Self-Clean Suspended Electromagnet

MPI’s Self-Clean Suspended Electromagnets feature effective removal of unwanted tramp metal from heavy burden depths of material being conveyed by fast-moving conveyor belts. The Self-Clean Suspended Electromagnet has a conveyor belt moving across the magnet to automatically remove the collected tramp metal from the magnet face.

The powerful oil-cooled electromagnets are designed to remove large and medium tramp metal from conveyed product with large burden depths. Self-cleaning belt automatically removes captured tramp metal from magnets working surface.

  • 3-ply non-endless rubber belts with vulcanized rubber cleats
  • 3 – 5 HP drive motors
  • Shaft mounted speed reducer
  • Self-aligning re-reaseable bearings
  • Nonmagnetic belt fasteners
  • Texaco (ASTM D3487) transformer cooling oil (specification sheet available upon request)
  • Extremely powerful; manufactured with a high gradient balanced magnetic circuit
  • Coils manufactured with Class “H” (or better) anodized aluminum strap for the “best in class” coil insulation performance
  • Breather valve allows expansion and contraction without external expansion tank
  • Durable Nomex and Glastic materials extend coil life
  • Extra wide belt helps prevent tramp metal damage under the belt, extending belt and component life
  • Crowned pulleys for accurate belt tracking
  • Download Datasheet

Description

How Self-Clean Suspended Electromagnet Works:

MPI’s Self-Clean Suspended Electromagnets feature effective removal of unwanted tramp metal from heavy burden depths of material being conveyed by fast-moving conveyor belts. The Self-Clean Suspended Electromagnet has a conveyor belt moving across the magnet to automatically remove the collected tramp metal from the magnet face.

Options:

  • Steel dust enclosures
  • Zero-speed switches
  • Special belts for abrasive, hot, or special applications
  • Nonflammable coolant
  • Static-conducting belts
  • Belt sheave drive
  • NEMA 4x enclosure
  • Non-standard motor voltage