Flow, whether volumetric or mass, is one of the most measured variables in industrial processes. Water, natural gas, steam, oil, chemicals, and wastewater are just a few examples of the different liquids or gases that are measured on a daily basis. As there is no universal technology suitable for all of these applications, we offer you the support to choose the right tecnology and sizing.
Electromagnetic Flowmeters
Measurement Principle
Faraday's law of induction states that when a conductor moves in a magnetic field it induces electrical voltage. When electrically charged particles in the fluid pass through the magnetic field generated by two coils in the sensor body, an electrical voltage is induced that is captured by two measuring electrodes, which is directly proportional to the speed of the flow and, therefore, hence the volume of the flow.
ADVANTAGES
Virtually independent measuring principle of process pressure, density, temperature and viscosity
Minimum conductivity 5 µS / cm2
Measurement even for fluids with suspended solids, e.g., Cellulose or mineral pulp
Nominal sizes available DN2 to DN2400 (1/12” to 96”), Max. 40 bar, - 40 to 180 °C
No moving parts and no pressure losses. Minimal maintenance and low cost of ownership
Measurement accuracy ± 0.5% standard and ± 0.2% optional. High rangeability and long-term stability
Materials, design and connections suitable for sanitary applications
PRODUCTS
Promag D
Basic for use in clean water.
Promag W
Versatile for water and wastewater.
Promag P
Chemical and process applications.
Promag H
Hygienic applications.
Promag S
For non-homogeneous or abrasive fluids.
Picomag
For small pipes diameters applications.
Dosimag
Compact with high repeatability for filler applications.
