Electromagnetic Flow Meters

Electromagnetic flow meters are based on Faraday's law regarding magnetic induction: it establishes that a conductor (which is the liquid itself) immersed in a magnetic field produces at its ends an electromotive force proportional to the speed with which the conductor cuts the lines of magnetic field flux.
Ideal for fluids: Water, Wastewater, Leachate, Food Liquids, Wine, Beer, Chocolate, Liquids with suspended solids, Abrasive liquids, Dirty liquids, Glycerin, Molasses, Water-based paints, Conductive acids.

Electromagnetic flow meters are particularly suitable when you want to have a precise and accurate measurement. Since the electromagnetic meter is an empty tube, it is suitable for dirty liquids and with suspended solids, or for food liquids.
The conditions necessary for the correct functioning of the electromagnetic flow meter are: full tube and electrically conductive liquid.


What is the operating principle of an Electromagnetic Flow Meter?

Electromagnetic flow meters are based on Faraday's law regarding magnetic induction: it establishes that a conductor (which is the liquid itself) immersed in a magnetic field produces at its ends an electromotive force proportional to the speed with which the conductor cuts the lines of magnetic field flux.


For which fluids is an Electromagnetic Flow Meter suitable?

Ideal for fluids: Water, Wastewater, Leachate, Food Liquids, Wine, Beer, Chocolate, Liquids with suspended solids, Abrasive liquids, Dirty liquids, Glycerin, Molasses, Water-based paints, Conductive acids.


What are the advantages of an Electromagnetic Flow Meter?

It is suitable for dirty and abrasive liquids and has no limitation on the viscosity of the fluid. It offers good precision and has a high working range (20:1)

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