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The core advantage of this electromagnetic flowmeter is that it has no moving parts in the flow channel, so it will not be blocked by medium impurities, and has a long service life. The electrode can be replaced with different materials such as Hastelloy and titanium to adapt to different corrosive media. It supports submersible installation, which can be directly installed in underwater pipelines. The built-in self-detection function can monitor the working status of the instrument in real time, and the HART communication protocol can realize remote parameter configuration and data reading, greatly reducing the difficulty of later operation and maintenance.

The detailed specifications are as follows: The measuring range is 0.01~5000 m³/h, with an accuracy of ±0.2% FS. The electrode materials can be selected according to the medium characteristics: 316L stainless steel for conventional water quality, Hastelloy for corrosive media, and titanium for strong acid and alkali media. The power supply supports AC220V or 24VDC, and the optional submersible version has a protection grade of IP68, which can be used in underwater environments with a depth of less than 10 meters. The interface specifications range from DN25 to DN300, and the shell is made of ductile iron or stainless steel according to user needs. The output signals include 4-20mA analog signal, HART digital signal and pulse signal, which are compatible with various industrial control systems. The overall size varies with the caliber, and the weight ranges from 8kg to 50kg according to the specification.

This electromagnetic flowmeter is widely used in municipal sewage treatment plant pipeline flow monitoring, drinking water supply network flow detection, papermaking industry pulp transportation measurement, mining industry ore slurry flow monitoring, food and beverage industry sauce and syrup transmission measurement, and chemical industry corrosive liquid flow control. It can also be used in agricultural irrigation water quantity measurement and water resource management, providing accurate flow data for water resource allocation and environmental protection supervision.