MFE320-S Electromagnetic Flowmeter (CAT#: STEM-AIAE-0556-ZJF)

The MFE320-S Electromagnetic Flowmeter ensures accurate measurement of conductive liquids or slurries based on Faraday’s principle. It is suitable for fluids with conductivity greater than 5 μS/cm.

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The measuring tube has no flow obstruction or moving parts, eliminating additional energy loss and preventing clogging, offering significant energy-saving effects. It is especially suitable for measuring liquid-solid two-phase flows such as sewage, slurry, ore slurry, coal-water slurry, and pulp.
Only the liner and electrodes come into contact with the measured medium. By selecting appropriate liner and electrode materials, excellent corrosion resistance and wear resistance can be achieved. This allows for the measurement of various chemical solutions, including strong acids and strong alkalis.
Low installation requirements: the upstream straight pipe length is only 5D, and the downstream straight pipe length is 2D (D is the inner diameter of the selected instrument).
High measurement accuracy, up to ±0.2% of the reading, and can measure flow in both forward and reverse directions.
The instrument uses a dual-frequency excitation method, unaffected by the power frequency, ensuring stable and reliable operation.
Low power consumption, less than 20VA.
The converter has excellent interchangeability, achieving accuracy without the need for recalibration in actual flow conditions.
Wide measurement range.
After detecting an empty pipeline, the instrument automatically resets the data to zero and triggers an alarm to prevent erroneous operations caused by data fluctuations in the absence of flow.
The electrode sealing uses a unique cone surface seal and line seal dual-sealing method to ensure no leakage.
The converter input impedance is greater than 10^12 ohms, effectively preventing the impact of scaling on the sensor, making it suitable for measuring low conductivity media.
The flow meter’s EMC (electromagnetic compatibility) performance meets the IEC61000-1995 standard requirements.

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