RSTLD Electromagnetic Flowmeter

The working principle of the Electromagnetic Flowmeter can be explained by Faraday’s Law. According to Faraday’s law, the voltage on a magnetic field due to current flow is directly proportional to the speed of this conductor. A straight pipe is placed in the magnetic field produced by the field coils. Electrodes in contact with liquids are placed at a 90° right angle to the magnetic field. In this way, the measurement of the voltage, which is the parameters of the speed, is provided. The measured voltage is indicative of the flow through because the area inside the pipe is constant.

Electromagnetic flowmeters are one of the most preferred products in flow measurement, provided that the fluid is conductive. It is preferred in many areas because there is no moving part in its inner structure, the inner coating can be chosen from a material that the fluid cannot corrode, it does not cause pressure loss and it shows an excellent performance. Electromagnetic flowmeters show the instantaneous and total amount of flow, and accordingly, they generate electrical signals and transfer the flow information to the automation system or the existing process.

• Application Areas of Electromagnetic Flowmeter
• Treatment Plants
• Chemistry , Petrochemical industry
• Food industry
• Textile sector
• Paper production industry
• Power Plants
• Water distribution networks
• Agriculture irrigation sector