Multi-split Systems R32 2-unit Multi-split Type AOYG14KBTA2

Outdoor Unit :: AOYG14KBTA2

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Features

Outstanding energy-saving performance
A variety of models to choose from
Equipped with the new R32 refrigerant

Capacity

4.0 kW

4.4 kW

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* For information about the features of connectable indoor units, click "Download" at the bottom of the page to obtain a catalogue.

Specifications
Dimensions
Optional Parts
Connectable

Specifications

Power Source	Phase	Single phase
Voltage	~ 230 V
Frequency	50 Hz
Capacity	Cooling	4.0 kW(1.4 - 4.6 kW)
Heating	4.4 kW(1.1 - 5.5 kW)
EER	Cooling	4.12 W
COP	Heating	4.63 W
Sound Pressure Level^*2 (High)	Cooling	47 dB(A)
Heating	49 dB(A)
Sound Power Level (High)	Cooling	60 dB(A)
Heating	62 dB(A)
Net Dimensions	Height	542 mm
Width	799 mm
Depth	290 mm
Net Weight	33 kg
73 lbs
Connection Pipe Diameter	Liquid	6.35×2 mm
Gas	9.53×2 mm
Max. Pipe Length	Total	30 m
Each	20 m
Max. Height Difference	Between Outdoor Unit and Each Indoor Unit	15 m
Between Indoor Units	10 m
Operation Range	Cooling	0 to 46 °C DB
Heating	-10 to 46 °C DB
Refrigerant	Type	R32
Global Warming Potential	675
Charge	0.9g (0.574 CO2eg-T) g

Power Source

Phase

Single phase

Voltage

~ 230 V

Frequency

50 Hz

Capacity

Cooling

4.0 kW(1.4 - 4.6 kW)

Heating

4.4 kW(1.1 - 5.5 kW)

EER

Cooling

4.12 W

COP

Heating

4.63 W

Sound Pressure Level^*2 (High)

Cooling

47 dB(A)

Heating

49 dB(A)

Sound Power Level (High)

Cooling

60 dB(A)

Heating

62 dB(A)

Net Dimensions

Height

542 mm

Width

799 mm

Depth

290 mm

Net Weight

33 kg

73 lbs

Connection Pipe Diameter

Liquid

6.35×2 mm

Gas

9.53×2 mm

Max. Pipe Length

Total

30 m

Each

20 m

Max. Height Difference

Between Outdoor Unit and Each Indoor Unit

15 m

Between Indoor Units

10 m

Operation Range

Cooling

0 to 46 °C DB

Heating

-10 to 46 °C DB

Refrigerant

Type

R32

Global Warming Potential

675

Charge

0.9g (0.574 CO2eg-T) g

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^*2:: The noise value is the value when measured in an anechoic room. When measured in the actual installed state,surrounding noise and reflections are received and the measured value is usually larger than the indicated value.