Electric Powder Coated Stainless Steel Electromagnetic Flow Meter

₹ 15,000 - ₹ 25,000 / Piece

MaterialStainless Steel
FinishingPowder Coated
Driven TypeElectric
Brand NameMIRRANT
Supply TypeManufacturer, Exporter
Preferred Buyer Location All over the world

Company Information

5.0/5

Member Since 1 Year
Nature of Business Exporter
GST No. 36AAKCM0817G1ZK

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Product Details
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MaterialStainless Steel
FinishingPowder Coated
Driven TypeElectric
ShapeRectangular
End ConnectionsFlange-end, Wafer, Tri-Clover etc.
DisplayLCD Display In Engg.Units
Repeatability±0.2% Of Span
Accuracy±0.5%
Brand NameMIRRANT
DiameterDN10~DN2000mm
Power Supply230VAC,24VDC,Battery
Protection ProofIP65; IP67,IP68
Communication InterfaceRS485,GSM/GPRS,HART,LORA
Flow TransmitterIntegral, Remote
Electrode MaterialSS316 Std.,Hastalloy C,Titanium,Tantalum,Platinum,etc
MediumDomestic water, industrial water, raw water, ground water, urban sewage, industrial waste water, Processed neutral pulp, pulp slurry, Chemicals etc.
Flow Tube MaterialSS304 Std,SS316
Coil House MaterialCarbon steel,Stainless steel
Medium pressure (Kg/Cm2)10,16,25,40
Flow Rate0.3～10m/s
Lining MaterialPTFE,Rubber,Neoprene,PFA,HDPE,Polyurethane,CPVC etc
Enclosure MaterialDie Cast Aluminium
Work EnvironmentAmbient temperature：-20～+60H，Ambient humidity：5%～90%
Medium Temperature＜180'C
Electrical Connection1/2" NPT
Signal Output4～20mA, Pulse and Relay

The working principle of a magnetic flow meter is based on Faraday’s law of electromagnetic induction.

According to Faraday’s law, when the conductive fluid flows through a magnetic field of the sensor, an electromotive force proportional to the volume flow is generated between the pair of electrodes, which is perpendicular to the flow direction and the magnetic field.

The amplitude of the electromotive force can be expressed as

E = kBDv

Where E:Induced electric potential,

K: constant,

B:Magnetic flux density,

D:The inner diameter of the measuring Tube,

V:The average velocity of the fluid in the axial direction of the electrode cross-section inside the measuring tube.