RSIND single crystal silicon differential pressure transmitter adopts German advanced Single crystal silicon sensor chip made by MEMS technology, double diaphragm structure, Combined with exquisite production technology, the high precision and ultra-high Stability. Built-in intelligent signal processing module realizes pressure and temperature The perfect combination of compensation provides high stability in a wide range of static pressure and temperature changes. Provides reliable measurement accuracy and excellent long-term stability. single crystal silicon differential pressure transmitter can be used to measure liquid, The pressure of the gas or vapor and convert it into4-20mA DC ( superimposed HART communication) current signal output; via Hart or RS485 Communication and panel buttons realize remote and local parameter setting function configuration.
RSIND single crystal silicon differential pressure transmitter adopts German advanced Single crystal silicon sensor chip made by MEMS technology, double diaphragm structure, Combined with exquisite production technology, the high precision and ultra-high Stability. Built-in intelligent signal processing module realizes pressure and temperature The perfect combination of compensation provides high stability in a wide range of static pressure and temperature changes. Provides reliable measurement accuracy and excellent long-term stability. single crystal silicon differential pressure transmitter can be used to measure liquid, The pressure of the gas or vapor and convert it into4-20mA DC ( superimposed HART communication) current signal output; via Hart or RS485 Communication and panel buttons realize remote and local parameter setting function configuration.






RSIND single crystal silicon differential pressure transmitter adopts German advanced Single crystal silicon sensor chip made by MEMS technology, double diaphragm structure, Combined with exquisite production technology, the high precision and ultra-high Stability. Built-in intelligent signal processing module realizes pressure and temperature The perfect combination of compensation provides high stability in a wide range of static pressure and temperature changes. Provides reliable measurement accuracy and excellent long-term stability. single crystal silicon differential pressure transmitter can be used to measure liquid, The pressure of the gas or vapor and convert it into4-20mA DC ( superimposed HART communication) current signal output; via Hart or RS485 Communication and panel buttons realize remote and local parameter setting function configuration.
single crystal silicon pressure transmitter adopts single crystal silicon sensor chip made by advanced MEMS technology, combined with exquisite production technology, to achieve high precision and ultra-high stability of the product.The embedded intelligent signal processing module realizes the perfect combination of pressure and temperature compensation, providing reliable measurement accuracy and excellent long-term stability under a wide range of temperature changes.