste water 23 Water temperature Waterquality-Determinationofwatertemperature- Thermometer or reversing thermometer method GB/T 13195-1991
24 Colority Water quality Determination of colorityGB/T 11903-1989
25 Haziness turbidity Water quality Determination of turbidityGB/T 13200-1991
26 Total
hardness Water quality-- Determination of the sum of calcium and magnesium--EDTA titration method GB/T 7477-1987
27 Nitrate
nitrogen Water quality; Determination of nitrogen (nitrite); Spectrophotometric method GB/T7493-1987
28 Nitrate(count with nitrogen) Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
45 water and waste water 29 Remain chlorine and total chlorine 《Monitoring and analyzing method for water and waste water》(the 4th edition aditional edition)SEPA(2006)Iodometric method(C)3.2.5(1)
30 Sulfate Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
31 Iron, Manganese Water quality--
Determination of iron and manganese- Flame atomic absorption spectrometric method
GB/T 11911-1989
32 TDS Water quality-Determination of total salt-Gravimetric metod HJ/51-1999
33 Chlorine Water quality; Determination of inorganic anios Ion chromatography HJ/T84-2001
45 water and waste water 34 Sulfide Water quality-Determination of sulfide-Methylene blue spectrophotometric methodGB/T 16489-1996
35 Electrical conductivity Analysis of water used in boil and cooling system-Determination of electrical conductivity GB/T6908-2008
Water for analytical labboratory use Specification and test methods GB/T6682-2008
46 drinking water 1 Cadmium Standard examination methods for drinking water -metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 9.1
46 drinking water 2 Chromium(Ⅵ) Standards for drinking water quality—metal parameters Diphenylcarbohydrazide spectrophotometric method GB/T 5750.6-2006 10.1
3 Lead Standards for drinking water quality—metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 11.1
4 Cyanide Standard examination methods for drinking water —nonmetal parameters Isonicotinic acid-pyrazolidone spectrophotometric method GB/T 5750.5-2006 4.1
46 drinking water 5 Fluoride Standard examination methods for drinking water —nonmetal parameters
Ion chromatographyGB/T 5750.5-2006 3.2
6 Nitrate(count with nitrogen) Standard examination methods for drinking water —nonmetal parameters
Ion chromatography GB/T 5750.5-2006 3.2
7 Nitrite Standard examination methods for drinking water —nonmetal parameters Diazo coupled spectrophotometric method GB/T 5750.5-2006 10.1
46 drinking water 8 Ammonium-N Standard examination methods for drinking water —nonmetal parameters Nessler’s reagent colorimetric method GB/T 5750.5-2006 9.1
9 Colority Standard examination methods for drinking water —organoleptic and physical parameters
Platinum-cobalt standard colorimetric method GB/T 5750.4-2006 1.1
10 Turbidity Standard examination methods for drinking water —organoleptic and physical parameters Visible turbidimetric method GB/T 5750.4-2006 2.2
46 drinking water 11 Odour and smell Standard examination methods for drinking water —organoleptic and physical parameters
Smell and taste methodGB/T 5750.4-2006 3.1
12 Visibilities Standard examination methods for drinking water —organoleptic and physical parameters
Direct observe methodGB/T 5750.4-2006 4
13 pH Standard examination methods for drinking water —organoleptic and physical parameters
Glass electrode methodGB/T 5750.4-2006 5.1
46 drinking water 14 Iron Standard examination methods for drinking water —metal parameters
Atmoic absorption spectrophotometryGB/T5750.6-2006 2.1
15 Manganese Standard examination methods for drinking water —metal parameters
Atmoic absorption spectrophotometryGB/T 5750.6-2006 3.1
16 Copper Standard examination methods for drinking water —metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 4.1
46 drinking water 17 Zinc Standard examination methods for drinking water —metal parameters Atmoic absorption spectrophotometryGB/T 5750.6-2006 5.1
18 Chloride Standard examination methods for drinking water —nonmetal parameters Ion chromatography GB/T 5750.5-2006 2.1
19 Sulfate Standard examination methods for drinking water —nonmetal parameters Ion chromatography GB/T 5750.5-2006 5.3
46 drinking water 20 Total dissolved solids Standard examination methods for drinking water —organoleptic and physical parameters
Weighing method GB/T 5750.4-2006 8.1
21 Total rigidity Standard examination methods for drinking water —organoleptic and physical parameters
EDTA titrimetric method GB/T 5750.4-2006 7.1
22 Oxygen cosumption Standard examination methods for drinking water —aggregate organic parameters Acidic potassium permanganate titrimetric method GB/T 5750.7-2006 1.1
46 drinking water 23 Volatile phenolic compounds Standard examination methods for drinking water —organoleptic and physical parameters 4-AAP spectrophotometric methodGB/T 5750.4-2006 9.1
24 Anionic synthetic detergent Standard examination methods for drinking water —organoleptic and physical parameters Methylene blue spectrophotometric methodGB/T 5750.4-2006 10.1
25 Beryllium Standard examination methods for drinking water —metal parameters Non-flame atomic absorption spectrometric method GB/T 5750.6-2006 20.2
47 Indoor Air 1 Formaldehyde Examination methods for public places-Part 2:Chemical pollutants MBTH spectrophotometric method
GB/T 18204.2-2014 7.2
2 benzene,toluene, dimethyl benzene Standard method for hygienic examination of benzene,toluene and xylene in air of residential areas-Gas chromatography
GB 11737-1989
3 Indoor temperature Examination methods for public places-Part 1 hysical parameters
Air temperature GB/T 18204.1-2013 3.2
4 Relative humidity Examination methods for public places-Part 1 hysical parameters
Capacitance resstance method GB/T 18204.1-2013 4.3
47 Indoor Air 5 Indoor fresh air quantity Examination methods for public places-Part 1 hysical parameters
Tracer gas technique GB/T 18204.1-2013 6.1
6 Carbon monoxide Examination methods for public places-Part 2:Chemical pollutants
Non dispersive infrared analysis GB/T 18204.2-2014 3.1
7 Ammonia Ambient air and exhaust gas-Determination of ammonia—Nessler's reagent spetcrophotometry HJ 533-2009
47 Indoor Air 8 Radon Code for indoor environmental pollution control
of civil building engineering
GB 50325-2010 (2013) 6.0.6
47 Indoor Air 9 Pressure Examination methods for public places-Part 1 hysical parameters
Aneroid barometer GB/T 18204.1-2013 10
10 Indoor wind of speed Examination methods for public places-Part 1 hysical parameters
Electric anemometer GB/T 18204.1-2013 5
11 TVOC Code for indoor environmental pollution control
of civil building engineering
GB 50325-2010 (2013) 6.0.6 G
48 Ambient air and waste gas 1 Sulfur dioxide Ambient air-Determination of sulfur dioxide- Formaldegyde absorbing-pararosaniline spectrometryHJ 482-2009
48 Ambient air and waste gas 1 Sulfur dioxide 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007) Formaldegyde absorbing-pararosaniline spectrometry(B)5.3.1.(5)
Determination of sulfur dioxide from exhausted gas of stationary source Fixed-potential electrolysis method HJ/T 57-2000
2 Nitrogen oxides(nitrogen dioxide,nitric oxide ) Ambient air -determination of nitrogen oxides- N(1-naphtye)-
ethylenediamine dihydrchloride spectrophotometric method HJ 479-2009
48 Ambient air and waste gas 2 Nitrogen oxides(nitrogen dioxide,nitric oxide ) Stationary source emission- Determination of nitrogen oxid- N(1-naphtye)-Ethylenediamine dihydrchloride
spectrophotometric method HJ/T43-1999
Stationary source emission-Determination of nitrogen oxides-Fixed potential by electrolysis method HJ 693-2014
Ambient air-Determination of nitrogen dioxide-Saltzman method GB/T 15435-1995
3 Total suspended particulates Ambient air-Determination of total suspended particulates-Gravimetric method GB/T 15432-1995
48 Ambient air and waste gas 4 Benzene、toluene、dimethylbenzene Ambient quality-Determination of benzene and its analogies by activated charcoal adsorption carbon disulfide desorption and gas chromatography HJ 584-2010
Ambient air—Determination of benzene and its analogies using sorbent
adsorption thermal desorption and Gas Chromatography HJ 583-2010
5 Lead and compounds Ambient air-Determination of lead-Flame atomic absorption spectrophotometric method GB/T 15264-1994
Stationary source emission-Determination of lead-Flame atomic absorption spectrophotometric method HJ 685-2014
48 Ambient air and waste gas 6 Carbon monoxide Air quality—Determination of carbon monoxide —Non-disperisive infrared spectrometry GB/T 9801-1988
Stationary source emission - Determination of carbon monoxide- Non dispersive infraared absorption methodHJ/T44-1999
7 Beryllium 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Graphite furnace atomic absorption spectrometry (B)3.2.10(1)
48 Ambient air and waste gas 7 Beryllium Stationary source emission-Determination of beryllium-Graphite furnace atomic absorption spectrophotometric method HJ 684-2014
8 PM10 and PM2.5 Determination of atmospheric articles PM10 and PM2.5 in ambient air by gravimetric method HJ618-2011
9 Ammonia Air and exhaust gas —Determination of ammonia —Nessler’s reagent colorimetric method HJ 533-2009
10 Cuprum、Zinc、Cadmium、Manganese 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Atomic absorption spectrometric method 3.2.12
48 Ambient air and waste gas 11 Chromium(Ⅵ) 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Diphenylcarbohydrazide spectrophotometric method (B)3.2.8
12 Cooking fume Determination of sampling and analytical method for metallic cartridge fume absorption and infrared spectrophotometry Emission standard of cooking fume Appendix A of GB 18483-2001
13 Hydrogen chloride Ambient air and waste gas-Determination of hydrogen chloride -Ion chromatography HJ 549-2009
48 Ambient air and waste gas 14 Sulfureted hydrogen 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Hydride generation atomic absorption spectrometry (B)3.1.11(2)
《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)
Iodometric method(B)5.4.10(2)
15 Fluorides Ambient air-Determination of the mass concentration of fluoride-Method by filter sampling and fluorine ion-selective electrode analysis HJ 480-2009
48 Ambient air and waste gas 15 Fluorides Stationary source emission-Determination of the mass concentration of fluoride Fluoride ion specific electrode method HJ/T 67-2001
16 Smoke and dust Measurement method of smoke and dust emission from boilers GB/T 5468-1991
The determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source
GB/T 16157-1996
17 Backness of smoke plumes Measurement method of smoke and dust emission from boilers
GB/T 5468-1991
Stationary source emission-Determination of blackness of smoke plumes-Ringelmann smoke chart HJ/T 398-2007
48 Ambient air and waste gas 18 Velocity of flow and flux The determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source
GB/T 16157-1996
19 Chromate fog Stationary source emission-
Determination of chromate fog- Diphenyl carbazide spectrophotometric method
HJ/T 29-1999
20 Sulfate fog Stationary source emission-Determination of sulfuric acid mist-Ion chromatography HJ 544-2009
21 Hydrogen cyanide Stationary source emission- Determination of hydrogen cyanide-Iso-nicotinic-acid-3-methyl-1-phenyl-5-pyrazolone spectrometric method HJ/T 28-1999
48 Ambient air and waste gas 22 Chlorine Stationary source emission - Determination of chlorine - Methyl orange spectrophoto -metric method HJ/T 30-1999
23 Formaldehyde 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)MBTH spectrophotometric method(B)6.4.2.(2)
24 Phenols Stationary source emission - Determination of Phenols Spectrophotometric Determination ofphenolswith4-Amino-AntipyrineHJ/T33-1999
25 Nickel Stationary source emission - Determination of nickel Flame atomic absorption spectrophotometric methodHJ/T63.1-2001
48 Ambient air and waste gas 26 Nonmethane hydrocarbons Stationary source emission-Determination of
nonmethane hydrocarbons -Gas chromatography
HJ/T38-1999
27 Total hydrocarbon 《Monitoring and analyzing method for air and waste gas 》(the 4th edition aditional edition)SEPA(2007)Determination of hydrocarbons and nonmethane hydrocarbons menthod one (B)6.1.5(1)
49 Absorption gas cleaner for nidustrial emission 1 Partial items Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 Accredited only for nidustrial emission of absorpting sulfur dioxide、fluorides、nitrogen dioxid
49 Absorption gas cleaner for nidustrial emission 2 Work noise Industrial noisemeasurement specification GBJ122-1988
3 Press losing Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 3.3
4 Cleaner efficiency Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.7
5 Product pack General specifications for packing of mechanical and electrical product GB/T13384-2008
6 Plates Plates GB/T 13306-2011
49 Absorption gas cleaner for nidustrial emission 7 Pressuretightness Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.8
8 Pollutant discharge concentration Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.6
9 Safty request Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.3
10 Superficial temperature Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 A.2.3
49 Absorption gas cleaner for nidustrial emission 11 Cleaning equipment of stuffing Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.1.3
12 Regeneration treatment system and process of saturated absorption liquid Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.1.4
12 Quality of manufacture Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.1.1 and 4.1.2
14 Overhaul period Technical requirement for environmental protection product Absorption gas cleaner for nidustrial emission HJ/T387-2007 4.2.6
50 Adsorption gas cleaner for industrial emission 1 Partial items Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 Accredited only for nidustrial emission of
phenols、formaldehyde、Aniline、Nitrobenzene(mononitro- and dinitro-compound)、Benzene、Toluene、Xylene、Total hydrocarbon
2 Cleaner efficiency Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A7
3 Press losing Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 3.3
50 Adsorption gas cleaner for industrial emission 4 Pressuretightness Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A8
5 Pollutant discharge concentration Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A6
6 Superficial temperature Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 A2.3
7 Performance of sound and light alarm device Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 5.2
50 Adsorption gas cleaner for industrial emission 8 Break the pressure of explosion pressure relief device Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 5.3
9 Adsorbent Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.1.3
10 Regeneration treatment system and process of adsorbent Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.1.4
11 Quality of manufacture Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.1.1 and 4.1.2
50 Adsorption gas cleaner for industrial emission 12 Safty request Technical requirement for environmental protection product Adsorption gas cleaner for nidustrial emission HJ/T386-2007 4.3
13 Aniline Air quality-Determination of aniline-N-(1-naphthyl)ethylene diamine dihydrochloride spectrophotometric method GB/T 15502-1995
14 Nitrobenzene(mononitro- and dinitro-compound) Air quality-Determination of nitrobenzene(mononitro- and dinitro-compound)-Reduction by zinc-N-(1-Naphthyl)ethylene diamine dihydrochloride spectrophotometric method GB/T 15501-1995
50 Adsorption gas cleaner for industrial emission 15 Granular carbon adsorpt phenol Standard test method for granular carbon from coal-Determination of phenol adsorption GB/T 7702.8-2008
51 Noise and vibration 1 Industrial
enterprise noise Emisson standard for industrial enterprises noise at boundary GB 12348-2008
2 Urban area noise Environmental quality standard for noise GB 3096-2008
3 Environment noise for boundary of construction site Emission standard of environment noise for boundary of construction site GB 12523-2011
4 Community
noise Emission standard for community noise
GB 22337-2008
5 Aircraft noise Measurement of aircraft nosie around airport
GB/T 9661-1988
51 Noise and vibration 6 Railway noise Emission standards and measurement methods of railway noise on the boundary alongside railway line
GB 12525-1990
7 Vibration Measurement of environmental vibration of urban area
GB/T 10071-1988
52 Electromagneticradiation 1 Electric field intension,
Power density Guidline on Management of Radioactive Environmental Protection Electromagnetic Radiation Monitoring Instruments and Methods HJ/T 10.2-1996
2 Power frequency electric、magnetic field field Technical guidelines for environmental impact assessment of electric power transmission and distribution project HJ24-2014
Electromagnetic environmental monitoring method for AC electric power transmission and distribution project (on trial)HJ 681-2013
52 Electromagneticradiation 3 Radio interference Methods of measurement of radio interference from high voltage overhead power transmission line and substation GB/T 7439-2002
53 Environmental ionizing radiation 1 Gamma-radiation dose rate Technical criteria for radiation environmental monitoring HJ/T 61-2001
Norm for the measurement of environmental terrestrial gamma-radiation dose rate GB/T 14583-1993
Basic standards for protection against ionizing radiation and for the safety of radiation sources GB 18871-2002
54 Soil、Sediment 1 Copper Soil quality-- Determination of copper, zinc—Flame atomic absorption spectrophotometryGB/T 17138-1997
54 Soil、Sediment 2 pH Soil testing part2 : Determination of ph in soil
NY/T 1121.2-2006
Solid waste -Glass electrode test -Method of corrosivity GB/T15555.12-1995
solid waste-Exteaction procedure for leaching toxicity -Horrizontal vibration method HJ557-2010
55 Wet paint-mist filtrating equipment 1 All items Technical requirement for environmental protection product Wet paint-mist filtrating equipment HJ/T 388-2007
2 Paint-mist Determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gas of stationary source GB/T 16157-1996
55 Wet paint-mist filtrating equipment 3 Atomization performance Technical requirement for environmental protection product Wet paint-mist filtrating equipment HJ/T 388-2007
4 Pollutant discharge concentration Technical requirement for environmental protection product Wet paint-mist filtrating equipment HJ/T 388-2007 6.3.2
5 Basic dimensions and welding quality Engineering General conditions of welding technology JB/T5943-1991
6 Paint Engineering General technical requirements of coating JB/T5946-1991
56 Lubricant 1 Moisture content Light oil product moisture content measurement (coulometry) SH/T 0246-1992
2 Acid number Petroleum products-Determination of acid number
GB 264-1983
56 Lubricant 3 Viscosity Petroleum products-Determination of kinematic viscosity and calculation of dynamic viscosity
GB/T 265-1988
4 Clean degree Contamination test method of operating liquid for aviation Part 4 etermination of solid particle contamination level by automatic particle counting method GJB 380.4A-2004
Solid particle contamination classes for fluids of aviation
GJB 420B-2006
Hydraulic fluid power-Fluids-Method for coding the level of contamination by solid particles GB/T 14039-2002
56 Lubricant 5 Metal parameters Standard Test Method for Analysis of In-Service Lubricants Using Particular Four-Part Integrated Tester(Atomic Emission Spectroscopy,Infrared Spectroscopy,Viscosity,and Laser Particle Counter) ASTM D7417-2010
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:北京市丰台区南大红门路1号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 规范代号(含年号)名称 测量范围 扩展不确定度(k=2) 限制说明 备注
30 卡尺 长度 JJG 30-2012
通用卡尺检定规程
(0~3000)mm U =(7+13L)μm
L-m
JJG 31-2011
高度卡尺检定规程
(0~2000)mm U =(7+13L)μm
L-m
31 千分尺 长度 千分尺检定规程
JJG 21-2008 (0~500)mm U =(0.6+3L)μm
L-m
JJF1088-2002
外径千分尺(测量范围500~3000mm)校准规范 (500~3000)mm U =(3+4.8L)μm
L-m
31 千分尺 长度 JJG 22-2003
内径千分尺检定规程
(50~6000)mm U =(1+3.7L)μm
L-m
JJF 1411-2013
测量内尺寸千分尺校准规范
孔径千分尺 (2~200)mm
U=(0.9+5.2L)μm L-m
数显孔径千分尺
内测千分尺 (5~150)mm U =(1.0~1.8)μm
数显内测千分尺 (5~200)mm U =(0.9~2.0)μm
51 螺纹样板 长度 JJG60-2012
螺纹样板检定规程 P (0.4~6.0)mm
(4~48)牙/英寸 U=2.4μm
52 平板 平面度 JJG117-2013
平板检定规程
(160mm×100mm)~(400mm×400mm)
(400mm×400mm) U=(0.9~4.5)μm
(400mm×400mm)~(1600mm×1000mm)
(1600mm×1000mm)~(2500mm×1600mm)
52 平板 平面度 JJG117-2013
平板检定规程
(2500mm×1600mm)~(3500mm×2500mm)
(3500mm×2500mm)~
(5000mm×3000mm)
58 工作用贵金属热电偶 温度 JJG 141-2013
工作用贵金属热电偶检定规程 (300~1500)℃ U=(0.5~3.2)℃
69 热敏电阻,半导体等温度传感器 温度 JJF1379-2012
热敏电阻测温仪校准规范
(-50~200)℃ U=0.2℃
95 力矩扳子 扭矩 JJG 707-2014
扭矩扳子检定规程
(0.02~5000)Nm Urel=0.8%
97 拉力、压力和万能试验机 力值 拉力、压力和万能试验机检定规程 JJG 139-2014 10N~5MN Urel=0.35%
99 非金属拉力压力和万能试验机 力值 拉力、压力和万能试验机检定规程 JJG 139-2014 0.1N~5MN Urel=0.35%
102 金属洛氏 硬度计 硬度 JJG 112-2013
金属洛氏硬度计检定规程
(20~88)HRA U=0.5HRA
(20~95)HRB U=0.5HRB
(20~70)HRC U=0.5HRC
113 补偿式微压计 压力 补偿式微压计检定规程
JJG 158-2013 (-2.5~2.5)kPa Urel=0.05%
134 电荷放大器 电荷 JJG 338-2013
电荷放大器检定规程 (0~100000)pC
(0.1Hz~10Hz) U rel=0.5%
(10Hz~100kHz) U rel=0.2%
159 电子负载 电压 JJF 1462-2014
直流电子负载校准规范
(0.1~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
电流 (0.1~150)A Urel =1.2×10-4
167 矢量信号发生器 频率 JJG173-2003 信号发生器检定规程 5kHz~500MHz U=0.14Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
功率 (-20~20)dBm
100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
18GHz~26.5GHz U=0.29dB
26.5GHz~40GHz U=0.34dB
(20~30)dBm
100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
26.5GHz~40GHz U=0.49dB
调谐电平 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
167 矢量信号发生器 调谐电平 JJG173-2003 信号发生器检定规程 50dB U=0.05dB
(60~70)dB U=0.10dB
80dB
100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB
100kHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
调谐电平 110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
19.2GHz~31.15GHz U=0.95dB
频谱纯度 -80dBc
100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
167 矢量信号发生器 频谱纯度 JJG173-2003 信号发生器检定规程
-80dBc
6.6GHz~22GHz
26.8GHz~31.15GHz U=2.5dB
22GHz~26.8GHz
31.15GHz~40GHz U=3.2dB
167 矢量信号发生器 调幅 JJG173-2003 信号发生器检定规程 5%~99% 100kHz~10MHz,50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz,50Hz≤fm≤100kHz
Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz,50Hz≤fm≤100kHz
Urel= 5.2%
20%~99% Urel= 1.8%
5%~20% 26.5GHz~ 31.15GHz
50Hz≤fm≤100kHz
Urel= 7.9%
20%~99% Urel= 2.2%
5%~20% 31.15GHz~ 40GHz
50Hz≤fm≤100kHz
Urel= 30%
20%~99% Urel= 6.9%
167 矢量信号发生器 调频 JJG173-2003 信号发生器检定规程 10Hz~400kHz(β=频偏/调制速率)
10MHz~ 6.6GHz
β:0.2~0.45,50Hz≤fm≤200kHz Urel= 1.8%
10MHz~ 6.6GHz
β>0.45,50Hz≤fm≤200kHz Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8,50Hz≤fm≤200kHz Urel= 2.9%
6.6GHz~ 13.2GHz
β>8,50Hz≤fm≤200kHz Urel= 1.2%
13.2GHz~ 31.15GHz
β:0.2~16,50Hz≤fm≤200kHz Urel= 4.4%
调频 10Hz~400kHz(β=频偏/调制速率) 13.2GHz~ 31.15GHz
β>16,50Hz≤fm≤200kHz Urel= 1.2%
167 矢量信号发生器 调频 JJG173-2003 信号发生器检定规程 10Hz~400kHz(β=频偏/调制速率) 31.15GHz~ 40GHz
β:0.2~32,50Hz≤fm≤200kHz Urel= 9.8%
31.15GHz~ 40GHz,
β>32,50Hz≤fm≤200kHz Urel= 1.2%
调相 (0.3~0.7)rad 100kHz~ 6.6GHz,200Hz≤fm≤20kHz
Urel=3.5%
(0.7~400)rad Urel=1.2%
(0.6~2.0)rad (6.6~13.2)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(2.0~400)rad Urel=1.2%
(1.2~4.0)rad (13.2~ 26.5)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(4.0~400)rad Urel=1.2%
(1.3~4.0)rad (26.5~ 31.5)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(4.0~400)rad Urel=1.2%
167 矢量信号发生器 调相 JJG173-2003 信号发生器检定规程 (2.4~8.0)rad (31.5~40)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(8.0~400)rad Urel=1.2%
198 通用计数器 频率 JJG 349-2001
通用计数器检定规程
JJG841-2012
微波频率计数器检定规程 0.1Hz~30GHz Urel=1.0×10-9
208 离子色谱仪 检出限 JJG 823-2014
离子色谱仪检定规程 Clˉ 0.5~1000)μg/mL Urel=2%
Liˉ 0.2~1000)μg/mL
NO2- 1.0~1000)μg/mL
I- 0.5~1000)μg/mL
218 钢直尺 长度 钢直尺检定规程
JJG 1-1999 (0~2000)mm U=0.06mm
219 焊接检验尺 长度 焊接检验尺检定规程
JJG 704-2005 (0~60)mm U=0.02mm
220 带表卡规 长度 带表卡规校准规范
JJF 1253-2010 (5~100)mm
分度值0.005mm: U=0.005mm
分度值0.01mm: U=0.015mm
221 厚度表 长度 厚度表校准规范
JJF 1255-2010 (0~100)mm 分度值0.001mm: U=1.9μm
221 厚度表 长度 厚度表校准规范
JJF 1255-2010 (0~100)mm 分度值0.01mm: U=5μm
222 直角尺 长度 4直角尺检定规程
JJG7-200 H:(50~1000) mm U=1.5μm
223 方形角尺 长度 方形角尺检定规程
JJG1046-2008 H:(100~630) mm U=2.0μm
224 组合式角度尺 长度 组合式角度尺校准规范
JJF1132-2005 (0o~180o) U=3.2′
225 方箱 角度 方箱检定规程
JJG 194-2007 (0~300)mm U=3.2μm
226 平尺 平直度 平尺校准规范
JJF 1097-2003 (300~6300)mm U=(0.2+0.3L)μm
L-m
227 刮板细度计 长度 刮板细度计检定规程
JJG 905-2010 (0~150)μm U=0.5μm
228 标准圆棒 长度 光学仪器检具校准规范
Q/Dj 080-2015 (0~400)mm U=0.5μm
229 圆锥量规 角度 JJG 177-2003圆锥量规检定规程 莫氏、公制、7:24 U=10〞
230 激光扫描仪 长度 基于区域扫描的多视场光学3D测量系统
VDI_VDE 2634 2000mm×1500mm U=(10+1.5L)μm
231 生物显微镜 长度 生物显微镜校准规范
JJF1402-2013 (0~1)mm U=4μm
232 跳动检查仪 长度 JJF1109-2003 跳动检查仪校准规范 (0~500)mm U=3μm
233 工具显微镜 长度 工具显微镜检定规程
JJG 56-2000 (0~200)mm U =(0.6+1.6L)μm, L单位:m
234 钢筋保护层测量仪 长度 钢筋保护层、楼板厚度测量仪校准规范
JJF1224-2009 (15~136)mm U =0.5mm
235 直角尺检查仪 角度 直角尺检查仪校准规范
JJF1140-2006 (0~400)mm U =0.8μm
236 浊度计 浊度 JJG 880-2006
浊度计检定规程 NTU:0~400 Urel=5.0%
237 氨氮自动监测仪 浓度 JJG 631-2013
氨氮自动监测仪检定规程 (0.0~30.0)mg/L Urel =2.0%
238 硝酸盐氮自动监测仪 浓度 JJG 656-2013
硝酸盐氮自动监测仪检定规程 (1~100)mg/L Urel =2.0%
239 总磷总氮水质在线分析仪 浓度 JJG 1094-2013
总磷总氮水质在线分析仪检定规程 总磷(1~100)mg/L Urel =2.0%
总氮(1~100)mg/L
240 液相色谱仪 浓度 JJG705-2014
液相色谱仪检定规程 UV-VIS 1×10-10~1×10-7)g/mL Urel=5%
FLD 1×10-11~1×10-9)g/mL Urel=5%
RID 1×10-8~5×10-6)g/mL Urel=5%
241 一氧化碳、二氧化碳分析器 浓度 JJG 635-2011
一氧化碳、二氧化碳红外气体分析器检定规程 (0~100)% Urel=2.0%
242 电化学氧测定仪 浓度 JJG 365-2008
电化学氧测定仪检定规程 (0~100)% Urel=5.0%
243 矿用氧气检测报警器 浓度 JJG 1087-2013
矿用氧气检测报警器检定规程 (0~25)%(mol/mol) Urel=3.0%
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.1, Nandahongmen Road, Fengtai District, Beijing, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Title, Code of Calibration Method Range Uncertainty
(k=2) Limitation Note
30 Caliper Length JJG30-2012
V.R.of Current Calipers
(0~3000)mm U =(7+13L)μm
L-m
V.R.of Height Gauge
JJG31-2011 (0~2000)mm U =(7+13L)μm
L-m
31 Micrometer Length JJG21-2008
V.R.of Micrometer
(0~500)mm U =(0.6+3L)μm
L-m
C.S.for Micrometer with Measuring Range from 500mm to 3000mm
JJF 1088-2002 (500~3000)mm U =(3+4.8L)μm
L-m
JJG22-2003
V.R.of Internal Micrometers
(50~6000)mm U =(1+3.7L)μm
L-m
JJF 1411-2013
C.S.for Micrometer of Measuring Inside Dimension
Bore Diameter Measuring (2~200)mm
U=(0.9+5.2L)μm L-m
digital Bore Diameter Measuring
31 Micrometer Length JJF 1411-2013
C.S.for Micrometer of Measuring Inside Dimension
micrometer of measuring inside dimension (5~150)mm U =(1.0~1.8)μm
digital measuring inside dimension (5~200)mm U =(0.9~2.0)μm
51 Screw Thread Gauge Length JJG60-2012
Verification Regulation of Screw Thread Gauge
(P0.4~P6.0)mm,
(4~48)teeth/inch U=2.4μm
52 plates flatness JJG 117-2013
Verification Regulation of Plates
