SM 518 F

SM 518 F

The SM 518 F is a sieve screener with a bunkering capacity of 4.5 m3 . The screeing drum is 1,8 m wide and ca. 5 m long. Its open design and the special construction of the helical screening drum make the SM 518 F the perfect solution for a variety of screening tasks. The patented load-sensing material feed allows for optimal utilization of the large screening surface of 22,5 m2 . You can choose between a variety of mesh sizes for the screening drum so that the machine is suitable for a number of different areas of application.  

The construction of the SM 518 F places the helix inside the machine, enabling a convenient horizontal installation. Thanks to the replaceable screening drums and a variety of equipment, the SM 518 F can easily be adjusted to different screening tasks. The efficient mechanic power transmission is carried out by a direct chain wheel drive with geared AC motors at the drum surface.

Furthermore, the SM 518 F is a veritable quick-change artist and can be adjusted to different screening taks in the twinkling of an eye. Drum-screens used by the SM 518 F are identical to those used by Doppstadt‘s mobile machine versions and therefore fully interchangeable. A wide range of different drum-screens are available and provide for maximum flexibility, especially  when operating at continuous duty.

product data sheet (pdf)

Applications

The screening solutions of the Doppstadt SM series screen waste and raw materials such as compost, soil, construction waste, domestic waste, industrial waste, plastic, glass, paper, wood, biomass, sand, gravel, scrap or slag. The screens are perfectly suited for combined applications e. g. together with Doppstadt shredders or windsifters.

Benefits

  • Buit-on bunker with capacity of 4.5 m3
  • High screening throughput thanks to guided material processing inside the drum
  • Horizontal machine installation, enables space-saving set-up in plant projects
  • Smooth and quiet operation of the drum using Vulkollan® coated castors
  • Easy machine operation via manual control and/or integration into higher level master control system