The manufacturing process of thermocouple temperature sensor can be simple or difficult, depending on the specifications and uses of the thermocouple.

 

Temperature is one of the most important measurement units of industrial monitoring. It is extremely necessary to temperature as accurate as possible. Without correct management, it may lead to poor quality items. The thermocouple temperature sensor is a commonly used temperature sensor.
 
The wires and cables of the thermocouple and the temperature sensor are an important part of the structure because they complete the circuit between the thermocouple and the RTD controller. In essence, what kind of carrier signal is converted from thermocouple to thermal resistance to a accurate temperature reading. The exogenous insulation of the thermocouple wire and some single conductors is color -encoded to facilitate identification.
 
Velian provides a wide range of thermocouple wires and cable selection to cater to extensive applications and temperature range. Select from synthetic fiber, tape, glass fiber, polytrafluoroethylene and polyvinyl chloride.
 
A basic thermocouple temperature sensor is a pair of strip -like thermocouple wires composed of a pair of wires, peeling off the insulation and shielding, trimming the nude wire, and wrapping the strip -shaped wires to trim the two ends. Welding wires are together to ensure that they maintain good contact. Use thermal contraction tube to isolate the exposed thermocouple wire. Ensure that the pipe is completely covered with the twisted ends of the naked wire. Other attachments can be connected into a plug, and then connected to a device so that the temperature reading can be monitored.
 
Difficult thermocouple temperature sensors need special manufacturing, contact Victorian manufacturing and providing specifications, and the size and application of thermocouple temperature sensor will be used for.
 
Thermocouple temperature sensor is widely used in all walks of life. The following introduces the types and uses of the thermocouple.
 
Type B: Widely used in the steel industry, monitoring temperature and chemical reactions during the entire steelmaking process.
 
Type E: Widely used in places where spacecraft, nuclear reactors, industrial heating or any high temperature. It is also used for high -pressure research. Very suitable for vacuum furnace at high temperature.
 
Type C: Used to oxidize or inert applications below zero. The ideal low temperature, the key measurement of pharmaceutical and chemical applications requires a small increase.
 
Type J: It is recommended for vacuum, inert gas and reducing gas. The thermocouple can be exposed or undesirable.
 
Type K: It is used to measure many different types of environments, such as water, mild chemical solution, gas, and dry areas. Suitable for engine, oil heater and boiler. As a thermometer for the hospital and the food industry.
 
Type N: It has excellent thermal power stability. Can be used for vacuum or controllable atmospheric environments. Replace the development of K -shaped in nuclear application.
 
R -type and S type: heat treatment and control sensor, semiconductor industry, glass manufacturing, black metal and non -ferrous metals.
 
Type T: For food monitoring and environmental application.