How to improve the heat dissipation capability of permanent magnet electromagnetic iron remover?

Iron remover, electromagnetic iron remover, permanent magnet electromagnetic iron remover

How to improve the heat dissipation capability of permanent magnet electromagnetic iron remover?

Permanent magnet electromagnetic iron remover is an electromagnetic device used to remove iron parts from block shaped non-magnetic materials, usually installed at the head or middle of a belt conveyor. The strong magnetic force generated by electricity will suck up the iron filings mixed in the material, which will be thrown out by the iron bars to achieve automatic cleaning, effectively preventing longitudinal scratches on the conveyor belt and protecting the normal operation of crushers, grinders, and flat iron removers. Therefore, this series of iron removers is widely used in the power industry, mining, metallurgy, building materials, coal preparation, chemical industry and other sectors.

On the premise of ensuring the magnetic attraction performance of the permanent magnet electromagnetic iron remover, the multi-layer winding increases the number of turns, reduces the current density, and greatly reduces the heat source; The forced strong wind cooling method of axial flow fan has increased the cooling capacity by 5 to 8 times compared to traditional methods, greatly reducing the temperature rise of the excitation coil of the permanent magnet electromagnetic iron remover, reducing the difference in magnetic field strength between the cold and hot states of the iron remover, and effectively extending the working life of the electromagnetic iron remover.