(160mm×100mm)~(400mm×400mm)
(400mm×400mm) U=(0.9~4.5)μm
(400mm×400mm)~(1600mm×1000mm)
(1600mm×1000mm)~(2500mm×1600mm)
(2500mm×1600mm)~(3500mm×2500mm)
(3500mm×2500mm)~
(5000mm×3000mm)
58 Working Noble Metal Thermocoupl es Tempera-ture JJG141-2013
V.R.of Working Noble Metal Thermocouples (300~1500)℃ U=(0.5~3.2)℃
69 Semiconductor Thermistor Thermometer Tempera-ture JJF 1379-2012
C.S.of Thermistor Thermometers (-50~200)℃ U=0.2℃
95 Wrench for Measurement of Torque Wrench JJG 707-2014
V.R.of Torque Wrenches
(0.02~5000)Nm Urel=0.8%
97 Universal Material Tension and Compression Testing Machine Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 10N~5MN Urel=0.35%
99 Tension Compression and Universal Testing Machine for Non-metallic Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 0.1N~5MN Urel=0.35%
102 Metallic Rockwell Hardness Testing Machine Hardness JJG 112-2013
V.R.of Metallic Rockwell Hardness Testers (20~88)HRA U=0.5HRA
(20~95)HRB U=0.5HRB
(20~70)HRC U=0.5HRC
113 Compensated Micro-manometer Pressure JJG 158-2013
V.R.of Compensated Micro-manometer
(-2.5~2.5)kPa Urel=0.05%
134 Charge Amplifier Charge JJG338-2013
V.R.of Charge Amplifier (0~100000)pC
0.1Hz~10Hz U rel=0.5%
10Hz~100kHz U rel=0.2%
159 Electronic Load voltage JJF 1462-2014
Calibration Specification for DC Electronic Loads (0.1~10)V Urel =5.8×10-6
(10~1000)V Urel =1.3×10-5
current (0.1~150)A Urel =1.2×10-4
167 Vector Generators Frequency Signal Generator
JJG173-2003 5kHz~500MHz U=0.14Hz~8.8Hz
0.5GHz~40GHz Urel=1.8×10-8
Power (-20~20)dBm
100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
18GHz~26.5GHz U=0.29dB
167 Vector Generators Power Signal Generator
JJG173-2003 (-20~20)dBm
26.5GHz~40GHz U=0.34dB
(20~30)dBm
100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
26.5GHz~40GHz U=0.49dB
Tune Level (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
Tune Level 80dB
100kHz~31.15GHz U=0.14dB
31.15GHz~40GHz U=0.19dB
90dB
100kHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.28dB
31.15GHz~40GHz U=0.70dB
Tune Level 100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~31.15GHz U=0.42dB
31.15GHz~40GHz U=1.1dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
19.2GHz~31.15GHz U=0.95dB
167 Vector Generators Spectrum Purity Signal Generator
JJG173-2003 -80dBc
100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~22GHz
26.8GHz~31.15GHz U=2.5dB
22GHz~26.8GHz
31.15GHz~40GHz U=3.2dB
167 Vector Generators AM Signal Generator
JJG173-2003 5%~99% 100kHz~10MHz,50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz,50Hz≤fm≤100kHz
Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz,50Hz≤fm≤100kHz
Urel= 5.2%
20%~99% Urel= 1.8%
5%~20% 26.5GHz~ 31.15GHz,50Hz≤fm≤100kHz
Urel= 7.9%
20%~99% Urel= 2.2%
5%~20% 31.15GHz~ 40GHz,50Hz≤fm≤100kHz
Urel= 30%
20%~99% Urel= 6.9%
FM 250Hz~400kHz(β=frequency deviation / modulation rate) 10MHz~ 6.6GHz
β:0.2~0.45,50Hz≤fm≤200kHz Urel= 1.8%
167 Vector Generators FM Signal Generator
JJG173-2003 250Hz~400kHz(β=frequency deviation / modulation rate) 10MHz~ 6.6GHz
β>0.45,50Hz≤fm≤200kHz Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8,50Hz≤fm≤200kHz Urel= 2.9%
6.6GHz~ 13.2GHz
β>8,50Hz≤fm≤200kHz Urel= 1.2%
13.2GHz~ 31.15GHz
β:0.2~16,50Hz≤fm≤200kHz Urel= 4.4%
13.2GHz~ 31.15GHz
β>16,50Hz≤fm≤200kHz Urel= 1.2%
31.15GHz~ 40GHz
β:0.2~32,50Hz≤fm≤200kHz Urel= 9.8%
31.15GHz~ 40GHz,
β>32,50Hz≤fm≤200kHz Urel= 1.2%
PM (0.3~0.7)rad 100kHz~ 6.6GHz,200Hz≤fm≤20kHz
Urel=3.5%
(0.7~400)rad Urel=1.2%
(0.6~2.0)rad (6.6~13.2)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(2.0~400)rad Urel=1.2%
167 Vector Generators PM Signal Generator
JJG173-2003 (1.2~4.0)rad (13.2~ 26.5)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(4.0~400)rad Urel=1.2%
(1.3~4.0)rad (26.5~ 31.5)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(4.0~400)rad Urel=1.2%
(2.4~8.0)rad (31.5~40)GHz,200Hz≤fm≤20kHz
Urel=3.5%
(8.0~400)rad Urel=1.2%
198 Universal Counters Frequency JJG349-2001
V.R.of Universal Counters
JJG841-2012
V.R.of Microwave Counters 0.1Hz~30GHz Urel=1.0×10-9
208 Ion Chromato-graph Detection Limits JJG 823-2014
V. R. of Ion Chromatograph Clˉ 0.5~1000)μg/mL Urel=2%
Liˉ 0.2~1000)μg/mL
NO2- 1.0~1000)μg/mL
I- 0.5~1000)μg/mL
218 Steel Rule Length JJG 1-1999
V.R. of Steel Rule
(0~2000)mm U=0.06mm
219 Callipers for Welding Inspection Length V.R. of Regulation of Callipers for Welding Inspection
JJG 704-2005 (0~60)mm U=0.02mm
220 Dial Snap Gauges Length JJF 1253-2010
C.S. for Dial Snap Gauges
(5~100)mm
scale division 0.005mm: U=0.005mm
scale division 0.01mm: U=0.015mm
221 Thickness Gauges Length JJF 1255-2010
C.S. for Thickness Gauges
(0~100)mm
scale division 0.001mm: U=1.9μm
scale division 0.01mm: U=5μm
222 Square Squareness JJG7-2004
V.R. of Regulation of Squares H:(50~1000) mm U=1.5μm
223 Square Gauge Squareness V.R. of Square Gauge
JJG1046-2008 H:(100~630) mm U=2.0μm
224 Combined Type Angle Rules Angle Angle Rules
JJF1132-2005
C.S. for Combined Type (0o~180o) U=3.2′
225 Box Plates Angle JJG 194-2007
V.R. of Box Plates (0~300)mm U=3.2μm
226 Straight Edges Comp-lanation JJF 1097-2003
C.S. for Straight Edges
(300~6300)mm U=(0.2+0.3L)μm
L-m
227 Fineness and Grind Gage Length V.R. of Fineness and Grind Gage
JJG 905-2010 (0~150)μm U=0.5μm
228 Standard Spar Length Optical Instrument Verification Tool
Q/Dj 080-2015 (0~400)mm U=0.5μm
229 Taper Gauges Angle V.R. of Taper Gauges
JJG 177-2003 Morse、Metric、7:24 U=10〞
230 Laser scaner Length VDI_VDE 2634
Optical 3D-measuring systems
Multiple view systems based on area scannin 2000mm×1500mm U=(10+1.5L)μm
231 Biological Microscopes Length JJF1402-2013
C.S. for Biological Microscopes (0~1)mm U=4μm
232 Concentricity Tester Length JJF1109-2003
C.S. for Concentricity Tester (0~500)mm U =0.003mm
233 Toolmaker's Microscope Length V.R. of Toolmaker's Microscope
JJG 56-2000 (0~200)mm U =(0.6+1.6L)μm, L单位:m
234 Reinforced Concrete Covermeter Tester Length JJF1224-2009
C.S. for Reinforced Concrete Covermeter and Floorslab Thickness Tester (15~136)mm U =0.5mm
235 Square Testers Angle JJF1140-2006
C.S. for Square Testers (0~400)mm U =0.8μm
236 Turbidity meters Turbidity JJG 880-2006
V.R of Turbidimeters NTU:0~400 Urel=5.0%(k=2)
237 Ammonia Analyzers Consistency JJG 631-2013
V.R of Ammonia -Nitrogen Automatic Analyzers (0.0~30.0)mg/L Urel =2.0% (k=2)
238 Nitrate-Nitrogen Automatic Monitor Consistency JJG 656-2013
V.R of Nitrate-Nitrogen Automatic Monitor (1~100)mg/L Urel =2.0% (k=2)
239 Water Quality On-line Analyzers of Total Phosphorus and Total Nitrogen Consistency JJG 1094-2013
V.R of Water Quality On-line Analyzers of Total Phosphorus and Total Nitrogen Total Phosphorus(1~100)mg/L Urel =2.0%(k=2)
Total Nitrogen(1~100)mg/L
240 Liquid chromatographs Detection Limits JJG 705-2014
V.R.of Liquid chromatographs UV-VIS 1×10-10~1×10-7)g/mL Urel=5%
FLD 1×10-11~1×10-9)g/mL Urel=5%
RID 1×10-8~5×10-6)g/mL Urel=5%
241 Carbon Monoxide
and Carbon
Dioxide Infrared
Gas Analyzer Concentration JJG 635-2011
Verification for
Carbon Monoxide
and Carbon
Dioxide Infrared
Gas Analyzer (0~100)% Urel=2.0%(k=2)
242 Electrochemical Oxygen Meter Concentration JJG 365-2008
Verification
Regulation of
Electro-chemical
Electrode Gas
Oxygen Analyzer (0.1~100) % Urel=5.0%(k=2)
243 Oxygen Alarm Detectors for Mining Concentration JJG 1087-2013
Verification Regulation of Oxygen Alarm Detectors for Mining (0~25)%(mol/mol) Urel=3.0%(k=2)
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:天津市和平区成都道116号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 电子电气产品有害物质 1 铅、汞、镉、铬、溴快速筛选 电子电气产品中限用物质铅、汞、铬、镉和溴的快速筛选 X射线荧光光谱法
GB/Z21277-2007
2 金属与合金 (钢铁及合金) 1 铝 钢铁及合金化学分析方法氟化钠分离-EDTA滴定法测定铝含量GB/T223.8-2000
钢铁及合金 铝含量的测定 铬天青S分光光度法
GB/T223.9-2008
钢铁及合金化学分析方法 铜铁试剂分离-铬天青S光度法测定铝含量
GB/T223.10-2000
2 铬 化学分析方法过硫酸铵氧化容量法测定铬量
GB/T223.11-1991
钢铁及合金化学分析方法 碳酸钠分离-二苯碳酰二肼光度法测定铬量
GB/T223.12-1991
3 钒 硫酸亚铁铵滴定法测定钒含量
GB/T223.13-2000
钢铁及合金化学分析方法火焰原子吸收光谱法测定钒量GB/T223.76-1994
4 钛 钢铁及合金化学分析方法变色酸光度法测定钛量
GB/T223.16-1991
钢铁及合金化学分析方法二安替比林用烷光度法测定钛量GB/T223.17-1989
2 金属与合金 (钢铁及合金) 5 铜 钢铁及合金化学分析方法硫代硫酸钠分离-碘量法测定铜量GB/T223.18-1994
钢铁及合金化学分析方法火焰原子吸收分光光度法测定铜量GB/T223.53-1987
6 钴 钢铁及合金化学分析方法 5-CI-PADAB分光光度法测定钴量GB/T223.21-1994
钢铁及合金化学分析方法 亚硝基R盐分光光度法测量钴量GB/T223.22-1994
钢铁及合金化学分析方法 火焰原子吸收光谱法测定钴量GB/T223.65-1988
7 镍 钢铁及合金 镍含量的测定 丁二酮肟分光光度法测定镍量
GB/T 223.23-2008
钢铁及合金化学分析方法 丁二酮肟重量法测定镍量
GB/T223.25-1994
8 钼 钢铁及合金 钼含量的测定 硫氰酸盐分光光度法测定钼量
GB/T 223.26-2008
钢铁及合金化学分析方法 α-安息香肟重量法测定钼量GB/T223.28-1989
2 金属与合金 (钢铁及合金) 9 铅 钢铁及合金 铅含量的测定 载体沉淀-二甲酚橙分光光度法GB/T 223.29-2008
10 砷 钢铁及合金 砷含量的测定 蒸馏分离-钼蓝分光光度法
GB/T 223.31-2008
钢铁及合金化学分析方法 次磷酸钠还原-碘量法测定砷量GB/T223.32-1994
11 镁 钢铁及合金化学分析方法 铜试剂分离-二甲苯胺蓝Ⅱ光度法测定镁量
GB/T 223.45-1994
钢铁及合金化学分析方法 火焰原子吸收光谱法测定镁量
GB/T 223.46-1989
2 金属与合金 (钢铁及合金) 12 锑 钢铁及合金化学分析方法:载体沉淀-钼蓝光度法测定锑量
GB/T 223.47-1994
13 铋 钢铁及合金化学分析方法 半二甲酚橙光度法测定铋量
GB/T 223.48-1985
14 锡 钢铁及合金化学分析方法:苯基荧光酮-溴化十六烷基三甲基胺直接光度法测定锡量
GB/T 223.50-1994
2 金属与合金 (钢铁及合金) 15 锌 钢铁及合金化学分析方法:5-Br-PADAP光度法测定锌量
GB 223.51-1987
16 硒 钢铁及合金化学分析方法 盐酸羟胺—碘量法测定硒量
GB/T 223.52-1987
17 硅 钢铁及合金化学分析方法高氯酸脱水重量法测定硅含量GB/T223.60-1997
钢铁 酸溶硅和全硅含量的测定 还原型硅钼酸盐分光光度法GB/T223.5-2008
18 磷 磷钼酸铵容量法测定磷量
GB/T223.61-1988
乙酸丁脂萃取光度法测定磷量
GB/T223.62-1988
钢铁及合金化学分析方法 二安替比林甲烷磷钼酸重量法测定磷量GB/T223.3-1988
钢铁及合金 磷含量的测定 铋磷钼蓝分光光度法和锑磷钼蓝分光光度法
GB/T223.59-2008
2 金属与合金 (钢铁及合金) 19 锰 钢铁及合金化学分析方法高碘酸钠(钾)光度测定锰含量GB/T223.63-1988
钢铁及合金 锰含量的测定 火焰原子吸收光谱法
GB/T 223.64-2008
钢铁及合金 锰含量的测定 电位滴定或可视滴定法
GB/T 223.4-2008
钢铁及合金化学分析方法 亚砷酸钠-亚硝酸钠滴定法测定锰量GB/T223.58-1987
20 钨 钢铁及合金化学分析方法:硫氰酸盐-盐酸氯丙嗪-三氯甲烷萃取光度法测定钨量
GB/T 223.66-1989
钢铁及合金 钨含量的测定 重量法和分光光度法
GB/T 223.43-2008
21 硫 钢铁 总碳硫含量的测定 高频感应炉燃烧后红外吸收法(常规方法)
GB/T20123-2006
22 碳 钢铁 总碳硫含量的测定 高频感应炉燃烧后红外吸收法(常规方法)
GB/T20123-2006
2 金属与合金 (钢铁及合金) 23 铁 钢铁及合金 铁含量的测定 邻二氮杂菲分光光度法
GB/T 223.70-2008
钢铁及合金 铁含量的测定 三氯化钛-重铬酸钾滴定法
GB/T223.73-2008
24 硼 钢铁及合金硼含量的测定甲醇蒸馏-姜黄素光度法
GB/T223.75-2008
钢铁及合金化学分析方法中和滴定法测定硼量
GB/T 223.6-1994
钢铁及合金化学分析方法:姜黄素直接光度法测定硼含量
GB/T 223.78-2000
25 钙 钢铁及合金化学分析方法火焰原子吸收光谱法测定钙量GB/T223.77-1994
3 金属与合金
(铝及铝合金) 1 铜 铝及铝合金化学分析方法 第3部分 铜含量的测定
GB/T20975.3-2008
3 金属与合金
(铝及铝合金) 2 铁 铝及铝合金化学分析方法 第4部分:铁含量的测定 邻二氮杂菲分光光度法
GB/T20975.4-2008
3 硅 铝及铝合金化学分析方法 第5部分 硅含量的测定
GB/T20975.5-2008
3 金属与合金
(铝及铝合金) 4 镉 铝及铝合金化学分析方法 第6部分:镉含量的测定 火焰原子吸收光谱法
GB/T20975.6-2008
5 锰 铝及铝合金化学分析方法 第7部分: 锰含量的测定 高碘酸钾分光光度法
GB/T20975.7-2008
6 锌 铝及铝合金分析方法 第8部分 锌含量的测定
GB/T20975.8-2008
7 锡 铝及铝合金分析方法 第10部分 锡含量的测定
GB/T20975.10-2008
8 铅 铝及铝合金化学分析方法 第11部分:铅含量的测定 火焰原子吸收光谱法
GB/T20975.11-2008
9 钛 铝及铝合金分析方法 第12部分 钛含量的测定
GB/T20975.12-2008
10 钒 铝及铝合金化学分析方法 第13部分: 钒含量的测定 苯甲酰苯胲分光光度法
GB/T20975.13-2008
11 镍 铝及铝合金分析方法 第14部分 镍含量的测定
GB/T20975.14-2008
3 金属与合金
(铝及铝合金) 12 镁 铝及铝合金分析方法 第16部分 镁含量的测定
GB/T20975.16-2008
13 铬 铝及铝合金分析方法 第18部分 铬含量的测定
GB/T20975.18-2008
14 钙 铝及铝合金化学分析方法 第21部分:钙含量的测定火焰原子吸收光谱法
GB/T20975.21-2008
15 锑 铝及铝合金化学分析方法 第23部分:锑含量的测定 碘化钾分光光度法
GB/T20975.23-2008
16 铁、铜、镁、锰、镓、钛、钒、铟、锡、铋、钙、铬、锌、镍、镉、锆、铍、铅、硼、硅、锶、锑 铝及铝合金化学分析方法第25部分:电感耦合等离子体原子发射光谱法
GB/T20975.25-2008
4 金属与合金
(铜及铜合金) 1 铜 铜及铜合金化学分析方法 第1部分 铜含量的测定
GB/T5121.1-2008
2 磷 铜及铜合金化学分析方法 第2部分 磷含量的测定
GB/T5121.2-2008
4 金属与合金
(铜及铜合金) 3 铅 铜及铜合金化学分析方法 第3部分 铅含量的测定
GB/T5121.3-2008
4 碳,硫 铜及铜合金化学分析方法 第4部分 碳硫含量的测定
GB/T5121.4-2008 只用方法一
5 镍 铜及铜合金化学分析方法 第5部分 镍含量的测定
GB/T5121.5-2008
6 铋 铜及铜合金化学分析方法 第6部分 铋含量的测定
GB/T5121.6-2008
7 砷 铜及铜合金化学分析方法 第7部分 砷含量的测定
GB/T5121.7-2008
4 金属与合金
(铜及铜合金) 8 铁 铜及铜合金化学分析方法 第9部分 铁含量的测定
GB/T5121.9-2008
9 锡 铜及铜合金化学分析方法 第10部分 锡含量的测定
GB/T5121.10-2008 不用方法一
10 锌 铜及铜合金化学分析方法 第11部分 锌含量的测定
GB/T5121.11-2008
11 锑 铜及铜合金化学分析方法 第12部分 锑含量的测定
GB/T5121.12-2008
12 铝 铜及铜合金化学分析方法 第13部分 铝含量的测定
GB/T5121.13-2008
4 金属与合金
(铜及铜合金) 13 锰 铜及铜合金化学分析方法 第14部分 锰含量的测定
GB/T5121.14-2008
14 钴 铜及铜合金化学分析方法 第15部分 钴含量的测定
GB/T5121.15-2008
15 铬 铜及铜合金化学分析方法 第16部分 铬含量的测定
GB/T5121.16-2008
16 镁 铜及铜合金化学分析方法 第18部分 镁含量的测定
GB/T5121.18-2008
17 银 铜及铜合金化学分析方法 第19部分 银含量的测定
GB/T5121.19-2008
18 钛 铜及铜合金化学分析方法 第21部分 钛含量的测定
GB/T5121.21-2008
19 镉 铜及铜合金化学分析方法 第22部分 镉含量的测定
GB/T5121.22-2008
20 硅 铜及铜合金化学分析方法 第23部分 硅含量的测定
GB/T5121.23-2008
4 金属与合金
(铜及铜合金) 21 磷、银、铋、锑、砷、铁、镍、铅、锡、硫、锌、锰、镉、硒、碲、铝、硅、钴、钛、镁、铍、锆、铬、硼、汞 铜及铜合金化学分析方法 第27部分 电感耦合等离子体原子发射光谱法
GB/T 5121.27-2008
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.116, Chengdu Road, Heping District, Tianjin, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Electrical and electronic products and their raw materials 1 Rapid screening of lead, mercury, chromium, cadmium and bromine Rapid screening of lead mercury chromium cadmium and bromine of regulated substances in electrical and electronic equipment-X-ray fluorescence spectrometry.
GB/Z 21277-2007
2 metal and alloy (iron steel and alloy) 1 Al Methods for chemical analysis of iron, steel and alloy-The sodium fluoride separation-EDTA titration method for the determination of aluminium content
GB/T223.8-2000
Iron steel and alloy - Determination of aluminium content - Chrom azurol S photometric method
GB/T223.9-2008
Methods for chemical analysis of iron, steel and alloy-The cupferron separation-chrome azurol S photometric method for the determination of aluminium content
GB/T223.10-2000
2 metal and alloy (iron steel and alloy) 2 Cr Methods for chemical analysis of iron,steel and alloy The ammonium persulfate oxidation volumetric method for the determination of chromium content
GB/T223.11-1991
Methods for chemical analysis of iron, steel and alloy The sodium carbonate separation-diphenyl carbazide photometric method for the determination of chromium content GB/T223.12-1991
2 metal and alloy (iron steel and alloy) 3 V Methods for chemical analysis of iron, steel and alloy-The ammonium ferrous sulfate titration method for the determination of vanadium content
GB/T223.13-2000
Methods for chemical analysis iron,steel and alloy The flame atomic absorption spectrometric method for the determination of vanadium content GB/T223.76-1994
GB/T223.76-1994
2 metal and alloy (iron steel and alloy) 4 Ti Methods for chemical analysis of iron, steel and alloy The chromotropic acid photometric method for the determination of titanium content
GB/T223.16-1991
Methods for chemical analysis of iron,steel andalloy The diantipyrylmethane photometric method for the determination of titanium content
GB/T223.17-1989
2 iron steel and alloy 5 Cu Methods for chemicalan alysis of iron,steel and alloy The sodium thiosulfate separation idimetric method for the determination of cupper content
GB/T223.18-1994
Methods for chemical analysis of iron,steel and alloy The flame atomic absorption spectrophotometric method for the determination of cupper content
GB/T223.53-1987
2 iron steel and alloy 6 Co Methods for chemicalan alysis of iron,steel and alloy The5-Cl-PADAB spectrophotometric method for the determination of cobalt content
GB/T223.21-1994
Methods for chemical analysis of iron ,steel and alloy.The nitroso-R-salt spectrophotometric method for the determination of cobalt content
GB/T223.22-1994
Methods for chemical analysis of iron, steel and alloy. The flame atomic absorption spectrometric method for the determination of cobalt content
GB/T 223.65-1988
2 iron steel and alloy 7 Ni Methods for chemical analysis of iron, steel and alloy.The dimethylglyoxime spectrophotometric method for the determination of nickel content
GB/T223.23-2008
Methods for chemical analysis of iron, steel and alloy.The dimethylglyoxime gravimetric method for the determination of nickel content
GB/T223.25-1994
2 iron steel and alloy 8 Mo Methods for chemical analysis of iron steel and alloy; The D-denzoinoxime gravimetric method for the determination of molybdenum content
GB 223.28-1989
Iron steel and alloy - Determination of molybdenum content - The thiocyanate spectrophotometric method
GB/T 223.26-2008
9 Pb Iron steel and alloy - Determination of lead content - Carrier precipitation-xylenol orange spectrophotometric method GB/T223.29-2008
2 iron steel and alloy 10 As Methods for chemical analysis of iron,steel and alloy The thiocyanate direct photometric method for the determination of arsenic content
GB/T223.31-2008
Methods for chemical analysis of iron,steel and alloy The hypophosphite reduction-iodimetric method for the determination of arsenic content
GB/T223.32-1994
2 iron steel and alloy 11 Mg Methods for chemical analysis of iron,steel and alloy—The cupral separation-xylidyl blue ;Ⅱ photometric method for the determination of magnesium content
GB/T223.45-1994
Methods for chemical analysis of iron,steel and alloy—The flame atomic absorption spectrometric method for the determination of magnesium content
GB/T223.46-1989
12 Sb Methods for chemical analysis of iron, steel and alloy The carrier precipitation-molybdenum blue potometric method for the derermination of antimony content
GB/T223.47-1994
2 iron steel and alloy 13 Bi Methods for chemical analysis of iron,steel and alloy The semixylenol orange photomentric method for the determination of bismuth content
GB/T223.48-1985
14 Sn Methods for chemical analysis of iron,steel and alloy Thephenylfluorone-CTMABdirect photometric method for the determination of tin content
GB/T223.50-1994
15 Zn Metnods for chemical analysis of iron ,steel and alloy GB223.51-1987
16 Se Methods for chemical analysis of iron,steel and alloy. The hydroxylamine hydrochloride-iodometric method for the determination of selenium content
GB/T223.52-1987
2 iron steel and alloy 17 Si Methods for chemical analysis of iron,steel and alloy The perchloric acid dehydration gravimetric method for the determination of silicon content
GB/T223.60-1997
Methods for chemical analysis of iron,steel and alloy The reduced molybdosilicate spectrophotometric method for the determination of acid-soluble silicon content
GB/T223.5-2008
2 iron steel and alloy 18 P Methods for chemical analysis of iron, steel and alloy; The ammonium phosphomolybdate volumetric method for the determination of phosphorus content
GB/T223.61-1988
Methods for chemical analysis of iron, steel and alloy; The butyl acetate extraction photometric method for the determination of phosphorus content
GB/T223.62-1988
Methods for chemical analysis of iron, steel and alloy; The diantipyrylmethane phosphomolybdate gravimetric method for the determination of phosphorus content
GB/T223.3-1988
Iron steel and alloy - Determination of phosphorus content - Bismuth phosphomolybdate blue spectrophotometric method and antimony phosphomolybdate blue spectrophotometric method
GB/T223.59-2008
2 metal and alloy (iron steel and alloy) 19 Mn Methods for chemical analysis of iron, steel and alloy; The sodium(potassium)periodate photometric method for the determination of manganese content
GB/T223.63-1988
Iron steel and alloyed - Determination of manganese content - Flame atomic absorption spectrometric method
GB/T223.64-2008
Alloyed steel - Determination of manganese content - Potentiometric or visual titration method
GB/T 223.4-2008
Methods for chemical analysis of iron,steel and alloy; The sodium arsenite-sodium nitrite titrimetric method for the determination of manganese content
GB 223.58-1987
2 metal and alloy (iron steel and alloy) 20 W Methodsforchemicalanalysisofiron,steelandalloy—Thethiocyanatechlorpromazinehydrochloride—chloroformextractionphotometricmethodforthedeterminationoftungstencontent
GB/T223.66-1989
Iron steel and alloy - Determination of tungsten content - Gravimetryc method and spectrophotometric method
GB/T223.43-2008
21 S Steel and iron—Determination of total carbon and sulfur content Infrared absorption method after combustion in an induction furnace(routine method)
GB/T20123—2006
2 metal and alloy (iron steel and alloy) 22 C Steel and iron—Determination of total carbon and sulfur content Infrared absorption method after combustion in an induction furnace(routine method)
GB/T20123—2006
23 Fe Iron,steel and alloy—Determination of iron contents—o-Phenanthroline spectrophotometric method
GB/T223.70-2008
Iron steel and alloy - Determination of iron contents - Titanium trichloride-potassium dichromate titration method GB/T223.73-2008
2 metal and alloy (iron steel and alloy) 24 B Iron steel and alloy - Determination of boron content - Methanol distillation-curcumin photometric method GB/T223.75-2008
Methods for chemical analysis of iron,steel and alloy The neutralization titrimetric method for the determination of boron content
GB/T223.6-1994
Hexagon socket set screws with cone point
GB/T223.78-2000
25 Ca Methods for chemical analysis of iron,steel and alloy The flame atomic absorprtion spectrometric method for the determination of calcium content GB/T223.77-1994
3 metal and alloy (Aluminum and aluminum alloy) 1 Cu Methods for chemical analysis of aluminium and aluminium alloys--Part 3 etermination of copper content GB/T20975.3-2008
2 Fe Methods for chemical analysis of aluminium and aluminium alloys - Part 4:Determination of iron content Orthopenanthroline photometric method
GB/T20975.4-2008
3 metal and alloy (Aluminum and aluminum alloy) 3 Si Methods for chemical analysis of aluminium and aluminium alloys. Part 5 etermination of silicon content GB/T20975.5-2008
3 metal and alloy (Aluminum and aluminum alloy) 4 Cd Methods for chemical analysis of aluminium and aluminium alloys - Part 6:Determination of cadmium content Flame atomic absorption spectrometric method
GB/T20975.6-2008
5 Mn Methods for chemical analysis of aluminium and aluminium alloys - Part 7:Determination of manganese content Potassium periodate spectrophotometric method GB/T20975.7-2008
6 Zn Methods for chemical analysis of aluminium and aluminium alloys--Part 8 etermination of zinc content
GB/T20975.8-2008
3 metal and alloy (Aluminum and aluminum alloy) 7 Sn Methods for chemical analysis of aluminium and aluminium alloys--Part 10 etermination of tin content GB/T20975.10-2008
8 Pb Methods for chemical analysis of aluminium and aluminium alloys - Part 11:Determination of lead content Flame atomic absorption spectrometric method
GB/T20975.11-2008
9 Ti Methods for chemical anlaysis of aluminium and aluminium alloys. Part 12 etermination of titanium content GB/T20975.12-2008
3 metal and alloy (Aluminum and aluminum alloy) 10 V Methods for chemical analysis of aluminium and aluminium alloys - Part 13:Determination of vanadium content N-benzoyl-Nphenylhydroxylamine spectrophotometric method GB/T20975.13-2008
11 Ni Methods for chemical analysis of aluminium and aluminium alloys - Part 14:Determination of nickel content GB/T20975.14-2008
12 Mg Methods for chemical analysis of aluminium and aluminium alloys - Part 16:Determination of magnesium GB/T20975.16-2008
3 metal and alloy (Aluminum and aluminum alloy) 13 Cr Methods for chemical analysis of aluminium and aluminium alloys - Part 18:Determination of chromium content GB/T20975.18-2008
14 Ca Methods for chemical analysis of aluminium and aluminium alloys - Part 21:Determination of calcium content Flame atomic absorption spectrometric method
GB/T20975.21-2008
15 Sb Methods for chemical analysis of aluminium and aluminium alloys - Part 23:Determination of antimony content Potassium iodide spectrophotometric method GB/T20975.23-2008
3 metal and alloy (Aluminum and aluminum alloy) 16 Fe,Cu,Mg,Mn,Ga,Ti,V,In,Sn,Bi,Ca,Cr,Zn,Ni,Cd,Zr,Be,Pb,B,Si,Sr,Sb Methods for chemical analysis of aluminium and aluminium alloys - Part 25:Inductively coupled plasma atomic emission spectrometric method
GB/T20975.25-2008
4 metal and alloy (copper and copper alloy) 1 Cu Methods for chemical analysis of copper and copper alloys-part1:Determination of copper content
GB/T5121.1-2008
2 P Methods for chemical analysis of copper and copper alloys-part2:Determination of phosphorus content
GB/T5121.2-2008
3 Pb Methods for chemical analysis of copper and copper alloys-part3:Determination of lead content
GB/T5121.3-2008
4 metal and alloy (copper and copper alloy) 4 C,S Methods for chemical analysis of copper and copper alloys-part4:Determination of carbon and sulfur content GB/T5121.4-2008 Accredited only for Method 1
5 Ni Methods for chemical analysis of copper and copper alloys-part5:Determination of nickel content
GB/T5121.5-2008
6 Bi Methods for chemical analysis of copper and copper alloys-part6:Determination of bismuth content
GB/T5121.6-2008
7 As Methods for chemical analysis of copper and copper alloys-part7:Determination of arsenic content
GB/T5121.7-2008
4 metal and alloy (copper and copper alloy) 8 Fe Methods for chemical analysis of copper and copper alloys-part9:Determination of iron content
GB/T5121.9-2008
9 Sn Methods for chemical analysis of copper and copper alloys-part10:Determination of tin content
GB/T5121.10-2008 Except for Method 1
10 Zn Methods for chemical analysis of copper and copper alloys-part11:Determination of zinc content
GB/T5121.11-2008
11 Sb Methods for chemical analysis of copper and copper alloys-part12:Determination of antimony content
GB/T5121.12-2008
4 metal and alloy (copper and copper alloy) 12 Al Methods for chemical analysis of copper and copper alloys-part13:Determination of aluminum content
GB/T5121.13-2008
13 Mn Methods for chemical analysis of copper and copper alloys-part14:Determination of manganese content
GB/T5121.14-2008
14 Co Methods for chemical analysis of copper and copper alloys-part15:Determination of cobalt content
GB/T5121.15-2008
15 Cr Methods for chemical analysis of copper and copper alloys-part16:Determination of chromium content
GB/T5121.16-2008
4 metal and alloy (copper and copper alloy) 16 Mg Methods for chemical analysis of copper and copper alloys-part18:Determination of magnesium content
GB/T5121.18-2008
17 Ag Methods for chemical analysis of copper and copper alloys-part19:Determination of copper content
GB/T5121.19-2008
18 Ti Methods for chemical analysis of copper and copper alloys-part21 etermination of titanium content
GB/T5121.21-2008
19 Cd Methods for chemical analysis of copper and copper alloys-part22 etermination of cadmium content
GB/T5121.22-2008
4 metal and alloy (copper and copper alloy) 20 Si Methods for chemical analysis of copper and copper alloys-part23:Determination of silicon content
GB/T5121.23-2008
4 metal and alloy (copper and copper alloy) 21 P,Ag,Bi,Sb,As,Fe,Ni,Pb,Sn,S,Zn,Mn,Cd,Se,Te,Al,Si,Co,Yi,Mg,Be,Zr,Cr,B,Hg Methods for chemical analysis of copper and copper alloys-part27:The inductirely coupled plasmaatomic emission spectromertric method
GB/T5121.27-2008
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:天津市东丽区空港经济区西八道9号
签发日期:2015年07月15日 有效期至:2017年02月25日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 赵兴亮 化学、力学、电磁学、无线电校准项目;几何量、热学检测和校准项目
2 刘增启 力学、电磁学、无线电校准项目;几何量、热学检测和校准项目
3 杨思凡 力学和无线电校准项目;热学检测和校准项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.9, Xibadao, Konggang Economic Zone, Dongli, Tianjin, China
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 ZhaoXingLiang Accredited Chemical 、 Dynamics,Electromagnetics,Radioelectronics Calibration Items;Geometric Quantities,Thermotics Testing and Calibration Items.
