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. Sensitive components use patented high-stability diffused silicon components. The product 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℃.
MPM281 piezoresistive 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. Sensitive components use patented high-stability diffused silicon components. The product 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℃.
MPM281 piezoresistive 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
Oil is a high-quality energy and chemical raw material. That is, the "blood of industry". There are various challenges due to different environmental climates and storage conditions all over the world, as well as various unforeseen situations in the process of monitoring of oil tanks.
more info...Pressure, level, and flow measurements at the rainwater outlet ensure stable drainage. Monitoring instruments help detection and early warning of pipe burst incidents in time.
more info...In the HVAC chiller systems, measuring heat and pressure is vital for optimal performance. Pressure transmitters ensure the refrigerant operates within safe limits, while flow meters and temperature sensors calculate heat exchange efficiency. Accurate measurements enhance system reliability, and efficiency, and prevent potential failures.
more info...To accurately obtain information about fluid properties, oil layer depth, and other parameters during exploration and extraction, it is necessary to measure formation pressure, fluid density, temperature, and other factors. These data can be remotely transmitted to an online dispatch platform, connected with other oil and gas wells, and integrated into a dedicated IoT network for the oil field. This enables automatic data collection and remote control of oil well production, achieving unified scheduling and intelligent management of oil well production.
more info...