BTU is the unit of measurement that indicates how much energy your air conditioner will use to heat up or cool down a specific area, in a one-hour period.
It’s important to make the right choice – a higher number of BTUs isn’t always the answer as it can shorten the unit’s lifespan by not allowing it to function optimally for the space.
Top floor apartments and second stories are often warmer than the ground floor because warm air rises, and, because it’s likely to get more sun exposure. This means that you’d typically need an air conditioner with a higher number of BTUs.
Centralized Control
Easy Maintenance
High Efficiency
Designed with smaller dimension, easy to implement in any project.
The units show error code automatically to facilitate maintenance.
Defrosting is performed intelligently when necessary to improve the heating efficiency and save energy.
In a power cut, the unit memorizes and restores the AC to its previous state.
The unit can operate in wide range, greatly reducing the ambient temperature limitation.
All motors adopt the DC inverter technology to greatly improve the energy efficiency.
Special thickened inner groove copper tube enhances heat exchanging performance.
Unit is designed with various protection functions to ensure reliability in the field.
COOLING CAPACITY (kW) | 2.65 |
COOLING CAPACITY (MAX) BTU/h | 9000 |
HEATING CAPACITY (kW) | 2.80 |
HEATING CAPACITY (MAX) BTU/h | 9600 |
ENERGY CLASS | A++/A+ |
AIRFLOW VOLUME (SH, H, M, L) (m3/h) | 670/610/550 |
POWER SUPPLY (V/Ph/Hz) | 220-240/50-60/1 |
REFRIGERANT TYPE | R32 |
INDOOR NET DIMENSIONS (WxHxD) (mm) | 710x450x200 |
Which solution is
right for you?
Try out our BTU calculator to find the perfect fit for your needs!
BTU calculator