Vacumobil 160/180

Dedusters

Vacumobil 160/180 Dust Extractor

More performance, less consumption.

The innovative Vacumobil 160 and 180 dust collectors from Höcker Polytechnik set completely new standards in the extraction of woodworking machines and in air filtration. The range of applications of the Vacumobil 160/180 mobile dust collectors is broad. They impress with many innovations in terms of energy efficiency, unit size, and performance characteristics.

A flow-optimized housing interior as well as standard energy-saving drives (IE3) enable higher suction performance and lower power consumption. At the same time, two collection containers offer more usable volume. A Vacumobil thus guarantees extremely eco-friendly and energy-saving operation. Only BG-certified filter material is used.

Advantages

  • Installation in the work area permitted (depending on dust type)
  • Low residual dust content < 0.1 mg/m³ (H3) according to TRGS 553
  • 100% utilization of heat energy through air recirculation
  • Large discharge capacity with two mobile collection containers
  • Online cleaning available (surcharge)
  • Low height under 2 m (height at center of suction nozzle: 1.5 m)
  • PLC control, standard with auto-start and text display
  • Drive efficiency class IE3
  • Automatic cleaning, either motor-driven or with compressed air
  • No pressure relief required for St1 dusts
  • BG-tested filter material (separation efficiency 99.95%)
  • Low energy consumption and high extraction performance

Cleaning by compressed air (Jx) or vibration (Vx)

Vacumobil Jx

Cleaning via jet or pressure-pulse process

 

Vacumobil Vx

Cleaning by means of vibration

Optimal for continuous operation (option), since jet cleaning ensures effective regeneration of the filter media with low compressed-air consumption and guarantees long filter service lives.

 

For installation in the work area even with explosive dust-air mixtures and for process sequences with operating pauses, during which it gently cleans the filter media via vibration without requiring compressed air.