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1. Automatic cleaning belt magnetic separator 2. The machines are suspended above conveyor belts to attract ferrous elements - details see: https://www.machineto.com/magnetic-mining-iron-crossbelt-magnetic-separator-rcyc-50-10315263

[MAS Baiyun RCYC- Crossblet Magnetic Separator]

Brief

Overband belt magnetic separator is usually suspended above the conveyor belt, vibrating conveyor, vibrating feeder or chute to attract the magnetic elements, especially ferrous elements from non-magnetic materials for purification of materials or protecting the crushing machine, milling machine at next production step. Overband belt magnetic separator is complete with an iron-cleaning belt to clean the attracted magnetic elements automatically. Overband belt magnetic separator can be divided into belt permanent magnetic separator and belt electromagnetic separator. Overband belt permanent magnetic separator adopts rare earth magnet and ferrite magnet to form its permanent magnetic system, while overband belt electromagnetic separator adopts excitation coils to form its electromagnetic system. Overband belt magnetic separator is usually used in continuous duty occasions with plenty of iron materials. Overband belt magnetic separator is widely applied in cement, chemicals, plastics, coal, refractory, building materials, food and other industries.

Features:

1. Strong magnetic field intensity.
2. The sealed structure makes the magnetic separator water-proof, dust-proof and corrosion resisting.
3. Low energy consumption.
4. High efficiency, stable performance and good flexibility.

5. Easy to install and use, low maintenance.

6. Long service life.

Working principle:

When the magnetic separator operates, the materials on the conveyor belt pass beneath the magnetic separator, and the magnetic elements, especially ferrous elements in the raw materials will be attracted to the surface of the iron-cleaning belt. Driven by the motor, the iron-cleaning belt will move forward, and the magnetic elements on the iron-cleaning belt will be driven to move accordingly under friction force and effect of baffle plate. When the magnetic elements move away from the magnetic field area, as a result of their gravity and inertia, they will either fall to a collecting bin beneath the magnetic separator or fall to another conveyor belt and be conveyed to the assembling area, and this is the end of the automatic cleaning process.

Sketch map:

Model	Apply with belt width (mm)	Apply with belt speed (m/s)	Rated Height (mm)	Rated height magnetic induction(mT)	Iron absorption capacity (kg)	Working	Motor Power (kw)	Major Size(mm)			Weight (kg)
								L	W	H
RCY-C50	500	≤4.5	200	≤40	0.1-35	Continuous	1.5	1970	903	722	680
RCY-C65	650	≤4.5	200	≤40	0.1-35	Continuous	1.5	2110	1053	722	830
RCY-C80	800	≤4.5	200	≤40	0.1-35	Continuous	2.2	2320	1253	722	1100
RCY-C100	1000	≤4.5	200	≤40	0.1-35	Continuous	3.0	2690	1453	803	1710
RCY-C120	1200	≤4.5	300	≤30	0.1-35	Continuous	4.0	2890	1712	868	2292
RCY-C140	1400	≤4.5	300	≤30	0.1-35	Continuous	4.0	3090	1913	868	3100
RCY-C160	1600	≤4.5	300	≤30	0.1-35	Continuous	5.5	3310	2143	955	4150
RCY-C180	1800	≤4.5	300	≤30	0.1-35	Continuous	7.5	3540	2420	1050	5800
RCY-C200	2000	≤4.5	300	≤30	0.1-35	Continuous	7.5	4510	2670	1050	6550

Applications

1.Installation on Mobile Crushers, Screens and Shredders

2.Installation within a MRF(Material Recovery Facility)plant

3.Separation of ferrous contamination in quarries

4.Removal of ferrous materials in mining operations

5.Used in Wood Waste processing applications

6.Separation of ferrous metals in fragmentiser metal recovery

7.Separation of ferrous metals in MSW(Municipal Solid Waste)recovery

8.Removal of ferrous contamination in glass cullet recycling operations

9.Separation of ferrous metals in Kerbside colletion recycling

10.Removal of ferrous metals for Foundry applications