Over-belt electromagnetic separator STE

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Over-belt electromagnetic separator STE

Over-belt electromagnetic separator (SNK)

The STE type electromagnetic separator is designed for automatic separation of ferrous metals from bulk materials transported on belt conveyors or vibrating feeders. The electromagnetic separator protects mills, crushers and other process machines against damage caused by iron parts such as screws, pipe pieces, bearings or crusher teeth. The STE separator is also used to recover valuable ferrous scrap in waste recycling processes.

The STE overband separator is reliable, very durable and designed for continuous operation. The separator is characterized by high metal separation efficiency. The electromagnet used in the separator has a high-quality winding made of aluminum tape with the highest class of insulation. This makes it resistant to high temperatures, very durable and efficient.

Performance features of the electromagnetic separator from Magnetix

  • Made-to-measure electromagnetic separator according to individual requirements.
  • Optimal adaptation to the width and speed of the conveyor belt.
  • Robust and durable design for continuous operation 24/7 under difficult working conditions.
  • DC electromagnet with a power of up to 28 kW in continuous operation and 50 kW in intermittent operation.
  • Magnetic circuit with deep magnetic field and high flux density.
  • Magnetic field range up to 900 mm in accordance with DIN VDE 0580.
  • High-quality electromagnet winding made of aluminum tape.
  • Electromagnet insulation made in class C up to 300°C.
  • IP 65 protection degree of the electromagnet.
  • Reinforced rubber belt with hot vulcanized cleats.
  • Belt drive - NORD or SEW helical-bevel gear motor. Other manufacturer on request.
  • Accessories from leading manufacturers.
  • Optional explosion-proof design in accordance with the requirements of the ATEX directive.

Applications of the overband separator

  • Separation of tramp metal from coal, granite, limestone, basalt and other aggregates to protect mills and crushers.
  • Removal of metal contaminants at particular stages of cement production.
  • Recovery of iron scrap from mining and processing heaps.
  • Separation of tramp iron from moulding sand.
  • Recovery of ferrous scrap from municipal and industrial waste.
  • Purification of alternative fuels RDF and compost.
  • Purification of cullet, rubber, plastics and other materials coming from recycling.
  • Purification of chips, shavings and other shredded wood materials.
  • Protection of sugar beet slicers.


 

Overband separator during operation

 

Versions of the overband separator

  • STE-C type electromagnetic separator
    Equipped with oil cooling for operation at high temperatures.
  • STE-DM type electromagnetic separator
    Forcing by a metal detector - electromagnet power up to 50 kW in intermittent operation.
  • STE-EX type electromagnetic separator
    Explosion-proof design in accordance with the requirements of the ATEX directive.


Electromagnetic separator accessories

  • Automatic bearing lubricators.
  • Belt alignment switches and rotation sensor.
  • Winding temperature probe.
  • Power supply and control cabinet.
  • Supporting structure with adjustable chain slings.
  • Discharge chute and self-unloading scrap container.

Videos featuring the suspended separator

Principle of operation of the electromagnetic separator

The electromagnetic separator is usually suspended on a special support structure above the conveyor belt transporting the material. There are two ways to suspend the electromagnetic separator - transversely to the direction of the transported material or longitudinally above the conveyor drive drum. After connecting the power supply to the separator control cabinet, a direct voltage of 110 or 220 VDC is supplied to the electromagnet terminals. The flow of direct current in the winding excites the electromagnet and creates a strong magnetic field that captures metals from the transported material. The captured metals are conveyed by the extractor belt to a discharge chute and then to a scrap container.

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