2 LiuZengQi Accredited Dynamics,Electromagnetics,Radioelectronics Calibration Items;Geometric Quantities,Thermotics Testing and Calibration Items.
3 YangSiFan Accredited Dynamics,Radioelectronics Calibration Items;Thermotics Testing and Calibration Items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:天津市东丽区空港经济区西八道9号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 机械零部件 1 形状位置公差 产品几何量技术规范(GPS)形状和位置公差 检测规定
GB/T 1958-2004 只测:范围(1000×800×700)mm
不测:轮廓度
2 V型架 1 平面度 V形块(架)机械行业标准
JB/T8047-2007
2 V型架 2 平行度 V形块(架)机械行业标准
JB/T8047-2007
3 盐雾试验设备 1 温度偏差 GB/T 5170.8-2008 电工电子产品环境试验设备
检验方法盐雾试验设备
2 温度波动度
3 温度均匀度
4 盐雾沉降率
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.9, Xibadao, Konggang Economic Zone, Dongli, Tianjin, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Mechanical accessory 1 Geometrical tolerancing Geometrical product Specification (GPS)-Geometrical tolerance-Verification prescription
GB/T 1958-2004 Only for :(1000×800×700)mm
Except for : profile tolerance
2 Vee blocks 1 Flatness Vee blocks JB/T8047-2007
2 parallelism
3 Salt spray
test equipment 1 Temperature deviation inspection method for environmental testing equipments for electric and electronic products--- Salt mist testing equipment
GB/T 5170.8-2008
2 Temperature stability
3 Temperature uniformity
4 salt settlement rate
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:天津市东丽区空港经济区西八道9号
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 规范代号(含年号)名称 测量范围 扩展不确定度(k=2) 限制说明 备注
1 圆柱螺纹量规 长度 圆柱螺纹量规校准规范JJF 1345-2012 内螺纹:(16~200)mm
外螺纹:(0~200)mm U=2μm
2 标准环规 长度 标准环规检定规程
JJG 894-1995 Φ (11~200)mm U=(0.7+6L) μm
L:m 只测:三等
3 光滑极限量规 长度 光滑极限量规检定规程JJG 343-2012 (0~320)mm U=(0.5~2.0) μm
4 卡尺 长度 通用卡尺检定规程
JJG 30-2012 (0~2000)mm U =(7+13L) μm
L:m
5 高度卡尺 长度 高度卡尺检定规程
JJG 31-2011 (0~2000)mm U =(7+13L) μm
L:m
6 千分尺 长度 千分尺检定规程
JJG 21-2008 (0~500)mm U =(0.6+3L) μm
L:m
7 内径千分尺 长度 内径千分尺检定规程JJG 22-2003 (50~3000)mm U =(1+3.7L)μm
L:m
8 深度千分尺 长度 深度千分尺检定规程JJG24-2003 (0~300)mm U=1.5μm
9 塞尺 长度 塞尺检定规程
JJG 62-2007 (0.02~0.10)mm U =1.8μm
(0.15~1)mm U =2.8μm
10 钢直尺 长度 钢直尺检定规程
JJG 1-1999 (0~2000)mm U=0.06mm
11 数显测高仪 长度 数显测高仪校准规范JJF1254-2010 (0~1000)mm U=(0.6+1.6L)μm
L:m
12 半径样板 长度 半径样板检定规程JJG58-2010 1mm≤R≤3mm U=5μm
3mm<R≤6m U=6μm
6mm<R≤18mm U=8μm
18mm<R≤25mm U=9μm
13 螺纹样板 长度 螺纹样板检定规程JJG60-2012 P (0.4~6.0)mm
(4~48)牙/英寸 U=2.4μm
14 投影仪 长度 投影仪校准规范
JJF 1093-2002 (0~200)mm U=(1.4+2.3L)μm
L:m
15 三坐标测量机 长度 坐标测量机校准规范JJF 1064-2010 (0~1000)mm U =(0.2+1.6L)μm
L:m
15 三坐标测量机 长度 坐标测量机校准规范JJF 1064-2010 (1000~3000)mm U =(0.3+1.5L) μm
L:m
16 百分表检定仪 长度 指示类量具检定仪检定规程JJG201-2008 (0~25)mm U =1.9μm
17 测长仪 长度 测长仪校准规范
JJF 1189-2008 (0~100)mm U =(0.2+1.6L)μm
L:m
18 测长机 长度 测长机校准规范
JJF 1066-2000 (0~1000)mm U=(0.2+1.6L)μm
L:m
19 大量程百分表 长度 大量程百分表检定规程JJG 379-2009 (0~50)mm U=(1.4+23L)μm
L:m
20 指示表 长度 指示表(指针式、数显式)检定规程
JJG 34-2008 (0~10)mm U=(1.4+23L)μm
L:m
21 杠杆表 长度 杠杆表检定规程
JJG 35-2006 (0~1)mm U=3.0μm
22 内径表 长度 内径表校准规范
JJF 1102-2003 (2~450)mm U=3.0μm
23 针规 长度 针规、三针校准规范JJF1027-2008 ≤Φ 10mm U=0.5μm 不测:圆度
24 超声波测厚仪 长度 超声波测厚仪校准规范JJF1126-2004 (10~245)mm U=0.01mm
25 测厚仪 长度 磁性、电涡流式覆层厚度测量仪检定规程JJG 818-2005 (18~1503)μm U=1.3 μm
26 光学计 长度 光学计检定规程
JJG 45-1999 (-100~+100)μm U=0.06μm
27 量块 长度 量块检定规程
JJG 146-2011 (0~100) mm U=(0.1+1L)μm
k=2.58 L:m
28 生物显微镜 长度 生物显微镜校准规范JJF1402-2013 (0~1)mm U=4 μm
29 万能角度尺 角度 万能角度尺检定规程JJG 33-2002 (0~360)° U = 1.2′
30 直角尺 角度 直角尺检定规程
JJG7-2004 H=(50~300)mm U=1.5μm
31 框式水平仪和条式水平仪 角度 框式水平仪和条式水平仪校准规范
JJF1084-2002 (-0.2~0.2)mm/m Urel =4%
32 触针式表面粗糙度测量仪 粗糙度 触针式表面粗糙度测量仪校准规范
JJF 1105-2003 Ra:(0.08~4.35)μm
Urel=5.4%~2.1%
33 平板 平面度 平板检定规程
JJG 117-2013 (160mm×100mm)~(400mm×400mm) U =0.9μm
(400mm×400mm)~(1600mm×1000mm) U =2.2μm
(1600mm×1000mm)~(2500mm×1600mm) U =2.9μm
(2500mm×1600mm)~(3500mm×2500mm) U =3.6μm
33 平板 平面度 平板检定规程
JJG 117-2013 (3500mm×2500mm)~(5000mm×3000mm) U =4.5μm
34 激光对中仪 长度 激光对中仪校准规范 Q/Dj090-2013 (-10~+10)mm U =2.2μm
35 平尺 直线度 平尺校准规范
JJF1097-2003 0~400mm U=0.9 μm
(400~1600)mm U=1.2 μm
(1600~2500)mm U=2.9 μm
36 方箱 平面度、垂直度 方箱检定规程
JJG194-2007 (100~400)mm U=3.2 μm
37 试验筛 长度 试验筛校准规范
JJF 1175-2007 (0.020~125)mm U=1.8 μm
38 影像测量仪 长度 影像测量仪校准规范JJF1318-2011 (0~200)mm U=(1.2+2L)μm
L:m 只测:尺寸误差
39 读数测量显微镜 长度 读数、测量显微镜检定规程JJG571-2004 (0~50)mm U=(2.0+3.4L)μm
L:m
40 圆度圆柱度测量仪 圆度 圆度、圆柱度测量仪检定规程JJG429-2000 Φ350mm U=0.03 μm
41 杠杆千分尺 长度 杠杆千分尺、杠杆卡规检定规程
JJG26-2001 (0~100)mm U=1.0 μm
42 扭簧比较仪 长度 扭簧比较仪检定规程JJG 118-2010 (-100~+100)μm U=0.2 μm
43 深度指示表 长度 深度指示表检定规程JJG830-2007 (0~300) mm U=2.3μm
44 厚度表 长度 厚度表校准规范JJF1255-2010 (0~30)mm U=5 μm
45 带表卡规 长度 带表卡规校准规范JJF1253-2010 (5~100)mm U=0.015mm
46 光学、数显分度头 角度 光学、数显分度头检定规程JJG57-1999 0~360° U=1"
47 刀口尺 直线度 刀口尺检定规程JJG63-2007 0~300mm U=0.4μm
(300~500)mm U=0.7μm
48 钢筋保护层、楼板厚度测量仪 长度 钢筋保护层、楼板厚度测量仪校准规范JJF1224-2009 (0~300)mm U=0.7mm
49 内测千分尺 长度 测量内尺寸千分尺校准规范JJF1411-2013 (0~100)mm U=1.5μm
(100~150)mm U=1.8μm
50 光栅式测微仪 长度 光栅式测微仪检定规程JJG989-2004 (0~100) mm U=0.39 μm
51 接触式干涉仪 长度 接触式干涉仪检定规程JJG101-2004 (-10~+10) μm U=0.013μm
52 偏摆、跳动检查仪 直线度 跳动检查仪校准规范JJF1109-2003 (0~400)mm U=2.6 μm
53 机械式比较仪 长度 机械式比较仪检定规程JJG39-2004 (-0.5~+0.5) mm U=0.2μm
54 焊接检验尺 长度 焊接检验尺检定规程JJG704-2005 (0~15)mm U=0.024mm
55 数字式指示调节仪 温度 JJG 617-1996
数字温度指示调节仪检定规程 热电阻:(-200~850)℃
U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
56 温度试验设备 温度 JJF1101-2003
环境试验设备温度、湿度校准规范 (-70~250) ℃ U=0.3℃
57 湿热试验设备 温度 JJF1101-2003
环境试验设备温度、湿度校准规范 (-70~250) ℃ U=0.3℃
湿度 (10~95) %RH U=1.0% RH
58 动圈式测温调节仪表 温度 JJG186-1997
动圈式温度指示位式调节仪表检定规程 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
59 工业过程测量记录仪 温度 JJG 74—2005
工业过程测量记录仪检定规程 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
60 辐射温度计 温度 JJG 856-1994
500℃以下工作用辐射温度计检定规程 (35~500)℃ U=(1.7~1.9)℃
61 工作用廉金属热电偶 温度 JJG 351-1996
工作用廉金属热电偶检定规程 (300~1100)℃ U=(0.8~1.3)℃
62 标准水银温度计 温度 JJG 161-2010
标准水银温度计检定规程 (-60~300)℃ U=0.04℃
63 工作用玻璃液体温度计 温度 JJG 130-2011
工作用玻璃液体温度计检定规程 (-60~300)℃ U=0.06℃
64 温度指示控制仪 温度 JJG 874-2007
温度指示控制仪检定规程 (-60~300)℃ U=0.2℃
65 高精度玻璃水银温度计 温度 JJG 130-2011 工作用玻璃液体温度计检定规程 (-60~300)℃ U=0.04℃
66 工业铂、铜热电阻 温度 JJG 229-2010
工业铂、铜热电阻检定规程 (-60~300)℃
0℃ :U=0.03℃
100℃ :U=0.05℃
67 温度变送器 温度 JJF 1183-2007
温度变送器校准规范 热电阻:(-200~850)℃ U=0.2℃
热电偶:(0~1600)℃ U=(0.2~0.5)℃
68 机械式温湿度计 温度 JJG 205-2005
机械式温湿度计检定规程 (10~30)℃ U=0.3℃
湿度 (30~90)%RH U=2.0%RH
69 表面温度计 温度 JJF1409-2013
表面温度计校准规范 (50~400)℃ U=0.5 ℃
70 金属洛氏硬度计 硬度 JJG112-2013
金属洛氏硬度计检定规程 (20~88)HRA U=0.6HRA
(20~95)HRB U=0.6HRB
(20~70)HRC U=0.6HRC
71 塑料洛氏硬度计 硬度 JJG884-1994
塑料洛氏硬度计检定规程 (70~100)HRE U=0.5HRE
(50~115)HRR U=0.6HRR
72 金属布氏硬度计 硬度 JJG150-2005
金属布氏硬度计检定规程 (98~400) HBW Urel=2.4%
73 金属维氏硬度计 硬度 JJG151-2006 金属维氏硬度计检定规程 (400~740)HV Urel=2.0%
74 金属表面洛氏硬度计 硬度 JJG112-2013
金属洛氏硬度计检定规程 (70~92)HR15N U=0.8HR
(42~80)HR30N U=0.8HR
(20~70)HR45N U=0.8HR
(43~76)HR30TW U=0.8HR
75 显微硬度计 硬度 JJG151-2006
金属维氏硬度计检定规程 (200~800) HV Urel=3.0%
76 里氏硬度计 硬度 JJG747-1999
里氏硬度计检定规程 529HLD,603HLD,776HLD U=5HL
77 力矩扳子 扭矩 JJG707-2014
扭矩扳子检定规程 (0.02~27000)N•m Urel=0.5%
78 拉力、压力和万能试验机
力值 JJG139-2014
拉力、压力和万能试验机检定规程 1N~1MN Urel=0.15%
79 电子式万能试验机 力值 JJG475-2008
电子式万能试验机检定规程 1N~1MN Urel=0.15%
80 非金属拉力、压力和万能试验机 力值 JJG139-2014
拉力、压力和万能试验机检定规程 1N~1MN Urel=0.15%
81 弹簧拉压试验机 力值 JJF1134-2005
专用工作测力机校准规范 0.1N~50kN Urel=0.15%
82 弹性元件式精密压力表、精密真空表 压力 JJG49-2013
弹性元件式精密压力表、精密真空表检定规程 (-0.1~100)MPa Urel=0.1%
83 弹性元件式一般压力表、真空表、压力真空表 压力 JJG 52-2013
弹性元件式一般压力表、压力真空表和真空表 (-0.1~100)MPa Urel=0.15%
84 压力变送器 压力 JJG 882-2004 压力变送器检定规程 (-0.1~100)MPa Urel=0.1%
85 数字压力计(表) 压力 JJG875-2005 数字压力计检定规程 (-0.1~100)MPa Urel=0.1%
86 电子天平 质量 JJG1036-2008
电子天平检定规程 1mg~30g U=(0.01~0.05)mg
(30~220)g U=(0.05~0.45)mg
220g~1kg U=(0.45~2.0)mg
(1~20)kg U=(2.0~120)mg
87 机械天平 质量 JJG98-2006
机械天平检定规程 1mg~20g U=(0.02~0.07)mg
(20~200)g U=(0.07~0.50)mg
200g~1kg U=(0.50~2.0)mg
(1~10)kg U=(2.0~30)mg
88 架盘天平 质量 JJG156-2004
架盘天平检定规程 (0~100)g U=(0.02~0.1)g
(100~200)g U=(0.1~0.2)g
(200~500)g U=(0.2~0.5)g
(500~1000)g U=(0.5~1.0)g
(1000~5000)g U=(1.0~2.5)g
89 模拟指示秤 质量 JJG13-1997
模拟指示秤检定规程 (1~200)g U=(0.5~3.0)g
(0.2~100)kg U=(3.0~16)g
89 模拟指示秤 质量 JJG13-1997
模拟指示秤检定规程 100kg~2t U=(16~100)g
90 非自行指示秤 质量 JJG14-1997
非自行指示秤检定规程 (1~200)g U=(0.1~3.0)g
(0.2~100)kg U=(3.0~10)g
100kg~2.5t U=(10~150)g
91 数字指示秤 质量 JJG539-1997
数字指示秤检定规程 1mg~200g U=(0.02~3.0)mg
200g~10kg U=(3.0~60)mg
(10~60)kg U=60mg~1.0g
(60~300)kg U=(1.0~5.0)g
300kg~2.5t U=(5.0~30)g
92 工作测力仪 力值 JJG455-2000
工作测力仪检定规程 0.1N~5kN Urel=0.15%
93 扭矩扳子检定仪 扭矩 JJG797-2013
扭矩扳子检定仪检定规程 (0~2000)N•m Urel=0.1%
94 涡轮流量计 流量 JJG1037-2008
涡轮流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25% 标准表法
94 涡轮流量计 流量 JJG1037-2008
涡轮流量计检定规程 DN25:(2.7~9.1)m3/h
标准表法
DN50:(8.0~35)m3/h
95 科里奥利质量流量计 流量 JJG1038-2008
科里奥利质量流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
标准表法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
96 电磁流量计 流量 JJG1033-2007
电磁流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
标准表法
DN25:(2.7~9.1)m3/h
96 电磁流量计 流量 JJG1033-2007
电磁流量计检定规程 DN50:(8.0~35)m3/h Urel=0.25%
标准表法
97 质量流量计 流量 JJG 897-1995
质量流量计检定规程 DN15:(0.006~3.6)m3/h Urel=0.06%
质量法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
标准表法
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
98 数字多用表 直流电压 JJG 315-1983直流数字电压表试行检定规程 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1000)V U=1.1×10-5Vx+0.5mV
直流电流 JJG598-1989直流数字电流表试行检定规程 (22~220)μA U=5.9×10-5Ix+8nA
(0.22~2.2)mA U=5.9×10-5Ix+8nA
98 数字多用表 直流电流 JJG598-1989直流数字电流表试行检定规程 (2.2~22)mA U=5.9×10-5Ix+80nA
(22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×10-4Ix+0.48mA
交流电压 JJG(航天)34-1999交流数字电压表检定规程 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程
(2.2~22)mV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
(0.22~2.2)V
300kHz~500kHz U=1.2×10-3Vx+350μV
500kHz~1MHz U=2.6×10-3Vx+850μV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程 (2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程 (2.2~22)V
50kHz~100kHz U=2.9×10-4Vx+350μV
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
40Hz~20kHz U=9.3×10-5Vx+0.8mV
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1000)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
98 数字多用表 交流电压 JJG(航天)34-1999交流数字电压表检定规程
(220~1000)V
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
交流电流 JJG(航天)35-1999交流数字电流表检定规程 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
(2.2~22)mA
10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
98 数字多用表 交流电流 JJG(航天)35-1999交流数字电流表检定规程 (22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
(2.2~11)A
40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
5kHz~10kHz U=4.2×10-3Ix+750μA
电阻 JJG724-1991直流数字式欧姆表检定规程 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
98 数字多用表 电阻 JJG724-1991直流数字式欧姆表检定规程 100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
98 数字多用表 电阻 JJG724-1991直流数字式欧姆表检定规程 1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
99 直流数字电压表 直流电压 JJG 315-1983直流数字电压表试行检定规程 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1100)V U=1.1×10-5Vx+0.5mV
100 直流数字电流表 直流电流 JJG598-1989直流数字电流表试行检定规程 (22~220)μA U=5.9×10-5Ix+8nA
(0.22~2.2)mA U=5.9×10-5Ix+8nA
(2.2~22)mA U=5.9×10-5Ix+80nA
100 直流数字电流表 直流电流 JJG598-1989直流数字电流表试行检定规程 (22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×10-4Ix+0.48mA
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz-500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
(2.2~22)mV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
300kHz~500kHz U=2.0×10-3Vx+25μV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (2.2~22)mV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (22~220)mV 500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
300kHz~500kHz U=1.2×10-3Vx+350μV
500kHz~1MHz U=2.6×10-3Vx+850μV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程 (2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
50kHz~100kHz U=2.9×10-4Vx+350μV
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
40Hz~20kHz U=9.3×10-5Vx+0.8mV
(22~220)V
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
101 交流数字电压表 交流电压 JJG (航天)34-1999
交流数字电压表检定规程
(220~1100)V
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
102 交流数字电流表 交流电流 JJG (航天)35-1999
交流数字电流表检定规程 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
(10~220)μA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
(2.2~22)mA
10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
102 交流数字电流表 交流电流 JJG (航天)35-1999
交流数字电流表检定规程 (22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
102 交流数字电流表 交流电流 JJG (航天)35-1999
交流数字电流表检定规程 (22~220)mA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
(2.2~11)A
40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
5kHz~10kHz U=4.2×10-3Ix+750μA
103 直流数字欧姆表 电阻 JJG 724-1991
直流数字式欧姆表检定规程 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
103 直流数字欧姆表 电阻 JJG 724-1991
直流数字式欧姆表检定规程 1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
104 多功能标准源 直流电压 JJG 445-1986
直流标准电压源检定规程 (0~100)mV U=0.0011%Vx+0.3μV
(0.1~1)V U=0.001%Vx+0.3μV
(1~10)V U=0.001%Vx+0.5μV
(10~100)V U=0.0012%Vx+30μV
(100~1000)V U=0.0012%Vx+100μV
交流电压 JJG(航天)2-1999 交流标准电压源检定规程 (10~100)mV
1 Hz~40 Hz U=0.032%Vx+30μV
40 Hz~1k Hz U=0.022%Vx+11μV
1k Hz~20k Hz U=0.033%Vx+11μV
104 多功能标准源 交流电压 JJG(航天)2-1999 交流标准电压源检定规程
(10~100)mV
20k Hz~50k Hz U=0.12%Vx+11μV
50kHz~100 kHz U=0.54%Vx+11μV
100 kHz~300 kHz U=4.1%Vx+20μV
(0.1~1)V
1 Hz~40 Hz U=0.0072%Vx+40μV
40 Hz~1k Hz U=0.0072%Vx+20μV
1k Hz~20k Hz U=0.015%Vx+20μV
20k Hz~50k Hz U=0.032%Vx+20μV
50kHz~100 kHz U=0.081%Vx+20μV
100 kHz~300 kHz U=0.33%Vx+100μV
300 kHz~1MHz U=1.1%Vx+10mV
1MHz~2MHz U=1.6%Vx+20mV
(1~10)V
1 Hz~40 Hz U=0.008%Vx+0.4mV
40 Hz~1k Hz U=0.008%Vx+0.2mV
1k Hz~20k Hz U=0.014%Vx+0.2mV
104 多功能标准源 交流电压 JJG(航天)2-1999 交流标准电压源检定规程 (1~10)V
20k Hz~50k Hz U=0.032%Vx+0.2mV
50kHz~100 kHz U=0.09%Vx+0.2mV
100 kHz~300 kHz U=0.35%Vx+1mV
104 多功能标准源 交流电压 JJG(航天)2-1999 交流标准电压源检定规程
(1~10)V
300 kHz~1MHz U=1.2%Vx+1mV
1MHz~2MHz U=1.6%Vx+1mV
(10~100)V
1 Hz~40 Hz U=0.03%Vx+4mV
40 Hz~1k Hz U=0.02%Vx+2mV
1k Hz~20k Hz U=0.02%Vx+2mV
20k Hz~50k Hz U=0.035%Vx+2mV
50kHz~100 kHz U=0.13%Vx+2mV
100 kHz~300 kHz U=0.5%Vx+10mV
300 kHz~1MHz U=1.6%Vx+10mV
(100~1000)V
1 Hz~40 Hz U=0.05%Vx+40mV
40 Hz~1k Hz U=0.06%Vx+20mV
1k Hz~20k Hz U=0.08%Vx+20mV
20k Hz~50k Hz U=0.14%Vx+20mV
50kHz~100 kHz U=0.32%Vx+20mV
直流电流 JJG (航天)38-1987
直流标准电流源检定规程 (0~100)nA U=0.004%Ix+0.04nA
(0.1~1)μA U=0.003%Ix+0.04nA
(1~10)μA U=0.003%Ix+0.1nA
(10~100)μA U=0.003%Ix+0.8nA
104 多功能标准源 直流电流 JJG (航天)38-1987
直流标准电流源检定规程 (0.1~1)mA U=0.003%Ix+5nA
(1~10)mA U=0.003%Ix+50nA
(10~100)mA U=0.0036%Ix+0.5μA
(0.1~1)A U=0.012%Ix+10μA
交流电流 JJG (航天)51-1999
交流标准电流源检定规程 (1~100)μA
10 Hz~20 Hz U=0.43%Ix+ 30 nA
20 Hz~45Hz U=0.16%Ix+ 30 nA
45Hz~100Hz U=0.07%Ix+30 nA
100Hz~5kHz U=0.07%Ix+ 30 nA
(0.1~1)mA
10 Hz~20 Hz U=0.42%Ix+ 0.2 μA
20 Hz~45Hz U=0.16%Ix+ 0.2 μA
45Hz~100Hz U=0.065%Ix+ 0.2 μA
100Hz~5kHz U=0.04%Ix+ 0.2 μA
5kHz~20kHz U=0.07%Ix+ 0.2 μA
20kHz~50kHz U=0.42%Ix+ 0.4 μA
50kHz~100kHz U=0.56%Ix+ 1.5 μA
(1~10)mA
10 Hz~20 Hz U=0.42%Ix+ 2 μA
20 Hz~45Hz U=0.16%Ix+ 2 μA
45Hz~100Hz U=0.07%Ix+ 2 μA
104 多功能标准源 交流电流 JJG (航天)51-1999
交流标准电流源检定规程
(1~10)mA
100Hz~5kHz U=0.04%Ix+ 2 μA
5kHz~20kHz U=0.08%Ix+ 2 μA
20kHz~50kHz U=0.42%Ix+ 4 μA
50kHz~100kHz U=0.56%Ix+ 15 μA
(10~100)mA
10 Hz~20 Hz U=0.42%Ix+ 20 μA
20 Hz~45Hz U=0.16%Ix+ 20 μA
45Hz~100Hz U=0.07%Ix+ 20 μA
104 多功能标准源 交流电流 JJG (航天)51-1999
交流标准电流源检定规程 (10~100)mA
100Hz~5kHz U=0.05%Ix+ 20 μA
5kHz~20kHz U=0.08%Ix+ 20 μA
20kHz~50kHz U=0.42%Ix+40 μA
50kHz~100kHz U=0.6%Ix+ 150 μA
(0.1~1)A
10 Hz~20 Hz U=0.45%Ix+ 0.2 mA
20 Hz~45Hz U=0.17%Ix+ 0.2 mA
45Hz~100Hz U=0.09%Ix+ 0.2 mA
100Hz~5kHz U=0.12%Ix+0.2 mA
5kHz~20kHz U=0.33%Ix+0.2 mA
20kHz~50kHz U=1%Ix+0.4 mA
电阻 JJG 166-1993
直流电阻器检定规程 (1~10)Ω U=0.0016%Rx+50 μΩ
104 多功能标准源 电阻 JJG 166-1993
直流电阻器检定规程 (10~100)Ω U=0.0013%Rx+0.5mΩ
(0.1~1)kΩ U=0.002%Rx+0.5mΩ
(1~10)kΩ U=0.002%Rx+5Ω
(10~100)kΩ U=0.002%Rx+50Ω
(0.1~1)MΩ U=0.0016%Rx+2Ω
(1~10)MΩ U=0.006%Rx+0.1kΩ
(10~100)MΩ U=0.052%Rx+1kΩ
(0.1~1)GΩ U=0.51%Rx+10kΩ
105 钳形电流表 直流电流 JJF 1075-2001
钳形表校准规范 ±(10~500)A Urel=0.5%
交流电流 (10~500)A 45Hz~400Hz Urel=0.6%
106 直流稳压电源 电压 JJG (航天) 6-1999
直流稳压电源检定规程 (0~10)V Urel=1.2×10-4
(10~1000)V Urel=1.2×10-4
电压调整率 (0.001~1)% Urel=1.5×10-4
负载调整率 (0.001~1)% Urel=1.1×10-4
电流 (0~25)A Urel=1.2×10-4
纹波电压 0.5mV~100mV Urel=8.2×10-2
107 交流稳压电源 交流电压 QJ3233-2005
交流稳压电源稳态特性校准规范
10mV~1000V Urel =2.8×10-4
107 交流稳压电源 电源调整率 QJ3233-2005
交流稳压电源稳态特性校准规范
(0.001~5)% Urel=4.9×10-4
负载调整率 (0.001~5)% Urel=4.0×10-4
失真 (0~100)% Urel=12%
频率 10Hz~400Hz Urel=1.2×10-4
108 耐压试验仪 电压 JJG 795-2004
耐电压测试仪检定规程 直流:≤15kV Urel=5.7×10-3
交流:≤15kV Urel=8.0×10-3
漏电流 直流:(0~20)mA Urel=5.7×10-3
交流:(0~20)mA Urel=8.0×10-3
时间 1s~15min U=0.1s
109 泄漏电流测试仪 直流电压 JJG 843-2007《泄漏电流测试仪检定规程》 (0~1100)V U=0.2 %Vx + 550mV
交流电压 (0~1100)V U=0.2 % Vx+ 550mV
直流电流 (0.1 ~ 100) mA U=0.3 % Ix+ 2 μA
交流电流 (0.1 ~ 100) mA U=0.3 %Ix + 2 μA
110 直流低电阻表 电阻 JJG 837-2003直流低电阻表检定规程 (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
110 直流低电阻表 电阻 JJG 366-2004
接地电阻表检定规程JJG 1054-2009 钳形接地电阻仪检定规程 (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
111 绝缘电阻表 电阻 JJG622-1997绝缘电阻表(兆欧表)检定规程 (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000 ~999.9)MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
112 电子式绝缘电阻表 电阻 JJG 1005-2005电子式绝缘电阻表检定规程 (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000~999.9) MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
电压 (0.05~1)kV Urel=0.3%
113 接地导通电阻测试仪 电流 JJG 984-2004《接地导通电阻测试仪检定规程》 (0~30)A U=0.4 %Ix + 15mA
电阻 28.07mΩ U=15mΩ
52.93mΩ U=27mΩ
107.78mΩ U=35mΩ
352.5mΩ U=72mΩ
496.4mΩ U=51mΩ
114 示波器 电压 JJG 262-1996
模拟示波器检定规程
JJF 1057-1998
数字器存储示波器校准规范
1mV ~200V Urel=3.3×10-4
时标 1ns~50s Urel=2.9×10-7
带宽 10Hz~300MHz Urel=2.3×10-2
300MHz~550MHz Urel=3.0×10-2
550MHz~1GHz Urel=4.0×10-2
上升时间 25ps~10ns Urel=1.9×10-2
115 分光光度计 波长 JJG178-2007
紫外、可见、近红外分光光度计检定规程 (190~900)nm U=0. 3nm
透射比 (0~100)% Urel=0.5%
116 电导率仪 电导率 JJG376-2007
电导率仪检定规程 (1.0~2.5×104)μS/cm Urel=0.5%
117 pH计 pH JJG 119-2005
实验室pH(酸度)计检定规程 (0~14)pH U=0.02pH
118 液相色谱仪 浓度 JJG 705-2014
液相色谱仪检定规程 UV-VIS:≤5×10-8g/mL Urel=5%
FLD:≤5×10-9g/mL Urel=5%
RID:≤5×10-6g/mL Urel=5%
ELSD:≤5×10-6g/mL Urel=5%
119 气相色谱仪 灵敏度 JJG 700-1999
气相色谱仪检定规程 TCD:≥800mV•ml/mg Urel= 4.5%
检出限 FID:≤5×10-10g/s Urel= 4.5%
FPD:≤1×10-10g/s Urel= 4.5%
ECD:≤5×10-12g/mL Urel= 5.0%
NPD:≤5×10-12g/s Urel= 4.5%
120 原子吸收分光光度计 浓度 JJG 694-2009
原子吸收分光光度计检定规程 火焰原子化器:(0.5~5)μg/ml (Cu) Cu: Urel=1.5%
石墨炉原子化器 0.5~5)ng/ml (Cd) Cd: Urel=3.0%
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:No.9, Xibadao, Konggang Economic Zone, Dongli, Tianjin, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Title, Code of Calibration Method Range Uncertainty
(k=2) Limitation Note
1 Cylindrical Screw Thread Gauges Length Verification Regulation of Cylindrical Screw Thread Gauges
JJG 1345-2012 Inner screw thread:
(16~200)mm
external screw thread:
(0~200)mm U=2μm
2
Standard Ring Gauge Length Verification Regulation of Standard Rang Gauge
JJG 894-1995 Φ (11~200)mm U=(0.7+6L) μm
L:m Only for:Grade 3
3
Smooth Limit Gauge Length Verification Regulation of Smooth Limit Gauge
JJG 343-2012 (0~320)mm U=(0.5~2.0) μm
4 Current Calipers Length V.R.of Current Calipers
JJG30-2012 (0~2000)mm U =(7+13L) μm
L:m
5 Height Caliper Length V.R.of Height Caliper
JJG31-2011 (0~2000)mm U =(7+13L) μm
L:m
6 Micrometer Length
V.R.of Micrometer
JJG21-2008
(0~500)mm U =(0.6+3L) μm
L:m
7 Internal Micrometer Length V.R.of Internal Micrometers
JJG22-2003 (50~3000)mm U =(1+3.7L)μm
L:m
8 Depth Micrometers Length Verification Regulation of Depth Micrometers
JJG24-2003 (0~300)mm U=1.5μm
9 Feeler Gauge Length V.R.of Feeler Gauge
JJG62-2007 (0.02~0.10)mm U =1.8μm
(0.15~1)mm U =2.8μm
10 Steel Rule Length V.R. of Steel Rule
JJG 1-1999 (0~2000)mm U=0.06mm
11 Height Measuring Instrument with Digital Display Length C.S. for Height Measuring Instrument with Digital Display
JJF1254-2010 (0~1000)mm U=(0.6+1.6L)μm
L:m
12 Radius Gauge Length Verification Regulation of Radius Gauge
JJG58-2010 1mm≤R≤3mm U=5μm
3mm<R≤6m U=6μm
6mm<R≤18mm U=8μm
18mm<R≤25mm U=9μm
13 Screw Thread Gauge Length
Verification Regulation of Screw Thread Gauge
JJG60-2012
P (0.4~6.0)mm
(4~48) Teeth per inch U=2.4μm
14 Projector Length C.S.for Projectors
JJF1093-2002 (0~200)mm U=(1.4+2.3L)μm
L:m
15 Three Coordiate Measuring Machines Length C.S.for Coordiate Measuring Machines
JJF1064-2010 (0~1000)mm U =(0.2+1.6L)μm
L:m
(1000~3000)mm U =(0.3+1.5L) μm
L:m
16 Dial Indicator Gauges Length V.R.of Tester for Dial Indicator Gauges
JJG201-2008 (0~25)mm U =1.9μm
17 Horizontal Metroscope Length
C.S.for Horizontal Metroscope
JJF1189-2008
(0~100)mm U =(0.2+1.6L)μm
L:m
18 Length Measuring Machine Length C.S.for Length Measuring Machine
