Multi -point thermocouple temperature sensor accurately measures the temperature along the different positions of the sensor length. They are particularly useful for detecting hot spots and uneven flows. They can be used for various applications of large or complex processes. Correct temperature management is essential.

 

Regardless of the process, the temperature gradient always exists. In many processes, the detection temperature of a single position is sufficient, because changes in temperature gradients will not cause problems in the process. However, in many applications, including furnaces, process lines, chemical reactors, refineries, and petrochemical industries, it is necessary to measure and monitor the temperature in multiple locations to ensure that the process is cost -effective, accurate and safe.

 

Customize design and manufacture multi -point thermocouple temperature sensors according to the requirements. They are solid and reliable measurement sensors, with K, J, E, T and N types to choose from. Various sheet materials are available, including stainless steel 304,316,347,600 alloys (INCONELTM 600), stainless steel 210 and 321 and nickel 200. The sheath material will determine the temperature range that can be measured. Multi -point hotpig can be measured -200 ° C to 1250 ° C. The thermocouple can be grounded or not grounded.

 

The design of the TC317 Thermocouple temperature sensor includes the use of hard packaging magnesium oxide insulation, which is very similar to the traditional thermocouple temperature sensor. It uses a large single (+) conductor as a central conductor and places multiple negative (-) conductors around it. This provides a smaller and more flexible package, but with a larger conductor.


In the TC317 design, each measuring point has the positive (+) and negative (-) conductor of the thermocouple temperature sensor. This is different from the measurement point of TC317. The measurement point of the TC317 has a positive (+) conductor as a central conductor. And there are multiple negative (-) conductors around it. This is achieved by squeezing along the initial large cable. The space around the thermocouple is full of hard magnesium oxide insulation materials, which is the same as the traditional mineral insulating thermostat cable.