MFC High-Precision Electromagnetic Flowmeter (CAT#: STEM-AIAE-0581-ZJF)

The MFC High-Precision Electromagnetic Flowmeter comprises a sensor and converter, operating based on Faraday’s law of electromagnetic induction to measure conductive fluids or liquid-solid mixtures with exceptional accuracy.

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No flow obstruction or moving parts inside the measurement tube, preventing additional energy loss or clogging, providing excellent energy-saving performance. It is particularly suitable for measuring slurry flows, such as sewage, mud, mineral slurry, coal-water slurry, and paper pulp.
Only the lining and electrodes contact the measured medium. By selecting appropriate materials for the lining and electrodes, excellent corrosion resistance and wear resistance can be achieved. It is suitable for measuring various chemical solutions, including strong acids and strong alkalis.
Low installation requirements; the upstream straight pipe section requires only 5D, and the downstream straight pipe section requires 2D (where D is the inner diameter of the selected instrument).
High measurement accuracy, with an error margin of ±0.2% of the reading, and capable of measuring flow in both forward and reverse directions.
The instrument uses a dual-frequency excitation method, unaffected by power frequency, ensuring stable and reliable operation.
The MFC (Magnetic Flow Meter) has low power consumption, less than 20 VA.
The converter has good interchangeability and does not require re-calibration for accurate readings.
Wide measurement range.
Automatically detects and zeros data when the pipeline is empty, with an alarm to prevent erroneous operation caused by empty pipe interference.
The electrode seal uses a unique conical seal and linear seal double sealing method to ensure no leakage.
The converter's input impedance is greater than 10^12 ohms, effectively preventing scaling on the sensor and making it suitable for measuring low conductivity media.
The flow meter's EMC (electromagnetic compatibility) compliance meets the IEC61000-1995 standard.

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