DAIKIN D-SMART SERIES 0.8 HP SPLIT TYPE INVERTER FTKQ20BVA
| MODEL | FTKQ20BVA |
|---|---|
| TYPE | Inverter |
| Refrigerant | R32 |
| Capacity(HP) | 0.8 (HP) |
| Cooling Capacity | 1.99 kW |
| Power Consumption (Cooling) | 0.650 kW |
| Dimensions (HxWxD) | 280x730x219 (Indoor) 418x695x244 (Outdoor) |
Warranty: Five (5) years on compressor, one (1) year for parts.
Main Features
Econo Mode
Is an energy-saving feature designed to reduce power consumption while maintaining a comfortable indoor environment.
Gin Ion Filter
An innovative anti-virus filter that effectively captures and eliminates as much as 99.9% of viruses and bacteria present in the air by immobilizing and breaking them down.
Super Printed Circuit Board (PCB)
Allows your air conditioner to withstand unstable voltage to prevent damage.
Unstable power supply is a common problem in many parts of the world and poses a significant threat to electronic devices. Overvoltage can cause serious damage, while undervoltage can lead to sudden air conditioner shutdowns when you need them the most.
Daikin’s outdoor printed circuit boards (PCB) are specially strengthened to withstand a sudden voltage fluctuation from zero (0) up to 440V. This enables Daikin’s outdoor PCBs to function effectively even in regions with unreliable power conditions.
✓ Withstands Low & High Voltages from 0 up to 440V
✓ Protects your investment
✓ Ensures the safety of electrical parts
✓ 3 years warranty for Outdoor PCB
✓ 1 year warranty for parts & labor
✓ 5 years warranty for compressor
Reminder:
When the voltage is higher or lower than the operating range, the air conditioning system automatically switches off. When the voltage is adjusted back to 220V, the air conditioning system automatically starts operating again.
Daikin Inverter Technology
Temperature Control by Inverter and Non-Inverter Compressors (Cooling)
A. When temperature is higher than set temperature, the motor rotates faster to lower room temperature.
B. Motor rotation speed is adjusted to maintain a constant temperature.
C. Motor rotates when temperature is higher than set temperature.
D. When temperature approaches set temperature, the motor rotation speed is reduced.
E. Motor stops when temperature is lower than set temperature.
F. Variation width for temperature becomes large when temperature is adjusted by repeatedly starting and stopping the motor. Furthermore, the motor always rotates at constant speed, and energy consumption increases from the energy loss of starting and stopping.
G. Lowering motor rotation speed according to load reduces both variation width for temperature and energy consumption
