This is a high-precision electromagnetic flow meter recently developed for an enterprise. The video of the R & D phase is characterized by: 1) high-precision measurements: flow speed and flow can be measured accurately, usually within three parts per 1,000, for applications requiring high-precision flow measurements. 2) low-pressure: because of the absence of a throttle component, the flow counter has little resistance and little pressure, and applies to events requiring higher pressure on the fluid. 3) Extensive fluid adaptation: applies to measuring conductive liquids, including water, sewage...
This is a high-precision electromagnetic flowmeter recently developed for an enterprise.
The features of this electromagnetic flowmeter are:
1) High precision measurement: the flow rate and flow of the fluid can be measured accurately, usually within three parts per 1,000, and applies to the application scenes requiring high accuracy flow measurement.
2) Low pressure: In the absence of a fluid-saving component, the flow meter has a small resistance to the fluid, which is virtually non-compressive and applies in situations where the fluid pressure requirements are high.
3) Extensive fluid adaptation: applies to measuring conductive liquids, including water, sewage, acid alkaline, plasma, etc., and is widely applied in various industrial areas.
4) Width scale ratio: Capable of adjusting to wide range flow measurements, from small to large flows, to meet different job needs.
5) High stability and repetition: measurement results are of a high degree of stability and good repetition, ensuring consistent measurement performance during long periods of use.
6) Intuitive display and output: with high-resolution display screens and multiple signal output modes such as 4-20mA, HART, Modbus, etc., to facilitate data reading and system integration.
7) Self-diagnostic function: A self-diagnostic function that allows real-time monitoring of the flow meter's working state, provides fail alerts, facilitates timely maintenance and management.
The project has now been approved by the enterprise. (The following is a picture of the site debugging.)