PVC Electromagnetic Flow Meter

FLOWTECH Make PVC Electromagnetic Flow Meter are intended for measuring flow of electrically conductive liquids in closed pipelines where the magnetic flux permeates the entire cross-sectional area of the liquid's flow. Electromagnetic flow meters measure electromotive forces to determine liquids velocity using Faraday's law of electromagnetic induction and compute the flow rate using the equation of conductive liquids having minimum conductivity of 5 micro Siemens/cm and are relatively immune to the effects of temperature, pressure, viscosity & density of the flowing liquid.

This is working on the principal of faraday`s law which states that when a conductor moves through a magnetic field of a given strength a voltage is produced in the conductor and proportion to the relative velocity between the conductor and the magnetic field.

The FLOWTECH Make Electromagnetic Flow Meter was created particularly for measuring the flow of electrically conductive liquids in enclosed pipes. These flow meters measure electromotive forces created when liquid flows through a magnetic field by utilizing the idea of Faraday's law of electromagnetic induction. This information is then used to compute the velocity of the liquid and the flow rate.

The PVC electromagnetic flow meters are ideal for liquids with a minimum conductivity of 5 micro Siemens/cm and provide outstanding immunity to the effects of temperature, pressure, viscosity, and density fluctuations in the flowing liquid. These meters offer precise and dependable flow measurements for a wide range of applications because the magnetic flux permeates the whole cross-sectional region of the liquid's flow.

The PVC Electromagnetic Flow Meter can manage different flow rates and pressures depending on the type and size. These flow meters come in a variety of designs to meet a variety of flow rate and pressure needs.

Yes, PVC is UV-resistant, making the PVC Electromagnetic Flow Meter appropriate for outdoor installations and applications that require extended sun exposure.

"Process Temperature: Max. 150°C" shows the highest temperature that the equipment can withstand without causing damage or impairing performance.