Description

AIRBOY: THE MOBILE RECIRCULATION UNIT WITH HEPA FILTER

The integrated fan forces air from the underside via a pre-filter upwards through the HEPA filter and then laterally through four slotted outlets. The Airboy is maintenance-free apart from filter replacement.

 

Where is the AIRBOY used?

If there is a risk of infection transmission or in rooms where sterile room air and/or higher air exchange rates are required:

  • for hospitals, e.g. in isolation, sterile and intensive care rooms, operating theaters, laboratories or for retrofitting rooms without ventilation
  • in waiting rooms of doctors' surgeries
  • in the working and living area of e.g. pollen allergy sufferers
  • in disaster control for field hospitals, quarantine stations and tents
  • for seminar and conference rooms and checkrooms
  • in kindergartens, schools and sports facilities
  • furthermore for variable applications in the pharmaceutical, food, microbiology, microelectronics, semiconductor and aerospace industries.

Highlights

  • Four-sided discharge with variable discharge direction and width to prevent draughts.
  • Small, handy device with maximum mobility thanks to 360°-steerable castors and flexible connection cable
  • Stepless regulation of the air volume
  • Separation efficiency 99.995% (filter class HEPA H14 according to EN 1822-1)
  • By increasing the air exchange rate, the AIRBOY can support or take over clean air technology tasks.

Optional

  • Membrane keypad with LCD display for
    infinitely variable speed control and
    operating hours counter
  • Activated carbon cell with pre- and abrasion filter
  • Differential pressure filter monitoring
  • DEHS connections

Do you have any questions about our AirBoy?

Give us a call or send us an inquiry.


Ing. Kamil Sikora
Advice and sales
+43 (0) 2236 320053- 0

    The AirBoy: a product from the mixed ventilation category

    In cleanroom technology, mixing ventilation refers to systems that blow HEPA-filtered air into a defined space (usually turbulent) and thus achieve a purification of the room air (colloquially - air dilution). The more turbulent the air is blown in (e.g. with swirl diffusers), the better the clean air mixes with the polluted air. In addition, the contaminated room air is extracted from the room as far away as possible from the point where the clean air is blown in, or close to the source of contamination. The air exchange rate is the ratio of the amount of air supplied [m³/h] to the room volume [m³]. It provides information on how often (theoretically) the air in the room is exchanged per hour. Typical air exchange rates are between 5 and 20.

    Cleanrooms are usually operated under positive pressure by introducing slightly more clean supply air than mixed air is extracted in order to prevent contamination from adjacent rooms. Typical mixed air systems for ceiling installation can be ceiling diffusers for suspended particles, but also filter fan units with swirl diffusers, baffle plates or perforated plates. For rooms with very high ceilings (also for smaller areas within large rooms), suspended particle wall diffusers, displacement air diffusers or floor-mounted recirculation modules (Airboy) are also often used. These have the advantage that they discharge the clean air to where it is needed, e.g. at working height, and therefore often manage with a lower air volume than ceiling systems. With such systems, a clean room class up to ISO 6 or class C according to GMP is possible.