Electromagnetic Flowmeter

Electromagnetic Flowmeter(Electromagnetic Flowmeters)， It is a new type of electromagnetic flow measurement instrument designed based on Faraday's electromagnetic induction theory. It uses the electromotive force generated when a magnetic field is applied to a conductive fluid to measure its flow rate.Electromagnetic FlowmeterThe main structure includes three parts: sensors, converters, and display instruments. Usually, it can be divided into separated types according to its composition structureElectromagnetic FlowmeterAnd integrated typeElectromagnetic FlowmeterAccording to different excitation methods and purposes,Electromagnetic FlowmeterIt can be divided into various types.Electromagnetic FlowmeterIt has many advantages such as simple structure, almost no pressure loss in measurement, and sensitive response. Not only can it be used for measuring the flow rate of conventional water, but it can also be used for measuring the flow rate of corrosive liquids in chemical engineering, high-temperature slurry in metallurgy, and fluids in medicine and healthcare,Electromagnetic FlowmeterIt also has significant advantages. However, there are still issues such as the inability to measure low conductivity and low-pressure fluids, as well as limitations in susceptibility to electromagnetic interference

Electromagnetic FlowmeterThe parameters are as follows:

Instrument diameter: DN10~DN2000 Voltage resistance: 32Mpa

Dielectric conductivity:>5us/cm

Measurement range: 50~250M3/H

Output signal: 4~20Ma; HART; RS485 power supply voltage: 220V/24VDC Explosion proof display: Exd 1I CT6 Gb Protection level: IP65

Electrode materials: stainless steel containing molybdenum, titanium, Hastelloy B

Hastelloy C, Tantalum, and Special Materials

Lining materials: chloroprene rubber, polyurethane, and polytetrafluoroethylene

High temperature resistant rubber F46、 Mesh PFA

Structural form: integrated type; split type