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.
MPM426W Series
Used For
Fuel storage tanks like gasoline, diesel, kerosene. Chemical storage tanks like methanol, ethanol, lubricating oil, diesel exhaust fluid.
Leave a MessageMPM426W SERIES submersible level transmitter is designed for Fuel and Chemicals Measurement. MPM426W Series is a stable, accurate, real-time monitoring liquid level, pressure and temperature in storage tank multi-parameter measurement throw-in type liquid level meter. The measurement of fuels and chemicals requires the level meter to be resistant to aggressive media. The fully welded structure of the MPM426W Series ensures super tightness and medium compatibility.
MPM426W Series includes two models, MPM426WPC and MPM426WPF. MPM426WPC is mostly used in chemical liquid level monitoring scenarios. MPM426WPF is more suitable for fuel or oil level monitoring. These two products can also be widely used in applications requiring high corrosion resistance, explosion-proof performance, and protection performance, such as petroleum and petrochemical, vehicles, mining, and chemical industries. This fuel pressure transmitter provides an effective solution for tank level monitoring, control and overflow protection.
Features
• Special for fuel and chemicals measuring
• Support pressure, liquid level, temperature measurement
• Various output formats are optional
• Low power consumption, low maintenance cost
• CSA, IECEX, ATEX international explosion-proof certification
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MPM426W SERIES submersible level transmitter is designed for Fuel and Chemicals Measurement. MPM426W Series is a stable, accurate, real-time monitoring liquid level, pressure and temperature in storage tank multi-parameter measurement throw-in type liquid level meter. The measurement of fuels and chemicals requires the level meter to be resistant to aggressive media. The fully welded structure of the MPM426W Series ensures super tightness and medium compatibility.
MPM426W Series includes two models, MPM426WPC and MPM426WPF. MPM426WPC is mostly used in chemical liquid level monitoring scenarios. MPM426WPF is more suitable for fuel or oil level monitoring. These two products can also be widely used in applications requiring high corrosion resistance, explosion-proof performance, and protection performance, such as petroleum and petrochemical, vehicles, mining, and chemical industries. This fuel pressure transmitter provides an effective solution for tank level monitoring, control and overflow protection.
Features
• Special for fuel and chemicals measuring
• Support pressure, liquid level, temperature measurement
• Various output formats are optional
• Low power consumption, low maintenance cost
• CSA, IECEX, ATEX international explosion-proof certification

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

The production of positive and negative electrode materials for lithium cell requires the transmission of powdered materials. The sealed pipelines realize pneumatic transmission of solid powder or particles. However, blockages can occur in the container when conveying materials with large particle sizes, high viscosity, or poor flow ability. Installed pressure transmitters solve this problem. An abnormal pressure alarm will be triggered to identify the location. This facilitates timely repair of the blockage, ensuring normal production and operation.
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Monitoring the pressure, flow and other specifications of the entire pipe network by installing the monitoring device in water supply pipe network well contributes to scientifically scheduling water supply and ensuring the stable operation of the water supply system.
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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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Using shear and agitation to evenly distribute the fibers, the pulp tank in the papermaking process combines pulp and water. Following mixing, shearing, and temperature control, the processed slurry is released to feed the machinery used in the papermaking process downstream. The slurry can only enter the headbox for the subsequent step if the level is measured accurately.
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