JJF1066-2000 (0~1000)mm U=(0.2+1.6L)μm
L:m
19 Wide Range Dauges Reading in 0.01mm Length V.R.of Wide Range Dauges Reading in 0.01mm
JJG379-2009 (0~50)mm U=(1.4+23L)μm
L:m
20 Dial Gauges Length V.R.of Dial Gauges(dial and digital)
JJG34-2008 (0~10)mm U=(1.4+23L)μm
L:m
21 Dial Test Indicator Length V.R.of Dial Test Indicato
JJG35-2006 (0~1)mm U=3.0μm
22 Bore Dial Indicator Length C.S.for Bore Dial Indicators
JJF1102-2003 (2~450)mm U=3.0μm
23 Cylindrical Measuring pin Length calibration specification for Cylindrical Measuring pin
JJF1027-2008 ≤Φ10mm U=0.5μm Except for:
Roundness
24 Thickness Gauge Length calibration specification for Thickness Gauge
JJF1126-2004 (10~245)mm U=0.01mm
25 Thickness Gauge Length Magnetic and Eddy Current Measuring Instrument for Coating Thickness
JJG 818-2005 (18~1503)μm U=1.3 μm
26 Optimeter Length V.R.of Optimeter
JJG45-1999 (-100~+100)μm U=0.06μm
27 Gauge Blocks Length
V.R.of Gauge Blocks
JJG146-2011
(0~100) mm U=(0.1+1L)μm
k=2.58 L:m
28 Biological Microscope Length Calibration Specification for Biological microscope
JJF 1402-2003 (0~1)mm U=4 μm
29 Universal Bevel Protractors Angle V.R.of Universal Bevel Protractors
JJG33-2002 (0~360)° U = 1.2′
30 Wind Squares Angle V.R.of Squares
JJG7-2004 H=(50~300)mm U=1.5μm
31 Frame Levels and Shaft Levels Angle C.S.for Frame Levels and Shaft Levels
JJF1084-2002 (-0.2~0.2)mm/m Urel =4%
32 Contact pin type surface roughness Measuring Instrument surface roughness C.S. for Contact pin type surface roughness Measuring Instrument
JJF1105-2003 Ra:(0.08~4.35)μm
Urel=5.4%~2.1%
33 Plates flatness Verification Regulation of Plates
JJG 117-2013 (160mm×100mm)~(400mm×400mm) U =0.9μm
(400mm×400mm)~(1600mm×1000mm) U =2.2μm
(1600mm×1000mm)~(2500mm×1600mm) U =2.9μm
(2500mm×1600mm)~(3500mm×2500mm) U =3.6μm
(3500mm×2500mm)~(5000mm×3000mm) U =4.5μm
34 Laser alignment instrument
Length Calibration Specification for Laser Alignment Instrument
Q/Dj090-2013 (-10~+10)mm U =2.2μm
35 Straight Edges Linear Calibration Specification for Straight Edges
JJF1097-2003 0~400mm U=0.9 μm
(400~1600)mm U=1.2 μm
(1600~2500)mm U=2.9 μm
36 Box Plates Flatness, perpendicularity Verification Regulation of Box Plates
JJG194-2007 (100~400)mm U=3.2 μm
37 Test Sieves Length Calibration Specification for Test Sieves
JJF 1175-2007 (0.020~125)mm U=1.8 μm
38 Imaging Probe Measuring Machines Length C.S. for Imaging Probe Measuring Machines
JJF1318-2011 (0~200)mm U=(1.2+2L)μm
L:m Only for: dimension error
39 Reading Microscope and Measuring Microscope Length Verification Regulation of Reading Microscope and Measuring Microscope
JJG571-2004 (0~50)mm U=(2.0+3.4L)μm
L:m
40 Roundness cylindricity Measuring Instrument Roundness V.R.for Measurement Standard Instrument of Roundness and Cylindricity
JJG429-2000 Φ350mm U=0.03 μm
41 Micrometers with Dial Comparator and Indication Snap Gauge Length Micrometers with Dial Comparator and Indication Snap Gauge
JJG26-2001 (0~100)mm U=1.0 μm
42 Microcator Length verification regulation of Microcator
JJG 118-2010 (-100~+100)μm U=0.2 μm
43 Depth Dial Gauge Length Verification Regulation of Depth Dial Gauge
JJG830-2007 (0~300) mm U=2.3μm
44 Thickness Gauges Length Calibration Specification for Thickness Gauges
JJF1255-2010 (0~30)mm U=5 μm
45 Dial Snap Gauges Length Calibration Specification for Dial Snap Gauges
JJF1253-2010 (5~100)mm U=0.015mm
46 Optical Dividing Head Angle V.R.of Optical Digital Dividing Head
JJG 57-1999 0-360° U=1"
47 Straight Edge Linear V.R.of Straight Edge
JJG63-2007 0~300mm U=0.4μm
(300~500)mm U=0.7μm
48 reinforced concrete covermeter and floorslab thickness tester Length Calibration specification for reinforced concrete covermeter and floorslab thickness tester
JJF1224-2009 (0~300)mm U=0.7mm
49 Micrometers of Measuring Inside Dimension Length Calibration Specification for Micrometers of Measuring Inside Dimension
JJF1411-2013 (0~100)mm U=1.5μm
(100~150)mm U=1.8μm
50 Grating Micrometers Length Verification Regulation of Grating Micrometers
JJG989-2004 (0~100) mm U=0.39 μm
51 Contact-type Interferometers Length Verification Regulation of Contact-type Interferometers
JJG101-2004 (-10~+10) μm U=0.013μm
52 Concentricity Tester Linear Calibration Specification for Concentricity Tester
JJF1109-2003 (0~400)mm U=2.6 μm
53 Comparator of Machinery Type Length V.R.of Comparator of Machinery Type
JJG39-2004 (-0.5~+0.5) mm U=0.2μm
54 Callipers for Welding Inspection Length
Verification Regulation of Callipers for Welding Inspection
JJG704-2005 (0~15)mm U=0.024mm
55 Digital Temperature Indicators and Controllers Tempera-ture V.R.of Digital Temperature Indicators and Controllers
JJG617-1996 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
56 Temperature test equipment Temperature Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity
JJF1101-2003 (-40~250) ℃ U=0.3℃
57 Moist heat test equipment Temperature Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity
JJF1101-2003 (-40~250) ℃ U=0.3℃
Humidity (10~95) %RH U=1.0% RH
58 Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature Tempera-ture V.R. of Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature
JJG186-1997 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
59 Recorders for Industrial-Process Measurement Tempera-ture V.R. of the Recorders for Industrial-Process Measurement
JJG74-2005 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
60 Radiation Thermometers Tempera-ture JJG 856-1994 Working Radiation Thermometers below 500℃ (35~500)℃ U=(1.7~1.9)℃
61 Working Base Metal Thermometer Tempera-ture V.R.of Working Base Metal Thermometer
JJG351-1996 (300~1100)℃ U=(0.8~1.3)℃
62 Standard Mercury-in-Glass Thermometer for Petroleum Products Tempera-ture V.R.of Standard Mercury-in-Glass Thermometer
JJG 161-2010 (-60~300)℃ U=0.04℃
63 Industrial Glass Thermometer Tempera-ture V.R.of Industrial Glass Thermometer
JJG130-2011 (-60~300)℃ U=0.06℃
64 Temperature Indication Controller Tempera-ture V.R.of Temperature Indication Controller
JJG874-2007 (-60~300)℃ U=0.2℃
65 Liquid-in-Glass Thermometer for Petroleum Products Tempera-ture V.R.of Industrial Glass Thermometer
JJG130-2011 (-60~300)℃ U=0.04℃
66 Industry Platinum 、Copper Resistance Thermometers Tempera-ture V.R.of Industry Platinum Copper Resistance Thermometers
JJG229-2010 (-60~300)℃
0℃ :U=0.03℃
100℃ :U=0.05℃
67 Temperature Transducer Tempera-ture C.S. of the Temperature Transducer
JJF1183-2007 Resistance Thermometers:
(-200~850)℃ U=0.2℃
Thermocouple:
(0~1600)℃ U=(0.2~0.5)℃
68 Mechanical thermo-hygrometers Temperature V.R. of the Mechanical thermo-hygrometers
JJG205-2005 (10~30)℃ U=0.3℃
Moisture (30~90)%RH U=2.0%RH
69 Surface Thermometers Temperature Calibration Specification for the Surface Thermometers
JJF1409-2013 (50~400)℃ U=0.5 ℃
70 Metallic Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers
JJG 112-2013 (20~88)HRA U=0.6HRA
(20~95)HRB U=0.6HRB
70 Metallic Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers
JJG 112-2013 (20~70)HRC U=0.6HRC
71 Plastic Rock Well Hardness Testing Machine Hardness Verification Regulation of Plastic Rock Well Hardness Testing Machine
JJG884-1994 (70~100)HRE U=0.5HRE
(50~115)HRR U=0.6HRR
72 Metallic Brinell Hardness Testing Machine Hardness V.R.of Metallic Brinell Hardness Tester JJG 150-2005 (98~400) HBW Urel=2.4%
73 Metallic Vickers Hardness Testing Machine Hardness V.R.of Metallic Vickers Hardness Tester JJG 151-2006 (400~740)HV Urel=2.0%
74 Metallic Superficial Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers
JJG 112-2003 (70~92)HR15N U=0.8HR
(42~80)HR30N U=0.8HR
(20~70)HR45N U=0.8HR
(43~76)HR30TW U=0.8HR
75 Microhardo-
meter Hardness V.R.of Metallic Vickers Hardness Tester JJG 151-2006 (200~800) HV Urel=3.0%
76 Leeb Hardness Tester Hardness V.R.of Leeb Hardness Tester
JJG 747-1999 529HLD,603HLD,776HLD U=5HL
77 Wrench for Measurement of Torque Wrench V.R.of Torque Wrenches
JJG707-2014 (0.02~27000)N•m Urel=0.5%
78 Universal Material Tension and Compression Testing Machine Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 1N~1MN Urel=0.15%
79 Electronic Universal Testing Machine Strength value V.R.of Electronic Universal Testing Machine
JJG 475-2008 1N~1MN Urel=0.15%
80 Tension Compression and Universal Testing Machine for Non-metallic Strength value V.R.of Universal Tension and Compression Testing Machine
JJG 139-2014 1N~1MN Urel=0.15%
81 Spring Tension and Compression Testing Machine
Strength value Calibration Specification for Working Force Measuring Machines for Special Purposes
JJF 1134-2005 0.1N~50kN Urel=0.15%
82 Elastic Element Precision Pressure Gauges and Vacuum Gauge Pressure V.R.of Elastic Element Precision Pressure Gauges and Vacuum Gauge JJG 49-2013 (-0.1~100)MPa Urel=0.1%
83 Elastic Element Pressure Gauge,Pressure- Vacuum Gauge and Vacuum Gauge for General Use Pressure V.R.of Elastic Element Pressure Gauge,Pressure- Vacuum Gauge and Vacuum Gauge for General Use JJG 52-2013 (-0.1~100)MPa Urel=0.15%
84 Pressure Transmitters Pressure V.R.of Pressure Transmitters
JJG 882-2004 (-0.1~100)MPa Urel=0.1%
85 Digital Pressure Gauges Pressure V.R.of Digital Pressure Gauges
JJG 875-2005 (-0.1~100)MPa Urel=0.1%
86 Electronic Balance Mass V.R.of Electronic Balance
JJG 1036-2008 1mg~30g U=(0.01~0.05)mg
(30~220)g U=(0.05~0.45)mg
220g~1kg U=(0.45~2.0)mg
(1~20)kg U=(2.0~120)mg
87 Mechanical Balances Mass V.R.of Mechanical Balance
JJG 98-2006 1mg~20g U=(0.02~0.07)mg
(20~200)g U=(0.07~0.50)mg
87 Mechanical Balances Mass V.R.of Mechanical Balance
JJG 98-2006 200g~1kg U=(0.50~2.0)mg
(1~10)kg U=(2.0~30)mg
88 Top-Pan Balance Mass V.R.of Top-Pan Balance JJG 156-2004 (0~100)g U=(0.02~0.1)g
(100~200)g U=(0.1~0.2)g
(200~500)g U=(0.2~0.5)g
(500~1000)g U=(0.5~1.0)g
(1000~5000)g U=(1.0~2.5)g
89 Analogue Indication Weighing Instruments Mass V.R.of Analogue Indication Weighing Instruments JJG 13-1997 (1~200)g U=(0.5~3.0)g
(0.2~100)kg U=(3.0~16)g
100kg~2t U=(16~100)g
90 Non-self-indication Weighing Instruments Mass V.R.of Non-self-indication Weighing Instruments JJG 14-1997 (1~200)g U=(0.1~3.0)g
(0.2~100)kg U=(3.0~10)g
100kg~2.5t U=(10~150)g
91 Digital Indicating Weighting Instrument Mass V.R.of Digital Indicating Weighting Instrument JJG 539-1997 1mg~200g U=(0.02~3.0)mg
200g~10kg U=(3.0~60)mg
(10~60)kg U=60mg~1.0g
(60~300)kg U=(1.0~5.0)g
300kg~2.5t U=(5.0~30)g
92 Working Dynamo- meters Strength V.R.of Working Dynamometers
JJG455-2000 0.1N~5kN Urel=0.15%
93 Calibration Instrument for Torque Wrenchs Torque V.R. of Calibration Instrument for Torque Wrenchs
JJG 797-2013 (0~2000)N•m Urel=0.1%
94 turbine Flowmeter Flux Verification Regulation of turbine Flowmeter
JJG1037-2008 DN15:(0.006~3.6)m3/h Urel=0.06%
Mass method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
95 Goriolis Mass Flow Meters Flux Verification Regulation of Goriolis Mass Flow Meters
JJG1038-2008 DN15:(0.006~3.6)m3/h Urel=0.06%
Mass method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
96 Electromagnetic Flowmeters Flux Verification Regulation of Electromagnetic FlowmetersJJG1033-2007 DN15:(0.006~3.6)m3/h Urel=0.06%
Mass method
DN25:(2.7~9.1)m3/h
96 Electromagnetic Flowmeters Flux Verification Regulation of Electromagnetic FlowmetersJJG1033-2007 DN50:(8.0~35)m3/h Mass method
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
97 Mass Flow Meters Flux V.R.of Mass Flow Meters
JJG 897-1995 DN15:(0.006~3.6)m3/h Urel=0.06%
Mass method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
DN15:(0.006~3.6)m3/h Urel=0.25%
standard meter method
DN25:(2.7~9.1)m3/h
DN50:(8.0~35)m3/h
98 Digitalmeters DC Voltage V.R.of DC Digital Voltmeter
JJG315-1983 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1000)V U=1.1×10-5Vx+0.5mV
98 Digitalmeters DC Current V.R.of DC Digital Amperemeter
JJG598-1989 (22~220)μA U=5.9×10-5Ix+8nA
98 Digitalmeters DC Current V.R.of DC Digital Amperemeter
JJG598-1989 (0.22~2.2)mA U=5.9×10-5Ix+8nA
(2.2~22)mA U=5.9×10-5Ix+80nA
(22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×104Ix+0.48mA
AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
98 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(22~220)mV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
98 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)V
300kHz~500kHz U=1.2×10-3Vx+350μV
500kHz~1MHz U=2.6×10-3Vx+850μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
50kHz~100kHz U=2.9×10-4Vx+350μV
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
98 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(22~220)V
40Hz~20kHz U=9.3×10-5Vx+0.8mV
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1000)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
AC Current AC Digital Amperemeter
JJG(HT)35-1999 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
98 Digitalmeters AC Current AC Digital Amperemeter
JJG(HT)35-1999 (2.2~22)mA
10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
98 Digitalmeters AC Current AC Digital Amperemeter
JJG(HT)35-1999
(2.2~22)mA
1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
(22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
(2.2~11)A
40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
5kHz~10kHz U=4.2×10-3Ix+750μA
Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
98 Digitalmeters Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
99 DC Digital Voltmeter voltage V.R.of DC Digital Voltmeter JJG 315-1983 (10~220)mV U=9.3×10-6Vx+0.6μV
(0.22~2.2)V U=8.1×10-6Vx+1.0μV
(1.1~11)V U=8.1×10-6Vx+3.5μV
(2.2~22)V U=8.1×10-6Vx+6.5μV
(22~220)V U=9.3×10-6Vx+80μV
(110~1100)V U=1.1×10-5Vx+0.5mV
100 DC Digital Ampere-meter current V.R.of DC Digital Ampermeter JJG 598-1989 (22~220)μA U=5.9×10-5Ix+8nA
(0.22~2.2)mA U=5.9×10-5Ix+8nA
(2.2~22)mA U=5.9×10-5Ix+80nA
(22~220)mA U=7.1×10-5Ix+0.8μA
(0.22~2.2)A U=9.5×10-5Ix+25μA
(2.2~11)A U=4.2×10-4Ix+0.48mA
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+4.5μV
20Hz~40Hz U=2.4×10-4Vx+4.5μV
40Hz~20kHz U=1.2×10-4Vx+4.5μV
20kHz~50kHz U=4.3×10-4Vx+4.5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+13μV
300kHz-500kHz U=2.0×10-3Vx+25μV
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV
500kHz~1MHz U=3.9×10-3Vx+25μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+5μV
20Hz~40Hz U=2.4×10-4Vx+5μV
40Hz~20kHz U=1.2×10-4Vx+5μV
(2.2~22)mV
20kHz~50kHz U=4.3×10-4Vx+5μV
50kHz~100kHz U=9.8×10-4Vx+7μV
100kHz~300kHz U=1.3×10-3Vx+12μV
300kHz~500kHz U=2.0×10-3Vx+25μV
500kHz~1MHz U=3.9×10-3Vx+25μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+13μV
20Hz~40Hz U=2.4×10-4Vx+8μV
40Hz~20kHz U=1.2×10-4Vx+8μV
20kHz~50kHz U=4.3×10-4Vx+8μV
50kHz~100kHz U=9.8×10-4Vx+25μV
100kHz~300kHz U=1.3×10-3Vx+25μV
300kHz~500kHz U=2.0×10-3Vx+35μV
500kHz~1MHz U=3.9×10-3Vx+80μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+80μV
20Hz~40Hz U=1.9×10-4Vx+25μV
40Hz~20kHz U=8.7×10-5Vx+6μV
20kHz~50kHz U=1.4×10-4Vx+16μV
50kHz~100kHz U=2.9×10-4Vx+70μV
100kHz~300kHz U=5.0×10-4Vx+130μV
300kHz~500kHz U=1.2×10-3Vx+350μV
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)V
500kHz~1MHz U=2.6×10-3Vx+850μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+800μV
20Hz~40Hz U=1.9×10-4Vx+250μV
40Hz~20kHz U=8.7×10-5Vx+60μV
20kHz~50kHz U=1.4×10-4Vx+160μV
50kHz~100kHz U=2.9×10-4Vx+350μV
101 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (2.2~22)V
100kHz~300kHz U=5.8×10-4Vx+1.5mV
300kHz~500kHz U=1.5×10-3Vx+4.3mV
500kHz~1MHz U=3.1×10-3Vx+8.5mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+8mV
20Hz~40Hz U=2.0×10-4Vx+2.5mV
40Hz~20kHz U=9.3×10-5Vx+0.8mV
(22~220)V
20kHz~50kHz U=2.6×10-4Vx+3.5mV
50kHz~100kHz U=5.8×10-4Vx+8mV
100kHz~300kHz U=1.8×10-3Vx+90mV
300kHz~500kHz U=5.4×10-3Vx+90mV
500kHz~1MHz U=1.3×10-2Vx+190mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+4mV
1kHz~20kHz U=1.9×10-4Vx+6mV
20kHz~30kHz U=6.9×10-4Vx+11mV
30kHz~50kHz U=6.9×10-4Vx+11mV
50kHz~100kHz U=2.7×10-3Vx+45mV
102 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 (10~220)μA
10Hz~20Hz U=8.1×10-4Ix+25nA
20Hz~40Hz U=4.1×10-4Ix+20nA
40Hz~1kHz U=1.6×10-4Ix+16nA
(10~220)μA
1kHz~5kHz U=6.9×10-4Ix+40nA
5kHz~10kHz U=1.9×10-3Ix+80nA
(0.22~2.2)mA
10Hz~20Hz U=8.1×10-4Ix+40nA
20Hz~40Hz U=4.1×10-4Ix+35nA
40Hz~1kHz U=1.6×10-4Ix+35nA
1kHz~5kHz U=6.9×10-4Ix+400nA
5kHz~10kHz U=1.9×10-3Ix+0.8μA
(2.2~22)mA
10Hz~20Hz U=8.1×10-4Ix+400nA
20Hz~40Hz U=4.1×10-4Ix+350nA
40Hz~1kHz U=1.6×10-4Ix+350nA
1kHz~5kHz U=6.9×10-4Ix+4μA
5kHz~10kHz U=1.9×10-3Ix+8μA
(22~220)mA
10Hz~20Hz U=8.1×10-4Ix+4μA
20Hz~40Hz U=4.1×10-4Ix+3.5μA
40Hz~1kHz U=1.6×10-4Ix+3.5μA
1kHz~5kHz U=6.9×10-4Ix+40μA
5kHz~10kHz U=1.9×10-3Ix+80μA
(0.22~2.2)A
40Hz~1kHz U=7.5×10-4Ix+35μA
1kHz~5kHz U=8.7×10-4Ix+80μA
5kHz~10kHz U=9.8×10-3Ix+160μA
102 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 (2.2~11)A
40Hz~1kHz U=5.3×10-4Ix+170μA
1kHz~5kHz U=1.1×10-3Ix+380μA
102 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 (2.2~11)A
5kHz~10kHz U=4.2×10-3Ix+750μA
103 DC Digital Ohmmeter resistance V.R.of DC Digital Ohmmeter JJG 724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2.4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
104 Multifunction Standard Source DC Voltage V.R.of DC Standard Voltage Source
JJG445-1986 (0~100)mV U=0.0011%Vx+0.3μV
(0.1~1)V U=0.001%Vx+0.3μV
(1~10)V U=0.001%Vx+0.5μV
(10~100)V U=0.0012%Vx+30μV
(100~1000)V U=0.0012%Vx+100μV
AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 (10~100)mV 1 Hz~40 Hz U=0.032%Vx+30μV
104 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 (10~100)mV 40 Hz~1k Hz U=0.022%Vx+11μV
1k Hz~20k Hz U=0.033%Vx+11μV
20k Hz~50k Hz U=0.12%Vx+11μV
50kHz~100 kHz U=0.54%Vx+11μV
100 kHz~300 kHz U=4.1%Vx+20μV
(0.1~1)V
1 Hz~40 Hz U=0.0072%Vx+40μV
40 Hz~1k Hz U=0.0072%Vx+20μV
1k Hz~20k Hz U=0.015%Vx+20μV
20k Hz~50k Hz U=0.032%Vx+20μV
50kHz~100 kHz U=0.081%Vx+20μV
(0.1~1)V
100 kHz~300 kHz U=0.33%Vx+100μV
300 kHz~1MHz U=1.1%Vx+10mV
1MHz~2MHz U=1.6%Vx+20mV
(1~10)V
1 Hz~40 Hz U=0.008%Vx+0.4mV
40 Hz~1k Hz U=0.008%Vx+0.2mV
1k Hz~20k Hz U=0.014%Vx+0.2mV
20k Hz~50k Hz U=0.032%Vx+0.2mV
50kHz~100 kHz U=0.09%Vx+0.2mV
100 kHz~300 kHz U=0.35%Vx+1mV
104 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 (1~10)V 300 kHz~1MHz U=1.2%Vx+1mV
104 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 (1~10)V 1MHz~2MHz U=1.6%Vx+1mV
(10~100)V
1 Hz~40 Hz U=0.03%Vx+4mV
40 Hz~1k Hz U=0.02%Vx+2mV
1k Hz~20k Hz U=0.02%Vx+2mV
20k Hz~50k Hz U=0.035%Vx+2mV
50kHz~100 kHz U=0.13%Vx+2mV
100 kHz~300 kHz U=0.5%Vx+10mV
300 kHz~1MHz U=1.6%Vx+10mV
(100~1000)V
1 Hz~40 Hz U=0.05%Vx+40mV
40 Hz~1k Hz U=0.06%Vx+20mV
1k Hz~20k Hz U=0.08%Vx+20mV
20k Hz~50k Hz U=0.14%Vx+20mV
50kHz~100 kHz U=0.32%Vx+20mV
DC Current The Verification regularion for DC Standard Source
JJG(HT)38-1987 (0~100)nA U=0.004%Ix+0.04nA
(0.1~1)μA U=0.003%Ix+0.04nA
(1~10)μA U=0.003%Ix+0.1nA
(10~100)μA U=0.003%Ix+0.8nA
(0.1~1)mA U=0.003%Ix+5nA
(1~10)mA U=0.003%Ix+50nA
(10~100)mA U=0.0036%Ix+0.5μA
(0.1~1)A U=0.012%Ix+10μA
104 Multifunction Standard Source AC Current Verification regularion for AC Standard current Source
JJG(HT)51-1999 (1~100)μA
10 Hz~20 Hz U=0.43%Ix+ 30 nA
20 Hz~45Hz U=0.16%Ix+ 30 nA
45Hz~100Hz U=0.07%Ix+30 nA
100Hz~5kHz U=0.07%Ix+ 30 nA
(0.1~1)mA
10 Hz~20 Hz U=0.42%Ix+ 0.2 μA
20 Hz~45Hz U=0.16%Ix+ 0.2 μA
45Hz~100Hz U=0.065%Ix+0.2μA
100Hz~5kHz U=0.04%Ix+ 0.2 μA
5kHz~20kHz U=0.07%Ix+ 0.2 μA
20kHz~50kHz U=0.42%Ix+ 0.4 μA
50kHz~100kHz U=0.56%Ix+ 1.5 μA
(1~10)mA
10 Hz~20 Hz U=0.42%Ix+ 2 μA
20 Hz~45Hz U=0.16%Ix+ 2 μA
45Hz~100Hz U=0.07%Ix+ 2 μA
100Hz~5kHz U=0.04%Ix+ 2 μA
5kHz~20kHz U=0.08%Ix+ 2 μA
20kHz~50kHz U=0.42%Ix+ 4 μA
50kHz~100kHz U=0.56%Ix+ 15 μA
(10~100)mA
10 Hz~20 Hz U=0.42%Ix+ 20 μA
20 Hz~45Hz U=0.16%Ix+ 20 μA
45Hz~100Hz U=0.07%Ix+ 20 μA
100Hz~5kHz U=0.05%Ix+ 20 μA
5kHz~20kHz U=0.08%Ix+ 20 μA
20kHz~50kHz U=0.42%Ix+40 μA
50kHz~100kHz U=0.6%Ix+150 μA
104 Multifunction Standard Source AC Current Verification regularion for AC Standard current Source
JJG(HT)51-1999 (0.1~1)A
10 Hz~20 Hz U=0.45%Ix+ 0.2 mA
20 Hz~45Hz U=0.17%Ix+ 0.2 mA
45Hz~100Hz U=0.09%Ix+ 0.2 mA
100Hz~5kHz U=0.12%Ix+0.2 mA
5kHz~20kHz U=0.33%Ix+0.2 mA
20kHz~50kHz U=1%Ix+0.4 mA
Resistance V.R.of DC Resistors
JJG166-1993 (1~10)Ω U=0.0016%Rx+50 μΩ
(10~100)Ω U=0.0013%Rx+0.5mΩ
(0.1~1)kΩ U=0.002%Rx+0.5mΩ
(1~10)kΩ U=0.002%Rx+5Ω
(10~100)kΩ U=0.002%Rx+50Ω
(0.1~1)MΩ U=0.0016%Rx+2Ω
(1~10)MΩ U=0.006%Rx+0.1kΩ
(10~100)MΩ U=0.052%Rx+1kΩ
(0.1~1)GΩ U=0.51%Rx+10kΩ
