From E=KBdV, it is known that parameters such as the temperature, pressure, conductivity, and liquid-solid phase ratio of the fluid medium being measured will not affect the measurement results. As for the flow state, as long as it is axially symmetric (such as laminar or turbulent flow), it will not impact the measurement outcomes. Therefore, an electromagnetic flow meter is truly a volumetric flow meter. For manufacturers and users, once a standard calibration with ordinary water is performed, they can measure the volumetric flow of any conductive fluid medium without any adjustments, which is a significant advantage of electromagnetic flow meters that no other flow meters possess. There are no moving or flow-blocking components within the measuring tube, resulting in almost no pressure loss and a high level of reliability.
II. Product Features
The instrument has a simple and reliable structure, with no moving parts, ensuring a long working life.
2. No flow restriction components; no pressure loss or fluid blockage occurs.
3. No mechanical inertia, rapid response, excellent stability, suitable for application in automatic detection and control systems.
4. Measurement accuracy is unaffected by the type of medium being measured, as well as its physical parameters such as temperature, viscosity, and pressure.
5. Different combinations ofPTFE or rubber linings with electrode materials such as HC, HB, 316L, Ti, etc., can meet the requirements of various media.
6. Full digital processing, strong anti-interference capability, reliable measurement, high accuracy, flow measurement range up to 150:1.
7. Full Chinese menu operation, easy to use, simple to operate.
8. High-definition backlit LCD display.
9. Equipped with bidirectional flow measurement and total accumulation functionality, it features three integrators internally to separately display positive cumulative values, negative cumulative values, and differential accumulation amounts.
10. Output: Bi-directional current and frequency output with RS-485, MODBUS, and HART interfaces.
11. Utilizing SMD components and surface mounting (SMT) technology, the circuit boasts high reliability.
