◉ Flow Velocity range:0-15 m/s
◉ GPRS, CDMA and SRD radio communication
◉ Designed for clean water > 5 uS/cm
◉ IP68 enclosure that can be used for underground applications
◉ High accuracy of ±0.5% of reading
◉ Empty pipe, current excitation and battery capacity alarms
◉ NIST traceable calibration certificate Easy maintenance due to no moving parts
◉ Uninfluenced by temperature, pressure, viscosity, and density
◉ Self-detection, self-diagnostic functions, and safety alarms for upper and lower limit
◉ Features SMART excitation, which ensures zero-point stability, high reliability, and low power consumption
◉ Lining and electrode available in various materials which can measure nearly all conductive fluids Meters batching and blending totalization
The working principle of the electromagnetic flow meter is based on the Faraday law of electromagnetic induction. When the conducting liquid flows in the orthogonal direction of the magnetic line direction, it will cut the magnetic lines and generate induced voltage, which shows linear relationship with the flowing speed. Thus, the fluidic volume flow can be calculated.
F5001 electromagnetic flow meter is mainly composed of the sensor and transmitter. The measuring tube of the sensor is equipped with the excitation coils upward and downward. The transmitter supplies the excitation current, which generates the magnetic field which goes through the measuring tube once it is powered on. A pair of induction electrodes installed on the inner side of the measuring tube comes in contact with the liquid to guide the induced voltage to the sensor.