Strong electromagnetic separator structure principle
With the development of China's economy, the requirements for impurity removal from various industries and industries have been continuously improved, and the requirements for the quality of products have been higher. In many special occasions, the removal rate of ferromagnetic substances in materials is demanding, according to the national Standard iron separators produced by standard production are simply unable to meet the demand. RCDC strong iron remover is newly introduced by our company. It combines multiple technologies into one, with advantages of large suction force, deep suction range, significant energy saving, etc. It can be mounted on the top or middle of the belt conveyor. Its strong magnetic force can be mixed in. The mixed iron in the material is sucked out of the crucible and removed by means of a scraping tape, which plays an important role in preventing the sharp iron from damaging the transporting tape and increasing the purity of the material. Therefore, it can be widely applied to the transportation belts of electric power, mining, metallurgy, building materials, chemical industry, light textile, etc.
Electromagnetic iron remover working principle:
When the iron remover is started and put into operation according to the operating procedure, the iron pieces in the material are quickly sucked out under the action of a strong magnetic field. At this time, the power of the reducer is transmitted to the scraped self-draining tape through the sprocket, the chain, and the active roller.强 Forcibly remove the iron from the transport belt and remove the iron.
According to the principle of magnetic dynamics, we know that the attraction of magnets to magnetic materials is not only related to the magnetic field strength, but also directly related to the magnetic field gradient. The magnetic field force F=H*(aH/aL). T1, T2, T3 series of strong iron removers have the characteristics of strong magnetic field, high gradient, deep magnetic path and large suction force. The magnetic field strength of T1, T2, and T3 at the rated suspended height is 1.6, 2.4, and 4.4 times that of the national standard products, respectively 900GS, 1200GS, and 1500GS. The suction force is 4.4 times and 7.6 times that of the national standard product, which is good for large heavy iron parts or small iron parts. It is especially suitable for high iron removal production sites.