Eja pressure transmitterIt is usually composed of measuring circuits, process connectors, and pressure measuring element transmitters in its structural form. In order to supply secondary instruments such as recorders, regulators, and indicator alarms for measurement, we need to convert the received pressure signals of liquids, gases, etc. into standard current signals during measurement, in order to obtain accurate measurement results.

Eja pressure transmitters are often divided into four types based on different methods: sapphire pressure transmitters; Diffuse silicon pressure transmitter; Piezoelectric pressure transmitter; Strain gauge pressure transmitter. These are widely used and quite common in daily life. When we use the transmitter, we found that it is easily affected by external environmental factors, which can affect the measurement results of the transmitter. In response to these situations, the editor has introduced a method to everyone, hoping to be helpful to you.

Firstly, we need to determine the temperature environment in which the eja pressure transmitter is used. If it is in a high-temperature environment, it is easy for the transmitter solder joints to open, the coating material to melt, and the stress inside the elastic body to change. Therefore, when using the transmitter in this environment, a high-temperature resistant transmitter should be selected; If conditions permit, water cooling, air cooling, or insulation devices must also be added.