Eddy Current Magnetic Separator, Brand aims, Sorting Type Pulses Sorter

Product description an eddy current separator uses a powerful magnetic field to separate non, Ferrous metals from waste after all ferrous metals have been removed previously by some arrangement of magnets. The device makes use of eddy currents to effect the separation. Eddy current separators are not designed to sort ferrous metals which become hot inside the eddy current field. This can lead to damage of the eddy current separator unit belt. The eddy current separator is implemented in a conveyor belt carrying a thin layer of mixed waste. At the final segment of the delivery belt is an eddy current rotor. Non, Ferrous metals are thrown forward from the belt into a while non, Metals simply, Product bin fall off the belt due to gravity. Eddy current separators may use a rotating drum with or may, Permanent magnets use an electromagnet depending on the variety of separator. Working the principle is that an electrical charge is induced in a conductor by changes in magnetic flux cutting through it . Such changes in magnetic flux can be achieved by moving permanent magnets past a conductor. The effect of these currents is to induce a secondary magnetic field around this field, The particle reacts with the magnetic field of the rotor, Culminating in a combined driving and repelling force which literally ejects the conducting particle from the product stream. In the eddy a high, Speed magnetic, Current separators rotor is fitted within a non, Metallic drum which travels much more slowly than the rotor to achieve produce flux variations at the top layer of the drum, The drum also acts as the head pulley from the conveyor mechanism carrying the product to be categorized as the conducting particles any metallic objects are carried by the conveyor over the drum, The magnetic field passing through the particles induces currents into them. Since these particles are of random shapes, It is difficult for the induced current to flow within inside of them orderly manner and the currents, Therefore, Tend to swirl around within the particles, Hence eddy current. The magnetic flux and magnetic frequency are determined by the layaway from the rotor. Each and every above factors must be considered before any design recommendation can be produced. Applications separation of non, Ferrous metals in auto shredder residue separation of non, Ferrous metals from solid waste incinerator ash sorting of aluminum beverage cans from non, Magnetic recyclables non, Ferrous metal removal in weee recycling plants removal of aluminum components in upvc window recycling separation of non, Ferrous metals from wood waste separation of non, Ferrous metals from plastics separation of non, Ferrous metals from electronic scrap separation of non, Ferrous metals from car recycling applications separation of non, Ferrous dross from foundry sand. Removal of non, Ferrous contamination from crushed glass cullet. Features designed with top grade rare, Earth magnet material 98% recovery of aluminum cans from commingled recyclables stainless steel, Copper, Aluminum, Brass from shredder residue and fluff non, Ferrous metal recovery in refuse streams and ash streams in waste, To, Energy facilities separation of non, Ferrous chips aluminum scrap recovery in foundry sand reclamation rugged heavy, Duty tubular controllers and, Construction heavy, Duty motors electrical service designed for reliability and efficient maintenance permanent rare, Earth magnetic technology offers high, Strength along with lasting longevity