![Panasonic Air Conditioner with nanoe™ Technology Panasonic Air Conditioner with nanoe™ Technology](/content/panasonic/vn/en/air-solutions/product-top/air-conditioner/nanoe-model-list/_jcr_content/learncontent/freeimage/image.img.jpg/1692878664320.jpg)
Panasonic Air Conditioning System with nanoe™ Technology
nanoe™️ Technology is Panasonic’s superior proprietary technology. It deodorises, inhibits the growth of bacteria and viruses; and is effective in dust removal for a fresher and cleaner indoor environment.
nanoe™ Technology refers to different types of nanoe™ devices (nanoe™ X and nanoe-G) either separately or in combination.
About nanoe X Generator
![Panasonic Air Conditioner with nanoe™ Technology Panasonic Air Conditioner with nanoe™ Technology](/content/panasonic/vn/en/air-solutions/product-top/air-conditioner/nanoe-model-list/jcr:content/learncontent/learncontentsection/parsys/textimage_355091948/image.img.png/1692781275057.png)
![nanoe™ X nanoe™ X](/content/panasonic/vn/en/air-solutions/product-top/air-conditioner/nanoe-model-list/jcr:content/learncontent/learncontentsection/parsys/textimage_1026936039/image.img.png/1692879043785.png)
nanoe™ X technology utilises hydroxyl radicals to inhibit various types of pollutants and reduce odours. The nanoe X generator varies in the quantity of hydroxyl radicals it generates. The more hydroxyl radicals there are, the more effectively pollutants can be inhibited.
Device |
Generator |
Hydroxyl Radical Amount |
---|---|---|
nanoe™ X |
nanoe X Generator Mark 3 ![]() |
48 trillion |
nanoe X Generator Mark 2 ![]() |
9.6 trillion |
|
nanoe X Generator Mark 1 ![]() |
4.8 trillion |
About nanoe-G Generator
![Panasonic Air Conditioner with nanoe™ Technology Panasonic Air Conditioner with nanoe™ Technology](/content/panasonic/vn/en/air-solutions/product-top/air-conditioner/nanoe-model-list/jcr:content/learncontent/learncontentsection/parsys/textimage_615927154/image.img.png/1692781275057.png)
![nanoe-G nanoe-G](/content/panasonic/vn/en/air-solutions/product-top/air-conditioner/nanoe-model-list/jcr:content/learncontent/learncontentsection/parsys/textimage/image.img.png/1692879157684.png)
nanoe-G generator produces 3 trillion negative ions per second to capture dust particles as small as PM2.5, carrying them back to the filter.
Air Conditioner with nanoe™ Technology
![Panasonic Air Conditioner with nanoe™ Technology Panasonic Air Conditioner with nanoe™ Technology](/content/panasonic/vn/en/air-solutions/product-top/air-conditioner/nanoe-model-list/jcr:content/learncontent/learncontentsection/parsys/textimage_212161981/image.img.png/1692781275057.png)
The nanoe™ technology is incorporated into a wide range of Panasonic air conditioner products. nanoe ™ devices (nanoe X and nanoe G generators) are built in inside the air conditioner indoor unit to generate nanoe ™ particles and release them into the air.
List of Indoor Unit with nanoe™ Technology
The list below is limited to indoor unit wall mounted types.
The air conditioner indoor unit model numbers, in almost all cases, start with the prefix CS-. To check if your air conditioner model feature nanoe™ technology, search for your air conditioner model number by selecting the first alphanumeric characters following the CS- prefix.
