DRUM MAGNETIC SEPARATORS MSB

- intended for extraction of loma from the stream of the material transported on a conveyer or vibrochamfer. Usually used wherein there is a high carrying capacity and much to the strongly magnetic constituent.: coal, dolomite, limestone, sand, clinker, clay, macadam, стеклобой, wood chips, sawdusts, plastic, industrial, wastes, grain, pip, slag, burn earth, rubber, domestic, wastes.

Drum guard magnet are used in that case, when possibility of setting of new equipment is present in an existent technological line with minimum structural revisions, and set in the places of пересыпа of product from one stage of transporting to other.

Principle of work - In basis of work principle of continuous extraction of ferromagnetic bodies is fixed from a separating product by means of powerful magnetic-field created by permanent magnets. The magnetic system is envisaged on the diameter of drum on a corner equal 180°. This guard magnet is fastened motionlessly on a frame. This guard magnet is fastened motionlessly on a frame. The material transported under a magnetic drum gets in the area of powerful magnetic-field of the separator created by the immobile magnetic system. Under act of magnetic-field being in the stream of material the strongly magnetic including is attracted to the magnetic system and hold out on the surface of the running around round her purfling. The upcast of the retained including takes place at their moving outside the area of magnetic-field the ribs - divertors envisaged on purfling.

Advantages:
1) Due to application of permanent magnets, separators are characterized high descriptions of magnetic-field at a subzero energy consumption
2) Alternation of poles of the magnetic system, creating the effect of interfusion of material, and rotation of purfling of drum in direction opposite to direction of motion of stream of material, assist freeing and upcast of the unmagnetic materials mixed with extractive by a separator magnetic including
3) the areas of extraction, withholding and portages, having the different functional setting and, accordingly, different descriptions of magnetic-field, are conditionally distinguished In the working zone of separator. For tuning of the optimal mode of operations of separator possibility of regulation of position of the magnetic system is envisaged
4) For the production of magnetic separators durable, wearproof materials and reliable комплектующие are used, that allows to provide the protracted exploitation of equipment in heavy industrial terms