How to deal with the weak signal of electromagnetic flow meter

Abstract: The information on how to deal with the weak signal of the electromagnetic flowmeter is provided by the excellent flowmeter and flowmeter manufacturers. Electromagnetic flowmeter is a high-quality, high-quality and high-end product in flow meters. The electromagnetic flowmeter is increasingly mature and perfect in technology, with high-quality performance, not affected by changes in fluid density, viscosity, temperature, pressure and conductivity, as well as wear resistance and so on. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following is the article details on how to deal with the weak signal of the electromagnetic flowmeter. Electromagnetic flowmeter is a high-quality, high-quality and high-end product in flow meters. With the increasingly mature and perfect electromagnetic flowmeter in technology, high-quality performance, not affected by changes in fluid density, viscosity, temperature, pressure and conductivity, as well as many advantages such as wear resistance, electromagnetic flowmeters have become the most popular in industrial production. of popular flow meters. After the electromagnetic flowmeter is selected, shipped, and installed, the electromagnetic flowmeter can be used normally for a long time without maintenance. Of course, the electromagnetic flowmeter also needs maintenance and daily inspection. During the use of the electromagnetic flowmeter, there may be a problem that the signal cannot be received or the signal is too weak. But don't be surprised if it appears, you can solve it by doing the following steps carefully. 1. First confirm whether the pipeline is full of fluid. The electromagnetic flowmeter must be measured with a full tube, and the full tube measurement can ensure the preparation and stability of the signal. 2. If the pipe is too close to the wall, the probe can be installed on the diameter of the pipe with an inclined angle, instead of the diameter of the horizontal pipe. The Z method should be used to install the probe. 3. Carefully select the dense part of the pipe and polish it well enough 4. Carefully move each probe slowly near the installation point to find the maximum signal point, so as to prevent the possibility of missing due to the scaling of the inner wall of the pipeline or the reflection of the ultrasonic beam out of the expected area due to the local deformation of the pipeline. The installation point that receives a strong signal; 5. For metal pipes with severe scaling on the inner wall, the scaling method can be used to make the scaling part fall off or crack, but it should be noted that this method sometimes results in a gap between the scaling and the inner wall. And it doesn't help the transmission of ultrasound at all. It is a well-known flowmeter manufacturer in China, and has achieved remarkable results in glass rotor flowmeters, metal tube rotor flowmeters, and electromagnetic flowmeters. At the same time of technological innovation, we ensure product quality and perfect service system, so that customers can purchase suitable flow meters. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'How to deal with the weak signal of electromagnetic flow meter'
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