Brief of Magnetic separator
Magnetic separators (or electromagnetic separators) are devices used to separate various material compositions on the basis of their magnetic properties. The basic principle is that the Ferro magnetic materials are themselves magnets hence they stick to the magnetic separators, then under the interaction with a magnetic field, paramagnetic materials will be removed from the diamagnetic materials. According to structure, magnetic circuit distribution, materials used to made magnetic separators. Magnetic separators can be divided into many kinds, with more pertinence for application fields.
Ore-Recovery Belt Type Electromagnetic Separator Series RCDPS
Series RCDPS which can work continuously removes iron pieces from magnetic ores by the structure of compounded magnetic field. Their functions include attracting, separating iron from ores, recovering and discharging with the principle as follows: when detecting passing iron pieces, the metal detector will send a signal at once to program control unit, which thus produce a strong excitation and then will attract the iron pieces which have reached the bottom of the separator, while at the same time some ores will be attracted inevitably as well. Both of them will be sent to the weak area where magnetic ores can not be attracted and will drop down onto the conveyer belt for the second recovery, while the iron pieces will go on moving to collecting box finally. Compared to series RCDP, this series can work continuously and we don't need to stop it when removing iron pieces. What's more, they don't need junction platform, as RCDP requires, so they occupy less space owing to the horizontal setting of separator and the belt. They are suitable for removing iron magnetic materials from magnetite, sintered ores and ball ores. When non-magnetic iron pieces exist in the ores (like high manganese steel), Please set another metal detector at the tail of the separator, through detecting, warning, locating, thus the iron pieces can be removed manually after stopping the equipment.
Guide for Model Selection
1. What is the handled material.
2. Thickness and size of material
3. conveyor belt: width, speed, angle.
4. installation position: belt head or middle.
Application Schematic
Package
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