An integrated electromagnetic flowmeter refers to an electromagnetic flowmeter in which the sensor (measuring tube part) and the converter (signal processing and display part) are mechanically and electrically integrated into an inseparable whole.

Extremely simple installation: Save a lot of installation time and costs. Just install the flowmeter onto the pipeline like a valve, connect the power supply and output lines, and there is no need to lay, connect, and protect the dedicated signal cable between the sensor and the converter.

High reliability and maintenance-free: Eliminate the weakest link of the split type - the intermediate connection cable and connector. This cable is prone to moisture, corrosion, pulling damage, and electromagnetic interference, and is a high-failure point. The integrated design fundamentally eliminates such faults, significantly improving reliability.

Convenient on-site operation and monitoring: Operators and inspectors can directly view flow data, set parameters, and diagnose faults at the installation point without having to travel to the control room or the installation location of the split converter, resulting in a fast response speed.

Excellent protection performance: The overall housing usually has a very high protection level (IP65/IP67/IP68), capable of withstanding water spray, dust, and corrosive gases on site, making it suitable for harsh environments.

High cost-effectiveness: Although the single unit price may be higher than that of the split sensor, it saves dedicated cables, cable trays, installation labor, and long-term maintenance costs, and the total cost of ownership (TCO) over the entire life cycle is usually lower.

Neat and tidy appearance: The on-site wiring is simple, and the overall sense of the instrument is strong, enhancing the standardized image of the factory.

• Water industry (water supply and drainage, water treatment): waterworks, pumping stations, sewage treatment plants, water metering in pipelines.
• Chemical and process industries (conventional conditions): acid, alkali, salt solutions, process water, cooling water.
• Food : fruit juice, dairy products, beverages, purified water.
• Energy management and HVAC: boiler feed water, heat exchange stations, central air conditioning cold and hot water.
• General industrial pipelines: metering of various cooling water, circulating water, and raw water within factories.