Low range differential pressure transmitter is for tiny differential pressure measurement. MDM492 can measure differential pressure of 1kpa, 2.5kpa and 7kpa. Customized available.
MDM492
· 0~0.01bar / 0~0.025bar / 0~0.07bar
· Accuracy: ≤1%FS
· Output: 4~20mADC(2-wire)
Used For
Low range differential pressure transmitter is for tiny differential pressure measurement. MDM492 can measure differential pressure of 1kpa, 2.5kpa and 7kpa. Customized available.
Low range differential pressure transmitter is for tiny differential pressure measurement. MDM492 can measure differential pressure of 1kpa, 2.5kpa and 7kpa. Customized available.
MDM492 differential pressure transmitter is specially used for measuring very low pressure in boiler, vintage and engine applications (gas or non-conductive liquid). It is based on piezoresistive measurement principle and has 3 main pressure ranges, but within these ranges, others could be also achieved by enlarging or shrinking standard pressure range (overpressure unavailable). Combined with a high-performance circuit, this model outputs a 4-20mA analogue signal, which enables the direct connection to control or monitoring system. The compact design makes it easy for site installation.
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MDM492 differential pressure transmitter is specially used for measuring very low pressure in boiler, vintage and engine applications (gas or non-conductive liquid). It is based on piezoresistive measurement principle and has 3 main pressure ranges, but within these ranges, others could be also achieved by enlarging or shrinking standard pressure range (overpressure unavailable). Combined with a high-performance circuit, this model outputs a 4-20mA analogue signal, which enables the direct connection to control or monitoring system. The compact design makes it easy for site installation.
2G/NB-IoT wireless network transmission Ultra-low power consumption, with 3.6V@8.5Ah lithium battery Range 0～2.5MPa LCD display Integrated structure 330° head rotation
Deficient power consumption and auto sleep Pressure and temperature measurement combination Digital temperature compensation and non-linearity modulation
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