Circulating oil-cooling type electric-magnetic iron remover

Abstract

The invention relates to a circular oil cooling electric magnetic iron remover consisting of a header tank, cooling system and a oil cooling magnetic system; wherein, the cooling system consists of a power pump, a radiator and an internal and external cyclic hydraulic circuit; an internal oil circuit is a cooling medium channel in the oil cooling magnetic system; an outer cyclic oil circuit affluxes into a current divider by an oil pipe which is communicated with an inner cavity of the oil cooling magnetic system, then into the radiator with an outlet being connected with another current divider which is connected with the oil pipe which is communicated with an inner cavity of oil cooling magnetic system; the power pump is arranged in a pipe between the radiator and the current divider. By adopting the cooling system with internal and external circulation, the circular oil cooling electric magnetic iron remover allows the whole machine to raise temperature evenly and obviously low, thereby reducing the local excessive heating phenomenon, raising magnetic potential utilization ratio, further raising magnetic attraction force, raising the working life of the circular oil cooling electric magnetic iron remover and ensuring safe and reliable operation of the invention. The circular oil cooling electric magnetic iron remover is in particular suitable for the bad working conditions with moistness, large amount of bug dusts and salt spray corrosion.

Description

1. Technical field [0001] The invention belongs to the technical field of magnetic iron removal, and in particular relates to a circulating oil-cooled electromagnetic iron remover. It solves the three major problems of temperature rise and heat dissipation, magnetic attraction and adaptation to the environment that exist in large-scale super-strong electromagnetic iron removers. It is especially suitable for very harsh working conditions such as humidity, large dust, and salt spray corrosion. 2. Background technology [0002] With the rapid development of the national economy, my country's iron and steel, electric power, coal and other industries have also developed by leaps and bounds, which not only require a large amount of raw materials, but also put forward higher requirements for the quality of raw materials. The task of removing ferromagnetic impurities in raw materials is also It's getting tougher. Electromagnetic iron remover is especially suitable for removing ferr...

AI Technical Summary

Problems solved by technology

However, the oil-cooled electromagnetic iron remover also increases the size of the external structure. The collision of the radiator during use will affect the safety of the equipment, and the heat dissipation effect is not very ideal, so it is not suitable for use as a large super strong electromagnetic iron remover.

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