There are many types of temperature transmitters, and the demand in various industries is also more and more extensive. When the temperature transmitter fails in actual use, how to deal with it, let’s take a look at it together. Short circuit and open circuit of temperature transmitter This is the most common and relatively easy to determine the failure of the temperature transmitter. During use, once the output of the temperature transmitter is abnormal, under the condition that the temperature transmitter circuit is normal, it means that the temperature transmitter has a short circuit or a short circuit fault. The effect of surges or electromagnetic interference on temperature transmitters Surge is the most common and largest black hand that damages temperature transmitters during use. Simply put, a surge is an instantaneous overvoltage that exceeds the normal operating voltage. A violent pulse that occurs in just a few millionths of a second. Possible causes of surges in temperature transmitters can be heavy equipment, power switching, or large engines. Therefore, our temperature transmitter must achieve various grounding, insulation, shielding, protection circuits and other protective measures. Large motors, large machinery, reactors, power equipment, transmission lines, radios, and even large equipment passing by chance can generate electromagnetic fields, experienced engineers or technicians in the field to carefully analyze their site environment, the temperature transmitter to take necessary measures. At the beginning of the design, electromagnetic interference is taken as the focus of prevention, so as to prevent problems before they occur, and strive to reduce the trouble in the subsequent use of the temperature transmitter. For any questions such as product consultation, product customization, agent, technical inquiry, quotation, etc., please contact Star sensor hotline: 400-600-4496!