Flush Diaphragm Pressure Sensor
M20x1.5, R1/2, G1/2
0bar~1bar...35bar
Flush Diaphragm
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Anti-corrosive Pressure Sensor
MPM280TH
- · Φ19mm
- · -1bar...0bar~1bar…700bar
- · Tantalum Diaphragm
Used For
Chemical Plants, Oil and Gas Refineries, Wastewater Treatment Plants
Leave a MessageMPM280TH
Used For
Chemical Plants, Oil and Gas Refineries, Wastewater Treatment Plants
Leave a MessageThe MPM280TH Anti-corrosive Pressure Sensor is integrated diffused silicon pressure sensor. It is a high-quality device designed for industries that require the measurement of corrosive media. It features a tantalum diaphragm and Hastelloy C276 housing, ensuring that the sensor can withstand harsh environmental conditions. This pressure sensor is available with a variety of mechanical and electrical configurations, both standard and customized, to accommodate a wide range of industrial applications.
Features
• Pressure range: 0bar ~ 1.0bar…700bar
• Gauge, Absolute and Sealed gauge
• Constant current or Constant voltage
power supply for option
• Φ19mm OEM pressure element
• Different metals with excellent corrosion
resistance for option
Specifications
• Pressure Range: 0bar ~ 1.0bar…700bar
• Type: Gauge, Absolute, Sealed Gauge
• Dia: Φ19mm OEM pressure element
• Power Supply: Constant current or Constant voltage for option
• Diaphragm: Titanium (MPM280Ti), Tantalum (MPM280TH, MPM280TS), Hastelloy C (MPM280HH)
• Housing: Titanium (MPM280Ti)
• Hastelloy C (MPM280TH, MPM280HH)
• Pressure leading tube: Stainless steel 316L
Image:
The MPM280TH Anti-corrosive Pressure Sensor is integrated diffused silicon pressure sensor. It is a high-quality device designed for industries that require the measurement of corrosive media. It features a tantalum diaphragm and Hastelloy C276 housing, ensuring that the sensor can withstand harsh environmental conditions. This pressure sensor is available with a variety of mechanical and electrical configurations, both standard and customized, to accommodate a wide range of industrial applications.
Features
• Pressure range: 0bar ~ 1.0bar…700bar
• Gauge, Absolute and Sealed gauge
• Constant current or Constant voltage
power supply for option
• Φ19mm OEM pressure element
• Different metals with excellent corrosion
resistance for option
Specifications
• Pressure Range: 0bar ~ 1.0bar…700bar
• Type: Gauge, Absolute, Sealed Gauge
• Dia: Φ19mm OEM pressure element
• Power Supply: Constant current or Constant voltage for option
• Diaphragm: Titanium (MPM280Ti), Tantalum (MPM280TH, MPM280TS), Hastelloy C (MPM280HH)
• Housing: Titanium (MPM280Ti)
• Hastelloy C (MPM280TH, MPM280HH)
• Pressure leading tube: Stainless steel 316L
Read / Download our Datasheet in PDF
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Relate Solutions
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Fire Hydrant Monitoring
The micro-fused pressure transmitters can be used in hydrants to monitor the internal pressure of hydrants in real time, and send the data to the cloud platform for statistical analysis through wireless monitoring terminals and wireless networks. When an error occurs, it can locate the fault position and sends the alarm in time.
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Roots Flowmeter
The roots flowmeter is the critical equipment in the system of urban gas gate station. As the basis of gas billing, roots flowmeter can accurately calculate the flow of natural gas. It is equipped with pressure transmitter with high accuracy, so as to guarantee the flow accuracy.
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Drying Cylinder
To eliminate any remaining moisture in the paper web, the paper machine's drying section uses rollers heated by steam. The inner cylinder surface develops a condensate coating as the steam loses heat, which affects the heat transfer to the paper. Continuous siphoning is required to remove this condensate. Pressure measurements at the cylinder inlet and outlet monitor the appropriate heat transfer level to the paper.
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Steam Line
The paper machine's drying section employs steam-heated cylinders, with steam generated by a separate boiler and transported by pipelines. To ensure optimal steam supply, a differential pressure transmitter with an orifice plate is used to measure flow, allowing for accurate planning.
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