Igloo STERYLIS ULTRA-220, Руководство пользователя

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STERYLIS ULTRA Operating Manual
For very high ozone concentrations, the ozone concentration may be lower and be at least 2 ppm. Howe-
ver, this is sufficient to allow for an effective ozoning process with an extended duration.
Ozone is a powerful oxidant, so it is perfect for killing bacteria, viruses, moulds and removing unpleasant
odours. It is highly reactive, which means that it reacts with other molecules, breaking down their structu-
res. The effectiveness of ozone in eliminating odours lies in the fact that, as a gas, it is able to reach whe-
rever there is air, i.e. all the cracks, nooks and gaps inside a room. It breaks down particles present in the
air responsible for odour in rooms and kills bacteria, viruses or moulds. Ozoning is an effective method of
disinfection, deodorisation or disinsectisation, thanks to which rooms are not only free of unpleasant aro-
mas but also safe and sterile. Ozone is used to sterilise living quarters, public areas, health care facilities
(including operating theatres), processing plants (e.g. butcher’s shops), warehouses, fruit and vegetable
storage facilities, catering facilities for refrigeration chambers and shop sales halls. Ozoning is also used to
extend the shelf life of food products, e.g. by eliminating fungi, bacteria and moulds, which allows to signi-
ficantly extend the storage period of vegetables, fruit or dried tobacco or fruit in storage facilities. It is also
a well-known and effective way of getting rid of unpleasant smell from changing rooms, classrooms or
gymnasiums in schools. Ozoning is a very effective method of odour removal and deodorization of clothes
and shoes, often used in costume and costume rentals or wardrobes in theatres. Ozone is also used to
sterilise and remove odours from children’s toys, especially in public playrooms for children.
UV-C disinfection: The UV-C lamps used in the device emit radiation of a strictly defined wavelength of
253.7 nm. It is a wavelength that has a photolithic effect on microorganisms such as bacteria, moulds,
yeasts and viruses. Ultraviolet light of this wavelength effectively penetrates their cell membrane
destroying the structure of their DNA and thus preventing their reproduction. Subjected to high levels of
UV-C radiation, microorganisms and viruses are permanently destroyed. In addition to the disinfecting ef-
fect of the UV-C radiation used, we also obtain a high quality deodorising effect (removing odours from the
air). Due to the special design of the UV-C chamber, the device operating in disinfection mode can be used
in rooms where people are present. Specially designed light traps inside the device completely prevent
invisible, harmful UV radiation from escaping from the device. The specially selected type and high power
of the UV-C light source with a selective emitted wavelength of 253.7 nm, and the unique solution of the
double quartz filter UV-C lamp used in STERYLIS sterilisers, causes the harmonic components of the ozo-
ne-producing UV light emissions below 240 nm to be blocked inside the lamp. Thus, in disinfection mode,
the STERYLIS steriliser does not produce any harmful ozone at all and is completely safe for the people
around it. In addition, the corresponding wavelengths produced by UV-C light sources contribute to the ac-
celeration of the decomposition of O3 particles into bi-atomic oxygen, reducing the ozone process length.
This is the so-called ozone destruction function that every STERYLIS ULTRA model is equipped with.