Hygienic Pressure Sensor
Φ32mm
0bar~0.35bar...35bar
Standard DN25 Clamp Connection
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM281
Used For
General Industrial, Pressure Checking Meter, Pressure Calibrator, Liquid pressure system and Switch, Medical Equipment
Leave a MessageThe MPM281 high-stable pressure sensor is an isolated, precision-compensated OEM piezoresistive pressure measurement element. The pressure sensing elements use patented high-stability diffused silicon components. The MPM281 is packaged in a 316L all-stainless steel structure with an outer diameter of Ф19mm. After precision trimming, the temperature compensation and zero point deviation correction of the imported chips are carried out in a wide temperature range through the thick film circuit. The wide temperature compensation range can reach -10℃~80℃. The MPM281 pressure sensor is used in various measuring instruments to realize the precise conversion of pressure to electrical signals. It can also be used in petrochemical pipeline monitoring, inkjet printer pressure monitoring, flowmeter pressure compensation, medical equipment, and other fields. It is also suitable for industrial automation fields where the site temperature changes greatly, such as oil field sites exposed to the outdoors for a long time.
Features
• Φ19mm standard OEM pressure sensitive element
• High sensitivity, large signal
• Wide temperature compensation, precise conversion
• Multi-medium measurement compatibility
• Long-term stability up to ±0.1%FS/year
Image:
The MPM281 high-stable pressure sensor is an isolated, precision-compensated OEM piezoresistive pressure measurement element. The pressure sensing elements use patented high-stability diffused silicon components. The MPM281 is packaged in a 316L all-stainless steel structure with an outer diameter of Ф19mm. After precision trimming, the temperature compensation and zero point deviation correction of the imported chips are carried out in a wide temperature range through the thick film circuit. The wide temperature compensation range can reach -10℃~80℃. The MPM281 pressure sensor is used in various measuring instruments to realize the precise conversion of pressure to electrical signals. It can also be used in petrochemical pipeline monitoring, inkjet printer pressure monitoring, flowmeter pressure compensation, medical equipment, and other fields. It is also suitable for industrial automation fields where the site temperature changes greatly, such as oil field sites exposed to the outdoors for a long time.
Features
• Φ19mm standard OEM pressure sensitive element
• High sensitivity, large signal
• Wide temperature compensation, precise conversion
• Multi-medium measurement compatibility
• Long-term stability up to ±0.1%FS/year




Range: -1bar…-0.35bar ~ 0bar ~0.35bar…700bar
No need for re-calibration for users, high precision
Customizable dimensions

The liquid preparation tank is required to prepare various solvents and basic materials for subsequent production, regardless of whether it is to prepare injections, solutions, or detergents, and it needs to proportion different types of purified water, injection water, sucrose solutions, and suspensions. By measuring the liquid level, the filling and dispensing processes are controlled, and pressure measurement is required for the inlet pipelines of different solutions to prevent tank overflow or empty running through measurement.
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In an inkjet printer, the continuous inkjet state of the ink nozzles ensures print quality. Normal ejection of ink in the nozzle requires continuous application of pressure. The pressure detection component monitors and controls the pressure. High-precision, high-sensitivity pressure sensors control the accurate delivery of ink during printing.
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Using shear and agitation to evenly distribute the fibers, the pulp tank in the papermaking process combines pulp and water. Following mixing, shearing, and temperature control, the processed slurry is released to feed the machinery used in the papermaking process downstream. The slurry can only enter the headbox for the subsequent step if the level is measured accurately.
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Water storage tank level, pipeline pressure, and flow within the pumping station can transmit status data to the platform via wireless networks. When anomalies are detected, the platform timely alarms. The staff handles fault information immediately. It ensures the normal operation of the water supply system.
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