Installation protection

Tailor-made protection systems

Reliable separation of heavy parts and metal parts
Low energy costs due to optimum air flow and efficient material transport
Compact and versatile
Reliable separation of heavy parts and metal parts
Low energy costs due to optimum air flow and efficient material transport
Compact and versatile

Multi Functional Separator SP-MF

  • Reliable protection for productions up to 2,000 kg/h
  • Significant savings in energy costs due to demand-based suction of the upstream bale lay-down
  • Energy-efficient reuse of transport air as well as dust removal thanks to integrated air volume divider
  • Addition of soft waste possible (e.g. opened card and draw frame slivers)
  • Reduction of fire damage due to heat/spark sensors and extinguishing nozzle
  • Integration of a fire protection system is provided
Multi Functional Separator SP-MF
The Multi Function Separator SP-MF combines many functions in a compact form. It is prepared for the integration of fire protection devices.

 

During the suction of the bale opener, the fan speed is self-optimized depending on the position on the bale lay-down, thus saving energy costs.

Metal Separator SP-EM

  • Electronically controlled metal separation
  • Helps protect cleaners and cards from metal parts
  • Requires no exhaust air and filter capacity
  • Productions up to 2,000 kg/h

Heavy Part Separator SP-H

  • Separates heavy parts from the tuft flow into a waste container
  • Maintenance-free
  • Requires no electricity
  • Minimal effort without additional operating costs
  • Productions up to 600 kg/h

Integrated Heavy Part Separator SP-IH

Integrated Heavy Part Separator SP-IH

  • Attached directly to Universal Bale Opener BO-U or Material Separator BR-MS
  • Simple and cost-effective

 

Magnet Trap BR-MT

    • Basic protection against magnetic parts
    • Directly installed in the pipeline
    • Can be mounted vertically or horizontally
    • Simple and cost-effective
    • Productions up to 2,500 kg/h
    Principle of the Magnet Trap BR-MT