Magnetoelectric electromagnetic flowmeter

Magnetoelectric electromagnetic flowmeter is another name for electromagnetic flowmeter. It is called magnetoelectric electromagnetic flowmeter because electromagnetic flowmeter uses the principle of electromagnetic induction to measure conductive fluid based on the electromotive force induced when the conductive fluid passes through an external magnetic field. An instrument of flow.　　 Magnetoelectric electromagnetic flowmeter is sometimes called an induction electromagnetic flowmeter, which is only suitable for dynamic measurement. Because it has a larger output power, the matching circuit is relatively simple; the zero position and performance are stable. Magnetoelectric electromagnetic flowmeters are often used in the measurement of conductive media such as sewage, wastewater, and mud water. They have a high tolerance for impurities in the solution, so they are commonly used instruments for fluid measurement in industrial production processes.　　 Below we mainly introduce the structure of magnetoelectric electromagnetic flowmeter. The electromagnetic flowmeter is mainly composed of magnetic circuit system, measuring catheter, electrode, shell, lining and converter.　　Magnetic circuit system: Its function is to produce a uniform DC or AC magnetic field. The DC magnetic circuit is realized by a permanent magnet. Its advantage is that the structure is relatively simple and the interference from the AC magnetic field is small, but it is easy to polarize the electrolyte liquid passing through the measurement catheter, so that the positive electrode is surrounded by negative ions, and the negative electrode is surrounded by positive ions. Enclosure is the polarization phenomenon of the electrodes, and causes the internal resistance between the two electrodes to increase, which seriously affects the normal operation of the meter. When the pipe diameter is large, the permanent magnet is correspondingly large, heavy and uneconomical. Therefore, the electromagnetic flowmeter generally uses an alternating magnetic field and is excited by a 50HZ power frequency power supply.　　Measuring catheter: Its function is to let the measured conductive liquid pass through. In order to make the magnetic flux shunt or short-circuit when the magnetic field lines pass through the measuring tube, the measuring tube must be made of non-magnetic, low electrical conductivity, low thermal conductivity and a certain mechanical strength material. Non-magnetic stainless steel, glass steel, high strength can be selected. Plastic, aluminum, etc.　　 Electrode: Its function is to draw out an induced electric potential signal proportional to the measured. Electrodes are generally made of non-magnetic stainless steel and are required to be flush with the lining so that the passage of fluid is not obstructed. Its installation position should be in the vertical direction of the pipeline to prevent sediment from accumulating on it and affecting the measurement accuracy.　　Shell: It is made of ferromagnetic material, which is the outer cover of the excitation coil of the distribution system, and isolates the interference of the external magnetic field.　　 Lining: There is a complete electrical insulating lining on the inside of the measuring pipe and the flange sealing surface. It directly contacts the liquid to be measured, and its function is to increase the corrosion resistance of the measuring tube and prevent the induced potential from being short-circuited by the metal measuring tube wall. The lining materials are mostly corrosion-resistant, high-temperature-resistant, and wear-resistant polytetrafluoroethylene plastics, ceramics, etc.　　 Converter: The induced potential signal generated by the liquid flow is very weak and is greatly affected by various interference factors. The role of the converter is to amplify and convert the induced potential signal into a unified standard signal and suppress the main interference signal. Its task is to amplify and convert the induced potential signal Ex detected by the electrode into a unified standard DC signal.　　 The above is the structure of the magnetoelectric electromagnetic flowmeter. I believe that my friends have a general understanding of the magnetoelectric electromagnetic flowmeter after reading it.
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