105 Clamp Current meter DC Current JJF 1075-2001 C.S. of Clamp Ammeters ±(10~500)A Urel=0.5%
AC Current (10~500)A 45Hz~400Hz Urel=0.6%
106 DC supply power DC voltage Verification regulation for DC supply power
JJG(HT)6-1999 (0~10)V Urel=1.2×10-4
(10~1000)V Urel=1.2×10-4
line regulation (0.001~1)% Urel=1.5×10-4
load regulation (0.001~1)% Urel=1.1×10-4
DC current (0~25)A Urel=1.2×10-4
106 DC supply power ripple Verification regulation for DC supply power
JJG(HT)6-1999 0.5mV~100mV Urel=8.2×10-2
107 AC Voltage Stable Source AC voltage Calibration specificationfor stable character of AC Voltage Stable Source
QJ 3233-2005 10mV~1000V Urel =2.8×10-4
line regulation (0.001~5)% Urel=4.9×10-4
load regulation (0.001~5)% Urel=4.0×10-4
Distortion (0~100)% Urel=12%
Frequency 10Hz~400Hz Urel=1.2×10-4
108 WithStanding Voltage Tester Voltage V.R.of WithStanding Voltage Tester
JJG795-2004 DC:≤15kV Urel=5.7×10-3
AC:≤15kV Urel=8.0×10-3
current DC:(0~20)mA Urel=5.7×10-3
AC:(0~20)mA Urel=8.0×10-3
Time 1s~15min U=0.1s
109 Leakage Current Tester DC Current JJG 843-2007 Verification regulation for Leakage current tester (0~1100)V U=0.2 %Vx + 550mV
AC Current (0~1100)V U=0.2 % Vx+ 550mV
DC Voltage (0.1 ~ 100) mA U=0.3 % Ix+ 2 μA
AC Voltage (0.1 ~ 100) mA U=0.3 %Ix + 2 μA
110 DC Low Resistance Meter Resistance JJG 837-2003 V.R.of DC Low Resistance Meters (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
110 DC Low Resistance Meter Resistance JJG 366-2004 V.R.of Earth Resistance Meter JJG 1054-2009 Verification Regulation for Pincers Earth Resistance Tester (10-1~100)Ω U=0.4 % Rx+ 10mΩ
(100~101)Ω U=0.3 %Rx + 10mΩ
(101~102)Ω U=0.3 % Rx+ 10mΩ
(102~105)Ω U=0.3 %
111 Insulation resistance meter Resistance JJG 622-1997 V.R.of Megohm-meter (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000 ~999.9)MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
112 Electronic Insulating Resistance Meters Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (10.000~999.9)kΩ Urel=0.3%
(1.0000~9.999)MΩ Urel=0.4%
(10.000~999.9) MΩ Urel=0.6%
(1.0000~10.000)GΩ Urel=1.2%
100 GΩ Urel=3.1%
Voltage (0.05~1)kV Urel=0.3%
113 Earth Continuity Tester Current V. R. for Earth-Continuity Testers JJG 984-2004 (0~30)A U=0.4 %Ix + 15mA
Resistance 28.07mΩ U=15mΩ
52.93mΩ U=27mΩ
107.78mΩ U=35mΩ
352.5mΩ U=72mΩ
496.4mΩ U=51mΩ
114 Oscilloscopes Voltage V.R.of Analogue Oscilloscope
JJF1057-1998
C.S.of
Digital Storage Oscilloscope
JJG262-1996 1mV ~200V Urel=3.3×10-4
Time Maker 1ns~50s Urel=2.9×10-7
BW 10Hz~300MHz Urel=2.3×10-2
300MHz~550MHz Urel=3.0×10-2
550MHz~1GHz Urel=4.0×10-2
Fast time 25ps~10ns Urel=1.9×10-2
115 Spectrephotometer wavelength V. R. of UV-VIS-NIR Spectrophotometer
JJG178-2007 (190~900)nm U=0. 3nm
transmission ratio (0~100)% Urel=0.5%
116 Electrolytic Conductance Meter Electrolytic Conductance V.R. of Electrolytic Conductance Meter
JJG376-2007 (1.0~2.5×104)μS/cm Urel=0.5%
117 pH meter pH V. R. of Laboratory pH Meter
JJG 119-2005 (0~14)pH U=0.02pH
118 Liquid Chromato-graph concentration V.R. of Liquid Chromatograph
JJG 705-2014 UV-VIS:≤5×10-8g/mL Urel=5%
FLD:≤5×10-9g/mL Urel=5%
RID:≤5×10-6g/mL Urel=5%
ELSD:≤5×10-6g/mL Urel=5%
119 Gas Chromato-graph sensitivity V.R. of Gas Chromatograph
JJG 700-1999 TCD:≥800mV•ml/mg Urel= 4.5%
Detection Limits FID:≤5×10-10g/s Urel= 4.5%
FPD:≤1×10-10g/s Urel= 4.5%
ECD:≤5×10-12g/mL Urel= 5.0%
NPD:≤5×10-12g/s Urel= 4.5%
120 Atomic Absorption Spectrophotometer Detection Limits V. R. of Atomic Absorption Spectrophotometer Flame method::
(0.5~5)μg/ml (Cu) Cu: Urel=1.5%
Graphite Stove::(0.5~5)ng/ml (Cd) Cd: Urel=3.0%
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:江苏省昆山市庆丰西路639号102室
签发日期:2015年07月15日 有效期至:2017年02月25日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 杨柏豪 几何量、热学、力学、电磁学、无线电、化学校准项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:Room 102, No.639, Qingfeng West Road, Kunshan, Jiangsu, China
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 Yangbaihao Accredited Geometric Quantities、Thermotics,Dynamics,electromagnetics,radioelectronics,Chemical calibration items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:江苏省昆山市庆丰西路639号102室
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 规范代号(含年号)名称 测量范围 扩展不确定度(k=2) 限制说明 备注
1 圆柱螺纹量规 长度 圆柱螺纹量规校准规范JJF1345-2012 M2.5~M200 U=3.0μm
2 标准环规 长度 标准环规检定规程 JJG 894-1995 (Φ10~Φ100)mm U= 0.6μm
3 光滑极限量规 长度 光滑极限量规检定规程JJG 343-2012 (Φ1~Φ100)mm U=(0.6~1.0)μm
4 卡尺 长度 通用卡尺检定规程JJG 30-2012 (0~500)mm U=6μm +7L
L—m
高度卡尺检定规程JJG 31-2011 (0~1000)mm U=0.5μm+0.012L
L—mm
5 千分尺 长度
千分尺检定规程JJG 21-2008 (0~50)mm U=1.2μm
(50~75)mm U=1.3μm
5 千分尺 长度
千分尺检定规程JJG 21-2008 (75~100)mm U=1.4μm
(100~500)mm U=2.0μm
6 内径千分尺 长度 内径千分尺检定规程 JJG 22-2003 (50~500)mm U =1μm+3.7L
L—m
7 深度千分尺 长度 深度千分尺检定规程JJG24-2003 (0~100)mm U=2μm
8 塞尺 长度 塞尺检定规程 JJG 62-2007 (0.02~1.00)mm U=1.7μm
9 钢直尺 长度 钢直尺检定规程 JJG 1-1999 (0~1)m U=0.06mm
10 数显测高仪 长度 数显测高仪校准规范JJF1254-2010 (0~600)mm U=0.6μm +1.6L
L—m
11 半径样板 长度 半径样板检定规程 JJG58-2010 R(0.4~25)mm U=5μm
12 螺纹样板 长度 螺纹样板检定规程 JJG60-2012 (0.40~6.00)mm U=3.3μm
13 投影仪 长度 投影仪校准规范 JJF 1093-2002 (0~200)mm U=1.6μm+2.0L
L—m 只测仪器示值误差
14 三坐标测量机 长度 坐标测量机校准规范 JJF 1064-2010 (0~1000)mm U=1.6μm +0.5L L—m
15 指示类量具检定仪 长度 指示类量具检定仪检定规程 JJG 201-2008 (0~25)mm U=1.2μm
(0~2)mm U=0.3μm
16 测长仪 长度 测长仪校准规范 JJF 1189-2008 (0~100)mm U =0.17μm+0.7L
L—m
17 指示表(指针式、数显式) 长度 指示表(指针式、数显式)检定规程 JJG 34-2008 百分表 0~10)mm U=4.9μm
17 指示表(指针式、数显式) 长度 指示表(指针式、数显式)检定规程 JJG 34-2008 千分表 0~2)mm U=1.2μm
18 杠杆表 长度 杠杆表检定规程 JJG 35-2006 0.01mm,(0~1.0)mm U=3μm
0.001mm,(0~0.2)mm U=1.2μm
19 内径表 长度 内径表校准规范 JJF 1102-2003 0.01mm,(6~35)mm U=3μm
0.01mm,(35~160)mm U=4μm
0.001mm,(6~160)mm U=1.2μm
20 三针 长度 针规、三针校准规范 JJF1027-2008 (0.018~6.585)mm U=0.5μm
针规 (0.1~25)mm
21 测厚仪 长度 超声波测厚仪校准规范 JJF1126-2004 (0~100)mm U=0.03mm
磁性、电涡流式覆层厚度测量仪检定规程 JJG 818-2005 (0~1000)μm U=2.2μm
22 光学计 长度 光学计检定规程 JJG 45-1999 (-100~+100)μm U=0.12μm
23 量块 长度 量块检定规程 JJG 146-2011 (0.5~100)mm U=(0.10~0.19)μm
(10~291.8)mm U=(0.5~1.2)μm
24 金相显微镜 长度 生物显微镜校准规范JJF 1402-2013 (0~1)mm Urel=1.2℅
25 万能角度尺 角度 万能角度尺检定规程 JJG 33-2002 (0~320)° U =1.2′
26 宽座直角尺 角度 直角尺检定规程 JJG 7-2004 (63~400) mm U =3.2μm
27 框式水平仪和条式水平仪 角度 框式水平仪和条式水平仪校准规范 JJF 1084-2002 (-0.2~+0.2)mm/m U=4%
28 触针式表面粗糙度测量仪 粗糙度 触针式表面粗糙度测量仪校准规范 JJF 1105-2003 Ra:(0.1-3.2)μm Urel=7%
29 平板 平面度 平板检定规程 JJG 117-2013 ≤400mm×400mm U=0.9μm
(400×630)mm
~(1600×1000)mm U=1.2μm
(1600×1000)mm
~(2500×1600)mm U=2.9μm
30 内测千分尺 长度 测量内尺寸千分尺校准规范 JJF 1411-2013
内测千分尺
(5~30)mm U=1.2μm
(25~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
(125~150)mm U=1.9μm
30 内测千分尺 长度 测量内尺寸千分尺校准规范 JJF 1411-2013
电子数显内测千分尺
(5~30)mm U=1.1μm
(25~50)mm U=1.1μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
(125~150)mm U=1.9μm
(150~200)mm U=2.1μm
31 石油管螺纹量规 紧密距
石油螺纹工作量规校准规范 JJF 1108-2012 2 3/8TBG~4 1/2TBG
2 3/8UPTBG~4 1/2UPTBG
4 1/2CSG~11 3/4CSG
4 1/2BCSG~10 3/4BCSG
NC23~NC46
3 1/2REG~8 5/8REG
2 7/8FH~5 1/2FH U=0.011mm
32 石油螺纹单项参数检查仪 长度
石油螺纹单项参数检查仪 JJF1063-2000 螺纹高度测量仪:(0~6.35)mm U=0.003mm
螺纹螺距测量仪:(0~6.35)mm U=0.003mm
螺纹消失点量规:(0~6.35)mm U=0.003mm
螺纹齿厚测量仪:(0~10)mm U=0.003mm
凹痕探测仪:(0~5)mm U=0.003mm
同轴度量规:(0~10)mm U=0.003mm
螺纹中径测量仪:(0~12.7)mm U=0.003mm
螺纹锥度测量仪:(0~12.7)mm U=0.006mm
33 数字式指示调节仪 温度 数字式指示调节仪检定规程JJG 617-1996 (-200~0)℃ U=2℃
(0~600)℃ U=0.2℃
(600~1750) ℃ U=1℃~2℃
34 温湿度试验箱 温度 环境试验设备温度、湿度校准规范JJF1101-2003 (-80~300) ℃ U=0.20℃
34 温湿度试验箱 湿度 环境试验设备温度、湿度校准规范JJF1101-2003 20%RH~98%RH U=2.0%RH
35 动圈式测温调节仪表 温度 动圈式温度指示位式调节仪表检定规程JJG 186-1997 热电偶:(0~1600)℃ U=(0.2~0.5)℃
36 工业过程测量记录仪 温度 工业过程测量记录仪检定规程JJG 74-2005 热电偶:(0~1600)℃ U=(0.2~0.5)℃
37 工作用廉金属热电偶 温度 工作用廉金属热电偶检定规程 JJG 351-1996 (0~300)℃ U=(0.1~ 0.2)℃
(300~1100)℃ U= 1.5℃
38 工业铂、铜热电阻 温度 工业铂、铜热电阻检定规程 JJG 229-2010 (0~300)℃ U=(0.03~0.05)℃
39 工作用玻璃液体温度计 温度 工作用玻璃液体温度计检定规程 JJG 130-2011 (0~300)℃ U=0.02℃
40 标准水银温度计 温度 标准水银温度计检定规程JJG 161-2010 (0~300)℃ U=0.04℃
41 数据采集仪 温度 温度数据采集仪校准规范JJF 1366-2012 热电偶 -200~1000)℃ U=0.4℃
热电偶 ﹥1000~1300)℃ U=0.5℃
热电阻(PT100) -200~0)℃ U=0.1℃
热电阻(PT100) ﹥0~850)℃ U=(0.2~0.5)℃
42 恒温槽 温度 恒温槽技术性能测试规范 JJF1030-2010 (0~100)℃ U=0.004℃
(100~300)℃ U=0.020℃
43 盐雾试验设备 温度 盐雾试验设备 JJG(浙)52-96 (0~100)℃ U=0.7℃
盐雾沉降率 (0~10)ml/ h•80cm2 U=0.3 (ml/ h•80cm2)
44 温度校验仪 温度 温度校准仪校准规范JJF1309-2011 (-200~1600)℃ U=0.3℃
输入直流电阻 (0~110)kΩ
(0~11)Ω Urel= 0.05%
(11~33)Ω Urel= 0.15%
(33~110)Ω Urel=0.03%
(110~1.1k)Ω Urel= 0.06%
(1.1~11)kΩ Urel= 0.04%
(11~110)kΩ Urel= 0.04%
输入直流电流 (0~1)A
(0~2)mA Urel= 0.02%
(2~20)mA Urel= 0.02%
(20~200)mA Urel= 0.04%
(0.2~1)A Urel= 0.06%
输入直流电压 (0~110)V
(0~200)mV Urel= 0.03%
(0.2~2)V Urel= 0.02%
(2~20)V Urel= 0.01%
(20~110)V Urel= 0.005%
44 温度校验仪 输出直流电阻 温度校准仪校准规范JJF1309-2011 (0~1)MΩ
(0~20)Ω Urel= 0.29%
(20~200)Ω Urel= 0.26%
(200~200k)Ω Urel= 0.30%
(200k~1M)Ω Urel= 0.035%
输出直流电流 (0~1)A
(0~2)mA Urel= 0.016%
(2~20)mA Urel= 0.038%
(20~200)mA Urel= 0.038%
(0.2~1)A Urel=0.038%
输出直流电压 (0~110)V
(0~200)mV Urel=0.01%
(0.2~2)V Urel= 0.01%
(2~20)V Urel= 0.03%
(20~110)V Urel= 0.01%
45 金属洛氏硬度计 硬度 金属洛氏硬度计(A,B,C,D,E,F,G,H,K,N,T标尺)检定规程JJG112-2013 (20~88)HRA U=0.6HRA
(20~95)HRBW U=0.8HRBW
(20~70)HRC U=0.6HRC
46 金属布氏硬度计 硬度 金属布氏硬度计检定规程JJG150-2005 (8~650)HBW Urel=(1.0%~2.0%)
47 金属维氏硬度计 硬度 金属维氏硬度计检定规程JJG151-2006 (5~1000)HV Urel=(2.0%~3.0%)
48 金属表面洛氏硬度计 硬度 金属洛氏硬度计(A,B,C,D,E,F,G,H,K,N,T标尺)检定规程JJG112-2013 (70~91)HR15N U=0.8HR15N
(42~80)HR30N U=0.8HR30N
(20~70)HR45N U=0.8HR45N
(73~93)HR15TW U=1.3HR15TW
(43~82)HR30TW U=1.3HR30TW
(12~72)HR45TW U=1.3HR45TW
49 显微硬度计 硬度 金属维氏硬度计检定规程JJG151-2006 (5~1000)HV Urel=(3.0%~5.0%)
50 里氏硬度计 硬度 里氏硬度计检定规程JJG747-1999 (490~830)HLD U=8HLD
51 金属韦氏硬度计 硬度 金属韦氏硬度计检定规程JJG944-2013 (5~18)HW U=0.4HW
52 力矩扳子 扭矩 扭矩扳子检定规程JJG707-2014 (0.4~20)N•m Urel=1%
(10~1000)N•m Urel=1%
(1000~27120)N•m Urel=1.4%
53 扭矩扳子检定仪 扭矩 扭矩扳子检定仪检定规程JJG797-2013 (0~300)Nm Urel=0.3%
54 工作测力仪 力值 工作测力仪检定规程JJG 455-2000 (0~5000) N Urel=0.3%
55 拉力、压力和万能试验机 力值 拉力、压力和万能试验机检定规程JJG 139-2014 10N~1MN Urel =0.3%
56 电子式万能试验机 力值 电子式万能试验机
检定规程JJG 475-2008 10N~1MN Urel =0.3%
57 非金属拉力压力和万能试验机 力值 拉力、压力和万能试验机检定规程JJG 139-2014 0.1N~1MN Urel =0.3%
58 弹簧拉压试验机 力值 专用工作测力机
校准规范JJF 1134-2005 0.5N~50kN Urel =1%
59 弹簧管式精密压力表、精密真空表 压力 弹性元件式精密压力表和真空表检定规程JJG49-2013 (-0.1~60)MPa U=0.14%FS
60 弹簧管式一般压力表、真空表、压力真空表 压力 弹性元件式一般压力表、压力真空表和真空表检定规程JJG52-2013 (-0.1~60)MPa U=0.2%FS
61 数字压力计(表) 压力 数字压力计检定规程JJG 875-2005 (-0.1~60)MPa U =0.14%FS
62 电子天平 质量 电子天平检定规程JJG 1036-2008 2g~30kg U=0.01mg~33mg
63 机械天平 质量 机械天平检定规程JJG 98-2006 2g~500g U=0.04mg~0.8mg
64 架盘天平 质量 架盘天平检定规程JJG 156-2004 100g~10kg U=1.6mg~0.2g
65 模拟指示秤 质量 模拟指示秤检定规程JJG 13-1997 500g~100kg U=8mg~2g
66 非自行指示秤 质量 非自行指示秤检定规程JJG 14-1997 50g~500kg U=0.8g~15g
67 数字指示秤 质量 数字指示秤检定规程JJG 539-1997 20g~500kg U=0.8mg~8g
68 F2等级砝码 质量 砝码检定规程 JJG99-2006 (1~500)mg U=(0.02~0.08)mg
(1~500)g U=(0.1~2.5)mg
(1~20)kg U=(5~1.0×102)mg
69 M1等级砝码 质量 砝码检定规程 JJG99-2006 (1~500)mg U=(0.06~0.25)mg
(1~500)g U=(0.3~8.0)mg
(1~20)kg U=(16~3.0×102)mg
70 电子计数式转速表 转速 转速表检定规程JJG 105-2000 20r/min~30000r/min Urel=4.0×10-4
71 机械式振动试验台 加速度 机械式振动试验台检定规程JJG 189-1997 (0~500)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
72 电动式振动试验台 加速度 电动式振动试验台检定规程JJG 190-1997 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
73 落体式冲击试验台 加速度 落体式冲击试验台检定规程 JJG 541-2005 (0~100000)m/s2
(0~10000)m/s2 Urel=3.0%
(10000~100000)m/s2 Urel=4.0%
74 数字式电动振动试验系统 加速度 数字式电动振动试验系统检定规程 JJG 948-1999 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
74 数字式电动振动试验系统 加速度 数字式电动振动试验系统检定规程 JJG 948-1999 (0~1000)m/s2
(800Hz~2kHz) Urel=3.0%
75 加速度传感器 加速度 压电加速度计检定规程JJG 233-2008 (0~400)m/s2 (5Hz~5kHz) Urel=1.2%
76 液压千斤顶 力值 液压千斤顶检定规程JJG 621-2012 (0~5000)kN Urel=0.5%
77 混凝土回弹仪 率定值 回弹仪检定规程 JJG 817-2011 80 Urel=3.0%
78 压力变送器 压力 压力变送器检定规程 JJG 882-2004 (-0.1~60)MPa U=0.06%FS
79 静态压力传感器 压力 压力传感器(静态)检定规程 JJG 860-1994 (-0.1~60)MPa U=0.06%FS
80 数字多用表 直流电压 直流数字电压表试行检定规程 JJG 315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1000V) U=1.1×10-5Vx+0.6mV
交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999
(0.22~2.2)mV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)mV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)mV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V 10Hz~20Hz U=5.8×10-4Vx+9mV
80 数字多用表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (22~220)V 20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1000)V
40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
直流电流 直流数字电流表试行检定规程 JJG 598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
80 数字多用表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
交流电流 交流数字电流表检定规程 JJG (航天)35-1999 22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
80 数字多用表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 22mA~220mA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A 45Hz~100Hz U=1.4×10-3Ix+6mA
电阻 直流数字式欧姆表检定规程 JJG 724-1991 11A~20A
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
80 数字多用表 电阻 直流数字式欧姆表检定规程 JJG 724-1991 19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
81 直流数字电压表 直流电压 直流数字电压表试行检定规程 JJG 315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1100V) U=1.1×10-5Vx+0.6mV
82 直流数字电流表 直流电流 直流数字电流表试行检定规程 JJG 598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
82 直流数字电流表 直流电流 直流数字电流表试行检定规程 JJG 598-1989 (2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
(2.2~22)mV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)V
20kHz~50kHz U=1.4×10-4Vx+185μV
83 交流数字电压表 交流电压 交流数字电压表检定规程 JJG (航天)34-1999 (2.2~22)V
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
(22~220)V
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
84 交流数字电流表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
10μA~220μA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
84 交流数字电流表 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A
45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
85 直流数字欧姆表 电阻 直流数字式欧姆表检定规程 JJG 724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
85 直流数字欧姆表 电阻 直流数字式欧姆表检定规程 JJG 724-1991 100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
86 多功能标准源 直流电压 直流标准电压源检定规程 JJG 445-1986 10mV~100mV U=5.2×10-6Vx+0.1μV
0.1V~1V U=3.5×10-6Vx+0.5μV
1V~10V U=3.5×10-6Vx+4.6μV
10V~100V U=5.2×10-6Vx+46μV
100V~1000V U=5.2×10-6Vx+0.6mV
交流电压 交流标准电压源检定规程 JJG(航天)2-1999 10mV~100mV
1Hz~10Hz U=1.9×10-4Vx+16μV
10Hz~40Hz U=1.5×10-4Vx+4.6μV
40Hz~100Hz U=1.3×10-4Vx+4.6μV
100Hz~2kHz U=1.2×10-4Vx+2.3μV
2kHz~10kHz U=1.2×10-4Vx+4.6μV
10kHz~30kHz U=3.5×10-4Vx+9.3μV
30kHz~100kHz U=8.2×10-4Vx+23μV
86 多功能标准源 交流电压 交流标准电压源检定规程 JJG(航天)2-1999 0.1V~1V
1Hz~10Hz U=1.6×10-4Vx+0.14mV
10Hz~40Hz U=1.2×10-4Vx+23μV
40Hz~100Hz U=9.8×10-5Vx+23μV
100Hz~2kHz U=7.5×10-5Vx+23μV
2kHz~10kHz U=9.8×10-5Vx+23μV
10kHz~30kHz U=2.4×10-4Vx+46μV
30kHz~100kHz U=5.8×10-4Vx+0.3mV
100kHz~300kHz U=3.5×10-3Vx+2.3mV
300kHz~1MHz U=1.2×10-2Vx+23mV
1V~10V
1Hz~10Hz U=1.6×10-4Vx+1.4mV
10Hz~40Hz U=1.2×10-4Vx+0.3mV
40Hz~100Hz U=9.8×10-5Vx+0.3mV
100Hz~2kHz U=7.5×10-5Vx+0.3mV
2kHz~10kHz U=9.8×10-5Vx+0.3mV
10kHz~30kHz U=2.4×10-4Vx+0.5mV
30kHz~100kHz U=5.8×10-4Vx+2.3mV
100kHz~300kHz U=3.5×10-3Vx+23mV
300kHz~1MHz U=1.2×10-2Vx+0.3V
86 多功能标准源 交流电压 交流标准电压源检定规程 JJG(航天)2-1999 10V~100V 1Hz~10Hz U=1.6×10-4Vx+14mV
86 多功能标准源 交流电压 交流标准电压源检定规程 JJG(航天)2-1999 10V~100V 10Hz~40Hz U=1.2×10-4Vx+2.3mV
40Hz~100Hz U=9.8×10-5Vx+2.3mV
100Hz~2kHz U=7.5×10-5Vx+2.3mV
2kHz~10kHz U=9.8×10-5Vx+2.3mV
10kHz~30kHz U=2.4×10-4Vx+4.6mV
30kHz~100kHz U=5.8×10-4Vx+23mV
100kHz~300kHz U=3.5×10-3Vx+0.27V
300kHz~1MHz U=1.2×10-2Vx+2.3V
100V~1000V
1Hz~10Hz U=1.6×10-5Vx+0.08V
10Hz~40Hz U=1.3×10-4Vx+23mV
40Hz~10kHz U=1.1×10-4Vx+23mV
10kHz~30kHz U=2.4×10-4Vx+46mV
30kHz~100kHz U=5.9×10-4Vx+0.3V
直流电流 直流标准电流源检定规程 JJG (航天)38-1987 10μA~100μA U=1.4×10-5Ix+0.5nA
0.1mA~1mA U=1.4×10-5Ix+5nA
1mA~10mA U=1.5×10-5Ix+46nA
10mA~100mA U=4.2×10-5Ix+0.9μA
100mA~2A U=2.0×10-4Ix+19μA
2A~20A U=4.4×10-4Ix+0.5mA
86 多功能标准源 交流电流 交流标准电流源检定规程 JJG (航天)51-1999 10μA~100μA 10Hz~5kHz U=5.5×10-4Ix+23nA
0.1mA~1mA 10Hz~5kHz U=3.2×10-4Ix+0.3μA
1mA~10mA 10Hz~5kHz U=3.2×10-4Ix+3μA
10mA~100mA 10Hz~5kHz U=2.9×10-4Ix+23μA
0.1A~2A
10Hz~1kHz U=6.9×10-4Ix+0.3mA
1kHz~5kHz U=8.2×10-4Ix+0.3mA
2A~20A
10Hz~2kHz U=9.3×10-4Ix+2.3mA
2kHz~10kHz U=2.9×10-3Ix+2.3mA
电阻 直流电阻器检定规程 JJG 166-1993 1Ω~10Ω U=1.1×10-5Rx+19μΩ
10Ω~100Ω U=8.7×10-6Rx+0.06mΩ
0.1kΩ~1kΩ U=8.7×10-6Rx+0.6mΩ
1kΩ~10kΩ U=8.7×10-6Rx+6mΩ
10kΩ~100kΩ U=8.7×10-6Rx+0.06Ω
0.1MΩ~1MΩ U=9.8×10-6Rx+1.2Ω
1MΩ~10MΩ U=1.7×10-5Rx+0.1kΩ
10MΩ~100MΩ U=6.9×10-5Rx+12kΩ
87 钳形电流表 直流电流 钳形表校准规范 JJF 1075-2001 ±(10A~1000A) Urel=0.5%
交流电流 10A~1000A 45Hz~400Hz Urel=0.6%
88 直流低电阻表 电阻 直流低电阻表检定规程 JJG 837-2003 (10-3~100)Ω Urel=1.2×10-4
88 直流低电阻表 电阻 直流低电阻表检定规程 JJG 837-2003 (100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
接地电阻表检定规程 JJG 366-2004 钳形接地电阻仪检定规程 JJG 1054-2009 (10-1~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
(0.1~100)Ω Urel=2.3×10-4
89 标准电阻 电阻 直流电阻器检定规程JJG 166-1993 (10-3,10-2,10-1,1,10,102,103,104,105)Ω Urel=3×10-5
90 直流电阻箱 电阻 直流电阻箱检定规程 JJG 982-2003 (10-3~100) Ω Urel=6×10-2~4.8×10-4
(10-0~105) Ω Urel=3×10-5
(105~106) Ω Urel=3.2×10-5
(106~107) Ω Urel=3.5×10-5
91 静电腕带测试仪 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 100kΩ~ 120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
92 静电鞋测试仪 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 100kΩ~
120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
93 绝缘电阻表 电阻 绝缘电阻表(兆欧表)检定规程 JJG 622-1997 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
电压 (0.05~1)kV Urel=1.0%
94 电子式绝缘电阻表 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
电压 (0.05~1)kV Urel=1.0%
95 表面电阻测试仪 电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 (1×102~1×108) Ω Urel=1.0%
(1×108~1×109) Ω Urel=1.3%
(1×109~1×1010) Ω Urel=2.4%
(1×1010~1×1011) Ω Urel=5.8%
96 高绝缘电阻测量仪(高阻计) 电阻 高绝缘电阻测量仪(高阻计)检定规程 JJG690-2003 1kΩ~10MΩ Urel=0.2%
10MΩ~100MΩ Urel=0.3%
100MΩ~1GΩ Urel=1.3%
1GΩ~10GΩ Urel=2.4%
10GΩ~100GΩ Urel=5.8%
100GΩ~900GΩ Urel=12%
电压 (0.05~1)kV Urel=1.0%
97 线材测试仪 绝缘电阻 电子式绝缘电阻表检定规程 JJG 1005-2005 1kΩ~100MΩ Urel=1.0%
100MΩ~1GΩ Urel=1.3%
导通电阻 直流数字欧姆表检定规程 JJG724-1991 (0~1000)Ω U=1.2×10-4Rx+2.3mΩ
97 线材测试仪 电压 直流标准电压源检定规程 JJG445-1986 (1~1000)V Urel=0.1%
98 接地导通电阻测试仪 电流 接地导通电阻测试仪检定规程 JJG 984-2004 (1~60)A Urel=0.2%~12%
电阻 (0.1~1)mΩ Urel=12%
(1~10)mΩ Urel=4.7%
(10~100)mΩ Urel=0.23%
(100~1000)mΩ Urel=0.12%
99 耐电压测试仪 直流电压 耐电压测试仪检定规程 JJG 795-2004 (0.1~15)kV Urel=0.3%
交流电压 (0.1~15)kV Urel=0.58%
直流击穿电流 (0.1~200)mA Urel=0.3%
交流击穿电流 (0.1~200)mA Urel=0.3%
持续时间 (1.0~999.9)s Urel=0.7%
100 泄漏电流测试仪 直流电流 泄漏电流测试仪检定规程 JJG 843-2007 10μA~400mA Urel=0.3%
交流电流 10μA~400mA Urel=0.8%
直流电压 (10~1000)V Urel=0.2%
交流电压 (10~1000)V Urel=0.5%
101 直流稳压电源 直流电压 直流稳压电源检定规程 JJG (航天) 6-1999
大电流直流电源校准规范 JJF(军工)26-2012 (0.1~10)V Urel=3.5×10-2~1.1×10-4
101 直流稳压电源 直流电压 直流稳压电源检定规程 JJG (航天) 6-1999
大电流直流电源校准规范 JJF(军工)26-2012 (10~100)V Urel=4.2×10-3~1.1×10-3
(100~1000)V Urel=5.2×10-3~1.1×10-3
(1000~10000)V Urel =6×10-3
直流电流 (0.1~1)A Urel=1.3×10-2~2.3×10-3
(1~3)A Urel=2.1×10-3~1.6×10-3
(3~20)A Urel=4×10-4~6×10-4
(20~100)A Urel=9×10-4~1.1×10-3
(100~500)A Urel=6×10-4
电源电压调整率 (0.1~10)V , 0.001%~1% Urel=6.1×10-2~1.9×10-4
(10~100)V , 0.001%~1% Urel=7.3×10-3~1.9×10-3
(100~750)V , 0.001%~1% Urel=9×10-3~1.9×10-3
(750~10000)V , 0.001%~1% Urel =1.1×10-2
101 直流稳压电源 负载调整率 直流稳压电源检定规程 JJG (航天) 6-1999
大电流直流电源校准规范 JJF(军工)26-2012 (0.1~10)V , 0.001%~1% Urel=5×10-2~1.6×10-4
(10~100)V , 0.001%~1% Urel=6×10-3~1.6×10-3
(100~750)V , 0.001%~1% Urel=7.4×10-3~1.6×10-3
(750~10000)V , 0.001%~1% Urel =8.5×10-3
纹波电压 (0.1~300)V 10Hz~10MHz Urel =8.2×10-2
102 交流稳压电源 交流电压 交流稳压电源稳态特性校准规范 QJ 3233-2005
交流标准电压源检定规程 JJG(航天) 2-1999 10V~100V
10Hz~20kHz Urel=4.2×10-3~1.0×10-3
20kHz~50kHz Urel=7.5×10-3~2.0×10-3
50kHz~100kHz Urel=1.8×10-2~8×10-3
100kHz~300kHz Urel=1.1×10-1~5.2×10-2
100V~750V 10Hz~20kHz Urel=3.5×10-3~1.0×10-3
102 交流稳压电源 交流电压 交流稳压电源稳态特性校准规范 QJ 3233-2005
交流标准电压源检定规程 JJG(航天) 2-1999 100V~750V 20kHz~50kHz Urel=6.2×10-3~2.1×10-3
100V~750V
50kHz~100kHz Urel=1.6×10-2~8×10-3
100kHz~300kHz Urel=9.6×10-2~5.2×10-2
频率 10Hz~40Hz Urel =3.5×10-4
40Hz~300kHz Urel =1.2×10-4
失真 (0~100)% 10Hz~20kHz U=0.58dB
(0~100)% 20kHz~100kHz U=0.81dB
电源电压调整率 10V~100V
10Hz~20kHz Urel=7.3×10-3~1.7×10-3
20kHz~50kHz Urel=1.3×10-2~3.5×10-3
50kHz~100kHz Urel=3.1×10-2~1.4×10-2
100kHz~300kHz Urel=1.9×10-1~9.0×10-2
100V~750V
10Hz~20kHz Urel=6.1×10-3~1.7×10-3
20kHz~50kHz Urel=1.1×10-2~3.6×10-3
102 交流稳压电源 电源电压调整率 交流稳压电源稳态特性校准规范 QJ 3233-2005
交流标准电压源检定规程 JJG(航天) 2-1999 100V~750V
50kHz~100kHz Urel=2.8×10-2~1.4×10-2
100kHz~300kHz Urel=1.7×10-1~9.0×10-2
负载调整率 10V~100V
10Hz~20kHz Urel=5.9×10-3~1.4×10-3
20kHz~50kHz Urel=1.1×10-2~2.8×10-3
50kHz~100kHz Urel=2.5×10-2~1.1×10-2
100kHz~300kHz Urel=1.6×10-1~7.4×10-2
100V~750V
10Hz~20kHz Urel=4.9×10-3~1.4×10-3
20kHz~50kHz Urel=8.8×10-3~3.0×10-3
