Do you know about plug-in smart electromagnetic flowmeter?

The working principle of the plug-in intelligent electromagnetic flowmeter is to use the principle of eddy current to measure the flow rate of the liquid by placing electrodes in the conductive liquid to generate electromagnetic induction under the action of a strong magnetic field. And through the processing of the internal chip, the corresponding flow signal is output. Because the sensor in the electromagnetic flowmeter can be inserted into the liquid pipeline, it is also called an insertion electromagnetic flowmeter.

Plug-in intelligent electromagnetic flowmeter has the following characteristics:

High accuracy: Due to the use of electromagnetic induction principle, its accuracy is very high and can reach ±0.5%. And through internal chip processing, the measurement drift problem existing in traditional electromagnetic flowmeters is eliminated and the measurement accuracy is enhanced.

Wide range of application: suitable for measurement of various conductive liquids, including sewage, chemical liquids, petroleum, food, beverages, etc. And it can also adapt to complex fluids such as high viscosity, high temperature, and high pressure.

Good stability: It adopts an online processing algorithm, which can automatically correct the measurement error, achieve long-term stable measurement, and also automatically perform fault detection and alarm.

In addition, it also has the advantages of simple installation, convenient maintenance, and stable output signal. It can realize remote monitoring and data collection through on-site controllers, PLC and other systems and computers, and is widely used.

Maintenance methods for plug-in smart electromagnetic flow meters:

1. Clean the sensor: Use a soft brush to gently clean the inside and outside of the sensor regularly to maintain accuracy and reduce corrosion. risk.

2. Check the valve: Check the opening and closing of the valve to ensure stability and flow accuracy.

3. Check cables and connectors: Check the connections of cables and connectors to ensure they are working properly and transmitting accurate data.

4. Clean the pipes: Clean the pipes regularly to avoid pipe blockage and flow errors.

5. Check the ground connection: It should be properly grounded to avoid electrical interference and risk of electric shock.

6. Regular calibration: Regular calibration to ensure accurate measurement data and improve measurement accuracy.

7. Keep dry: It should be placed in a dry environment to prevent moisture from entering and affecting accuracy.