Submersible Level Transmitter
Φ26mm
0m~1m…200m H2O
Accuracy: ±0.25%FS, ±0.5%FS, ±1%FS
DNV approved for installation on all vessels
ATEX Certificated
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM489
Used For
Oil and Gas Industry, Hydrolpgy and Water Resources, Petroleum and Petrochemical Industry
Leave a MessageWith the piezoresistive pressure sensor technology, MPM489 gives outstanding linearity, repeatability, and hysteresis. With the robust circuit design, the MPM489 ATEX pressure transmitter features good resistance to EMI, and protection for instantaneous high pressure and surge interference of thunder, noise, sharp pulse, etc, which makes it work reliably and stably in a rough environment.
The MPM489 is an explosion-proof pressure transmitter designed for general industrial applications. It contains a piezoresistive sensing element of excellent stability and reliability, and a dedicated circuit that is housed in a high-strength stainless steel housing. Featuring an integrated structure, standard outputs, multiple process connections, and electrical connections, the product is an ideal solution for automation control applications that require precise measurement.
MPM489 pressure transmitter ranges -1bar…0mbar ~ 100mbar…1000bar with analog output signals such as 2-wire 4mA~20mA DC, 3-wire 0/1V~5/10V DC and 0.5V~2.5/4.5V DC.. Featuring 0.25%FS accuracy and an ATEX explosion-proof version available, the MPM489 is applicable in harsh environments and hazardous areas.
Features
• Intrinsically safe, Ex ia IIC T6 Ga
• Flameproof, Ex db IIC T6 Gb
• ATEX, II 1 G Ex ia IIC T4 Ga
• CE, EAC, RoHS and CCS approved
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With the piezoresistive pressure sensor technology, MPM489 gives outstanding linearity, repeatability, and hysteresis. With the robust circuit design, the MPM489 ATEX pressure transmitter features good resistance to EMI, and protection for instantaneous high pressure and surge interference of thunder, noise, sharp pulse, etc, which makes it work reliably and stably in a rough environment.
The MPM489 is an explosion-proof pressure transmitter designed for general industrial applications. It contains a piezoresistive sensing element of excellent stability and reliability, and a dedicated circuit that is housed in a high-strength stainless steel housing. Featuring an integrated structure, standard outputs, multiple process connections, and electrical connections, the product is an ideal solution for automation control applications that require precise measurement.
MPM489 pressure transmitter ranges -1bar…0mbar ~ 100mbar…1000bar with analog output signals such as 2-wire 4mA~20mA DC, 3-wire 0/1V~5/10V DC and 0.5V~2.5/4.5V DC.. Featuring 0.25%FS accuracy and an ATEX explosion-proof version available, the MPM489 is applicable in harsh environments and hazardous areas.
Features
• Intrinsically safe, Ex ia IIC T6 Ga
• Flameproof, Ex db IIC T6 Gb
• ATEX, II 1 G Ex ia IIC T4 Ga
• CE, EAC, RoHS and CCS approved

Φ26mm
0m~1m…200m H2O
Accuracy: ±0.25%FS, ±0.5%FS, ±1%FS
DNV approved for installation on all vessels
ATEX Certificated

Range: 0~250mbar to 0~250bar
Accuracy:±0.25%FS, ±0.5%FS
Output: 4mA~20mA DC, 0/1V~5/10V DC, 0.5V~4.5V DC

Hydrogen Service Gold Plated Diaphragm
Range: 0mbar ~ 250mbar...70bar
Output Signal: 4~20mA 0/1~5/10V DC 0.5~4.5V DC 0.5~2.5V DC

For hydraulic and pneumatic system
0bar~16bar …350bar
Accuracy:±0.5%FS

There are a large number of application scenarios of oil, gas, water and other fluid medias in industrial production, which are often stored in tanks of various sizes. Instruments can be installed to monitor the liquid level and pressure changes in the tanks, and automation management can be achieved through platforms and networks.
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Perfect coffee needs pressure. Water and steam pressure monitoring of the coffee machine ensures safe and high-quality coffee production. Accurately measuring pressure is required during the coffee bean extraction, hot water delivery, and cleaning of coffee machines.
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With the pressure transmitter, the pressure value of the hydraulic oil circuit system of the injection molding machine is monitored in real time, so as to provide reliable closed-loop control feedback signals for the stable operation of the hydraulic system.
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Due to the highly diffusive, flammable, and explosive characteristics of hydrogen, strict pressure monitoring by pressure transmitters is required to ensure its safety during transportation.
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