High Stable Pressure Sensor
Φ19x11.5mm
0bar~0.07bar…1000bar
-10~80℃ Compensated
MPM436W
Used For
Chemical Engineering, Urban Water Supply and Drainage, Hydrological Exploration
Leave a MessageThe measurable range of MPM436W Level Transmitter for Low Level is between 0.5m and 2m. Compared with other lever meters, MPM436W is more suitable for measuring low liquid level measurement scenarios in urban water supply and drainage systems or chemical industry. Both the sensor and the amplifying circuit are in a liquid-immersed fully sealed stainless steel structure. The high-performance pressure sensor inside the product can accurately measure the hydrostatic pressure proportional to the depth of the liquid level. The removable top stainless steel cap of the MicroSensor MPM436W facilitates regular cleaning and prevents accidental damage to the diaphragm.
Feature
• Low-range liquid level measurement and control
• IP68 protection level of submersible part
• Accuracy of ±0.5%FS min
• Resist strong pressure shock
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The measurable range of MPM436W Level Transmitter for Low Level is between 0.5m and 2m. Compared with other lever meters, MPM436W is more suitable for measuring low liquid level measurement scenarios in urban water supply and drainage systems or chemical industry. Both the sensor and the amplifying circuit are in a liquid-immersed fully sealed stainless steel structure. The high-performance pressure sensor inside the product can accurately measure the hydrostatic pressure proportional to the depth of the liquid level. The removable top stainless steel cap of the MicroSensor MPM436W facilitates regular cleaning and prevents accidental damage to the diaphragm.
Feature
• Low-range liquid level measurement and control
• IP68 protection level of submersible part
• Accuracy of ±0.5%FS min
• Resist strong pressure shock
0bar~0.35bar…35bar
Accuracy: ±0.25%FS
8V~28V DC or Battery supply
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.
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