Temp transmitters convert physical measurement signals or ordinary electrical signals into standard electrical signal for output or devices that can output in the form of communication protocols.
A temp transmitter is an instrument that converts a temperature variable into a transmittable standardized output signal. The temp transmitter is mainly used for the measurement and control of temperature parameters in the industrial process. The current transmitter is to convert the AC current of the main circuit under test into a constant current loop standard signal, which is continuously sent to the receiving device.
The temperature and current transmitter converts the signal of the temperature sensor into a current signal, and then connects it to the secondary instrument, so that the corresponding temperature can be displayed.
Temp transmitter technology is very mature, and it is very common in various factories. Temp transmitters are mainly used in on-site temperature measurement and process control in petroleum, chemical, chemical fiber; textile, rubber, building materials; electric power, metallurgy, medicine; food and other industrial fields, especially suitable for computer measurement and control systems, and can also be used in conjunction with instruments.
Temp transmitters are very popular at present. It is a module that integrates ordinary temp transmitters. It adds more intelligent integration technology and is more intelligent.
Even in a high-power frequency conversion control system, the temp transmitter can be properly handled and maintain the advantages of efficient use. The digital integrated application of the temp transmitter directly makes up for the defects of the traditional temp transmitter, and adapts to the magnetic interference of the product itself in different degrees of harsh environments.
The temp transmitter improves the efficiency of input and output, and increases the reliability, and can be used with various instruments and meters.
Electricity is the most widely used secondary energy in modern society, and the electric power industry is an important basic industry and public utility related to the national economy and people's livelihood.
It goes without saying that the temp transmitter is equivalent to the visual nerve of the electric power industry, and it is an important guarantee for the safe and reliable operation of electric power and the stable supply of quality and quantity.
In the process of electric power production, temperature measurement and control are very important. Accurate measurement of temperature parameters is crucial to the output quality of electric energy, production efficiency and safe and reliable operation.
At present, in the process of power production and maintenance, intrinsically safe temperature transmitters such as advanced infrared thermometers have gradually begun to replace traditional thermocouples and thermal resistance thermoelectric temp transmitters, so as to realize temperature monitoring and control of critical equipment in the power production process.