Differential pressure transmitters are core measurement devices widely used in industrial process control, with measurement accuracy, service life and operational stability highly dependent on the compatibility with measured media. Wastewater, steam and high-purity gases are three typical industrial media with distinct physical and chemical properties, which put forward completely different requirements for transmitter structure, material and technical parameters.

Discussion on a Diaphragm Rupture Early Warning Scheme for Diaphragm Compressors Based on Pressure Transmitter Data

Method for Configuring Pressure Transmitter Range Gradients During Three-Stage Compression in Diaphragm Hydrogen Compressors

Review of Pressure-Induced Hydrogen Permeation and Hydrogen Embrittlement Protection Technologies in Hydrogen Environments

Design and Transmitter Layout Optimization of Online Monitoring System for Diaphragm Chamber Pressure of Hydrogen Compressor

Analysis of the accuracy requirements of pressure transmitters in monitoring the differential pressure between the inlet and outlet of a diaphragm hydrogen compressor

Test Method for Sensitivity and Stability of Water Flow Switches in Vacuum Sintering Furnaces under Low-Flow Conditions

Flow Monitoring for Water-Cooled Jackets of High-Temperature Vacuum Furnaces: Research on Optimizing the Installation Position of Water Flow Switches

Multi-layer Protection Design for Vacuum Furnace Cooling Water Systems: Flow Switch and Temperature Interlock Control Scheme