PLASMACLUSTER IONS CLEAN THE AIR IN THE ROOM
SHARP PLASMACLUSTER TECHNOLOGY
Plasmacluster ions are the same type of positive and negative ions that occur in nature. The proprietary Sharp technology purifies air and keeps people and the air around them healthy. The air inside ordinary houses contains invisible, harmful organisms such as bacteria and viruses. The unique Plasmacluster Ion technology installed in Sharp air conditioners uses the actions of positive and negative ions to clean up these airborne contaminants and create a pleasant living space.
Sharp’s proprietary Plasmacluster Ion technology removes airborne bacteria, suppresses airborne viruses, and breaks down and removes airborne mold and other contaminants.
Play video for more information on Plasmacluster
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
Sharp air conditioners exploit the Coanda effect*—a natural tendency for a jet of gas or liquid to be attracted to nearby surfaces. The air conditioners aim the airflow at walls or ceilings to provide more precise directional control. Cool air travels upto 14 metres across the room to create an extended comfort zone. This saves energy and gives greater installation freedom. *The Coanda effect was discovered in 1930 by the Romanian aerodynamicist H.M. Coanda (b. 1885).
| Model | AH-XP 12WHT | |
| Start Rating | Unit | 5Star |
| Tonnage | 1 | |
| power Supply | V/Hz/PH | 1f-50-230 |
| ISEER | 5 | |
| cooling Capacity | W | 3,520(900~4,400) |
| Power Consumption | W | 980(230~1,400) |
| Ratted Current | A | 4.6 |
| Moisture Removal | L/Hr | 1.2 |
| Indoor Airflow(high) | m3/hr | 246/448/549/726/789 |
| Indoor Noise Level(low) | dB(A) | 19/29/35/41/43 |
| Indoor Unit Dimension(W*D*H) | mm | 290x856x244 |
| Outdoor Unit Dimension(W*D*H) | mm | 495x598x265 |
| Indoor Unit Weight(Net/Gross) | kg | 9 |
| Outdoor Unit Weight(Net/Gross) | kg | 20 |
| Connection Piping Size(Liquid/Gas) | inch | 3/8, 1/4 |
| Max Piping Lenght | m | 3~15(7.5) |
| Max Height Differnece | m | 7 |
| Refrigerant | - | R32 |
| Condenser | Type | 100% Copper |
Plasmacluster ions are the same type of positive and negative ions that occur in nature. The proprietary Sharp technology purifies air and keeps people and the air around them healthy. The air inside ordinary houses contains invisible, harmful organisms such as bacteria and viruses. The unique Plasmacluster Ion technology installed in Sharp air conditioners uses the actions of positive and negative ions to clean up these airborne contaminants and create a pleasant living space.
Sharp’s J-Tech Inverter serves a dual purpose by not only giving a powerful boost to the initial cooling capacity, but also providing energy efficient operation. It utilises high power DC motor for the compressor and fan to reduce energy consumption & increase performance efficiency.
Long Airflow with Coanda Technology
