Anders Hauser electromagnetic flowmeter model 10E

Anders Hauser electromagnetic flowmeter model 10E

The working principle for the magnetic flowmeter is based on Faraday's law of electromagnetic induction. An electric current (I) is applied to the coil inside the flowmeter. As a result, a magnetic field (B) is created across the measuring tube.

When in a magnetic flowmeter a conductive liquid flows through the magnetic field, a small voltage (u) is induced. This voltage is proportional to the flow rate and is precisely measured by two stainless steel electrodes placed against each other inside the measuring tube. These two electrodes are connected to an advanced electronic input circuit that processes the signal and in turn feeds it to the microprocessor inside the electronic module. The microprocessor then calculates the volumetric flow and controls various outputs on the terminal board.

Promag E is a simple sensor for basic chemical applications. This is the most economical solution for our chemical customers. Combined with the Promag 10 transmitter for basic applications, the Promag 10E provides accurate liquid measurement for a wide range of applications. Promag 10E is available as a compact or remote version.

Advantages of using an electromagnetic flowmeter:
Affordable sensor – ideal solution for basic requirements

Flow measurement With energy saving - no energy loss due to cross-sectional tightness

Maintenance-free - no moving parts

Cost-effective - designed for simple applications and direct integration

Direct operation - screen displays process information.

In full process compliance — IEC/EN/NAMUR

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