Submersible Level Transmitter
Φ26mm
0m~1m…200m H2O
Accuracy: ±0.25%FS, ±0.5%FS, ±1%FS
DNV approved for installation on all vessels
ATEX Certificated
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MPM489WZ4
Used For
Groundwater Monitoring, Power Plant, Urban Water Supply and Drainage, Hydrological Exploration
Leave a MessageCompared with the regular size, MPM489WZ4 is a 17mm Submersible Level Transmitter with a smaller diameter. MPM489WZ4 is based on the diffused silicon principle. All-in-one structure needn't an external adjustment. It is suitable for long-term use in liquids compatible with special vent cables and stainless steel housings. MPM489WZ4 is compact while performing stably.
Features
• Submersible design: The transmitter is designed to be completely submerged in liquid, making it ideal for tank level measurement.
• Wide Range: The transmitter is highly accurate, with a measurement range of up to 200m and an accuracy of ±0.5%FS.
• Robust construction: The transmitter is constructed from high-quality stainless steel, making it resistant to corrosion and able to withstand harsh environmental conditions.
Image:
Compared with the regular size, MPM489WZ4 is a 17mm Submersible Level Transmitter with a smaller diameter. MPM489WZ4 is based on the diffused silicon principle. All-in-one structure needn't an external adjustment. It is suitable for long-term use in liquids compatible with special vent cables and stainless steel housings. MPM489WZ4 is compact while performing stably.
Features
• Submersible design: The transmitter is designed to be completely submerged in liquid, making it ideal for tank level measurement.
• Wide Range: The transmitter is highly accurate, with a measurement range of up to 200m and an accuracy of ±0.5%FS.
• Robust construction: The transmitter is constructed from high-quality stainless steel, making it resistant to corrosion and able to withstand harsh environmental conditions.

Φ26mm
0m~1m…200m H2O
Accuracy: ±0.25%FS, ±0.5%FS, ±1%FS
DNV approved for installation on all vessels
ATEX Certificated

Contactless Level Measurement
Measuring range: 0m~70m
Measured media: Solid, Liquid


Level / Pressure Measurement: 0mH2O~2mH2O…200mH2O / 0mbar~200mbar...350bar
Output mode: 4mA~20mA, 1V~5V, 0.5V~4.5V...RS485-Modbus, etc.
Low power consumption
ABS, DNV approved for ship use

Pressure transmitters, level transmitters, and mass flow meters are installed in fuel tanks to provide real-time monitoring of fuel levels and pressure. Users can track current location and fuel consumption, access historical vessel data, calculate voyage distance and total fuel usage, and analyze operational 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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There are a large number of application scenarios of oil, gas, water and other fluid medias in industrial production, which are often stored in tanks of various sizes. Instruments can be installed to monitor the liquid level and pressure changes in the tanks, and automation management can be achieved through platforms and networks.
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Pressure transmitters, temperature tranmitters and electromagnetic flowmeters are installed in the marine water circulation cooling system to ensure the heat exchange efficiency of the central cooler. By optimizing seawater flow control, energy saving effects are maximized and stable operation of the cooling system is ensured.
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