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An electromagnetic flowmeter also called a mag-flow meter, is widely used for water and wastewater applications. Your fluid must exert a low-pressure drop and the appropriate needed liquid conductivity to use the instrument. It’s a durable device that is easy to maintain Mag-flow meters evolve with the current trends of technology of both sensors and […]

The electromagnetic flowmeter is responsible for fluid flow. The way this transducer works is by measuring the liquid as it passes over a magnetic field. This principle is referred to as electromagnetic induction. The meter is made of a transmitter that works with a sensor. Together the goal of these two is to measure how

The intelligent electromagnetic flowmeter consists of two parts: sensor and converter. Based on Faraday’s law of magnetic induction, it’s a speed meter to measure the volume flow of conductive liquid. In addition to measuring the volume flow of general conductive liquids, it can also be used to measure the volume flow rate of strong corrosive

Integrated electromagnetic flowmeter Field display(on-site display) 24V power supply, 4-20mA output, Neoprene lining, 316L electrode, Flange connection without paired flanges, Temperature resistance -20 ~ 60 °C, Protection Class IP65: DN200: Pressure 1.6 MPA, measuring range: 57-570 m3/h 

1.Select the corresponding pump according to the pipe diameter and flow rate for the verification test.   2. If the system adopts compressed air power, turn on the air compressor to reach the air source pressure required by the system to ensure the rapid switching of the commutator and the normal operation of the clamp

Selection of Electrode Lining Material for Electromagnetic Flowmeter. The electrode material should be selected according to the corrosiveness of the fluid to be tested. Please refer to the relevant corrosion manual. Tests should be made for special fluids. Material Corrosion resistance 316L Application: 1. Domestic water, industrial water, raw well water, urban sewage, 2. Weakly

Common lining materials for magnetic flowmeters: polytetrafluoroethylene, polytetrafluoroethylene (F-4), tetrafluoroethylene, and Hexafluoropropylene (F-46), tetrafluoroethylene and ethylene (F-40), polyurethane rubber, neoprene, acid-resistant enamel, ceramics, acid-resistant rubber. The following table can explain the performance of different lining materials, the maximum working temperature, and the liquid that is suitable for measurement. Name Performance Maximum operating temperature /℃ Suitable

Here list of some most common faults of the magnetic flowmeter and the troubleshooting. 1.  No display No power Apply correct power Fuse blown Replace a fuse with the same parameter The contrast of LCD is too low Increase the contrast 2. Empty Pipe alarm Fluid is not full filled the pipe Increase the flow

The target flowmeter first appeared in the 1960s and was originally mainly used to solve the flow measurement problem of high viscosity and low Reynolds number fluids. The typical application has gases and liquid field. Gases: coal gas, air, compressed air, hydrogen, natural gas, oxygen,  nitrogen, liquefied petroleum gas, hydrogen peroxide, flue gas, methane, butane,

Earthing rings are normally used or suppress electrical interference at the location of installation for magnetic flow meters. Hence, they are offered in pairs and the installation happens upstream or downstream of the flow meter. The good thing about grounding rings is that their design is meant for installation between the series of magnetic flow