Ort der Herkunft |
Shandong China (Mainland) |
Marke |
Huaxin |
Modell-Nummer |
RCYD series |
Introduction: RCYD series suspended automatic cleaning belt permanent magnetic iron separatoris made up of permanent magnets, iron-cleaning belt, motor reducer, the frame, two drums etc. It is widely used together with various kinds of belt conveyors for automatic iron separation from non-magnetic materials in continuous duty occasions withplenty ofiron. This machine is widely used to collect the magnetic elements, especially ferrous elements from non-magnetic materials on belt conveyors, vibrating conveyors, vibrating feeders,chutes, etc. It is widely used in cement, chemicals, plastics, coal, refractory , building materials, food and other industries. Working principle: When the machine operates, the materials on the conveyor belt pass beneath the permanent magnetic separator, and the ferrous elements in the materials will be attracted to the cleaning belt. Driven by the motor, the cleaning belt will rotate, and the ferrous elements on the cleaning belt will be driven to move accordingly under friction force and effect of baffle plate. When the ferrous elements move away from the magnetic field area, as a result of its gravity and inertia, they will either fall to another conveyor belt on the left and be conveyed to the assembling area, or just fall to a collecting bin beneath the magnetic separator, and this is the end of the auto cleaning process. Sketch map: Technical specifications: Model No.Adaptive belt width (mm)Suspension height (h≤mm)Magnetic intensity(≥mT)Depth of materials(≤mm)Motorpower(kW)Adaptive belt speed(≤m/s)Weight(kg)Dimensions (mm)ARCYD-5500150320801.54.54501900RCYD-66001753201201.56202050RCYD-6.56502003201501.59002050RCYD-88002503202002.211002250RCYD-1010003003202503.018202650RCYD-1212003503203004.030502860RCYD-1414004003203504.041503225RCYD-1616004503204005.559003350RCYD-1818005003504505.578003580RCYD-2020005503505007.594003800Note: 1 mT = 10 gauss Welcome to contact us for more technical specifications of different models.