The dual-flange level transmitter prioritizes sealing and accuracy, making it suitable for level monitoring in various industries. This transmitter features a dual-flange connection design, with flanges made of 316L stainless steel. Bolts are used to secure the transmitter to the tank or container, ensuring a tight seal and preventing leakage of the measured medium. In crude oil storage tank level measurement in the petrochemical industry, the dual-flange level transmitter's sealing performance prevents crude oil evaporation losses. In acid and alkali solution storage tank monitoring in the chemical industry, the corrosion-resistant flanges resist media erosion, extending equipment lifespan. The dual-flange level transmitter does not require direct contact with viscous or crystalline media, making it suitable for level measurement of high-viscosity liquids.
As a 4-20mA tank level transmitter, this transmitter outputs a 4-20mA standard current signal, possesses strong electromagnetic interference resistance, can achieve long-distance transmission over hundreds of meters, and can be directly connected to PLC and DCS control systems. In large-scale chemical storage tank group liquid level monitoring, the 4-20mA level transmitter can upload the liquid level data of each tank to the central control room in real time, enabling centralized monitoring. In the measurement of raw material storage tanks in the pharmaceutical industry, a stable signal ensures that the liquid level data does not fluctuate, providing accurate basis for production batching. The 4-20mA level transmitter has a range of -10MPa to 10MPa, which can meet the various liquid level measurement needs from atmospheric pressure storage tanks to high-pressure vessels.
As an intelligent level transmitter, it has intelligent temperature and static pressure compensation functions, a low environmental influence coefficient, and can maintain a measurement accuracy of ±0.2% within a wide ambient temperature range of -40℃ to 85℃. In outdoor storage tank liquid level monitoring in northern winters, the intelligent level transmitter can resist low temperature freezing damage and provide stable data. In high-temperature slurry pool liquid level measurement in the power industry, its compensation algorithm can offset the impact of temperature fluctuations and ensure measurement accuracy. In addition, the intelligent level transmitter also supports one-click on-site calibration, requiring no complex equipment and making operation and maintenance convenient.
