Different components of magnetic drive pump (or mag drive pump) play different roles to make it work; here is how the pump operates:

The impeller is a round and a rotating device enclosed in a compartment within the pump.

This compartment is powered by none other than the magnetic field which is generated by the individual magnets surrounded by the pump, i.e. the drive magnets and driven magnets.

It is the impeller’s circular motion that brings the fluid inside the pump’s housing. The impeller’s rotation produces centrifugal force and thus fluid is sucked inside the pump’s housing which is basically the container.

There is an inlet connection through which fluid enters the impeller.

Creating and sustaining energy as well as a continuous movement in the fluid is what the magnetic drive pump is meant for.

During the time when the impeller is in rotational motion, the fluid in it is trapped in the impeller’s vanes.

As the impeller keeps on rotating, pressure generates within the impeller, and the fluid is then directed outside the vanes and towards the discharge end.

With the uninterrupted increase in internal pressure, fluid at last leaves the pump by means of the discharge end.

This pressure potential basically works as the prime force behind fluid flow.