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SpinkFlameproof Digital Temperature Indicator - Electromagnetic Flowmeter

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Spink introduces new range of Plastic Body Electromagnetic Flowmeters for the first time in India. These Flowmeters will help you reduce your cost and at the same time giving performance as that of metallic body Flowmeters. It is suitable for pipes with diameters of 10 mm to 150 mm. The meter features flanged construction. It has excellent accuracy and flow rangeability. The meter is suitable for use on wide range of corrosive and aggressive range of conductive liquids.

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  • Entire Plastic body Construction therefore rust free
  • Light Weight
  • Suitable for Virtually all types of Conductive Liquids
  • Easy installation and absolutely low maintenance
  • Remote Transmitter Type Assembly
  • Coil Assembly in hermetically sealed Welded construction
  • Suitable for pipe sizes of diameters 10 mm to 150 mm
  • Field interchangeable electronics
  • No pressure loss
  • Excellent Accuracy and Repeatability
  • Performance at par with metallic body Flowmeters but at much lower Cost
  • Chemical, Petrochemical and Process Industries
  • Fertilizer Industries
  • Pharmaceutical Industry
  • Food Industry
  • Drug Industries
  • Sugar Industries
  • Beverage Industries
  • Paper and Pulp Industries
  • Aluminum Industries
  • Steel Industries
  • Mining Industries
  • Dredging Industries
  • Water and Waste - Water Management
  • And many others

Electromagnetic Flowmeters are based    on Faraday`s law of Electromagnetic Induction. In a Electromagnetic Flowmeter, magnetic field is generated by a set of coils. As the conductive liquid passes through the   electromagnetic field, an electric voltage is induced in   the liquid, which is directly proportional to   its velocity. This induced voltage is perpendicular to both   the liquid flow direction and the electr omagnetjc field direction. The voltage sensed by the  electrodes is further processed by the transmitter to standardised output signal or displayed   in appropriate Engineering Units on LED   Display.