The role of pressure transmitter in the process of regulating metallurgical heat
With the continuous upgrading and improvement of industrial equipment, the actual application of pressure transmitters and theoretically guaranteed production efficiency have been close to coincide. However, in some cases, the operation of the product does not meet the requirements or is not clear enough, which can also cause deviation. For example, for a chemical open-hearth furnace to operate well, a good pressure transmitter must be used, and the rules for the use of pressure transmitters must also be complied with.
At present, there are two ways to improve the technical and economic indicators of pressure transmitters: one is to improve the structure of the Microcyber Corporation pressure transmitter and to improve the production technical requirements; the other is to find ways to make the parameters of the operation process proceed. Keep it within the theoretically prescribed range and often send special personnel to maintain it. The measurement results that affect the pressure transmitter are the gas temperature, pressure, and the flow of gas and liquid flowing through the pipeline. At this time, the adjustment system is needed, and the adjustment system is also extraordinary for the role of the pressure transmitter in the operation of industrial equipment.
The better the pressure transmitter is used in conjunction with the adjustment process of industrial equipment, the better the process revenue can be improved. Except in individual cases, manual adjustment is required. In most cases, manual adjustment of metallurgical heating process is unreliable. At this time, the development of supporting intelligent adjustable pressure transmitters came into being. The pressure transmitter can output 4-20mA to match the automatic adjustment of the industrial thermal process, and its own range can also be adjusted, which meets the needs of automatic adjustment. Therefore, the higher the performance requirements of automatic adjustment, the higher the performance requirements of the Microcyber Corporation Pressure Transmitter.
Therefore, as the complexity of the industrial process becomes higher, the accuracy requirements and performance requirements of future pressure transmitters will continue to be improved when they are coordinated with automated adjustments.
Shenyang Microcyber Corporation is a large domestic manufacturer of temperature transmitters and a high-tech enterprise initiated and established by China Shenyang Institute of Automation. Demonstration of technology industrialization and the "863" project are the supporting units for networked control system engineering research.
