What is a electromagnetic flow meter？

Split electromagnetic flow meter sensors and converters are installed separately in different locations. Generally, the split type is used when the following situations occur: the surface of the environmental temperature or flow meter converter is received by the radiation temperature exceeding 60 °, in the case of large pipeline vibration, the aluminum shell of the sensor will be seriously corroded, in the case of high humidity or corrosive gas, the flow meter is installed at high altitude or under the mine.

Advantages of the electromagnetic flow meter：
1.Suitable for environments where observation is difficult
Widely used in industries such as oil, chemical, metallurgy, textile, food, pharmaceutical, paper and other industries, as well as environmental protection, municipal management, water conservancy construction and other fields to measure high temperature, high humidity, and inconvenient observation environment.
2.Low energy consumption
The electromagnetic flow meter has a simple sensor structure, no moving parts in the measuring tube, and no throttling parts that impede the flow of fluid. So when the fluid through the flow meter will not cause any additional pressure loss, is one of the flow meters with the lowest energy consumption.
3.Can measure different media
There are no obstructing flow parts inside the instrument measuring tube, and only the lining and electrode of the measuring tube are in contact with the measured body. The material can be selected according to the nature of the measured fluid.
4.Not affected by the external environment
Electromagnetic flow meter is a kind of volume flow measurement instrument. During the measurement process, it is not affected by the temperature, viscosity, and density of the measuring medium at a conductivity (in a certain range). Therefore, electromagnetic flow meters can be used to measure the flow of other conductive liquids only after water calibration.
5.Wide range
The output of the electromagnetic flow meter is only proportional to the average velocity of the measured medium, and has nothing to do with the flow state under symmetrical distribution (laminar or turbulent flow). Therefore, the range of electromagnetic flow meters is extremely wide, and its measurement range can reach 100: 1, and some even reaches 1000: 1.