Flange level transmitter relies on hydrostatic and differential pressure technology, adapting to complex industrial level monitoring. As Hydrostatic Level Transmitter, it measures level based on liquid hydrostatic pressure principle, with a range of -10MPa~10MPa, covering high-pressure storage tanks to atmospheric pressure pools. In crude oil tanks of petroleum and petrochemical industry, Hydrostatic Level Transmitter converts liquid level through tank bottom pressure, and ±0.2% accuracy ensures accurate inventory measurement; in sedimentation tank monitoring of water treatment plants, its hydrostatic measurement is stable, avoiding water surface fluctuation affecting data. Hydrostatic Level Transmitter has no complex structure, convenient for installation and maintenance.
As Explosion-Proof Level Transmitter, it has excellent explosion-proof performance, adapting to flammable and explosive environments. In the solvent tank level monitoring of chemical industry, Explosion-Proof Level Transmitter eliminates the risk of electric sparks; in the coalbed methane tank measurement of coal mines, its explosion-proof design ensures safe operation in gas environment. Combined with IP66/68 protection level, Explosion-Proof Level Transmitter can resist outdoor rain and workshop dust, and operate stably in humid and dusty iron and steel plants, providing guarantee for level monitoring in hazardous areas.
As Differential Pressure Level Transmitter, it calculates liquid level by measuring the differential pressure at the upper and lower ends of the container, adapting to high-temperature and viscous media. In the high-temperature ash slurry pool level monitoring of power industry, Differential Pressure Level Transmitter offsets the influence of temperature fluctuation; in the syrup tank measurement of food industry, the differential pressure principle avoids blockage caused by viscous media. The intelligent compensation function of Differential Pressure Level Transmitter enables it to remain accurate in the wide temperature range of -40~85℃, meeting multiple working conditions.
