• Do not leave the appliance unattended.
• Please make sure that the ventilation parts are not
blocked and free from dust or foreign objects.
• Please keep a distance of at least 30cm to other
objects, incl. curtains.
• Do not use the appliance in rooms with high
humidity, e.g. in bathrooms.
Introduction – Why air purification?
• Healthy breathing air is important for health and our well-being. The optimal composition for our
breathing air is about 20% oxygen and 80% nitrogen. Studies by leading environmental protection
organisations show that indoor air is usually up to 100 times more polluted with dust, pollen, pet hair or
pathogens than outside air. This high pollution in the air leads to increasing respiratory diseases,
cardiovascular problems and allergies.
• The AirCare 3000 AirMonitor filters pollutants from the air by a complex filter system. This includes (fine)
dust, pollen, smoke, odours, mould spores and pet hair. The appliance works with a CADR („Clean Air
Delivery Rate“) of 488m³/h or 287 cfm.
Note: CADR describes how much air is purified within one minute from particles of size between 0.09µm
and 11.0µm. This coefficient of performance is expressed in cubic feet per minute (cfm).
• With the ionizer, millions of negatively charged ions are produced in the air purifier and released into the
room air. As an example, these lead to a positive effect on the cardiovascular system and have a relaxing
effect on the nervous system.
Filter process
Polluted air Prefilter with nanosilver HEPA- and active carbon filter
coating
Purified air
1. The prefilter with nanosilver coating removes large dirt particles such as dust, animal hair and
mould spores.
2. The HEPA-filter („High Efficiency Particulate Arresting“) removes small dirt particles such as pollen,
allergens and dust mites up to 99,97%. Air purifiers with HEPA filters are more effective and do not
spread harmful ozone in comparison to electrostatic/ionic air purifiers.
3. The active carbon filter absorbs chemicals, gases and odours from the air thanks to its porous
surface.