50kHz~100kHz Urel=2.3×10-2~1.1×10-2
100kHz~300kHz Urel=1.4×10-1~7.4×10-2
103 电子负载 恒压 直流电子负载检定规程 Q/Y 190-2006
(0.1~1000)V Urel=2×10-5~7×10-5
103 电子负载 电流 直流电子负载检定规程 Q/Y 190-2006
(0.1~20)A Urel=5.1×10-5~2×10-4
(20~400)A Urel =5.8×10-4
104 交流电桥 电容 交流电桥检定规程 JJG 441-2008 1pF~1μF (1kHz~100kHz) Urel =3×10-4
电感 100μH~10H 1kHz Urel =3×10-4
电阻 (100~101)Ω (1kHz~100kHz)
Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~106)Ω Urel=1.2×10-4
105 标准电容 电容 标准电容器检定规程 JJG 183-1992 1pF~1μF (1kHz~100kHz) Urel =3×10-4
106 标准电感 电感 标准电感器检定规程 JJG 726-1991 1μH~10H (1kHz) Urel =3×10-4
107 静电放电发生器 放电电压 静电放电模拟器检定规程 GJB/J 5025-2001 (-15~15)kV Urel=1.2%
放电电流峰值 (-20~20)A Urel=5.8%
放电电流上升时间 0.5ns~10s Urel=6%
108 网络分析仪 驻波比 自动网络分析仪检定规程 GJB/J 3608-1999 1.05~1.30 13MHz~18GHz
Urel=1.5%
1.30~2.00 Urel=2.2%
衰减量 20dB U=0.15dB ~0.35dB
108 网络分析仪 衰减量 自动网络分析仪检定规程 GJB/J 3608-1999 50dB U=0.23dB ~0.48dB
传输相移 -180o~180o U=0.3° ~0.9°
109 衰减器 衰减量 同轴电阻式衰减器检定规程 JJG387-2005 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
120dB
100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
10MHz~13.2GHz U=0.52dB
13.2GHz~19.2GHz U=0.90dB
110 低频信号发生器 频率 低频信号发生器检定规程 JJG 602-1996 1Hz~30MHz Urel=1×10-4
110 低频信号发生器 电压 低频信号发生器检定规程 JJG 602-1996 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
失真 0.001%~30% 10Hz~100kHz Urel=2%
111 函数信号发生器 频率 函数发生器检定规程 JJG840-1993 1Hz~30MHz Urel=1×10-4 只做正弦波
电压 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
失真 0.001%~30% 10Hz~100kHz Urel=2%
112 信号发生器 频率 信号发生器检定规程 JJG173-2003 5kHz~500MHz U=0.12Hz~8.8Hz
0.5GHz~26.5GHz Urel=1.8×10-8
功率 (-20~20)dBm
100kHz~4.2GHz U=0.12dB
4.2GHz~18GHz U=0.25dB
112 信号发生器 功率 信号发生器检定规程 JJG173-2003 (-20~20)dBm
18GHz~26.5GHz U=0.29dB
(20~30)dBm
100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
调谐电平 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~26.5GHz U=0.14dB
调谐电平 90dB
100kHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.28dB
调谐电平 信号发生器检定规程 JJG173-2003 100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.42dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
112 信号发生器 调谐电平 信号发生器检定规程 JJG173-2003 110dB
19.2GHz~26.5GHz U=0.95dB
频谱纯度 信号发生器检定规程 JJG173-2003 -80dBc
100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~26.5GHz U=2.5dB
调幅 5%~99% 100kHz~10MHz
50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz
50Hz≤fm≤100kHz
Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz
50Hz≤fm≤100kHz
Urel= 5.2%
20%~99% Urel= 1.8%
调频 200Hz~400kHz(β=频偏/调制速率)
10MHz~ 6.6GHz
β:0.2~0.45 Urel= 1.8%
10MHz~ 6.6GHz
β>0.45 Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8 Urel= 2.9%
6.6GHz~ 13.2GHz
β>8 Urel= 1.2%
112 信号发生器 调频 信号发生器检定规程 JJG173-2003
200Hz~400kHz(β=频偏/调制速率)
13.2GHz~26.5GHz
β:0.2~16 Urel= 4.4%
13.2GHz~26.5GHz
β>16 Urel= 1.2%
113 氧化锌避雷器泄漏电流测试仪 交流电压 交流数字电压表检定规程 JJG(航天)34-1999 40Hz~1kHz
1mV~22V Urel=0.033%
22 V ~220V Urel=0.030%
220 V ~1000V Urel=0.051%
交流电流 交流数字电流表检定规程 JJG (航天)35-1999 40Hz~1kHz
29μA ~2.2 mA Urel=0.31%
2.2mA~22 mA Urel=0.074%
22mA~220 mA Urel=0.069%
0.22A~2.2 A Urel=0.28%
2.2A~11A Urel=0.19%
114 直流电桥 电阻 直流电桥检定规程 JJG 125-2004 (1~10)Ω Urel=0.08%
(10~100)Ω Urel=0.04%
(100~1000)Ω Urel=0.04%
(1~10)kΩ Urel=0.04%
(10~100)kΩ Urel=0.04%
(100~1000)kΩ Urel=0.04%
114 直流电桥 电阻 直流电桥检定规程 JJG 125-2004 (1~10)MΩ Urel=0.04%
电阻 (0.01~1.1)mΩ Urel=0.26%
(0.1~11)mΩ Urel=0.26%
(1~110)mΩ Urel=0.26%
(0.01~1.1)Ω Urel=0.26%
(0.1~11)Ω Urel=0.04%
115 交直流电参数测量仪 直流电压 直流数字电压表检定规程 JJG315-1983 (0~1000)V
(0~30)V Urel= 0.16%
(30~300)V Urel= 0.23%
(300~1000)V Urel=0.11%
直流电流 直流数字电流表检定规程 JJG598-1989 2mA~20.5A
2mA~300mA Urel= 0.22%
(0.3~1.1)A Urel=0.62%
(1.1~3)A Urel= 0.24%
(3~11)A Urel= 0.085%
(11~20.5)A Urel= 0.21%
交流电压 交流数字电压表检定规程 JJG(航天)34-1999 (0~1000)V(10Hz~500kHz)
1mV~30V Urel= 0.25%
(30~300)V Urel= 0.29%
(300~1000)V Urel= 0.13%
115 交直流电参数测量仪 交流电流 交流数字电流表检定规程 JJG (航天)35-1999 29μA~20.5A(10Hz~30kHz)
29μA~300mA Urel= 0.13%
(0.3~1.1)A Urel= 0.50%
(1.1~3)A Urel= 0.14%
(3~11)A Urel= 0.12%
(11~20.5)A Urel=0.22%
功率 交流数字功率表检定规程 JJG780-1992 (0~20k)W(45~65Hz)
0.1mW~600W Urel= 0.15%
(600~6000)W Urel= 0.17%
(6~20)kW Urel= 0.14%
116 微安表 电流 直流数字电流表试行检定规程 JJG 598-1989 (0~2000)μA Urel =0.029%
(2000~20000)μA Urel = 0.025%
117 电容测试仪 电容量 交流电桥检定规程 JJG 441-2008 (1~10000)μF Urel =0.35%
118 高电压耐压测试仪 直流电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0~100)kV Urel=0.6%
交流电压 (0.01~100)kV Urel=1.2%
直流击穿电流 (0~200)mA Urel=0.3%
交流击穿电流 (0.01~200)mA Urel=0.3%
持续时间 (1.0~999.9)s Urel=0.7%
119 高压发生器 直流电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0~10)kV Urel =0.6%
(10~100)kV Urel =0.6%
交流电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (45Hz~ 100Hz)
(0.01~10)kV Urel =1.2%
(10~100)kV Urel =1.2%
120 试验变压器 电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0.01~100)kV Urel =1.2%
121 谐振试验装置 电压 JJG(军工)18-2012高电压耐压测试仪检定规程 (0.01~100)kV Urel =1.2%
122 绝缘油介电强度测试仪 电压 高电压耐压测试仪检定规程 JJG(军工)18-2012 (0.01~100)kV Urel =1.2%
123 分光光度计 波长 紫外、可见、近红外分光光度计检定规程 JJG 178-2007 λ:(241~879)nm U=0.3nm
透射比 T:(0~100)% Urel=0.5%
124 电导率仪 电导率 电导率仪检定规程 JJG 376-2007 (0.1~1.3)mS/cm 配套Urel=0.28% 只做配套校准
125 气相色谱仪 灵敏度 气相色谱仪检定规程 JJG700-1999 TCD: ≥800mV•ml/mg Urel= 4.0%
检测限 FID: ≤5×10-10g/s Urel= 3.8%
125 气相色谱仪 检测限 气相色谱仪检定规程 JJG700-1999 FPD: ≤1×10-10g/s Urel= 4.0%
NPD: ≤5×10-12g/s Urel= 5.4%
ECD: ≤5×10-12g/mL Urel= 4.0%
126 液相色谱仪 最小检测浓度 液相色谱仪检定规程 JJG705-2014 UV-VIS:≤5×10-8g/mL Urel=4.0%
FLD:≤5×10-9g/mL Urel=4.0%
RID:≤5×10-6g/mL Urel=6.0%
ELSD:≤5×10-6g/mL Urel=6.0%
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:Room 102, No.639, Qingfeng West Road, Kunshan, Jiangsu, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Title, Code of Calibration Method Range Uncertainty
(k=2) Limitation Note
1 Cylindrical Screw Thread Gauges Length Verification Regulation of Cylindrical Screw Thread Gauges JJG 1345-2012 M2.5~M200 U=3.0μm
2 Standard Ring Gauge Length Verification Regulation of Standard Rang Gauge JJG 894-1995 (Φ10~Φ100)mm U= 0.6μm
3 Smooth Limit Gauge Length Verification Regulation of Smooth Limit Gauge JJG 343-1996 (Φ1~Φ100)mm U=(0.6~1.0)μm
4 Caliper Length V.R.of Current Calipers JJG30-2002 (0~500)mm U=6μm +7L
L—m
V.R.of Height Gauge JJG31-2011 (0~1000)mm U=0.5μm+0.012L
L—mm
5 Micrometer Length
V.R.of Micrometer JJG21-2008 (0~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~500)mm U=2.0μm
6 Internal Micrometer Length V.R.of Internal Micrometers JJG22-2003 (50~500)mm U =1μm+3.7L
L—m
7 Depth Micrometers Length Verification Regulation of Depth Micrometers JJG24-2003 (0~100)mm U=2μm
8 Feeler Gauge Length V.R.of Feeler Gauge JJG62-2007 (0.02~1.00)mm U=1.7μm
9 Steel Rule Length V.R. of Steel Rule JJG 1-1999 (0~1)m U=0.06mm
10 Height Measuring Instrument with Digital Display Length C.S. for Height Measuring Instrument with Digital Display JJF1254-2010 (0~600)mm U=0.6μm +1.6L
L—m
11 Radius Gauge Length Verification Regulation of Radius Gauge JJG58-2010 R(0.4~25)mm U=5μm
12 Screw Thread Gauge Length Verification Regulation of Screw Thread Gauge JJG60-2012 (0.40~6.00)mm U=3.3μm
13 Projector Length C.S.for Projectors JJF1093—2002 (0~200)mm U=1.6μm+2.0L
L—m just measure the error of indication
14 Three Coordiate Measuring Machines Length C.S.for Coordiate Measuring Machines JJF1064-2010 (0~1000)mm U=1.6μm +0.5L L—m
15 Dial Indicator Gauges Length V.R.of Tester for Dial Indicator Gauges JJG201-2008 (0~25)mm U=1.2μm
(0~2)mm U=0.3μm
16 Horizontal Metroscope Length C.S.for Horizontal Metroscope JJF1189-2008 (0~100)mm U =0.17μm+0.7L
L—m
17 Dial Gauges(dial and digital) Length V.R.of Dial Gauges(dial and digital) JJG34-2008 0.01mm 0~10)mm U=4.9μm
0.001mm 0~2)mm U=1.2μm
18 Dial Test Indicator Length V.R.of Dial Test Indicator JJG35-2006 0.01mm 0~1.0)mm U=3μm
18 Dial Test Indicator Length V.R.of Dial Test Indicator JJG35-2006 0.001mm 0~0.2)mm U=1.2μm
19 Bore Dial Indicators Length C.S.for Bore Dial Indicators JJF1102-2003 0.01mm 6~35)mm U=3μm
0.01mm 35~160)mm U=4μm
0.001mm,(6~160)mm U=1.2μm
20 Cylindrical Measuring pin Length calibration specification for Cylindrical Measuring pin JJF1027-2008 (0.018~6.585)mm U=0.5μm
(0.1~25)mm
21 Thickness Gauge Length calibration specification for Thickness Gauge JJF1126-2004 (0~100)mm U=0.03mm
Magnetic and Eddy Current Measuring Instrument for Coating Thickness JJG 818-2005 (0~1000)μm U=2.2μm
22 Optimeter Length V.R.of Optimeter JJG45-1999 (-100~+100)μm U=0.12μm
23 Gauge Blocks Length V.R.of Gauge Blocks JJG146-2003 (0.5~100)mm U=(0.10~0.19)μm
(10~291.8)mm U=(0.5~1.2)μm
24 calibration specification for Biological Miroscopes Length calibration
specification for metallographic ,electron microscope JJF 1402-2013 (0~1)mm Urel=1.2℅
25 Universal Bevel Protractors Angle V.R.of Universal Bevel Protractors JJG33-2002 (0~320)° U =1.2′
26 Wind Squares Angle V.R.of Squares JJG7-2004 (63~400) mm U =3.2μm
27 Frame Levels and Shaft Levels Angle C.S.for Frame Levels and Shaft Levels JJF1084-2002 (-0.2~+0.2)mm/m U=4%
28 Contact pin type surface roughness Measuring Instrument surface roughness C.S. for Contact pin type surface roughness Measuring Instrument JJF1105-2003 Ra:(0.1-3.2)μm Urel=7%
29 plates flatness Verification Regulation of Plates JJG 117-2013 ≤400mm×400mm U=0.9μm
(400×630)mm
~(1600×1000)mm U=1.2μm
(1600×1000)mm
~(2500×1600)mm U=2.9μm
30 Micrometers for Measuring Inside Dimension Length
C.S. for Micrometers for Measuring Inside imension JJF1411-2013
inside micrometer
(5~30)mm U=1.2μm
(25~50)mm U=1.2μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
(125~150)mm U=1.9μm
inside micrometer with electronic digital display
(5~30)mm U=1.1μm
(25~50)mm U=1.1μm
(50~75)mm U=1.3μm
(75~100)mm U=1.4μm
(100~125)mm U=1.7μm
30 Micrometers for Measuring Inside Dimension Length
C.S. for Micrometers for Measuring Inside imension JJF1411-2013
inside micrometer with electronic digital display
(125~150)mm U=1.9μm
(150~200)mm U=2.1μm
31 OCTG Thread Working Gauges Close distance Calibration Specification for OCTG Thread Working Gauges JJF1108-2012 2 3/8TBG~4 1/2TBG
2 3/8UPTBG~4 1/2UPTBG
4 1/2CSG~11 3/4CSG
4 1/2BCSG~10 3/4BCSG
NC23~NC46
3 1/2REG~8 5/8REG
2 7/8FH~5 1/2FH U=0.011mm
32 Inspection instrument for OCTG Single parameter Length Inspection instrument for OCTG Single parameter JJF1063-2000 Measuring instrument for thread height:
(0~6.35)mm U=0.003mm
Measuring instrument for thread pitch:
(0~6.35)mm U=0.003mm
Thread end point gauge:
(0~6.35)mm U=0.003mm
32 Inspection instrument for OCTG Single parameter Length Inspection instrument for OCTG Single parameter JJF1063-2000 Measuring instrument for thread tooth thickness:(0~10)mm U=0.003mm
Dent detecting instrument:
(0~5)mm U=0.003mm
coaxial gauge:(0~10)mm U=0.003mm
Measuring instrument for diameter of thread:(0~12.7)mm U=0.003mm
Measuring instrument for thread taper:
(0~12.7)mm U=0.006mm
33 Digital Temperature Indicators and Controllers Tempera-ture JJG617-1996 V.R.of Digital Temperature Indicators and Controllers (-200~0)℃ U=2℃
(0~600)℃ U=0.2℃
(600~1750) ℃ U=1℃~2℃
34 Temperature、Moist heat test equipment temperature JJF1101-2003 Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity (-80~300) ℃ U=0.20℃
Humidity 20%RH~98%RH U=2.0%RH
35 Moving-coil Indicators and Step-indication Controllers Associated for Measuring Temperature Tempera-ture V.R. of Moving-coil Indicators and Step-indication Controllers Associated for Measuring TemperatureJJG186-1997 Thermocouple:(0~1600)℃ U=(0.2~0.5)℃
36 Recorders for Industrial-Process Measurement Tempera-ture V.R. of the Recorders for Industrial-Process MeasurementJJG74-2005 Thermocouple:(0~1600)℃ U=(0.2~0.5)℃
37 Working Base Metal Thermometer Tempera-ture V.R.of Working Base Metal Thermometer
JJG351-1996 (0~300)℃ U=(0.1~ 0.2)℃
(300~1100)℃ U= 1.5℃
38 ndustry Platinum 、Copper Resistance Thermometers Tempera-ture V.R.of Industry Platinum Copper Resistance Thermometers
JJG229-2010 (0~300)℃ U=(0.03~0.05)℃
39 Industrial Glass Thermometer Tempera-ture V.R.of Industrial Glass Thermometer
JJG130-2011 (0~300)℃ U=0.02℃
40 Standard Mercury-in-Glass Thermometer for Petroleum Products Tempera-ture V.R.of Standard Mercury-in-Glass Thermometer
JJG 161-2010 (0~300)℃ U=0.04℃
41 Date Acquisi
-tion
Tempera-ture C.S.of Data Acquisition System JJF 1366-2012 TC -200~1000)℃ U=0.4℃
TC ﹥1000~1300)℃ U=0.5℃
RTD -200~0)℃ U=0.1℃
RTD ﹥0~850)℃ U=(0.2~0.5)℃
42 Thermostatic Bath Tempera-ture Measurement and Test Norm of Thermostatic Bath’s Metrological Characteristics JJF1030-2010 (0~100)℃ U=0.004℃
42 Thermostatic Bath Tempera-ture Measurement and Test Norm of Thermostatic Bath’s Metrological Characteristics JJF1030-2010 (100~300)℃ U=0.020℃
43 Salt spray test equipment Tempera-ture Measurement and Test Norm of Salt spray test equipment Technical Characteristics JJG(浙)52-96 (0~100)℃ U=0.7℃
Spray Volume (0~10)ml/ h•80cm2 U=0.3 (ml/ h•80cm2)
44 Temperature Calibrator Tempera-ture Calibration Specification of Temperature Indicators and Simulators by Electrical Simulation and Measurement JJF1309-2011 (-200~1600)℃ U=0.3℃
IN-DC resistor V.R.of DC Digital Ohmmeter JJG 724-1991 (0~110)kΩ
(0~11)Ω Urel= 0.05%
(11~33)Ω Urel= 0.15%
(33~110)Ω Urel=0.03%
(110~1.1k)Ω Urel= 0.06%
(1.1~11)kΩ Urel= 0.04%
(11~110)kΩ Urel= 0.04%
IN-DC current V.R.of DC Digital Ampermeter JJG 598-1989 (0~1)A
(0~2)mA Urel= 0.02%
(2~20)mA Urel= 0.02%
(20~200)mA Urel= 0.04%
(0.2~1)A Urel= 0.06%
IN-DC voltage V.R.of DC Digital Voltmeter JJG 315-1983 (0~110)V
(0~200)mV Urel= 0.03%
(0.2~2)V Urel= 0.02%
44 Temperature Calibrator IN-DC voltage V.R.of DC Digital Voltmeter JJG 315-1983
(0~110)V
(2~20)V Urel= 0.01%
(20~110)V Urel= 0.005%
OUT-DC resistor V.R.of DC Resistors JJG 166-1993 (0~1)MΩ
(0~20)Ω Urel= 0.29%
(20~200)Ω Urel= 0.26%
(200~200k)Ω Urel= 0.30%
(200k~1M)Ω Urel= 0.035%
OUT-DC current V.R.of Direct Current Standard Source JJG(Aerospace)38-1987 (0~1)A
(0~2)mA Urel= 0.016%
(2~20)mA Urel= 0.038%
(20~200)mA Urel= 0.038%
(0.2~1)A Urel=0.038%
OUT-DC voltage V.R.of DC Standard Voltage Source JJG 445-1986 (0~110)V
(0~200)mV Urel=0.01%
(0.2~2)V Urel= 0.01%
(2~20)V Urel= 0.03%
(20~110)V Urel= 0.01%
45 Metallic Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers JJG112-2013 (20~88)HRA U=0.6HRA
(20~95)HRBW U=0.8HRBW
(20~70)HRC U=0.6HRC
46 Metallic Brinell Hardness Testing Machine Hardness JJG 150-2005
V.R.of Metallic Brinell Hardness Tester
(8~650)HBW Urel=(1.0%~2.0%)
47 Metallic Vickers Hardness Testing Machine Hardness JJG 151-2006
V.R.of Metallic Vickers Hardness Tester
(5~1000)HV Urel=(2.0%~3.0%)
48 Metallic Superficial Rockwell Hardness Testing Machine Hardness V.R.of Metallic Rockwell Hardness Testers JJG 112-2013
(70~91)HR15N U=0.8HR15N
(42~80)HR30N U=0.8HR30N
(20~70)HR45N U=0.8HR45N
(73~93)HR15TW U=1.3HR15TW
(43~82)HR30TW U=1.3HR30TW
(12~72)HR45TW U=1.3HR45TW
49 Microhardo-
meter Hardness JJG 151-2006
V.R.of Metallic Vickers Hardness Tester (5~1000)HV Urel=(3.0%~5.0%)
50 Leeb Hardness Tester Hardness JJG 747-1999
V.R.of Leeb Hardness Tester (490~830)HLD U=8HLD
51 Metallic Webster Hardness Testing Machine Hardness V.R.of Metallic Webster Hardness Testing Machine JJG 944-2013 (5~18)HW U=0.4HW
52 Wrench for Measurement of Torque Wrench V.R.of Torque Wrenches JJG707-2014 (0.4~20)N•m Urel=1%
(10~1000)N•m Urel=1%
(1000~27120)N•m Urel=1.4%
53 Calibrating Instrument for Torque Wrenchs Torque V.R.of Calibrating Instrument for Torque Wrenchs JJG 797-2013 (0~300)Nm Urel=0.3%
54 Working Dynamo- meters Strength V.R.of Working Dynamometers
JJG455-2000 (0~5000) N Urel=0.3%
55 Universal Material Tension and Compression Testing Machine Strength value JJG 139-1999
V.R.of Universal Tension and Compression Testing Machine 10N~1MN Urel =0.3%
56 Electronic Universal Testing Machine Strength value JJG 475-2008
V.R.of Electronic Universal Testing Machine 10N~1MN Urel =0.3%
57 Tension Compression and Universal Testing Machine for Non-metallic Strength value JJG 157-2008
V.R.of Tension Compression and Universal Testing Machine for Non-metallic 0.1N~1MN Urel =0.3%
58 Spring Tension and Compression Testing Machine Strength value JJF 1134-2005 Calibration Specification for Working Force Measuring Machines for Special Purposes 0.5N~50kN Urel =1%
59 Bourdon Tube Precision Pressure Gauge Vacuum Gauge Pressure V.R.of Elastic Element Precise Pressure Gauges Vacuum Gauge JJG 49-2013 (-0.1~60)MPa U=0.14%FS
60 Bourdon Tube Pressure Gauge,Pressure Vacuum Gauge and Vacuum Gauge for General Use Pressure V.R.of Elastic Element Pressure Gauges ,Pressure-Vacuum Gauges and Vacuum Gauges for General Use JJG 52-2013 (-0.1~60)MPa U=0.2%FS
61 Digital Pressure Gauges Pressure JJG 875-2005
V.R.of Digital Pressure Gauges (-0.1~60)MPa U =0.14%FS
62 Electronic Balance Mass JJG 1036-2008
V.R.of Electronic Balance 2g~30kg U=0.01mg~33.0mg
63 Mechanical Balances Mass JJG 98-2006
V.R.of Mechanical Balance 2g~500g U=0.04mg~0.8mg
64 Top-Pan Balance Mass JJG 156-2004
V.R.of Top-Pan Balance 100g~10kg U=1.6mg~0.2g
65 Analogue Indication Weighing Instruments Mass JJG 13-1997
V.R.of Analogue Indication Weighing Instruments 500g~100kg U=8mg~2g
66 Non-self-indication Weighing Instruments Mass JJG 14-1997
V.R.of Non-self-indication Weighing Instruments 50g~500kg U=0.8g~15g
67 Digital Indicating Weighting Instrument Mass JJG 539-1997
V.R.of Digital Indicating Weighting Instrument 20g~500kg U=0.8mg~8g
68 Weight class F2 mass V.R.of Weights JJG 99-2006 (1~500)mg U=(0.02~0.08)mg
(1~500)g U=(0.1~2.5)mg
(1~20)kg U=(5~1×102)mg
69 Weight gradeM1 mass V.R.of Weights JJG 99-2006 (1~500)mg U=(0.06~0.25)mg
(1~500)g U=(0.3~8.0)mg
(1~20)kg U=(16~3×102)mg
70 Electroni stroboscopic Tachometer Rotate speed V.R.of Tachometers JJG 105-2000 20r/min~30000r/min Urel=4.0×10-4
71 Mechanical Vibration Generator for Testing Acceleration V.R.of Mechanical Vibration Generator for Testing JJG 189-1997 (0~500)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
72 Electro-dynamic Vibration Generator for Testing Acceleration V.R.of Electro-dynamic Vibration Generator for Testing JJG 190-1997 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
73 Falling Body Type Shock Testing Machine Acceleration V.R.of Falling Body Type Shock Testing Machine JJG 541-2005 (0~100000)m/s2 (0~10000)m/s2 Urel=3.0%
73 Falling Body Type Shock Testing Machine Acceleration V.R.of Falling Body Type Shock Testing Machine JJG 541-2005 (0~100000)m/s2 (10000~100000)m/s2 Urel=4.0%
74 Digital Electro-dynamic Vibration Testing System Acceleration V.R.of Digital Electro-dynamic Vibration Testing System JJG 948-1999 (0~1000)m/s2
(10Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~2kHz) Urel=3.0%
75 Piezoelectric Accelerometer Acceler-ation V.R.of Piezoelectric Accelerometer JJG 233-2008 (0~400)m/s2 (5Hz~5kHz) Urel=1.2%
76 Hydraulic Jack Force V.R.of Hydraulic Jack JJG 621-2012 (0~5000)kN Urel=0.5%
77 ConcreteRebound Test Hammer Rate V.R.of Rebound Test Hammer JJG 817-2011 80 Urel=2.2%
78 Pressure Transmitters Pressure V.R.of Pressure Transmitters JJG 882-2004 (-0.1~60)MPa U=0.06%FS
79 Pressure Sensor Pressure V.R.of the Pressure Transducer JJG 860-1994 (-0.1~60)MPa U=0.06%FS
80 Digitalmeters DC Voltage V.R.of DC Digital Voltmeter
JJG315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1000V) U=1.1×10-5Vx+0.6mV
AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (0.22~2.2)mV
10Hz~20Hz U=6.4×10-4Vx+5.2μV
20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(0.22~2.2)mV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
(0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999
(0.22~2.2)V
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
(2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1000)V 40Hz~1kHz U=1.1×10-4Vx+5mV
80 Digitalmeters AC Voltage V.R.of AC Digital Voltmeter
JJG(HT)34-1999 (220~1000)V 1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
80 Digitalmeters DC Current V.R.of DC Digital Amperemeter
JJG598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
AC Current AC Digital Amperemeter
JJG(HT)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
80 Digitalmeters AC Current AC Digital Amperemeter
JJG(HT)35-1999
2.2mA~22mA
40Hz~1kHz U=1.6×10-4Ix+404nA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A
45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
80 Digitalmeters Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
80 Digitalmeters Resistance V.R.of DC Digital Ohmmeter
JJG724-1991 1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
