DN40 Sanitary Clamped Magnetic Flow Meter For Milk Beer

Flow Meter Magnetic Electromagnetic Flowmeter DN40 Sanitary Clamped Milk Beer Flow Meter

Description of Flow Meter Magnetic Electromagnetic Flowmeter DN40 Sanitary Clamped Milk Beer Flow Meter

The electromagnetic flowmeter has a simple structure, no moving parts, and a long working life. There are no shut-off and blocking parts, and there is no pressure loss and fluid blockage. The measurement accuracy is not affected by the type of the measured medium and its temperature, viscosity, density, pressure and other physical parameters. Different combinations of PTFE or rubber lining and electrode materials such as Hc, Hb, 316L, Ti can meet the needs of different media. Various flowmeter models such as pipeline type and insertion type are available. Using EEPROM memory, measurement and operation data storage protection security. There are two types of integrated and separate types. High definition LCD backlit display. According to Faraday's law of electromagnetic induction, it is used to measure the volume flow of conductive fluids. Due to its unique characteristics, it has been widely used in the measurement of various conductive liquids in industry. It is mainly used in chemical industry, papermaking, food, textile, metallurgy, environmental protection, water supply and drainage and other industries. It can realize system control with computer.

Specification of Flow Meter Magnetic Electromagnetic Flowmeter DN40 Sanitary Clamped Milk Beer Flow Meter

Feature of Flow Meter Magnetic Electromagnetic Flowmeter DN40 Sanitary Clamped Milk Beer Flow Meter

1. The measurement results have nothing to do with physical parameters such as flow velocity distribution, fluid pressure, temperature, density, viscosity, etc.
2. The multi-electrode design further ensures the measurement accuracy.
3. There are no moving parts and no blocking parts in the pipeline, and there is almost no additional pressure loss in the measurement.
4. High-definition backlit LCD display, full Chinese menu operation, easy to use, simple to operate, easy to learn and understand.
5. The converter core adopts high-speed central processing unit, which has fast operation speed, high precision, and low-frequency rectangular wave excitation, which improves the stability of flow measurement and low power consumption.
6. Full digital processing, strong anti-interference ability and high measurement accuracy.
7. Ultra-low EMI switching power supply, using a wide range of power supply voltage changes, good EMC resistance.
8. Using EEPROM memory, there is a non-power-off clock inside, which can record the power-off time, and store the measurement and operation data to protect the safety.
9. Two-way measurement system, which can measure forward flow and reverse flow.
10. Password lock function, after the flowmeter is powered on, if you set parameters, you must enter a password to operate.
11. The converter has a self-diagnosis alarm output function, and an empty load detection alarm output.
12. Plug-in structure, simple installation, no need to cut off the flow, can be installed with pressure openings (below 1MPa) on site, economical and convenient, suitable for measuring the flow of large and medium-diameter pipelines.
13. Small signal cut-off function, the user can cut off the disturbing small flow through the display panel settings
14. Zero self-calibration to eliminate zero drift.

Application of Flow Meter Magnetic Electromagnetic Flowmeter DN40 Sanitary Clamped Milk Beer Flow Meter

Electromagnetic flowmeters are widely used in sewage, fluorine chemical, production water, tap water industry, medicine, steel and many other aspects. Due to the principle, it can only measure conductive liquids.

Principle of Flow Meter Magnetic Electromagnetic Flowmeter DN40 Sanitary Clamped Milk Beer Flow Meter

The measurement principle is based on Faraday's law of electromagnetic induction. As shown in the figure below, the two electromagnetic coils at the upper and lower ends generate a constant or alternating magnetic field. When the conductive medium flows through the electromagnetic flowmeter, it will cut the magnetic field line, and an induction will be generated at this time. The electromotive force is detected by the two measuring electrodes. The magnitude of this induced electromotive force is proportional to the flow rate of the conductive medium, the magnetic induction intensity of the magnetic field, and the width of the conductor (the diameter of the pipe measured by the flowmeter). The flow rate of the medium can be obtained by calculation.

Detaild picture of Flow Meter Magnetic Electromagnetic Flowmeter DN40 Sanitary Clamped Milk Beer Flow Meter