High Pressure Range Pressure Sensor
Φ16.8x12mm
0bar~2bar…1000bar
-10~80℃ Compensated
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MPM281PT
Used For
Industrial Process Control, Hydraulic System and Switches, Refrigeration Equipment and Air Conditioning Systems, Medical Oxygen Pressure Measurement
Leave a MessageMPM281PT pressure and temperature sensor is a sensitive element for integrated pressure and temperature measurement. The highly reliable diffused silicon pressure-sensitive chip and PT100 temperature measuring element meet the needs of various industrial occasions. The consistency of each batch of products under strict pressure and temperature characteristic test. The long-term temperature stability error of the atmospheric pressure sensor is ≤0.05%/year and the temperature accuracy can reach ±0.5°C. The integration of temperature & pressure can be applied in many scenarios, such as industrial process control, oil and gas transportation monitoring, etc.
Features
• Temperature and pressure integration
• Stainless steel 316L shell, diameter Ф19mm
• Highly integrated structure
• High stability and high precision imported diffused silicon chip
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MPM281PT pressure and temperature sensor is a sensitive element for integrated pressure and temperature measurement. The highly reliable diffused silicon pressure-sensitive chip and PT100 temperature measuring element meet the needs of various industrial occasions. The consistency of each batch of products under strict pressure and temperature characteristic test. The long-term temperature stability error of the atmospheric pressure sensor is ≤0.05%/year and the temperature accuracy can reach ±0.5°C. The integration of temperature & pressure can be applied in many scenarios, such as industrial process control, oil and gas transportation monitoring, etc.
Features
• Temperature and pressure integration
• Stainless steel 316L shell, diameter Ф19mm
• Highly integrated structure
• High stability and high precision imported diffused silicon chip

In the electric power industry, especially in power plants and transmission systems, it is very important to accurately monitor and control pressure, level, temperature and flow, because these specifications will directly affect the operating efficiency and safety of the system. Micro Sensor's monitoring instrumentation solutions integrate advanced sensor technology and intelligent control systems, which can provide accurate data and efficient control even in complex environments, and optimize the power production and transmission process.
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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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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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In beverage production and dairy processing, liquids are heated to specified temperatures through heat exchange, followed by rapid cooling to eradicate pathogens and prolong shelf life. Multiple stages such as heating and cooling of wort ensure that beer reaches the appropriate temperature for yeast cultivation. Both the cooler and preheater require monitoring of temperatures in the cooling and preheating tubes, as well as the pressure in the food pipelines.
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