本文分析了配热电偶用动圈式仪表在非正常使用条件下产生的测量误差，并提出了操作建议。
Analysis and operational Suggestions are made on measurement error of moving-coil instrument for thermo -coupling resulted from abnormal operating conditions.
应用AL808智能仪表，采用先进的专家智能PID自整定技术，自动整定加热系统的PID参数。 模块输出为可控硅过零触发，输人为热电偶信号。
Two AL808 IRs which can automatically tune PID parameters of the system with expert intelligence, thyristors as the output and thermocouples as the input.
因此 ，在热电偶测温时 ，可接入测量仪表 ，测得热电动势后 ， 即可知道被测介质的温度。
Therefore, the temperature at the thermocouple can access measurement instruments, thermal electromotive force measured, you can know the temperature of the measured medium.
目前在大量的热工仪表中，热电偶作为温度传感器，已经得到了广发的使用。
In a large number of thermal instrumentation, as a thermocouple temperature sensors, has been the wide use.
碳化硅保护管热电偶常用于各种金属液的测温，工业用装配式热电偶作为测量温度的传感器，通常和显示仪表、记录仪表、调节器、PLC和DCS系统配套使用。
As a sensor for measuring temperature, industrial assembly thermocouple are usually compatible with display instrument, recording instrument, actuator, PLC and DCS system.
工业用装配式热电偶作为测量温度的传感器，通常和显示仪表、记录仪表、调节器、PLC和DCS系统配套使用。
As a sensor for measuring temperature, industrial assembly thermocouple are usually compatible with display instrument, recording instrument, actuator, PLC and DCS system.
新的实验台增加了压力传感器、涡轮流量计和热电偶等自动测量传感器和仪表。
Vortex flow meter, pressure sensor and thermal couple are installed on the platform.
新的实验台增加了压力传感器、涡轮流量计和热电偶等自动测量传感器和仪表。
Vortex flow meter, pressure sensor and thermal couple are installed on the platform.
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