MPM281
High stable pressure sensor MPM281 has a stability error of ±0.1 % FS/year. It outputs an mV signal within a wide range of 1 psi to 15000 psi for OEM application. The pressure sensor is with Φ 19x11.5 mm construction with -10~80℃ temperature compensated,
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High stable pressure sensor MPM281 has a stability error of ±0.1 % FS/year. It outputs an mV signal within a wide range of 1 psi to 15000 psi for OEM application. The pressure sensor is with Φ 19x11.5 mm construction with -10~80℃ temperature compensated,
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Featuring good stability, the MPM281 low pressure sensor has a high stable sensing chip made of silicon, robust housing made of stainless steel, and a corrugated diaphragm made of stainless steel 316L. The diaphragm is welded on the front for sensing the media to output an mV signal within a wide range of 1psi to 15000psi for OEM application. The compensated temperature -10~80℃ gives these low-pressure transducers optimum long-term stability. The Φ19mm diameter makes this liquid pressure transmitter available for general application.
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Featuring good stability, the MPM281 low pressure sensor has a high stable sensing chip made of silicon, robust housing made of stainless steel, and a corrugated diaphragm made of stainless steel 316L. The diaphragm is welded on the front for sensing the media to output an mV signal within a wide range of 1psi to 15000psi for OEM application. The compensated temperature -10~80℃ gives these low-pressure transducers optimum long-term stability. The Φ19mm diameter makes this liquid pressure transmitter available for general application.
MPM281
High Stable Pressure Sensor
Extremely low power consumption and auto sleep
Level and temperature measurement combination
Digital temperature compensation and non-linearity modulation
Range:-1bar...0~0.1bar…1000bar
Accuracy: ±0.5%FS
ModBus-RTU Protocol
Diameter: DN200 ~ DN1600
Measurement accuracy is not affected by changes in fluid density, viscosity, temperature, pressure and conductivity
The special structure can be installed and disassembled under the condition of low pressure and non-stop water, which is convenient for maintenance and repair
Low frequency rectangular wave excitation improves the stability of flow measurement
