- 日本金田
- 日本emic
- FLUORO福乐
- 日本SK数显水平仪
- 晶片镊子
- 美国PTC
- 美国查狄伦Chatillon
- 美国诺克莱恩LOC-LINE
- 美国UNIVERSAL同心度仪
- 美国PITAP圆周尺
- 瑞士REGINE皇冠牌
- 瑞士VENUS维纳斯
- 瑞士磁性座
- 瑞士CORREX确力士
- 瑞士ZEAL湿度计
- 瑞士TITEC微小螺纹规
- 瑞士PESOLA拉力计
- 德国ROCKLE精密水平仪
- 德国Kroeplin内外卡规
- 德国ROCKLE水平仪
- 德国SCHWENK缸规
- 德国DIATEST小孔量规
- 德国KOMEG三坐标测针
- 英国APIEZON阿佩佐
- 英国MICROSET微科达
- 英国COMARK压力计
- 日本SK针规
- 日本EISEN针规
- 日本MINIMO美能达
- 日本今田 实验机
The thermocouples used in Anritsu Meter products
comply with the Class 2 accuracy standards specified within the
Japanese Industrial Standard JIS C1602-1995.
However, since probes structure and other factors can affect the
accuracy of specific temperature measuring probes, please refer to
the pertinent pages for information on the precision of specific
probes.
安立计器产品所使用的热电偶精度为2级(JIS C1602-1995).
但是,温度感应器的精度因其构造不同而有所差异,因此各种感应器精度请参阅各产品的说明页。
Thermocouple accuracy
热电偶精度
Type 类型 | Measuring Temperature 测量温度范围 | Accuracy 精度 |
K | 333 to 1200°C | ±0.75% of measured temperature 标准温度的 ±0.75% |
-40 to 333°C | ±2.5°C | |
E | 333 to 900°C | ±0.75% of measured temperature 标准温度的 ±0.75% |
-40 to 333°C | ±2.5°C |
Probe accuracy measuring conditions
决定探针**性的测温环境
specification indicated in catalog 本资料参数说明 | At 100°C Surface | At 100°C |
Test temperature 测试温度 | 100°C | 100°C |
Probe application 探针应用 | Stationary surface probes | Internal probes 内部测温探针 |
Moving / rotating surface probes 移动/旋转 | Air / gas probes 空气/气体探针 | |
Test method 测试方法 | Measurement of stationary metal surface temperatures 固定金属表面的测量 | Measurement of boiling water by immersion Measurement of steam temperatures |
The accuracy of surface probes can vary
significantly depending on measuring conditions, measurement
target, and the nature of the contact between the probe and
measurement target.
When using a probe, make sure the sensor head correctly contacts
target surface.
表层感应器因测试环境、测试对像以及测试对象司感应器相接状态等条件的不同精度会受到很大影响。
The response time given for our temperature measuring probes is
the time required to detect 99% of the true value.
本公司的温度感应器的测速是指到达真值的99%的需要时间
Probe response time measuring conditions
决定探针响应速度的条件
Probe application 探针应用 | Test method 测试方法 |
Stationary Surface Probes 固定表面探针 | Measurement of stationary metal surface
temperatures 测量固定的金属表面温度 |
Moving / Rotating Surface Probes 移动/旋转表面探针 | |
Internal Probes 内部探针 | Measurement of boiling water by immersion 浸入沸水中温度测量 |
Air / Gas Probes 空气/气体探针 | Measurement of steam temperatures 蒸气温度测量 |
EX) Stationary Surface Probes : N-213K 不包括标准表面探针:N-213K | EX) Internal Probes : BS-21K 不包括内部探针:BS-21K |
For surface temperature 适用于表面温度 | For internal temperature 适用于内部温度 |
The probe product pages use the following symbols to indicate
probe durability.
Note that probe durability can vary significantly depending on
actual conditions of use.
感应器的耐用性能下以表的记号方式在各个感应器的说明页中表示说明。
但是注意,感应器的耐用性能因使用条件的不同会出现很大差异
Durability rank 耐久性等级 | Stationary Surface Temperature probes 固定表面温度探针 | Moving / Rotating Surface Temperature probes 移动/旋转表面温度探针 | Liquid or Gas Temperature probes 液体或气体温度探针 |
A | More than 50,000 contacts 超过 50,000次点击测温 | More than 1500 hours continuously 超过 1500小时连续测温 | Long lived(indefinable) 长时间使用不可预见 |
B | More than 10,000 contacts 超过 10,000次点击测温 | More than 1000 hours continuously 超过1000小时连续测温 | More than 1 year 大于1年 |
C | More than 5,000 contacts 超过5,000次点击测温 | More than 500 hours continuously 超过500小时连续测温 | More than 6 months 大于6个月 |
D | Less than 5,000 contacts 小于5,000 次点击测温 | Less than 500 hours continuously 小于500小时连续测温 | Less than 6 months 小于6个月 |
S | Can not evaluate because of special-application 特殊型探针耐久性不可预见 |
Stationary Surface Temperature probes
固定表面测温测温探头
在300 °C的平滑表金属表面上,在所示精度范围内可接触测试的次数
( 如是要在300°C度以下,以使用极限温度为准)
Moving / Rotating Surface Temperature probes
移动/旋转表面测温探头
以200m/分速度移动的平滑金属表面上,在所示精度范围内可测试的时间。
Liquid or Gas Temperature probes
液体或气体测温探头
Therefore, the durability ranking is based on the ease with which impact results in damage.
在使用正确的条件下,基本上不会出现因温度测试而引起劣化现象。耐用性是根据碰撞等条件下的易破损程度。
Operating temperature limit
工作温度限制
Note that the operating temperature limit is not the same as the allowable temperature limits of the grip, cord, and plug.
Note that probes are more easily damaged at temperatures below 0°C, due to frost adhesion, reduced elasticity constant, and other factors.
使用根限温度是根据接触测试对象的感应器顶端的的耐热温度来决定。请注意,夹扣、电线和插头部分的耐热温度与使用极限温度
有一定差异。
(此外还请注意,在 0°C以下使用时因蒙霜或弹性降低等因素容易造成破损)
About products made of polyimide
聚酰亚氨探针
Since polyimide may adversely affect humans, avoid using such products in applications where they may come into contact with food, internal organs, or bodily fluids.
本公司提供了的一部分产品中使用了聚酰亚氨。
聚酰亚氨有可能对人体带来**影响在与食品和体内液体直接接触的情况下请避免命使用。