81 DC Digital Voltmeter voltage V.R.of DC Digital Voltmeter JJG 315-1983 (10mV~220mV) U=9.3×10-6Vx+0.7μV
(0.22V~2.2V) U=8.1×10-6Vx+1.2μV
(2.2V~11V) U=8.1×10-6Vx+4.0μV
(11V~22V) U=8.1×10-6Vx+7.5μV
(22V~220V) U=9.3×10-6Vx+92μV
(220V~1100V) U=1.1×10-5Vx+0.6mV
82 DC Digital Ampere-meter current V.R.of DC Digital Ampermeter JJG 598-1989 (10μA~220μA) U=6.9×10-5Ix+12nA
(0.22mA~2.2mA) U=6.9×10-5Ix+12nA
(2.2mA~22mA) U=6.9×10-5Ix+115nA
(22mA~220mA) U=8.1×10-5Ix+1μA
(0.22A~2.2A) U=1.1×10-4Ix+35μA
(2.2A~11A) U=4.2×10-4Ix+0.56mA
(11A~20A) U=1.2×10-3Ix+0.88mA
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV 10Hz~20Hz U=6.4×10-4Vx+5.2μV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)mV 20Hz~40Hz U=2.4×10-4Vx+5.2μV
40Hz~20kHz U=1.2×10-4Vx+5.2μV
20kHz~50kHz U=4.3×10-4Vx+5.2μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+15μV
300kHz-500kHz U=2.0×10-3Vx+33μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(2.2~22)mV
10Hz~20Hz U=6.4×10-4Vx+6μV
20Hz~40Hz U=2.4×10-4Vx+6μV
40Hz~20kHz U=1.2×10-4Vx+6μV
20kHz~50kHz U=4.3×10-4Vx+6μV
50kHz~100kHz U=9.8×10-4Vx+8μV
100kHz~300kHz U=1.3×10-3Vx+14μV
300kHz~500kHz U=2.0×10-3Vx+29μV
500kHz~1MHz U=3.9×10-3Vx+29μV
(22~220)mV
10Hz~20Hz U=6.4×10-4Vx+15μV
20Hz~40Hz U=2.4×10-4Vx+9μV
40Hz~20kHz U=1.2×10-4Vx+9μV
20kHz~50kHz U=4.3×10-4Vx+29μV
50kHz~100kHz U=9.8×10-4Vx+29μV
100kHz~300kHz U=1.3×10-3Vx+29μV
300kHz~500kHz U=2.0×10-3Vx+40μV
500kHz~1MHz U=3.9×10-3Vx+92μV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0.22~2.2)V
10Hz~20Hz U=5.8×10-4Vx+92μV
20Hz~40Hz U=1.9×10-4Vx+29μV
40Hz~20kHz U=8.7×10-5Vx+7μV
20kHz~50kHz U=1.4×10-4Vx+18μV
50kHz~100kHz U=2.9×10-4Vx+81μV
100kHz~300kHz U=5.0×10-4Vx+150μV
300kHz~500kHz U=1.2×10-3Vx+404μV
500kHz~1MHz U=2.6×10-3Vx+982μV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (2.2~22)V
10Hz~20Hz U=5.8×10-4Vx+924μV
20Hz~40Hz U=1.9×10-4Vx+289μV
40Hz~20kHz U=8.7×10-5Vx+69μV
20kHz~50kHz U=1.4×10-4Vx+185μV
50kHz~100kHz U=2.9×10-4Vx+404μV
100kHz~300kHz U=5.8×10-4Vx+1.7mV
300kHz~500kHz U=1.5×10-3Vx+5.0mV
500kHz~1MHz U=3.1×10-3Vx+9.8mV
(22~220)V
10Hz~20Hz U=5.8×10-4Vx+9mV
20Hz~40Hz U=2.0×10-4Vx+2.9mV
40Hz~20kHz U=9.3×10-5Vx+0.9mV
20kHz~50kHz U=2.6×10-4Vx+4.0mV
50kHz~100kHz U=5.8×10-4Vx+9mV
100kHz~300kHz U=1.8×10-3Vx+104mV
83 AC Digital Voltmeter AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999
(22~220)V
300kHz~500kHz U=5.4×10-3Vx+104mV
500kHz~1MHz U=1.3×10-2Vx+219mV
(220~1100)V
40Hz~1kHz U=1.1×10-4Vx+5mV
1kHz~20kHz U=1.9×10-4Vx+7mV
20kHz~30kHz U=6.9×10-4Vx+13mV
30kHz~50kHz U=6.9×10-4Vx+13mV
50kHz~100kHz U=2.7×10-3Vx+52mV
84 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999 10μA~220μA
10Hz~20Hz U=8.1×10-4Ix+29nA
20Hz~40Hz U=4.1×10-4Ix+23nA
40Hz~1kHz U=1.6×10-4Ix+18nA
1kHz~5kHz U=6.9×10-4Ix+46nA
5kHz~10kHz U=1.9×10-3Ix+92nA
0.22mA~2.2mA
10Hz~20Hz U=8.1×10-4Ix+46nA
20Hz~40Hz U=4.1×10-4Ix+40nA
40Hz~1kHz U=1.6×10-4Ix+40nA
1kHz~5kHz U=6.9×10-4Ix+462nA
5kHz~10kHz U=1.9×10-3Ix+0.9μA
2.2mA~22mA
10Hz~20Hz U=8.1×10-4Ix+462nA
20Hz~40Hz U=4.1×10-4Ix+404nA
40Hz~1kHz U=1.6×10-4Ix+404nA
2.2mA~22mA
1kHz~5kHz U=6.9×10-4Ix+5μA
5kHz~10kHz U=1.9×10-3Ix+9μA
22mA~220mA
10Hz~20Hz U=8.1×10-4Ix+5μA
20Hz~40Hz U=4.1×10-4Ix+4.0μA
84 AC Digital Ampere-meter AC current V.R.of AC Digital Current Meter JJG(Aerospace)35-1999
22mA~220mA
40Hz~1kHz U=1.6×10-4Ix+4.0μA
1kHz~5kHz U=6.9×10-4Ix+46μA
5kHz~10kHz U=1.9×10-3Ix+92μA
0.22A~2.2A
40Hz~1kHz U=7.5×10-4Ix+40μA
1kHz~5kHz U=8.7×10-4Ix+92μA
5kHz~10kHz U=9.8×10-3Ix+185μA
2.2A~11A
40Hz~1kHz U=5.3×10-4Ix+196μA
1kHz~5kHz U=1.1×10-3Ix+416μA
5kHz~10kHz U=4.2×10-3Ix+866μA
11A~20A
45Hz~100Hz U=1.4×10-3Ix+6mA
100Hz~1kHz U=1.8×10-3Ix+6mA
1kHz~5kHz U=3.5×10-2Ix+6mA
85 DC Digital Ohmmeter resistance V.R.of DC Digital Ohmmeter JJG 724-1991 1Ω Urel=1.1×10-4
1.9Ω Urel=1.1×10-4
10Ω Urel=3.2×10-5
19Ω Urel=3.1×10-5
100Ω Urel=2.0×10-5
190Ω Urel=2.0×10-5
1kΩ Urel=1.5×10-5
1.9kΩ Urel=1.5×10-5
10kΩ Urel=1.4×10-5
19kΩ Urel=1.4×10-5
100kΩ Urel=1.6×10-5
190kΩ Urel=1.6×10-5
1MΩ Urel=2.3×10-5
1.9MΩ Urel=2..4×10-5
10MΩ Urel=4.6×10-5
85 DC Digital Ohmmeter resistance V.R.of DC Digital Ohmmeter JJG 724-1991 19MΩ Urel=5.4×10-5
100MΩ Urel=1.3×10-4
86 Multifunction Standard Source DC Voltage V.R.of DC Standard Voltage Source
JJG445-1986 10mV~100mV U=5.2×10-6Vx+0.1μV
0.1V~1V U=3.5×10-6Vx+0.5μV
1V~10V U=3.5×10-6Vx+4.6μV
10V~100V U=5.2×10-6Vx+46μV
100V~1000V U=5.2×10-6Vx+0.6mV
AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10mV~100mV
1Hz~10Hz U=1.9×10-4Vx+16μV
10Hz~40Hz U=1.5×10-4Vx+4.6μV
40Hz~100Hz U=1.3×10-4Vx+4.6μV
100Hz~2kHz U=1.2×10-4Vx+2.3μV
2kHz~10kHz U=1.2×10-4Vx+4.6μV
10kHz~30kHz U=3.5×10-4Vx+9.3μV
30kHz~100kHz U=8.2×10-4Vx+23μV
0.1V~1V
1Hz~10Hz U=1.6×10-4Vx+0.14mV
10Hz~40Hz U=1.2×10-4Vx+23μV
40Hz~100Hz U=9.8×10-5Vx+23μV
100Hz~2kHz U=7.5×10-5Vx+23μV
2kHz~10kHz U=9.8×10-5Vx+23μV
10kHz~30kHz U=2.4×10-4Vx+46μV
30kHz~100kHz U=5.8×10-4Vx+0.3mV
100kHz~300kHz U=3.5×10-3Vx+2.3mV
86 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 0.1V~1V
300kHz~1MHz U=1.2×10-2Vx+23mV
1V~10V
1Hz~10Hz U=1.6×10-4Vx+1.4mV
10Hz~40Hz U=1.2×10-4Vx+0.3mV
40Hz~100Hz U=9.8×10-5Vx+0.3mV
100Hz~2kHz U=7.5×10-5Vx+0.3mV
2kHz~10kHz U=9.8×10-5Vx+0.3mV
10kHz~30kHz U=2.4×10-4Vx+0.5mV
30kHz~100kHz U=5.8×10-4Vx+2.3mV
100kHz~300kHz U=3.5×10-3Vx+23mV
300kHz~1MHz U=1.2×10-2Vx+0.3V
10V~100V
1Hz~10Hz U=1.6×10-4Vx+14mV
10Hz~40Hz U=1.2×10-4Vx+2.3mV
86 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 10V~100V
40Hz~100Hz U=9.8×10-5Vx+2.3mV
100Hz~2kHz U=7.5×10-5Vx+2.3mV
2kHz~10kHz U=9.8×10-5Vx+2.3mV
10kHz~30kHz U=2.4×10-4Vx+4.6mV
30kHz~100kHz U=5.8×10-4Vx+23mV
100kHz~300kHz U=3.5×10-3Vx+0.27V
300kHz~1MHz U=1.2×10-2Vx+2.3V
100V~1000V 1Hz~10Hz U=1.6×10-5Vx+0.08V
86 Multifunction Standard Source AC Voltage Verification regulation for AC Standard Voltage Source
JJG(HT)2-1999 100V~1000V 10Hz~40Hz U=1.3×10-4Vx+23mV
40Hz~10kHz U=1.1×10-4Vx+23mV
10kHz~30kHz U=2.4×10-4Vx+46mV
30kHz~100kHz U=5.9×10-4Vx+0.3V
DC Current The Verification regularion for DC Standard Source
JJG(HT)38-1987 10μA~100μA U=1.4×10-5Ix+0.5nA
0.1mA~1mA U=1.4×10-5Ix+5nA
1mA~10mA U=1.5×10-5Ix+46nA
10mA~100mA U=4.2×10-5Ix+0.9μA
100mA~2A U=2.0×10-4Ix+19μA
2A~20A U=4.4×10-4Ix+0.5mA
AC Current Verification regularion for AC Standard current Source
JJG(HT)51-1999 10μA~100μA 10Hz~5kHz U=5.5×10-4Ix+23nA
0.1mA~1mA 10Hz~5kHz U=3.2×10-4Ix+0.3μA
1mA~10mA 10Hz~5kHz U=3.2×10-4Ix+3μA
10mA~100mA 10Hz~5kHz U=2.9×10-4Ix+23μA
0.1A~2A
10Hz~1kHz U=6.9×10-4Ix+0.3mA
1kHz~5kHz U=8.2×10-4Ix+0.3mA
2A~20A
10Hz~2kHz U=9.3×10-4Ix+2.3mA
2kHz~10kHz U=2.9×10-3Ix+2.3mA
Resistance V.R.of DC Resistors
JJG166-1993 1Ω~10Ω U=1.1×10-5Rx+19μΩ
10Ω~100Ω U=8.7×10-6Rx+0.06mΩ
86 Multifunction Standard Source Resistance V.R.of DC Resistors
JJG166-1993 0.1kΩ~1kΩ U=8.7×10-6Rx+0.6mΩ
1kΩ~10kΩ U=8.7×10-6Rx+6mΩ
10kΩ~100kΩ U=8.7×10-6Rx+0.06Ω
0.1MΩ~1MΩ U=9.8×10-6Rx+1.2Ω
1MΩ~10MΩ U=1.7×10-5Rx+0.1kΩ
10MΩ~100MΩ U=6.9×10-5Rx+12kΩ
87 Clamp Current meter DC Current C.S. of Clamp Ammeters JJF 1075-2001 ±(10A~1000A) Urel=0.5%
AC Current 10A~1000A 45Hz~400Hz Urel=0.6%
88 DC Low Resistance Meter Resistance V.R.of DC Low Resistance Meters JJG 837-2003 (10-3~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
V.R.of Earth Resistance Meter JJG 366-2004 Verification Regulation for Pincers Earth Resistance TesterJJG 1054-2009 (10-1~100)Ω Urel=1.2×10-4
(100~101)Ω Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~105)Ω Urel=1.2×10-4
(0.1~100)Ω Urel=2.3×10-4
89 Standard Resistance Resistance V.R.of DC Resistors JJG 166-1993 (10-3,10-2,10-1,1,10,102,103,104,105)Ω Urel=3×10-5
90 Resistance Box Resistance V.R.of DC Resistors Box JJG 982-2003 (10-3~100) Ω Urel=6×10-2~4.8×10-4
90 Resistance Box Resistance V.R.of DC Resistors Box JJG 982-2003 (10-0~105) Ω Urel=3×10-5
(105~106) Ω Urel=3.2×10-5
(106~107) Ω Urel=3.5×10-5
91 Wrist strap tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 100kΩ~120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
92 Static shoes tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 100kΩ~120MΩ
100kΩ~12MΩ Urel=0.2%
12MΩ~120MΩ Urel=1.2%
93 Insulation resistance meter Resistance JJG 622-1997 V.R.of Megohm-meter (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
Voltage (0.05~1)kV Urel=1.0%
94 Electronic Insulating Resistance Meters Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (102~1×108)Ω Urel=1.0%
(108~1×109)Ω Urel=1.3%
(109~1×1010)Ω Urel=2.4%
(1010~1×1011)Ω Urel=5.8%
Voltage (0.05~1)kV Urel=1.0%
95 Surface Resistance Tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (1×102~1×108) Ω Urel=1.0%
(1×108~1×109) Ω Urel=1.3%
95 Surface Resistance Tester Resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 (1×109~1×1010) Ω Urel=2.4%
(1×1010~1×1011) Ω Urel=5.8%
96 High Insulation Resistance Meters Resistance V.R.of High Insulation Resistance Meters JJG690-2003 1kΩ~10MΩ Urel=0.2%
10MΩ~100MΩ Urel=0.3%
100MΩ~1GΩ Urel=1.3%
1GΩ~10GΩ Urel=2.4%
10GΩ~100GΩ Urel=5.8%
100GΩ~900GΩ Urel=12%
Voltage (0.05~1)kV Urel=1.0%
97 Cable Tester Insulation resistance V.R.of Electronic Insulating Resistance Meters JJG 1005-2005 1kΩ~100MΩ Urel=1.0%
100MΩ~1GΩ Urel=1.3%
Conduction resistance V.R.of DC Resistance Meters JJG 724-1991 (0~1000)Ω U=1.2×10-4Rx+2.3mΩ
voltage V.R. of DC Standard Voltage Source JJG 445-1986 (1~1000)V Urel=0.1%
98 Earth Continuity Tester Current V. R. for Earth-Continuity Testers JJG 984-2004 (1~60)A Urel=0.2%~12%
Resistance (0.1~1)mΩ Urel=12%
(1~10)mΩ Urel=4.7%
(10~100)mΩ Urel=0.23%
(100~1000)mΩ Urel=0.12%
99 WithStanding Voltage Tester DC Voltage V.R.of WithStanding Voltage Tester JJG 795-2004 (0.1~15)kV Urel=0.3%
99 WithStanding Voltage Tester AC Voltage V.R.of WithStanding Voltage Tester JJG 795-2004 (0.1~15)kV Urel=0.58%
DC Current (0.1~200)mA Urel=0.3%
AC Current (0.1~200)mA Urel=0.3%
Time (1.0~999.9)s Urel=0.7%
100 Leakage Current Tester DC Current Verification regulation for Leakage current tester JJG 843-2007 10μA~400mA Urel=0.3%
AC Current 10μA~400mA Urel=0.8%
DC Voltage (10~1000)V Urel=0.2%
AC Voltage (10~1000)V Urel=0.5%
101 DC supply power DC voltage V.R. for DC supply power JJG(Aero-Space)6-1999 Calibration Specification for High Direct Current Power Source JJF(Military Industry)26-2012 (0.1~10)V Urel=3.5×10-2~1.1×10-4
(10~100)V Urel=4.2×10-3~1.1×10-3
(100~1000)V Urel=5.2×10-3~1.1×10-3
(1000~10000)V Urel =6×10-3
DC current (0.1~1)A Urel=1.3×10-2~2.3×10-3
(1~3)A Urel=2.1×10-3~1.6×10-3
(3~20)A Urel=4×10-4~6×10-4
(20~100)A Urel=9×10-4~1.1×10-3
(100~500)A Urel=6×10-4
Line Regulation (0.1~10)V , 0.001%~1% Urel=6.1×10-2~1.9×10-4
(10~100)V , 0.001%~1% Urel=7.3×10-3~1.9×10-3
101 DC supply power Line Regulation V.R. for DC supply power JJG(Aero-Space)6-1999 Calibration Specification for High Direct Current Power Source JJF(Military Industry)26-2012 (100~750)V , 0.001%~1% Urel=9×10-3~1.9×10-3
(750~10000)V , 0.001%~1% Urel =1.1×10-2
Load Regulation V.R. for DC supply power JJG(Aero-Space)6-1999 Calibration Specification for High Direct Current Power Source JJF(Military Industry)26-2012 (0.1~10)V , 0.001%~1% Urel=5×10-2~1.6×10-4
(10~100)V , 0.001%~1% Urel=6×10-3~1.6×10-3
(100~750)V , 0.001%~1% Urel=7.4×10-3~1.6×10-3
(750~10000)V , 0.001%~1% Urel =8.5×10-3
Ripple (0.1~300)V 10Hz~10MHz Urel =8.2×10-2
102 AC Voltage Stable Source AC voltage Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999 10V~100V
10Hz~20kHz Urel=4.2×10-3~1.0×10-3
20kHz~50kHz Urel=7.5×10-3~2.0×10-3
50kHz~100kHz Urel=1.8×10-2~8×10-3
100kHz~300kHz Urel=1.1×10-1~5.2×10-2
100V~750V 10Hz~20kHz Urel=3.5×10-3~1.0×10-3
102 AC Voltage Stable Source AC voltage Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999 100V~750V 20kHz~50kHz Urel=6.2×10-3~2.1×10-3
50kHz~100kHz Urel=1.6×10-2~8×10-3
100kHz~300kHz Urel=9.6×10-2~5.2×10-2
Frequency 10Hz~40Hz Urel =3.5×10-4
40Hz~300kHz Urel =1.2×10-4
Distortion (0~100)% 10Hz~20kHz U=0.58dB
(0~100)% 20kHz~100kHz U=0.81dB
Line Regulation 10V~100V
10Hz~20kHz Urel=7.3×10-3~1.7×10-3
20kHz~50kHz Urel=1.3×10-2~3.5×10-3
50kHz~100kHz Urel=3.1×10-2~1.4×10-2
100kHz~300kHz Urel=1.9×10-1~9.0×10-2
102 AC Voltage Stable Source Line Regulation Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999 100V~750V
10Hz~20kHz Urel=6.1×10-3~1.7×10-3
20kHz~50kHz Urel=1.1×10-2~3.6×10-3
50kHz~100kHz Urel=2.8×10-2~1.4×10-2
100kHz~300kHz Urel=1.7×10-1~9.0×10-2
Load Regulation 10V~100V
10Hz~20kHz Urel=5.9×10-3~1.4×10-3
20kHz~50kHz Urel=1.1×10-2~2.8×10-3
102 AC Voltage Stable Source Load Regulation Calibration specification for stable character of AC voltage stable cource QJ 3233-2005
V.R. for AC standard Voltage source JJG(Aero-Space)2-1999
10V~100V
50kHz~100kHz Urel=2.5×10-2~1.1×10-2
100kHz~300kHz Urel=1.6×10-1~7.4×10-2
100V~750V
10Hz~20kHz Urel=4.9×10-3~1.4×10-3
20kHz~50kHz Urel=8.8×10-3~3.0×10-3
50kHz~100kHz Urel=2.3×10-2~1.1×10-2
100kHz~300kHz Urel=1.4×10-1~7.4×10-2
103 Electronic Load Voltage Q/Y 190-2006 V.R. for Electronic Load (0.1~1000)V Urel=1×10-5~7×10-5
Current (0.1~20)A Urel=5.1×10-5~4.6×10-4
(20~400)A Urel =5.8×10-4
104 Alternating Current Bridge Capacitance JJG 441-2008 V.R.of Alternating Current Bridge 1pF~1μF (1kHz~100kHz) Urel =3×10-4
Inductance 100μH~10H 1kHz Urel =3×10-4
Resistance (100~101)Ω (1kHz~100kHz)
Urel=3×10-4~2.1×10-3
(101~102)Ω Urel=1.2×10-4~3×10-4
(102~106)Ω Urel=1.2×10-4
105 Capacitor Capacitance JJG 183-1992 V.R.of Standard Capacitor 1pF~1μF (1kHz~100kHz) Urel =3×10-4
106 Inductors Inductance JJG 726-1991 V.R.of Standard Inductors 1μH~10H (1kHz) Urel =3×10-4
107 Electrostatic discharge generator Charging Voltage GJB/J 5025-2001 V.R.for Electrostatic discharge generator (-15~15)kV Urel=1.2%
107 Electrostatic discharge generator Peak Discharge Current GJB/J 5025-2001 V.R.for Electrostatic discharge generator (-20~20)A Urel=5.8%
Rise time 0.5ns~10s Urel=6%
108 Network analyzer VSWR GJB/J 3608-1999 Verification regulation for automatic network analyzer 1.05~1.30 13MHz~18GHz
Urel=1.5%
1.30~2.00 Urel=2.2%
Attenuation 20dB U=0.16dB ~0.35dB
50dB U=0.32dB ~0.48dB
Transmission phase -180o~180o U=0.3° ~0.9°
109 Attenuator Attenuation Verification Regulation of Coaxial Attenuator
JJG 387-2005 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB U=0.14dB
90dB U=0.15dB
100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
120dB
100kHz~2MHz U=1.3dB
2MHz~10MHz U=0.93dB
109 Attenuator Attenuation Verification Regulation of Coaxial Attenuator
JJG 387-2005 120dB
10MHz~13.2GHz U=0.52dB
13.2GHz~19.2GHz U=0.90dB
110 Low Frequency Signal Generator Freqeuncy erification Regulation of Low-Frequency Signal Generator
JJG602-1996 1Hz~30MHz Urel=1×10-4
Voltage 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
Distortion 0.001%~30% 10Hz~100kHz Urel=2%
111 Function Signal Generator Freqeuncy JJG840-1993 V. R. of Function Generator 1Hz~30MHz Urel=1×10-4 Complete sine wave calibration only
Voltage 1mV~200mV
1Hz~50kHz Urel=0.2%
50kHz~100kHz Urel=0.6%
0.2V~200V
1Hz~100kHz Urel=0.2%
100kHz~300kHz Urel=0.4%
300kHz~1MHz Urel=1.2%
200V~300V 1Hz~100kHz Urel=0.2%
Distortion 0.001%~30% 10Hz~100kHz Urel=2%
112 Signal Generator Frequency Verification regulation for Signal Generator
JJG173-2003 5kHz~500MHz U=0.12Hz~8.8Hz
112 Signal Generator Frequency Verification regulation for Signal Generator
JJG173-2003 0.5GHz~26.5GHz Urel=1.8×10-8
Power (-20~20)dBm
100kHz~4.2GHz U=0.11dB
4.2GHz~18GHz U=0.25dB
18GHz~26.5GHz U=0.29dB
(20~30)dBm
100kHz~4.2GHz U=0.41dB
4.2GHz~18GHz U=0.42dB
18GHz~26.5GHz U=0.45dB
112 Signal Generator Tune Leve Verification regulation for Signal Generator
JJG173-2003 (0~20)dB U=0.03dB
(30~40)dB U=0.04dB
50dB U=0.05dB
(60~70)dB U=0.10dB
80dB 100kHz~26.5GHz U=0.14dB
Tune Leve 90dB
100kHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.28dB
100dB
100kHz~2MHz U=0.24dB
2MHz~10MHz U=0.17dB
10MHz~19.2GHz U=0.15dB
19.2GHz~26.5GHz U=0.42dB
110dB
100kHz~2MHz U=0.61dB
2MHz~10MHz U=0.39dB
10MHz~13.2GHz U=0.21dB
13.2GHz~19.2GHz U=0.27dB
112 Signal Generator Tune Leve Verification regulation for Signal Generator
JJG173-2003 110dB
19.2GHz~26.5GHz U=0.95dB
Spectrum Purity -80dBc
100kHz~3.05GHz U=0.8dB
3.05GHz~6.6GHz U=2.0dB
6.6GHz~26.5GHz U=2.5dB
AM 5%~99% 100kHz~10MHz
50Hz≤fm≤10kHz Urel= 0.9%
5%~20% 10MHz~3GHz
50Hz≤fm≤100kHz
Urel= 3.0%
20%~99% Urel= 0.6%
5%~20% 3GHz~26.5GHz
50Hz≤fm≤100kHz
Urel= 5.2%
20%~99% Urel= 1.8%
FM 200Hz~400kHz(β=Frequency Offset /Modulation rate)
10MHz~ 6.6GHz
β:0.2~0.45 Urel= 1.8%
10MHz~ 6.6GHz
β>0.45 Urel= 1.2%
6.6GHz~ 13.2GHz
β:0.2~8 Urel= 2.9%
6.6GHz~ 13.2GHz
β>8 Urel= 1.2%
13.2GHz~ 26.5GHz
β:0.2~16 Urel= 4.4%
13.2GHz~ 26.5GHz
β>16 Urel= 1.2%
113 MOA Leakage current tester t AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 40Hz~1kHz
1mV~22V Urel=0.033%
22 V ~220V Urel=0.030%
220 V ~1000V Urel=0.051%
AC current V.R.of AC Digital Ampermeter JJG (Aerospace)35-1999 40Hz~1kHz
29μA ~2.2 mA Urel=0.31%
2.2mA~22 mA Urel=0.074%
22mA~220 mA Urel=0.069%
0.22A~2.2 A Urel=0.28%
2.2A~11A Urel=0.19%
114 D.C Bridges resistance V.R.of D.C Bridges JJG 125-2004 (1~10)Ω Urel=0.08%
(10~100)Ω Urel=0.04%
(100~1000)Ω Urel=0.04%
(1~10)kΩ Urel=0.04%
(10~100)kΩ Urel=0.04%
(100~1000)kΩ Urel=0.04%
(1~10)MΩ Urel=0.04%
(0.01~1.1)mΩ Urel=0.26%
(0.1~11)mΩ Urel=0.26%
(1~110)mΩ Urel=0.26%
(0.01~1.1)Ω Urel=0.26%
(0.1~11)Ω Urel=0.04%
115 Deter of DC、AC parameter DC voltage V.R.of DC Digital Voltmeter JJG 315-1983 (0~1000)V
(0~30)V Urel= 0.16%
(30~300)V Urel= 0.23%
115 Deter of DC、AC parameter DC voltage V.R.of DC Digital Voltmeter JJG 315-1983 (0~1000)V
(300~1000)V Urel=0.11%
DC current V.R.of DC Digital Ampermeter JJG 598-1989 2mA~20.5A
2mA~300mA Urel= 0.22%
(0.3~1.1)A Urel=0.62%
(1.1~3)A Urel= 0.24%
(3~11)A Urel= 0.085%
(11~20.5)A Urel= 0.21%
AC voltage V.R.of AC Digital Voltmeter JJG(Aerospace) 34-1999 (0~1000)V(10Hz~500kHz)
1mV~30V Urel= 0.25%
(30~300)V Urel= 0.29%
(300~1000)V Urel= 0.13%
AC current V.R.of AC Digital Ampermeter JJG (Aerospace)35-1999 29μA~20.5A(10Hz~30kHz)
29μA~300mA Urel= 0.13%
(0.3~1.1)A Urel= 0.50%
(1.1~3)A Urel= 0.14%
(3~11)A Urel= 0.12%
(11~20.5)A Urel=0.22%
power V.R for AC Digital Powermeter JJG780-1992 (0~20k)W(45~65Hz)
0.1mW~600W Urel= 0.15%
(600~6000)W Urel= 0.17%
(6~20)kW Urel= 0.14%
116 Microammeter Current V.R.of DC Digital Ampermeter JJG 598-1989 (0~2000)μA Urel =0.029%
(2000~20000)μA Urel = 0.025%
117 Capacitance meter Capacitance V.R. ofAlternating Current Bridge JJG441-2008 (1~10000)μF Urel =0.35%
118 High-voltage withstanding voltage tester DC Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0~100)kV Urel=0.6%
AC Voltage (0.01~100)kV Urel=1.2%
DC Current (0~200)mA Urel=0.3%
AC Current (0.01~200)mA Urel=0.3%
Time (1.0~999.9)s Urel=0.7%
119 High voltage generator DC Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0~10)kV Urel =0.6%
(10~100)kV Urel =0.6%
AC Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (45Hz~ 100Hz)
(0.01~10)kV Urel =1.2%
(10~100)kV Urel =1.2%
120 Test transformer Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0.01~100)kV Urel =1.2%
121 Voltage Resonant Test System Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0.01~100)kV Urel =1.2%
122 Dielectric strength Detector of inulating oil Voltage High-voltage withstanding voltage tester JJG (military)18-2012 (0.01~100)kV Urel =1.2%
123 Spectrophotometer Wavelength V. R. of UV-VIS-NIR Spectrophotometer JJG 178-2007 λ:(241~879)nm U=0.3nm
Transmission ratio T:(0~100)% Urel=0.5%
124 Electrolytic Conductance Meter Electrolytic conductivity V.R. of Electrolytic Conductance Meter JJG 376-2007 (0.1~1.3)mS/cm Assort Urel=0.28% Complete equipment calibration only
125 Gas Chromato-graph Sensitivity V.R. of Gas Chromatograph JJG 700-1999
TCD: ≥800mV•ml/mg Urel= 4.0%
Detection Limits FID: ≤5×10-10g/s Urel= 3.8%
FPD: ≤1×10-10g/s Urel= 4.0%
NPD: ≤5×10-12g/s Urel= 5.4%
ECD: ≤5×10-12g/mL Urel= 4.0%
126 Liquid Chromatography Minimun Detectable Concentration V.R. of Liquid Chromatography JJG705-2014 UV-VIS:≤5×10-8g/mL Urel=4.0%
FLD:≤5×10-9g/mL Urel=4.0%
RID:≤5×10-6g/mL Urel=6.0%
ELSD:≤5×10-6g/mL Urel=6.0%
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:重庆市江北区港城工业园D区曙光工业园E区A1-1
签发日期:2015年07月15日 有效期至:2017年02月25日
附件1 认可的授权签字人及领域
序号 姓 名 授权签字领域 备 注
1 王东伟 几何检测和校准项目
2 杨韬 热学、力学、电磁学校准项目
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:A1-1, Area E, Shuguang Industrial Park, Area D, Gangcheng Industrial Park, Jiangbei, Chongqing, China
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 1 ACCREDITED SIGNATORIES AND SCOPE
