MPM280TS
Chemical Processing, Oil and Gas Production, Water Treatment
Leave a MessageMPM280TS
Used For
Chemical Processing, Oil and Gas Production, Water Treatment
Leave a MessageMPM280TS Anti-corrosive Pressure Sensor is made of corrosion-resistant materials to resist the erosion of corrosive media. Tantalum isolated diagram plus SS316L shell housing. Viton O-rings for sealing. Both standard and customized mechanical and electrical configurations are available.
The anti-corrosive property of MPM280TS makes it ideal for use in a wide range of industrial applications, including chemical processing, oil and gas production, and water treatment. By providing accurate and reliable pressure measurements, even in corrosive environments, anti-corrosive pressure sensors help ensure safe and efficient operations, while reducing downtime and maintenance costs.
Specification
• Linearity: Typ. ±0.15 %FS
• Repeatability: Typ. ±0.05 %FS
• Hysteresis: Typ. ±0.05 %FS
• Zero output: Typ. ±1.0 mV DC
• Output/Span**: Min. 70 mV DC
• Zero thermal error: Typ. ±0.75 %FS, @25℃
• FS thermal error: Typ. ±0.75 %FS, @25℃
• Working Temp. Range: -40~125 ℃
• Long-term Stability: Typ. ±0.2% FS/Year
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MPM280TS Anti-corrosive Pressure Sensor is made of corrosion-resistant materials to resist the erosion of corrosive media. Tantalum isolated diagram plus SS316L shell housing. Viton O-rings for sealing. Both standard and customized mechanical and electrical configurations are available.
The anti-corrosive property of MPM280TS makes it ideal for use in a wide range of industrial applications, including chemical processing, oil and gas production, and water treatment. By providing accurate and reliable pressure measurements, even in corrosive environments, anti-corrosive pressure sensors help ensure safe and efficient operations, while reducing downtime and maintenance costs.
Specification
• Linearity: Typ. ±0.15 %FS
• Repeatability: Typ. ±0.05 %FS
• Hysteresis: Typ. ±0.05 %FS
• Zero output: Typ. ±1.0 mV DC
• Output/Span**: Min. 70 mV DC
• Zero thermal error: Typ. ±0.75 %FS, @25℃
• FS thermal error: Typ. ±0.75 %FS, @25℃
• Working Temp. Range: -40~125 ℃
• Long-term Stability: Typ. ±0.2% FS/Year
Analog Signal Output Optional
Operating Temperature: -40℃～85℃
Rod Structure:50mm ～ 5000mm
Flexible Structure:4000mm ～ 20000mm
Widely used in the medical and pharmaceutical industry for oxygen measurement
All-welded design
Fully digital temperature compensation calibration
Adapted to breathable membranes
-1bar...0~0.1bar…1000bar
Accuracy: ±0.25%FS (Typ.)
General / Flush Diaphragm
The normal operation of fire-fighting water pipeline plays an important role in safeguarding citizens' personal and property safety. Monitoring instruments are installed at each monitoring point of the fire protection pipeline to monitor pressure and level data in real time, so that when an error occurs, faults are located in time and alarms are given to facilitate staff maintenance and processing.
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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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Ballast tank level monitoring achieves precise control of the ballast water system by using equipment such as electromagnetic flowmeters, level transmitters, and pressure transmitters to monitor data on inflow, tank liquid level, and pressure.
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Centralizing the oil and gas produced by scattered oil wells, processing and initial processing, and exporting it after meeting the standards. The process requires multiple steps, including oil and gas separation, crude oil dehydration, and natural gas purification, thus requiring various instruments to measure production parameters.
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