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.
MPM4810
Used For
Hot Spring Level & Temperature Measurement, Under-Ground Hot Water Measurement
Leave a MessageMPM4810 High Temperature Level Transmitter is a high-precision high temperature resistant liquid level measurement product. The whole machine adopts fully sealed stainless steel welding structure. The liquid level transmitter can work for a long time in a high-temperature environment of 125°C for pressure and temperature measurement. The stainless steel cap at the bottom of the product is detachable, which can prevent accidental damage to the diaphragm and facilitate regular cleaning.
MPM4810 Level Transmitter is an input measurement method, mainly used for the measurement of hot spring water and groundwater.
Feature
• High precision & high-temperature resistance
• Measurement of liquids temperature up to 125 ℃
• Compatible with stainless steel material
• Digital temperature compensation and non-linearity correction
Specification
• Range Level: 0m~5m…200m H2O
• Temperature: 0℃ ~125℃
• Overpressure: 1.5 times FS
• Pressure Type: Absolute
• Accuracy: Level:±0.5%FS (including nonlinearity, repeatability and hysteresis); Temperature:±2℃
• Power Supply: 10V~30V DC
• Output Signal: 4mA~20mA DC
• Operation Temp.: 0℃ ~125℃
• Temp.Compensation: 0℃ ~125℃
• Long Term Stability: ±0.35%FS/Year
Image:
MPM4810 High Temperature Level Transmitter is a high-precision high temperature resistant liquid level measurement product. The whole machine adopts fully sealed stainless steel welding structure. The liquid level transmitter can work for a long time in a high-temperature environment of 125°C for pressure and temperature measurement. The stainless steel cap at the bottom of the product is detachable, which can prevent accidental damage to the diaphragm and facilitate regular cleaning.
MPM4810 Level Transmitter is an input measurement method, mainly used for the measurement of hot spring water and groundwater.
Feature
• High precision & high-temperature resistance
• Measurement of liquids temperature up to 125 ℃
• Compatible with stainless steel material
• Digital temperature compensation and non-linearity correction
Specification
• Range Level: 0m~5m…200m H2O
• Temperature: 0℃ ~125℃
• Overpressure: 1.5 times FS
• Pressure Type: Absolute
• Accuracy: Level:±0.5%FS (including nonlinearity, repeatability and hysteresis); Temperature:±2℃
• Power Supply: 10V~30V DC
• Output Signal: 4mA~20mA DC
• Operation Temp.: 0℃ ~125℃
• Temp.Compensation: 0℃ ~125℃
• Long Term Stability: ±0.35%FS/Year

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 measurement: 0mH2O~2mH2O…200mH2O
Pressure measurement: 0mabr~200mabr...350bar
Outputs: 4mA~20mA, 1V~5V, 0.5V~4.5V...RS485-Modbus, etc.
CCS, ABS, DNV approved for ship use

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.
more info...
In the HVAC chiller systems, measuring heat and pressure is vital for optimal performance. Pressure transmitters ensure the refrigerant operates within safe limits, while flow meters and temperature sensors calculate heat exchange efficiency. Accurate measurements enhance system reliability, and efficiency, and prevent potential failures.
more info...
Due to the highly diffusive, flammable, and explosive characteristics of hydrogen, strict pressure monitoring by pressure transmitters is required to ensure its safety during transportation.
more info...
Various monitoring instruments are installed in the water storage tanks, pools, and pipelines of the water supply pump station to monitor the operation of the facilities in real-time. Through advanced cloud computing and big data technology, production data is integrated for timely alarms and early warnings.
more info...