Cleanair-Sky – OXY-CLEANAIR-SKY

In a series of tests by the Fraunhofer Institute for Building Physics Germany, a room of 211m³ was exposed to the coronavirus surrogate virus “enveloped Phi-6 bacteriophage”, which has a comparable structure, particle size and environmental stability to SARS-CoV-2.

The Cleanair-Sky was effective in eliminating 73% of viruses from the air within a classroom setting in the first 45 minutes. Over a period of 165 minutes, a staggering 97% of airborne viruses were eliminated from the indoor setting.

• Viruses, bacteria, and pollen are not only filtered, but inactivated using volume plasma.
• Low maintenance filter requirement (G4 Pre-filter 3-6 months, F9 Post-Filter & Carbon Filter 9000hrs or 5 years based on 8hrs a day usage).
• Mounted to the ceiling typically in the centre of a room.
• Energy efficient EC motor features reverse polarity protection, locked rotor protection and soft starting.
• Can be operated via the control panel located on the side of the unit or with the supplied remote control.
• 4 speed quiet operation that won’t disturb occupants
• Can be run as required with a 30 minute run-on-timer or continuous mode to ensure the air is cleaned during times that the room is unoccupied.
• Suitable for areas larger than 25 m².

Filters housed in removable powder-coated aluminium cases using tamperproof Torx screws.

Step 1. Determine the floor area of the room in m².
Step 2. Divide the floor area by 56.
Step 3. Round up to the nearest whole number to determine the number of Cleanair Sky units required.

EXAMPLE
Determine the number of Cleanair Sky units required for a room floor area of 80 m²

Step 1.
Floor area = 80 m²

Step 2. Divide the floor area by 56 80 / 56 = 1.43

Step 3.
Round up this value to the nearest whole number.
1.43 is rounded up to 2.
Therefore a floor area of 80m² would require 2 x Cleanair Sky units.