Suggested Retail Price HK$11,200
QWhy does R32 refrigerant have a higher cooling capacity than R410A refrigerant?
AThe cooling capacity of R32 refrigerant is 230-790BTU/h* higher than that of R410A refrigerant, which leads to a relatively low temperature of air entering the room for instant cooling.
*Depends on the horse power of window type air conditionerQHow does R32 refrigerant enhance the efficiency of the air-con?
AThe heat exchange of R32 refrigerant is rather high that it removes more heat energy from the warm air in the room than R410A refrigerant . A cool environment can be created by a small amount of R32 refrigerant.
When the warm air is sucked into the air-con, the heat energy is absorbed by the refrigerant, which flows over the refrigerant pipe next to the evaporator. Thus, the air returned to the room is being cooled down.QWhy is R32 refrigerant a more eco option?
AOwing to the short atmospheric lifetime and low infrared radiation/heat absorption of R32 refrigerant, the use of R32 refrigerant highly alleviates the problem of global warming.
The Ozone Depletion Potential* of R32 refrigerant is 675, which is 67% less than R410A refrigerant.
*Ozone Depletion Potential indicates the lifetime and infrared radiation / heat absorption of chemical compounds. Lower the ozone depletion potential, less impact of global warming. Some of the sunlight are reflected to the sun, while some of them are absorbed by the atmosphereQHow does the inverter type compressor reduce the energy consumption?
AOnce the indoor temperature reaches the set temperature, the speed of the inverter type compressor varies, instead of being fixed as either on or off, according to temperature changes with the aim of minimizing the temperature fluctuations and energy consumption.
Inverter LITE series’ energy efficiency performance is higher than other non-inverter air-conditioner for around 45%*. Furthermore, all Panasonic inverter type Air-conditioner achieves energy label grade 1 for both cooling and heating function.
Air-Conditioner | ||
Inverter | ● | |
Remote Control | ● |
Cooling Capacity | ||
Btu/h | 17,100 | |
kW | 5.00 |
Seasonal Performance Factor | ||
Cooling Seasonal Performance Factor (CSPF) | 4.6641 |
Power Supply | ||
Voltage V | 220 | |
Power Consumption A | Cooling: 7.3 | |
Input Power kW | Cooling: 1.550 | |
Power Plug | Without plug |
Moisture Removal | ||
L/h | 2.8 |
Air Circulation(Indoor / Hi) | ||
m³/min. | Indoor: 14.2 |
Dimension(H x W x D) | ||
mm | 428 x 660 x 800 | |
Net Weight | 60kg |
Inverter LITE - Inverter Window Type Cooling only Air-Conditioner (2 HP) | ||
---|---|---|
Living | ||
Air-Conditioner | ||
Inverter | ● | |
Remote Control | ● | |
Cooling Capacity | ||
Btu/h | 17,100 | |
kW | 5.00 | |
Seasonal Performance Factor | ||
Cooling Seasonal Performance Factor (CSPF) | 4.6641 | |
Power Supply | ||
Voltage V | 220 | |
Power Consumption A | Cooling: 7.3 | |
Input Power kW | Cooling: 1.550 | |
Power Plug | Without plug | |
Moisture Removal | ||
L/h | 2.8 | |
Air Circulation(Indoor / Hi) | ||
m³/min. | Indoor: 14.2 | |
Dimension(H x W x D) | ||
mm | 428 x 660 x 800 | |
Net Weight | 60kg |
Answer:
There is one more thing worth noticing that is to ensure that the installation site has sufficient space for cooling. It is because insufficient cooling space will result in poor indoor cooling performance and even overheating, causing machine malfunctions.
Advice:
Please allow for a distance of no less than 1m behind outlets at the back of the air-conditioner and a distance of no less than 15cm at both sides (inlets) of the air-conditioner.