Biozone Scientific


Aircare 30


Description

aircare 20 image

An effective deodouriser unit designed for public and commercial washrooms from 20-30 m2

The Aircar 30 has been designed specifically for de-odourisation and air purification in public and commercial washrooms. It features an anti tamper aluminium body and has hidden electric connection into the rear of the unit. It is designed to operate continously and to prevent odours developing.

Air is drawn into the unit and through an air purification chamber where it is exposed to intense levels of germicidal ultraviolet light for the destruction of organics. These powerful wavelengths also energise the gaseous contents in the air producing a purifying plasma that destroys bacteria, viruses, fungi, VOCs and other organics as well as neutralising unpleasant odours in the air. The ultra purified air is then passed out of the unit and into the room carrying with it purifying plasma that circulates within the room destroying harmful pollutants.

The unit requires little maintenance and by removing the end caps and removing a lock screw, the internal components can be slid out and if required the UV bulb can be cleaned with a soft cloth and alcohol. It is recommended that the bulb is replaced about once a year.

Technical Details

Power Cord 4 metres

Mains Connector Country dependent

Power Inlet 85-260 VAC 50-60Hz

Power Consumption < 12 W

Operating Temperature -20 C - + 40 C

Humidity 0-90% RH Non-condensing

Lamp Shelf Life 3 years

Lamp Life 1 year

Warranty 1 year

Air Flow 20lpm

Ozone Concentration 0.04 ppm According to EN60335-2-65

Ozone Concentration 0.02 ppm According to Biozone Testing Protocol

Ozone Generation 2500 ug/h

Lamp Type 10-08050

Specifications

Dimensions
(H x W x D)
380 x 120 x 85 mm
Weight 960 grams
Minimum Space 20 m2
Maximum Space 30 m2
Installation Method Wall Mounted
 
 
Aircare 30

Aquanique has saved thousands of dollars in reduced electrical bills while the Biozone Induct Air Purification systems have prevented and or eliminated mold in the common areas of the building.

John P. Donnely, Ph.d

contact us terms & conditions privacy statement