Panasonic CS-UE18QKE + CU-UE18QKE KIT-UE18-QKE Manual Do Utilizador
Códigos do produto
KIT-UE18-QKE
1. Adhesive
2. Airborne
3. In-filter deactivation
Bacteria
99%
Deactivation
99%
Removal
99%
Deactivation
Viruses
99%
Deactivation
99%
Removal
99%
Deactivation
Mould
Growth Inhibition
99%
Removal
—
Pollen Allergen
—
76,6%
Removal
in 1 hour
—
Nanoe-G. Purifies the air, surfaces and even inside itself
Now you can purify living spaces more effectively with Nanoe-G. Using nano-technology fine particles, harmful micro-organisms are
removed from the air you breathe. But what about the ones found on furniture and other surfaces? Amazingly, they can also be
deactivated by these particles. And now, when you switch off your air conditioner, Nanoe-G will even deactivate the micro-organisms
in the filter. So you can enjoy complete peace-of-mind with a living environment that is fresher and cleaner.
removed from the air you breathe. But what about the ones found on furniture and other surfaces? Amazingly, they can also be
deactivated by these particles. And now, when you switch off your air conditioner, Nanoe-G will even deactivate the micro-organisms
in the filter. So you can enjoy complete peace-of-mind with a living environment that is fresher and cleaner.
Nanoe-G with In-filter Deactivation. Advanced air purification system for your home
Panasonic introduces an air purification system that captures harmful micro-organisms from the air, deactivates those trapped on
surfaces and in the filter as well. It utilises nano-technology fine particles to purify the air and clean harmful micro-organisms
attached onto fabrics in the room. And this year, it comes with a brand new feature that deactivates bacteria and viruses trapped in
the filter. Thus, giving you the complete air purification system so you come home to a cleaner living environment.
Nanoe-G has been comprehensively tested in real-life chamber and demonstrated it is also effective against Allergy airborne
particles. Due to this, Nanoe-G get the Seal of Approval of the British Allergy Foundation.
Panasonic introduces an air purification system that captures harmful micro-organisms from the air, deactivates those trapped on
surfaces and in the filter as well. It utilises nano-technology fine particles to purify the air and clean harmful micro-organisms
attached onto fabrics in the room. And this year, it comes with a brand new feature that deactivates bacteria and viruses trapped in
the filter. Thus, giving you the complete air purification system so you come home to a cleaner living environment.
Nanoe-G has been comprehensively tested in real-life chamber and demonstrated it is also effective against Allergy airborne
particles. Due to this, Nanoe-G get the Seal of Approval of the British Allergy Foundation.
Remark:
* 3 trillion is the simulated number of Nanoe-G fine particles under the mentioned conditions. Actual measured Nanoe-G fine particles at the centre of the room
* 3 trillion is the simulated number of Nanoe-G fine particles under the mentioned conditions. Actual measured Nanoe-G fine particles at the centre of the room
(13m
2
):100k/cc calculated number of Nanoe-G fine particles in the entire room assuming they are evenly distributed.
* Panasonic air conditioner
CS-E/XE_PKE/QKE, CS-VE_NKE
have Nanoe-G air purification
system which removes 76.6% of
airborne pollen allergen in 1
hour. This has been verified by a
3rd party institution and
approved by “allergy UK”.
Air purifier
99%
removal
bacteria · virus · mold
3 trillion* Nanoe-G fine
particles released from
the generator.
particles released from
the generator.
Nanoe-G catches
micro-organisms.
micro-organisms.
Natural Ion Wind spreads
Nanoe-G fine particles
that are released from
the Nanoe-G generator.
Nanoe-G fine particles
that are released from
the Nanoe-G generator.
2. AIRBORNE
3. IN-FILTER DEACTIVATION
1. ADHESIVE
Removes 99%
*3
bacteria,
viruses and mould in the
air.
air.
Deactivates 99%
*1
bacteria
and viruses trapped in the
filter.
filter.
Deactivates 99%
*4
bacteria,
viruses and inhibits mould
growth on surfaces.
growth on surfaces.
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