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Compact ventilation system for home and hospitals
TION BREEZER O2 is the development and patented equipment of the Tion company.
The Breezer Tion O2 is an inflow ventilation system for home and office. The device takes air from outside, cleans, oxygenates, and heats it to a comfortable temperature. Choose a time- and energy-saving ventilation! At the same time.
The breather continuously supplies fresh air from the street with the windows closed.
The windows are closed and noise from streets and highways does not enter the premises.
A cascade of 3 filters deeply purifies the air according to the medical standard.
The supply air is heated and protects against drafts in winter.
Grille plays a decorative role closing the intake channel opening and protects the device from rain, birds and insects.
An insulated air channel to provide outdoor air intake. Insulation protects against wall frosting and blocks outside noises.
Remote controller allows mounting the device at any desired level above the ground.
Controls and manages the fan, air valve, heater and timer.
Prevents outdoor air from entering the room when the device is switched off.
Tion O2 MAC configuration of the Breezer supports Tion MagicAir smart microclimate control system. Gadget controls the Breezer and automatically adjusts the performance based on the CO2 sensor readings. User monitors air quality and controls the system via mobile app.
Traps large and medium size dust particles, fuzz, soot and allergens with efficiency of up to 90%. Extends service life of the high efficiency HEPA filter.
Guarantees that outdoor air is heated before it enters the room, for example during winter or cold seasons. The climate control feature automatically adjusts heater temperature. This unit can be removed if device is operated in warm regions.
Medical standard of air cleaning! Traps the finest particles of dust, allergens, bacteria, viruses, mold, and fungi with efficiency >95%. Only HEPA filters can trap dangerous micro-organisms (lower-class filters cannot stop them).
Performs deep air cleaning from car exhausts and industrial emissions down to permissible standard levels.
Provides forced air intake.
Supplies air for 4 persons
Purifies the air
Does not cool the air
Heats the air
Works in any weather conditions
Does not supply the air
Does not purify the air
Cools the air
Heats the air
Works in any weather conditions
Supplies the air for one person
Supplies the air for one person
Does not cool the air
Does not heat the air
Cannot work in any weather conditions*
Supplies the air for 1-2 persons
Supplies the air for one person
Does not cool the air
Heats the air
Cannot work in any weather conditions*
The MagicAir base station measures air quality, transmits data to a mobile application and controls the TION Breezer purifier-disinfectant.
Control your Breezer 3S using an LCD-display remote controller unit, or using the free MagicAir mobile app. Just download the MagicAir app from Google Play or the App Store and install it on your smartphone.
Start the automatic Breezer operation or control it remotely using the MagicAir mobile app. The MagicAir Base Station measures the air quality, transmits the data to the app, and adjusts the Breezer operation to the user defined parameters.
1. Connect Breezer to MagicAir Base Station and adjust CO2 and incoming air reheat temperature levels in the mobile application as necessary.
2. Base Station measures air quality in the room and commands Breezer to achieve the desired air environment and maintain it without user input.
3. Breezer works exactly as intended and only when necessary. This ensures a comfortable microclimate, the most optimal operation and efficient use of energy.
The standard installation of the breezer takes only one hour provided that it is carried out by specialists with professional equipment.
The Breezer can be installed under a window sill, near a radiator or by the side of a window. The remote controller also allows the device to be placed under the ceiling.
The installation crew drills a hole in the wall using a diamond drilling machine, quickly and cleanly. The hole is then heat- and noise-insulated with a special material, and closed off with a decorative grille from the outside.
The Breezer is mounted on the wall; the inlet of the device is tightly sealed to the air duct to eliminate drafts. The Breezer is plugged into an ordinary power socket.
Coarse dust, particle size > 10 µm
Insects textile fibres, hairs, sandfly ,ash ,spores, pollen,cement, dust,etc
-Pre-filters and circulation filters for civil defense shelters
-Exhaust filters for spray painting booths, kitchens, etc.
-Inlet air filters for air conditioners and compact machines (e.g. window air conditioners, ventilators)
Suspended particulates, particle size < 1 µm
Germs, bacteria, viruses, tobacco smoke, metallic-oxide smoke,etc
E 10
E 11
E 12
-Final filters for rooms with high and highest purity requirements (e.g. for laboratories, for foods processing, pharmaceutical, fine mechanical, optical or electronics plants or medical facilities)
-Final filters for clean rooms, Classes 100,000 or 10,000
Virions (or “particles”) of coronaviruses are spherical particles between 0.06 micron and 0.14 micron in diameter, averaging about 0.125 micron, measured by electron microscope (Zhu et al, 2020). This means that coronavirus particles are smaller than PM2.5, but larger than some dust and gas particles
On 20 March 2020, Setti et all published a study at the Italian Society of Environmental Medicine (SIMA), in which they found a linear relationship with R=0.98 between PM10 levels above 50 microns / m3 and the rate of spread of COVID-19 in Italy. These results are fully consistent with scientific studies on the spread of viruses and bacteria in the population by suspended particles, which correlate the incidence of viral infections with the levels of atmospheric particles (PM10 and PM2.5). (Ciencewicki J. et al., 2007; Sedlmaier N., et al., 2009).The Italian experience indicates a direct relationship between higher levels of particulate matter PM10-2.5 and higher levels of VOC-19.
For every 50 μg/m3 increase in the daily average, the logarithmic infection rate increases by 0.234%. That is to say that at average PM10 levels of 350 μg/m3 , our infection rate will be twice as high as at levels below 50 μg/m3 , as can be seen among the different infection curves observed in the regions analysed in the Italian publication, in which the high infection rate in Lombardy in the other Italian regions stands out.
