Pressure and Temperature Sensor
Pressure & Temperature dual output
0bar~0.35bar…1000bar
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM280
Used For
Gas & Liquid Pressure Measurement, Pressure Meter, Liquid Pressure System and Switch
Leave a MessageMPM280 piezoresistive pressure sensor is made of stainless steel, 316L, giving long-term stability for a range of OEM applications. It is filled with silicon oil. MPM280 has strong interchangeability, such as shape, installation size, and sealing method. It is widely compatible with stainless steel and FKM materials. With the compensation temperature ranging 0~50 ℃,MPM280 pressure sensor can work ans stored in -40~125 ℃.
Feature
• Φ19mm OEM pressure element & custom pressure sensor
• Wide Pressure Range: 0bar~0.2bar...700bar
• Measuring various fluid media
• Negative pressure measurement lowest to -1bar
Electrical Performance
• Linearity: ±0.25 (Typ.)
• Long-term stability: ±0.2 %FS/Year (Typ.)
• Storage temp. range: 40~125
• Working temp. range: 40~125
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MPM280 piezoresistive pressure sensor is made of stainless steel, 316L, giving long-term stability for a range of OEM applications. It is filled with silicon oil. MPM280 has strong interchangeability, such as shape, installation size, and sealing method. It is widely compatible with stainless steel and FKM materials. With the compensation temperature ranging 0~50 ℃,MPM280 pressure sensor can work ans stored in -40~125 ℃.
Feature
• Φ19mm OEM pressure element & custom pressure sensor
• Wide Pressure Range: 0bar~0.2bar...700bar
• Measuring various fluid media
• Negative pressure measurement lowest to -1bar
Electrical Performance
• Linearity: ±0.25 (Typ.)
• Long-term stability: ±0.2 %FS/Year (Typ.)
• Storage temp. range: 40~125
• Working temp. range: 40~125

During the process of oil and gas transportation, it is necessary to collect and analyze production and security data related to pipelines and production sites, and generally a supporting SCADA system needs to be built simultaneously. The SCADA system can monitor, control and manage the flow rate, pressure and temperature of the entire pipeline in real time, in order to achieve safe transportation, reduce consumption and improve economic efficiency.
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The MVR evaporation equipment requires the use of intelligent pressure transmitters to monitor the liquid level in the separator for feed control. It also monitors the liquid level in the condensate tank, providing timely water replenishment for the condenser, allowing it to condense rapidly. Concurrently, the liquid level height of the raw material tank and the mother liquor tank is monitored. When the liquid level is depleted, raw liquid is added to maintain the normal progress of the process. Intelligent temperature transmitters are used to monitor the steam temperature in the heater, continuously heating the raw liquid for the separation of the solution and the solute. It also monitors the temperature of the separator cavity for efficient separation of the solute and solvent. Flowmeters are used to calculate the volume of the raw material liquid in the feed pump, accumulating the flow.
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Real-time collection of reservoir water level, rainfall, and other information at dam monitoring points. Based on the changes in water level and the maximum capacity of the dam, calculations are made, and warnings and alarms are issued when the water level rises above the alert value.
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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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