How to troubleshoot a hydraulic pressure transmitter malfunction? This article covers code identification, power supply testing, wiring verification, and hydraulic condition analysis to help quickly pinpoint the issue and reduce incorrect part replacements and downtime losses.

131 Pressure Transmitter Model Comparison: How to Choose? This article focuses on measurement range, interface, output signal, and material compatibility, helping you quickly identify key selection points for different working conditions, avoid installation mismatches, signal incompatibility, and accuracy drift issues, and improve purchasing efficiency and system stability.

Struggling to choose a pressure transmitter for high-temperature applications? The heat-dissipating type is suitable for high-temperature steam, oil, liquid, gas, etc., with a maximum temperature resistance of 150℃–300℃. Ordinary types are prone to damage, while the heat-dissipating type extends service life through an optimized structure. Xi'an Shenghongchuang solutions are compatible with most high-temperature applications. Before selection, confirm temperature, medium, and installation space to reduce selection risks!