№ Name Authorized Scope of Signature Note
1 WangDongWei Geometric Quantitie Testing and Calibration Items.
2 Yang Tao Thermotics,Dynamics,electromagnetics Calibration Items.
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:重庆市江北区港城工业园D区曙光工业园E区A1-1
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件2 认可的检测能力范围
序号 检测
对象 项目/参数 检测标准(方法)名称及编号(含年号) 限制
范围 说明
序号 名称
1 数控机床 1 轴线定位精度
机床检验通则第2部分:数控轴线的定位精度和重复定位精度的确定 GB/T 17421.2—2000
2 重复定位精度
3 反向差值
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:A1-1, Area E, Shuguang Industrial Park, Area D, Gangcheng Industrial Park, Jiangbei, Chongqing, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 2 ACCREDITED TESTING
№ Test Object Item/Parameter Title, Code of Standard or Method Limitation Note
№ Item/ Parameter
1 Numerically control machines
1 accuracy of positioning of an axis
Test code for machine tools part 2:determination of accuracy and repeat -apility of positioning numerically controlled axes
GB/T 17421.2-2000
2 Repeatability of positioning of an axis
1 Numerically control machines
3 reversal value of an axis
Test code for machine tools part 2:determination of accuracy and repeat -apility of positioning numerically controlled axes
GB/T 17421.2-2000
 
中国合格评定国家认可委员会
认 可 证 书 附 件
(注册号:CNAS L0283)
名称:北京航天计量测试技术研究所
地址:重庆市江北区港城工业园D区曙光工业园E区A1-1
认可依据:ISO/IEC 17025以及CNAS特定认可要求
签发日期:2015年07月15日 有效期至:2017年02月25日
附件3 认可的校准能力范围
序号 测量仪器名称 校准参量 规范代号(含年号)名称 测量范围 扩展不确定度(k=2) 限制说明 备注
1 量块 长度 量块检定规程
JJG146-2011 (0.5~100)mm U=0.1μm+1×10-6ln
ln-mm
(100~1000)mm U=0.2μm+2×10-6ln
ln-mm
2 通用卡尺 长度 通用卡尺检定规程
JJG30-2012 (0~150)mm U=5.8μm
(150~200)mm U=5.9μm
(200~300)mm U=6.1μm
(300~500)mm U=6.7μm
(500~1000)mm U=9.1μm
3 高度卡尺 长度 高度卡尺检定规程
JJG31-2011 (0~150)mm U=5.8μm
(150~200)mm U=5.9μm
(200~300)mm U=6.1μm
(300~500)mm U=6.7μm
(500~1000)mm U=9.1μm
4 千分尺 长度 千分尺检定规程
JJG21-2008 (0~25)mm U=0.7μm
(25~50)mm U=0.8μm
(50~75)mm U=0.8μm
(75~100)mm U=0.9μm
(100~125)mm U=0.9μm
(125~150)mm U=1.1μm
(150~175)mm U=1.1μm
(175~200)mm U=1.2μm
(200~225)mm U=1.3μm
(225~250)mm U=1.4μm
(250~275)mm U=1.4μm
(275~300)mm U=1.5μm
(300~400)mm U=1.8μm
(400~500)mm U=2.2μm
5 百分表 长度 指示表(指针式、数显式)检定规程
JJG34-2008 (0~3)mm U=3.4μm
(3~5)mm U=3.7μm
(5~10)mm U=5.7μm
千分表 (0~1)mm U=1.0μm
(1~3)mm U=1.4μm
(3~10)mm U=2.3μm
6 内径表 长度 内径表校准规范
JJF1102-2003 内径百分表:
(2~450)mm U=1.9μm
内径千分表:
(10~400)mm U=1.3μm
7 杠杆表 长度 杠杆表检定规程
JJG35-2006 杠杆百分表
(0~1)mm U =1.7μm
杠杆千分表:
(0~0.4)mm U =1.1μm
8 针规 直径 针规、三针校准规范
JJF1207-2008 ≤Φ25mm U=0.5μm
9 光滑极限
量规 长度 光滑极限量规检定规程
JJG343-2012 (Φ1~Φ100)mm U=(0.5~1.5)μm
10 圆柱螺纹
量规 长度 圆柱螺纹量规
校准规范
JJF1345-2012 M1~M200)mm U=(2.2~3.2)μm
11 测量显微镜 长度 读数、测量显微镜
检定规程
JJG571-2004 (0~50)mm U=1.5μm
12 工具显微镜 长度 工具显微镜检定规程JJG56-2000 (0~200)mm
U=(0.25+3L)μm , L:m
13 投影仪 长度 投影仪校准规范
JJF1093-2002 (0~200)mm
U=(1.4+2.3L)μm , L:m
14 影像测量仪 长度 影像测量仪校准规范
JJF1318-2011 (0~500)mm
U=(1.2+2.0L)μm , L:m
15 坐标测量机 长度 坐标测量机校准规范
JJF1064-2010 (0~1000)mm
U=(0.2+1.6L)μm , L:m
(0~10000)mm
U=(0.3+1.5L)μm , L:m
16 石油螺纹工作量规 长度 石油螺纹工作量
规校准规范
JJF1108-2012 基面中径
外螺纹
(29.311~89.687)mm U=3μm
内螺纹(29.311~96.723)mm U=4μm
17 汽车侧滑检验台 侧滑量 汽车侧滑检验台
检定规程
JJG908-2009 侧滑量:(-10~+10)m/km U=0.06m/km
18 试模 长度 试模校准规范 JJF1307-2011 (0~300)mm U=0.06mm
19 试验筛 长度 试验筛校准规范JJF1175-2007 (0.020~5)mm U=1.8μm
(5~125)mm U=15μm
20 滚筒式车速表检验台 速度 滚筒式车速表检验台
检定规程
JJG909-2009 (0~100)km/h Urel=0.6%
21 拉力、压力和万能试验机 力值 拉力、压力和万能试验机检定规程
JJG139-2014 10N~1000kN Urel=0.3%
22 电子式万能试验机 力值 电子式万能试验机
检定规程
JJG 475-2008 10N~1000kN Urel=0.3%
23 扭矩扳子 扭矩 扭矩扳子检定规程
JJG707-2014 (1~1000) Nm Urel=1.0%
(1000~5000) Nm Urel=1.4%
24 金属洛氏硬度计 硬度 金属洛氏硬度计检定规程
JJG112-2013 (20~88)HRA U=0.9HRA
(20~100)HRBW U=1.7HRBW
(20~70)HRC U=1.1HRC
25 金属表面洛氏硬度计 硬度 金属洛氏硬度计
检定规程
JJG112-2013 (70~94)HR15N U=0.8HRN
(42~86)HR30N
(20~77)HR45N
(67~93)HR15TW U=0.8HRTW
(29~82)HR30TW
(10~72)HR45TW
26 金属布氏硬度计 硬度 金属布氏硬度计
检定规程
JJG150-2005 ≤125HBW Urel=1.9%
125<HBW≤225 Urel=1.8%
27 金属维氏硬度计 硬度 金属维氏硬度计检定规程
JJG 151-2006 ≤225HV Urel=2.1%
>225HV Urel=(3.4~5.0)%
28 精密压力表 压力 弹性元件式精密压力表和真空表
JJG49-2013 (-0.1~100)MPa Urel=0.10%
29 一般压力表、真空表 压力 弹性元件式一般压力表、压力真空表和真空表检定规程
JJG52-2013 (-0.1~100)MPa Urel=0.51%
30 气体减压器 压力 带弹簧管压力表的气体减压器校准规范
JJF1328-2011 (0~25)MPa Urel=0.9%
31 非自行指示秤 质量 非自行指示秤检定规程JJG 14-1997 1g~10kg U=(0.3~3.0)g
10kg~200kg U=(3.0~34)g
200kg~3000kg U=(34~4.6×102)g
32 数字指示秤 质量 数字指示秤检定规程
JJG 539-1997 1g~1kg U=0.3mg~0.3g
1kg~40kg U=0.3g~3.6g
40kg~3t U=3.6g~0.4kg
33 机械式振动试验台 加速度 机械式振动试验台
检定规程
JJG189-1997 (0~1000)m/s2 (2Hz~40Hz) Urel=3.0%
33 机械式振动试验台 加速度 机械式振动试验台
检定规程
JJG189-1997 (0~1000)m/s2 (40Hz~800Hz) Urel=2.0%
(800Hz~5kHz) Urel=3.0%
34 电动式振动试验台 加速度 电动式振动试验台
检定规程
JJG 190-1997 (0~1000)m/s2
(2Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~5kHz) Urel=3.0%
35 数字式电动振动试验系统 加速度 数字式电动振动试验系统检定规程
JJG948-1999 (0~1000)m/s2
(2Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~5kHz) Urel=3.0%
36 落体式冲击试验台 加速度 落体式冲击试验台
检定规程
JJG 541-2005
(0~50000)m/s2
(0~10000)m/s2 Urel=2.2%
(10000~50000)m/s2 Urel=2.2%
37 数字压力计 压力 数字压力计检定规程
JJG875-2005 (-0.1~100)MPa Urel=0.07%
38 压力变送器 压力 压力变送器检定规程
JJG882-2004 (-0.1~100)MPa Urel=0.4%
39 滚筒反力式制动检验台 制动力 滚筒反力式制动检验台检定规程
JJG906-2009 (0~30)kN Urel=0.76%
40 轴(轮)重仪 质量 动车检测专用轴(轮)重仪检定规程
JJG1014-2006 (0~10000)kg Urel=0.6%
41 液塑限检测仪 质量 土壤液塑限检测仪
检定规程
JJG(交通)069-2006 (0~100)g U=0.012g
长度 (0~22)mm Urel=0.36%
时间 (4.9~5.1)s U=0.1s
42 土工击实仪 质量 土工击实仪检定规程JJG(交通)058-2004 (0~5000)g U=1.7g
长度 (0~450)mm U=0.70mm
43 水泥胶砂流动度测定仪 质量 水泥胶砂流动度测定仪检定规程 JJG(交通)096-2009 (0~5000)g U=1.8g
跳动频率/时间 (0~30)s U=0.32s
长度 (0~300)mm U=0.06mm
44 液压千斤顶 力值 液压千斤顶检定规程JJG 621-2012 1N~3MN Urel=0.8%
45 工作用廉金属热电偶 温度 工作用廉金属热电偶检定规程 JJG 351-1996 (400~1000)℃ U=(1.0~1.1)℃
46 工业铂、铜热电阻 温度 工业铂、铜热电阻检定规程 JJG 229-2010 (0~300)℃ U=(0.06~0.08)℃
47 数字式指示调节仪 温度 数字温度指示调节仪检定规程 JJG 617-1996 铂电阻:(-100~800)℃,热电偶:(-100~1300)℃ U=(0.7~0.8)℃ (配热电偶); U=0.5℃(配热电阻)
48 工业过程测量记录仪 温度 工业过程测量记录仪检定规程 JJG 74—2005 铂电阻:(-100~800),热电偶:(-100~1300)℃ U=(0.7~0.8)℃ (配热电偶); U=0.5℃(配热电阻)
49 温度试验设备 温度 环境试验设备温度、湿度校准规范 JJF1101-2003 (–70~200)℃ U=(0.3~0.4)℃
50 湿热试验设备 温度 环境试验设备温度、湿度校准规范 JJF1101-2003 (–70~200)℃ U=(0.3~0.4)℃
湿度 (5~80)℃: (10~100)%RH U=2.3% RH
51 箱式电阻炉 温度 箱式电阻炉校准规范JJF 1376-2012 (0~1000)℃ U=1.6℃
52 数字多用表 直流电压 直流数字电压表试行检定规程
JJG 315-1983 (100mV~330mV) U=2.3×10-5Vx+1.2μV
(0.33V~3.3V) U=1.3×10-5Vx+2μV
(3.3V~33V) U=1.4×10-5Vx+ 20μV
(33V~330V) U=2.1×10-5Vx+0.2mV
(330V~1000V) U=2.1×10-5Vx+2mV
交流电压
交流数字电压表检定规程JJG(航天) 34-1999 (0.5~3.3)V
10Hz~45Hz U=3.5×10-4Vx+58μV
45Hz~10kHz U=1.4×10-4Vx+29μV
10kHz~20kHz U=2.2×10-4Vx+58μV
52 数字多用表 交流电压
交流数字电压表检定规程JJG(航天) 34-1999
(0.5~3.3)V
20kHz~50kHz U=3.5×10-4Vx+58μV
50kHz~100kHz U=8.1×10-4Vx+150μV
100kHz~500kHz U=2.78×10-3Vx+690μV
(3.3~33)V
10Hz~45Hz U=3.5×10-4Vx+0.75mV
45Hz~10kHz U=1.4×10-4Vx+0.03mV
10kHz~20kHz U=2.8×10-4Vx+0.7mV
20kHz~50kHz U=4.1×10-4Vx+0.7mV
50kHz~100kHz U=1.1×10-3Vx+1.85mV
(33~330)V
45Hz~1kHz U=2.2×10-4Vx+2.3mV
1kHz~10kHz U=2.3×10-4Vx+6.9mV
10kHz~20kHz U=2.9×10-4Vx+6.9mV
20kHz~50kHz U=3.5×10-4Vx+6.9mV
50kHz~100kHz U=2.3×10-3Vx+57.8mV
(330~1000)V
45Hz~1kHz U=3.5×10-4Vx+11.6mV
1kHz~5kHz U=2.9×10-4Vx+11.6mV
5kHz~10kHz U=3.5×10-3Vx+11.6mV
直流电流 直流数字电流表试行检定规程 JJG 598-1989 (1mA~3.3mA) U=1.2×10-4Ix +0.04μA
(3.3mA~33mA) U=1.2×10-4Ix+0.3μA
(33mA~330mA) U=1.2×10-4Ix+3μA
52 数字多用表 直流电流 直流数字电流表试行检定规程 JJG 598-1989 (0.33A~3A) U=4.4×10-4Ix+50μA
(3A~11A) U=5.8×10-4Ix+0.4mA
(11A~20A) U=1.2×10-3Ix+0.9mA
交流电流 交流数字电流表检定规程JJG (航天)35-1999 (10~33)mA
40Hz~45Hz U=1.1×10-3Ix+2.3μA
45Hz~1kHz U=4.6×10-4Ix+2.3μA
1kHz~5kHz U=9.3×10-4Ix+2.3μA
(33~330)mA
40Hz~45Hz U=1.1×10-3Ix+23μA
45Hz~1kHz U=4.62×10-4Ix+23μA
1kHz~5kHz U=1.2×10-3Ix+58μA
(0.33~1.1)A
40Hz~45Hz U=2.1×10-3Ix+0.12mA
45Hz~1kHz U=5.8×10-4Ix+0.12mA
1kHz~5kHz U=6.9×10-3Ix+0.12mA
(1.1~3)A
40Hz~45Hz U=2.1×10-4Ix+0.12mA
45Hz~1kHz U=5.8×10-4Ix+0.12mA
1kHz~5kHz U=7.0×10-3Ix+0.12mA
(3~10)A
45Hz~100Hz U=7.0×10-4Ix+2.3mA
0.1kHz~1kHz U=1.2×10-3Ix+0.3mA
1kHz~5kHz U=3.5×10-2Ix+2.3mA
52 数字多用表 电阻 直流数字式欧姆表检定规程
JJG 724-1991 (10~11)Ω U=4.6×10-5Rx+12mΩ
(11~33)Ω U=3.5×10-5Rx+18mΩ
(33~110)Ω U=3.3×10-5Rx+18mΩ
(110~330)Ω U=3.3×10-5Rx+24mΩ
(0.33~3.3)kΩ U=3.3×10-5Rx+24mΩ
(3.3~11)kΩ U=3.3×10-5Rx+0.23Ω
(11~33)kΩ U=3.3×10-5Rx+0.116Ω
(33~110)kΩ U=3.3×10-5Rx+1.2Ω
(110~330)kΩ U=3.7×10-5Rx+11.6Ω
(0.33~1.1)MΩ U=3.7×10-5Rx+11.6Ω
(1.1~3.3)MΩ U=7.0×10-5Rx+173.3Ω
(3.3~10)MΩ U=1.5×10-4Rx+288.7Ω
53 直流电压表 直流电压 电流表、电压表、功率表及电阻表检定规程
JJG124-2005 0.1V~1000V Urel =5.9×10-4
54 直流电流表 直流电流 电流表、电压表、功率表及电阻表检定规程
JJG124-2005 1mA~20A Urel=5.8×10-4
55 交流电流表 交流电流 电流表、电压表、功率表及电阻表检定规程
JJG124-2005 10mA~10A Urel=9.7×10-4
56 指针万用表 直流电压 电流表、电压表、功率表及电阻表检定规程
JJG124-2005 0.1V~1000V Urel =5.9×10-4
56 指针万用表 交流电压 电流表、电压表、功率表及电阻表检定规程
JJG124-2005 0.5V~1000V Urel=9.3×10-4
直流电流 1mA~20A Urel=5.8×10-4
交流电流 10mA~10A Urel =9.7×10-4
57 直流稳压电源 电压 直流稳压电源检定规程
JJG (航天) 6-1999 (0.1~1000)V Urel =1.1×10-4
电流 (0.1~10)A Urel =2.2×10-3
纹波电压 (0.1~750)V 3Hz~300kHz Urel =7.0×10-3
电压调整率 (0.001%~1%) Urel =7.8×10-5
负载调整率 (0.001%~1%) Urel =6.4×10-5
58 耐压试验仪 电压 耐电压测试仪检定规程
JJG 795-2004 直流:≤10kV Urel=5.7×10-3
交流:≤10kV Urel=8.0×10-3
击穿电流 直流:(0.1~30)mA Urel=5.7×10-3
交流:(0.1~30)mA Urel=8.0×10-3
持续时间 (0~1200)s U=0.30s
59 线缆测试仪 交流电压 线缆测试仪校准规范JJF1457-2014 (10V~1.5kV) Urel=0.7%
泄漏电流 (0.1mA~30mA) Urel=0.7%
开路电压 (10V~1.5kV) Urel=0.7%
59 线缆测试仪 绝缘电阻 线缆测试仪校准规范JJF1457-2014 (10kΩ~200MΩ) Urel=0.7%
直流电阻 (0.1Ω~1MΩ) Urel=0.2%
电容 (1pF~1μF) Urel=0.3%
 
CHINA NATIONAL ACCREDITATION SERVICE FOR CONFORMITY ASSESSMENT
APPENDIX OF ACCREDITATION CERTIFICATE
(Registration No. CNAS L0283)
NAME:Beijing Aerospace Institute for Metrology and Measurement Technology
ADDRESS:A1-1, Area E, Shuguang Industrial Park, Area D, Gangcheng Industrial Park, Jiangbei, Chongqing, China
Accreditation Criteria:ISO/IEC 17025 and relevant requirements of CNAS
Date of Issue:2015-07-15 Date of Expiry:2017-02-25
APPENDIX 3 ACCREDITED CALIBRATION
№ Instrument Parameter Title, Code of Calibration Method Range Uncertainty
(k=2) Limitation Note
1 Gauge Blocks Length V.R.of Gauge Blocks
JJG146-2011 (0.5~100)mm U=0.1μm+1×10-6ln
ln-mm
(100~1000)mm U=0.2μm+2×10-6ln
ln-mm
2 Caliper Length V.R.of Current Calipers
JJG30-2012 (0~150)mm U=5.8μm
(150~200)mm U=5.9μm
(200~300)mm U=6.1μm
(300~500)mm U=6.7μm
(500~1000)mm U=9.1μm
3 Height Gauge Length V.R.of Height Gauge
JJG31-2011 (0~150)mm U=5.8μm
(150~200)mm U=5.9μm
(200~300)mm U=6.1μm
(300~500)mm U=6.7μm
(500~1000)mm U=9.1μm
4 Micrometer Length V.R.of Micrometer
JJG21-2008 (0~25)mm U=0.7μm
(25~50)mm U=0.8μm
(50~75)mm U=0.8μm
(75~100)mm U=0.9μm
(100~125)mm U=0.9μm
(125~150)mm U=1.1μm
(150~175)mm U=1.1μm
(175~200)mm U=1.2μm
(200~225)mm U=1.3μm
(225~250)mm U=1.4μm
(250~275)mm U=1.4μm
(275~300)mm U=1.5μm
(300~400)mm U=1.8μm
(400~500)mm U=2.2μm
5 Dial Gauges Dial Test Length V.R.of Dial Gauges(dial and digital)
JJG34-2008 (0~3)mm U=3.4μm
(3~5)mm U=3.7μm
(5~10)mm U=5.7μm
Dial Gauges reading in 0.001mm (0~1)mm U=1.0μm
(1~3)mm U=1.4μm
(3~10)mm U=2.3μm
6 Bore Dial Indicator Length C.S.for Bore Dial Indicators
JJF1102-2003 reading in 0.01mm (2~450)mm U=1.9μm
reading in 0.001mm (10~400)mm U=1.3μm
7 Dial Test Indicator Length V.R.of Dial Test Indicator
JJG35-2006 Dial Test Indicator 0.01mm (0~1)mm U =1.7μm
Dial Test Indicator 0.001mm (0~0.4)mm U =1.1μm
8 Cylindrical Measuring Pin Length Calibration Specification for Cylindrical Measuring Pin
JJF1207-2008 ≤Φ25mm U=0.5μm
9 Smooth
Limit Gauge Length V.R.of Smootht Gauge
JJG343-2012 (Φ1~Φ100)mm U=(0.5~1.5)μm
10 Cylindrical Thread Gauges Length Calibration Specification for Cylindrical Thread Gauges
JJF1345-2012 (M1~M200)mm U=(2.2~3.2)μm
11 Reading Microscope and Measuring
Microscope Length V.R.of Reading Microscope and Measuring
Microscope
JJG571-2004 (0~50)mm U=1.5μm
12 Toolmaker's Microscope Length V. R. of Universal Measuring Microscopes and Makers Microscopes
JJG56-2000 (0~200)mm
U=(0.25+3L)μm , L:m
13 Projector Length C. S. for Projectors JJF 1093-2002 (0~200)mm
U=(1.4+2.3L)μm , L:m
14 Imaging Probe Measuring Machines Length C. S. for Imaging Probe Measuring Machines
JJF1318-2011 (0~500)mm
U=(1.2+2.0L)μm , L:m
15 Three Coordiate Measuring Machine Length C. S. for Coordinate Measuring Machine
JJF 1064-2010 (0~1000)mm
U=(0.2+1.6L)μm , L:m
(0~10000)mm
U=(0.3+1.5L)μm , L:m
16 OCTG Thread Working Gauges
length Calibration Specification for OCTG Thread Working Gauges
JJF 1108-201
The base surface diameter
Plug Gage,(29.311~89.687)mm U=3μm
Ring Gage((29.311~96.723)mm U=4μm
17 Slide Plate Type Automobile Side Slide Tester Reading value Automobile Side Slid Tester
JJG 908-2009 (-10~+10)m/km U=0.06m/km(k=2)
18 Moulds Length Calibration Specification for Moulds
JJF1307-2011 (0~300)mm U=0.06mm
19 Test Sieves Length Calibration Specification for Test Sieves
JJF1175-2007 (0.020~5)mm U=1.8μm
(5~125)mm U=30μm
20 Roller Speedometer tester Reading value Roller Type Speedometer tester JJG 909-2009 (0~100)km/h Urel=0.6%
21 Universal Tension and
Comperssion Testing Machine Force V.R. of Universal Tension and Compression Testing Machine
JJG 139-- 2014 10N~1000kN Urel=0.3%
22 Electronic Universal Testing Machine Force V. R. of Electronic Universal Testing Machine
JJG475-2008 10N~1000kN Urel=0.3%
23 Torque Wrench Torque V. R. of Torque Wrenchs
JJG707-2014 (1~1000)Nm Urel=1.0%
(1000~5000) Nm Urel=1.4%
24 Hardness Tester HR Metallic Rockwell Hardness Testers(scales A,B,C,D,E,F,G,H,K,N,T)
JJG112-2013 (20~88)HRA U=0.9HRA
(20~100)HRBW U=1.7HRBW
24 Hardness Tester HR Metallic Rockwell Hardness Testers(scales A,B,C,D,E,F,G,H,K,N,T)
JJG112-2013 (20~70)HRC U=1.1HRC
25 Hardness Tester HR V.R.of Metallic Rockwell Hardness Testers(scales A,B,C,D,E,F,G,H,K,N,T) JJG 112-2003 (70~94)HR15N U=0.8HRN
(42~86)HR30N
(20~77)HR45N
(67~93)HR15TW U=0.8HRTW
(29~82)HR30TW
(10~72)HR45TW
26 Brinell Hardness Testers HR V. R. of Metallic Brinell Hardness Testers
JJG 150-2005 ≤125HBW Urel=1.9%
125<HBW≤225 Urel=1.8%
27 Metallic
Vickers Hardness Testers HR V.R.of Metallic
Vickers Hardness Testers
JJG151-2006 ≤225HV Urel=2.1%
>225HV Urel=(3.4~5.0)%
28 Bourdon Tube Precise Pressure Gauge and Vacuum Gauge Pressure V.R of Elastic Element Precise Pressure Gauges and Vacuum Gauges
JJG 49-2013 (-0.1~100)MPa Urel=0.10%
29 Pressure Gauge、Vacuum Gauge Pressure V.R.of Bourdon Tube Pressure Gauge,Pressure Vacuum Gauge and Vacuum Gauge for General Use
JJG 52-2013 (-0.1~100)MPa Urel=0.51%
30 Pressure Regulators with Bourdon Tube Pressure Gauge Pressure Calibration Specification for Pressure Regulators with Bourdon Tube Pressure Gauge JJF1328-2011 (0~25)MPa Urel=0.9%
31 Non-self-indication Weighing Instruments Mass
V. R. of Non-self-indication Weighing Instruments
JJG 14-1997
1g~10kg U=(0.3~3.0)g
10kg~200kg U=(3.0~34)g
200kg~3000kg U=(34~4.6×102)g
32 Indication Weighing Instruments Mass V. R. of Digital Indicating Weighing Instrument
JJG539-1997 1g~1kg U=0.3mg~0.3g
1kg~40kg U=0.3g~3.6g
40kg~3t U=3.6g~0.4kg
33 Mechanical Vibraion Genetator fo Testing Acceleration Verification Regulation of Mechanical Vibration Genetator for Testing
JJG189-1997 (0~1000)m/s2
(2Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~5kHz) Urel=3.0%
34 Electrodynamic Vibration Generator for Testing Acceleration Verification Regulation of Electrodynamic Vibration Generator for Testing
JJG 190-1997 (0~1000)m/s2
(2Hz~40Hz) Urel=3.0%
(40Hz~800Hz) Urel=2.0%
(800Hz~5kHz) Urel=3.0%
35 Digital Electrodynamic Vibration Testing System Acceleration Verification Regulation of Digital Electrodynamic Vibration Testing System
JJG 948-1999 (0~1000)m/s2 (2Hz~40Hz) Urel=3.0%
35 Digital Electrodynamic Vibration Testing System Acceleration Verification Regulation of Digital Electrodynamic Vibration Testing System
JJG 948-1999 (0~1000)m/s2 (40Hz~800Hz) Urel=2.0%
(800Hz~5kHz) Urel=3.0%
36 Falling Body Type Shock Testing Machines Acceleration Verification Regulation of Falling Body Type Shock Testing Machines
JJG 541-2005 (0~50000)m/s2
(0~10000)m/s2 Urel=2.2%
(10000~50000)m/s2 Urel=2.2%
37 Digital Pressure Gauges Pressure Verification Regulation of Digital Pressure Gauges
JJG875-2005 (-0.1~100)MPa Urel=0.07%
38 Pressure Transmitter Pressure Verification Regulation of the Pressure Transmitter
JJG882-2004 (-0.1~100)MPa Urel=0.4%
39 Roller Opposite Forces Type Brake Tester Reading value Roller Opposite Forces Type Brake Testers
JJG 906-2009 (0~30)kN Urel=0.76%
40 Axle (wheel) weight meter Reading value and distinguish force value Verification Regulation of Axle (wheel) weight meter
JJG1014-2006 (0~10000)kg Urel=0.6%
41 Liquid& lastic Limit Gague Mass V. R. of Liquid& lastic Limit Gague
JJG(Traffic)069-2006 (0~100)g U=0.012g
Length (0~22)mm Urel=0.36%
Time (4.9~5.1)s U=0.1s
42 Compaction Instrument of Soil Mass V. R. of Compaction Instrument of Soil
JJG(Traffic)058-2004 (0~5000)g U=1.7g
Length (0~450)mm U=0.70mm
43 Flow Table for Determine Cement Mortar Fluidity Mass V. R. of Flow Table for Determine Cement Mortar Fluidity JJG(Traffic)096-2009 (0~5000)g U=1.8g
43 Flow Table for Determine Cement Mortar Fluidity Frequency/Time V. R. of Flow Table for Determine Cement Mortar Fluidity JJG(Traffic)096-2009 (0~30)s U=0.32s
Length (0~300)mm U=0.06mm
44 Hydraulic Jack Force Verification Regulation of Hydraulic Jack JJG 621-2012 1N~3MN Urel=0.8%
45 Working Base Metal Thermocouple Temperature Verification Regulation of Working Base Metal Thermocouple
JJG 351-1996 (400~1000)℃ U=(1.0~1.1)℃
46 Industry Platinum and Copper Resistance Thermometers Temperature Verification Regulation of Industry Platinum and Copper Resistance Thermometers
JJG 229-2010 (0~300)℃ U=(0.06~0.08)℃
47 Digital Temperature Indicators and Controllers Temperature Verification Regulation of Digital Temperature Indicators and Controllers
JJG 617-1996 Resistance Thermometers:(-100~800)℃,Thermocouple:(-100~1300)℃ U=(0.7~0.8)℃ (Thermocouple); U=0.5℃(Resistance)
48 Recorders for Industral-Process Measurement Temperature Verification Regulation of the Recorders for Industral-Process Measurement JJG 74-2005 Resistance Thermometers:(-100~800)℃,Thermocouple:(-100~1300)℃ U=(0.7~0.8)℃ (Thermocouple); U=0.5℃(Resistance)
49 the Equipment of Environmental Testing for Temperature Temperature Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity JJF1101-2003 (–70~200)℃ U=(0.3~0.4)℃
50 the Equipment of Environmental Testing for Temperature and Humidity Temperature Calibration Specification for the Equipment of the Environmental Testing for Temperature and Humidity
JJF1101-2003 (–70~200)℃ U=(0.3~0.4)℃
Humidity (5~80)℃: (10~100)%RH U=2.3% RH
51 Box-type Resistance Furnace Temperature Calibration Specification for Box-type Resistance Furnace
JJF 1376-2012 (0~1000)℃ U=1.6℃
52 Digital Multimeter DCV V.R.of DC Digital Voltmeter JJG 315-1983 (100mV~330mV) U=2.3×10-5Vx+1.2μV
(0.33V~3.3V) U=1.3×10-5Vx+2μV
(3.3V~33V) U=1.4×10-5Vx+ 20μV
(33V~330V) U=2.1×10-5Vx+0.2mV
(330V~1000V) U=2.1×10-5Vx+2mV
ACV
V.R.of AC Digital Voltmeter
JJG (HT)34-1999 (0.5~3.3)V
10Hz~45Hz U=3.5×10-4Vx+58μV
45Hz~10kHz U=1.4×10-4Vx+29μV
10kHz~20kHz U=2.2×10-4Vx+58μV
20kHz~50kHz U=3.5×10-4Vx+58μV
50kHz~100kHz U=8.1×10-4Vx+150μV
100kHz~500kHz U=2.78×10-3Vx+690μV
(3.3~33)V
10Hz~45Hz U=3.5×10-4Vx+0.75mV
45Hz~10kHz U=1.4×10-4Vx+0.03mV
10kHz~20kHz U=2.8×10-4Vx+0.7mV
52 Digital Multimeter ACV
V.R.of AC Digital Voltmeter
JJG (HT)34-1999
(3.3~33)V
20kHz~50kHz U=4.1×10-4Vx+0.7mV
50kHz~100kHz U=1.1×10-3Vx+1.85mV
(33~330)V
45Hz~1kHz U=2.2×10-4Vx+2.3mV
1kHz~10kHz U=2.3×10-4Vx+6.9mV
10kHz~20kHz U=2.9×10-4Vx+6.9mV
20kHz~50kHz U=3.5×10-4Vx+6.9mV
50kHz~100kHz U=2.3×10-3Vx+57.8mV
(330~1000)V
45Hz~1kHz U=3.5×10-4Vx+11.6mV
1kHz~5kHz U=2.9×10-4Vx+11.6mV
5kHz~10kHz U=3.5×10-3Vx+11.6mV
DCI V. R. of DC Digital Amperemeter JJG 598-1989 (1mA~3.3mA) U=1.2×10-4Ix +0.04μA
(3.3mA~33mA) U=1.2×10-4Ix+0.3μA
(33mA~330mA) U=1.2×10-4Ix+3μA
(0.33A~3A) U=4.4×10-4Ix+50μA
(3A~11A) U=5.8×10-4Ix+0.4mA
(11A~20A) U=1.2×10-3Ix+0.9mA
ACI AC Digital Amperemeter JJG(HT)35-1999 (10~33)mA
40Hz~45Hz U=1.1×10-3Ix+2.3μA
45Hz~1kHz U=4.6×10-4Ix+2.3μA
1kHz~5kHz U=9.3×10-4Ix+2.3μA
(33~330)mA
40Hz~45Hz U=1.1×10-3Ix+23μA
45Hz~1kHz U=4.62×10-4Ix+23μA
1kHz~5kHz U=1.2×10-3Ix+58μA
52 Digital Multimeter ACI AC Digital Amperemeter JJG(HT)35-1999 (0.33~1.1)A
40Hz~45Hz U=2.1×10-3Ix+0.12mA
45Hz~1kHz U=5.8×10-4Ix+0.12mA
1kHz~5kHz U=6.9×10-3Ix+0.12mA
(1.1~3)A
40Hz~45Hz U=2.1×10-4Ix+0.12mA
45Hz~1kHz U=5.8×10-4Ix+0.12mA
1kHz~5kHz U=7.0×10-3Ix+0.12mA
(3~10)A
45Hz~100Hz U=7.0×10-4Ix+2.3mA
0.1kHz~1kHz U=1.2×10-3Ix+0.3mA
1kHz~5kHz U=3.5×10-2Ix+2.3mA
Resistance V.R.of DC Digital Ohmmeter JJG724-1991 (10~11)Ω U=4.6×10-5Rx+12mΩ
(11~33)Ω U=3.5×10-5Rx+18mΩ
(33~110)Ω U=3.3×10-5Rx+18mΩ
(110~330)Ω U=3.3×10-5Rx+24mΩ
(0.33~3.3)kΩ U=3.3×10-5Rx+24mΩ
(3.3~11)kΩ U=3.3×10-5Rx+0.23Ω
(11~33)kΩ U=3.3×10-5Rx+0.116Ω
(33~110)kΩ U=3.3×10-5Rx+1.2Ω
(110~330)kΩ U=3.7×10-5Rx+11.6Ω
(0.33~1.1)MΩ U=3.7×10-5Rx+11.6Ω
(1.1~3.3)MΩ U=7.0×10-5Rx+173.3Ω
(3.3~10)MΩ U=1.5×10-4Rx+288.7Ω
53 DC voltmeter DCV V. R. of Amperemeters,Voltmeters,Wattmeters and Ohmmeters JJG124-2005 0.1V~1000V Urel =5.9×10-4
54 DC current meter DCC V. R. of Amperemeters,Voltmeters,Wattmeters and Ohmmeters JJG124-2005 1mA~20A Urel=5.8×10-4
55 AC current meter ACC V. R. of Amperemeters,Voltmeters,Wattmeters and Ohmmeters JJG124-2005 10mA~10A Urel=9.7×10-4
56 Pointer multi-meter DCV V. R. of Amperemeters,Voltmeters,Wattmeters and Ohmmeters JJG124-2005 0.1V~1000V Urel =5.9×10-4
ACV 0.5V~1000V Urel=9.3×10-4
DCC 1mA~20A Urel=5.8×10-4
ACC (10mA~10A) Urel =9.7×10-4
57 DC supply powe Voltage V.R. for DC supply power JJG (HT) 6-1999 (0.1~1000)V Urel =1.1×10-4
Current (0.1~10)A Urel =2.2×10-3
Ripple voltage (0.1~750)V 3Hz~300kHz Urel =7.0×10-3
voltage regulation (0.001%~1%) Urel =7.8×10-5
load regulation (0.001%~1%) Urel =6.4×10-5
58 Withstanding Voltage Testers Voltage
Verification regulation of Withstanding Voltage TestersJJG 795-2004
DC:≤10kV Urel=5.7×10-3
AC:≤10kV Urel=8.0×10-3
Current DC:(0.1~30)mA Urel=5.7×10-3
AC:(0.1~30)mA Urel=8.0×10-3
58 Withstanding Voltage Testers Time
Verification regulation of Withstanding Voltage TestersJJG 795-2004
(0~1200)s U=0.30s
59 Cable Testers ACV Calibration Specification for Cable Testers JJF1457-2014 (10V~1.5kV) Urel=0.7%
ACI (0.1mA~30mA) Urel=0.7%
ACV (10V~1.5kV) Urel=0.7%
Resistance (10kΩ~200MΩ) Urel=0.7%
Resistance (0.1Ω~1MΩ) Urel=0.2%
Capacitance (1pF~1μF) Urel=0.3%
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