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Go to catalogA modern alternative to the bactericidal UV irradiator.
The Airlife S-80 is designed for purifying and disinfecting air in spaces at medical institutions, for example, in patient wards, examination rooms, and on-call rooms. The high efficiency of the Airlife S-80 purifier and disinfector is achieved thanks to the joint operation of a fine filter and a photocatalytic unit.
The fine filter traps the smallest dust particles, animal hair, allergens, plant pollen, and carbon particles from car exhaust.
In the photocatalytic filter, all molecular and microbiological air pollutants (viruses, bacteria, allergens and toxic gases) are adsorbed on the photocatalyst's surface and decomposed under the action of gentle ultraviolet radiation into harmless components: carbon dioxide, atmospheric nitrogen, and water. We emphasize that the emitters installed in Airlife air purification systems have a radiation range of 320-400 nm (UV-A range), which allows the equipment to be used in the presence of people for an unlimited time. Gentle ultraviolet radiation does not generate ozone.
The Airlife S-80 air purifier combines high cleaning efficiency and low noise level. The Airlife S-80 recirculator's two fans quickly cope with bursts of pollutants and purify the air in the room even with open windows.
General characteristics
Additional characteristics
Cleaning efficiency
Fan
Fan − reliable and quiet fans with an uptime of at least 30,000 hours.
Control, automation and alarm unit
The control, automation and alarm unit keeps the air purifier operation under control.
Fine filter
The fine filter retains mechanical contaminants.
UV-A irradiation devices
Ultraviolet radiation activates the photocatalyst. In AIRLIFE air purifiers, the irradiation devices with the radiation diapason of 320-400 nm (UV-A diapason) are used; this is why the equipment can be used in the presence of people for an unlimited time. Due to the soft ultraviolet radiation, ozone is not generated.
Photocatalytic filters
In the photocatalysis process, all gas air pollutants (unpleasant odours, toxic gases, allergens, viruses, bacteria etc.) are adsorbed on the photocatalyst surface and mineralized to simple, harmless components (carbon dioxide, water and atmospheric nitrogen) as they are exposed to soft UV-radiation (diapason A). Instead of accumulating on the filter, the pollutants are fully decomposed, so that the photocatalytic filter regenerates during operation.
The photocatalytic filter inactivates all types of microorganisms and oxidizes the toxic chemicals, including the ozone that is generated in the electrostatic unit.
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