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
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
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
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.
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-RU9AKH |
nanoe-G |
|
|
CU-RU12AKH |
nanoe-G |
|
|
CU-RU18AKH |
nanoe-G |
|
|
CU-RU24AKH |
nanoe-G |
|
|
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-YZ9AKH-8 |
nanoe-G |
|
|
CU-YZ12AKH-8 |
nanoe-G |
|
|
CU-YZ18AKH-8 |
nanoe-G |
|
|
CU-YZ9WKH-8 |
nanoe-G |
|
|
CU-YZ12WKH-8 |
nanoe-G |
|
|
CU-YZ18XKH-8 |
nanoe-G |
Notes
The list above does not include all indoor unit model numbers. All information is subject to change without notice. For more details and information about feature availability, please contact your local representative.
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