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
Before beer bottles, medicine bottles, and condiment bottles are filled with liquid, they need to be cleaned first. The cleaning process is as follows: First, the bottles are filled with lye in the alkali tank to remove most of the stains; then, the bottles are back washed with high pressure using water of different temperatures to wash away the remaining impurities and lye. To ensure the stable operation of the bottle washing machine, the level of the alkali tank needs to be measured by hydrostatic pressure. In addition, the pressure of the alkali tank water inlet pipe and the nozzle pipe also needs to be measured.
more info...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.
more info...To ensure the fuel supply of the main engine, the separated heavy oil is first pumped to the settling tank, where the oil is heated and separated in the heating coil, and then purified by the oil separator before entering the daily tank through high-level overflow. The daily tank is directly connected to the main engine, boiler or other equipment, and the oil can be heated and used at any time.
more info...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.
more info...