Cooling King Series

Split Type Non-Inverter
1.0 HP / 1.5 HP / 2.0 HP / 2.5 HP / 3HP

Japan Quality1 Year Warranty Parts & Labor5 Years Warranty Compressor

Cooling King. The cool first choice.

Compact size and ease of installation make split type air conditioners the popular choice for new construction and renovation projects. Utilizing our own unique cutting-edge technology, Daikin further raises the bar with high-capacity air conditioners offering unrivaled performance and energy-savings.

Instant Comfort

Cools the room faster.

Pleasant Dreams

Gradual increase of set temperature for a comfortable environment.

Peaceful and Quiet

Sound level reduction from 48dBA to 23 dBA compared to window-type aircons.

  • Cooling Capacity
  • 1.0 HP
  • 1.5 HP
  • 2.0 HP
  • 2.5 HP
  • 3.0 HP
  • Power Consumption
  • 845W
  • 1155W
  • 1670W
  • 2150W
  • 2300W
  • Energy Efficient Ratio
  • 11.26 kJ/Wh
  • 10.41 kJ/Wh
  • 11.09 kJ/Wh
  • 10.24 kJ/Wh
  • 11.956 kJ/Wh
  • Dimensions (HxWxD)
  • 288mm x 800mm x 206mm
  • 288mm x 800mm x 206mm
  • 310mm x 1065mm x 224mm
  • 310mm x 1065mm x 224mm
  • 310mm x 1289mm + 240mm
  • Refrigerant
  • R410A
  • R410A
  • R410A
  • R410A
  • R410A

Temperature Control by Inverter and Non-Inverter Compressors (Cooling)

Providing the latest in air comfort technology is Daikin’s mission. Consult your nearest Daikin representative to learn what special features are built into the models in your area.

When temperature is higher than set temperature, the motor rotates faster to lower room temperature.

Motor rotation speed is adjusted to maintain a constant temperature.

Motor rotates when temperature is higher than set temperature.

When temperature approaches set temperature, the motor rotation speed is reduced.

Motor stops when temperature is lower than set temperature.

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.

Lowering motor rotation speed according to load reduces both variation width for temperature and energy consumption


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