The Permanent Magnetic Drum (R-TMP) or Electromagnetic Drum (R-TME) is a cylinder with transverse fins. The magnetic field is fixed, partially occupies the surface, and its position can be adjusted. Its operation is simple: a ferrous material attracted is dragged by the fins and separated from non-ferrous materials until it reaches the non-magnetic zone, where it detaches and falls.
The magnetic drum separator is a cylinder with transverse fins. The magnetic field is fixed, partially occupies the surface, and its position can be adjusted. The attracted ferrous materials are dragged by the fins and separated from the non-ferrous materials, falling out of the magnetic zone.
Features of the Magnetic Drum Separator
The magnetic drum separator generates a constant magnetic field through powerful magnets, either ferrite or neodymium. This type of drum has a low energy cost, limited to the consumption of the drive motor reducer. The transverse studs made of AISI 304 stainless steel on the non-magnetic outer cylinder facilitate the evacuation of ferrous material.
Electromagnetic Drum Separator (R-TME)
Electromagnetic drum separators (R-TME) represent an advanced solution for the separation of ferrous metals, offering greater flexibility and control over the magnetic field. These devices are ideal for applications where frequent adjustment of magnetic intensity is required.
Operation of the Electromagnetic Drum Separator
Electromagnetic drum separators are activated by a coil, generating a magnetic field that can be turned on or off. They are commonly installed at discharge points of conveyors or outlets of vibrating trays. The high-power magnetic cores attract ferrous parts,