![List of Air Conditioner Indoor Unit with nanoe™ Technology List of Air Conditioner Indoor Unit with nanoe™ Technology](/content/panasonic/vn/en/air-solutions/product-top/air-conditioner/nanoe-model-list/jcr:content/learncontent/learncontentsection/parsys/textimage_321510387/image.img.jpg/1695284571622.jpg)
N
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CU-N9ZKH-8 |
nanoe-G |
|
CU-N12ZKH-8 |
nanoe-G |
|
CU-N18ZKH-8 |
nanoe-G |
|
CU-N24ZKH-8 |
nanoe-G |
P
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CU-PU9XKH-8M |
nanoe-G |
|
CU-PU12XKH-8M |
nanoe-G |
|
CU-PU18XKH-8M |
nanoe-G |
|
CU-PU24XKH-8M |
nanoe-G |
|
CU-PU9ZKH-8M |
nanoe-G |
|
CU-PU12ZKH-8M |
nanoe-G |
Q
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CS-QN12WKH-8 |
CU-QN12WKH-8 |
Not available |
CS-QN18WKH-8 |
CU-QN18WKH-8 |
Not available |
CS-QN24WKH-8 |
CU-QN24WKH-8 |
Not available |
CS-QN9WKH-8 |
CU-QN9WKH-8 |
Not available |
CS-QN9ZKH-8 |
CU-QN9ZKH-8 |
Not available |
CS-QN12ZKH-8 |
CU-QN12ZKH-8 |
Not available |
CS-QN18XKH-8 |
CU-QN18XKH-8 |
Not available |
CS-QN24XKH-8 |
CU-QN24XKH-8 |
Not available |
CS-QU9WKH-8 |
CU-QU9WKH-8 |
Not available |
CS-QU12WKH-8 |
CU-QU12WKH-8 |
Not available |
CS-QU18WKH-8 |
CU-QU18WKH-8 |
Not available |
CS-QU24WKH-8 |
CU-QU24WKH-8 |
Not available |
CS-QU28WKH-8 |
CU-QU28WKH-8 |
Not available |
CS-QU9ZKH-8 |
CU-QU9ZKH-8 |
Not available |
CS-QU12ZKH-8 |
CU-QU12ZKH-8 |
Not available |
CS-QZ9WKH-8 |
CU-QZ9WKH-8 |
Not available |
CS-QZ12WKH-8 |
CU-QZ12WKH-8 |
Not available |
CS-QZ18WKH-8 |
CU-QZ18WKH-8 |
Not available |
U
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CU-U9XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-U12XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-U18XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-U24XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-U9ZKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-U12ZKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-U18ZKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-U24ZKH-8 |
nanoe X Generator Mark 2, nanoe-G |
V
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CU-VU9UKH-8 |
nanoe X Generator Mark 1, nanoe-G |
|
CU-VU12UKH-8 |
nanoe X Generator Mark 1, nanoe-G |
|
CU-VU18UKH-8 |
nanoe X Generator Mark 1, nanoe-G |
W
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CU-WPU9XKH-8 |
nanoe-G |
|
CU-WPU12XKH-8 |
nanoe-G |
|
CU-WPU18XKH-8 |
nanoe-G |
|
CU-WPU24XKH-8 |
nanoe-G |
|
CU-WPU9ZKH-8 |
nanoe-G |
|
CU-WPU12ZKH-8 |
nanoe-G |
X
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CU-XPU9XKH-8 |
nanoe X Generator Mark 1, nanoe-G |
|
CU-XPU12XKH-8 |
nanoe X Generator Mark 1, nanoe-G |
|
CU-XPU18XKH-8 |
nanoe X Generator Mark 1, nanoe-G |
|
CU-XPU18XKH-8B |
nanoe X Generator Mark 1, nanoe-G |
|
CU-XPU24XKH-8 |
nanoe X Generator Mark 1, nanoe-G |
|
CU-XU9XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XU12XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XU18XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XU24XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XU9ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
|
CU-XU12ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
|
CU-XU18ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
|
CU-XU24ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
|
CU-XZ9XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XZ12XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XZ18XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XZ24XKH-8 |
nanoe X Generator Mark 2, nanoe-G |
|
CU-XZ9ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
|
CU-XZ12ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
|
CU-XZ18ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
|
CU-XZ24ZKH-8 |
nanoe X Generator Mark 3, nanoe-G |
Y
Indoor Unit Model Number |
Outdoor Unit Model Number |
nanoe™ Technology Feature |
---|---|---|
CU-YZ9WKH-8 |
nanoe-G |
|
CU-YZ12WKH-8 |
nanoe-G |
|
CU-YZ18XKH-8 |
nanoe-G |