Outdoor Unit - Daikin CTXG09QVJUW Service Manual

SiUS121630EA

2. Outdoor Unit

Model
COP
EER
SEER / HSPF
Casing Color
Type
Compressor Model
Motor Output
Model
Refrigerant Oil
Charge
Type
Refrigerant
Charge
H
M
L
Airflow Rate
H
M
L
Type
Motor Output
Fan
Running Current
Power Consumption
Starting Current
Dimension (H × W × D)
Packaged Dimension (H × W × D)
Weight (Mass)
Gross Weight (Gross Mass)
Sound Pressure Level
Liquid
Piping
Gas
Connections
Drain
Heat Insulation
No. of Wiring Connections
Max. Interunit Piping Length
Amount of Additional Charge of
Refrigerant
Max. Installation Height Difference
Drawing No.
Notes:
1.
2. The data are based on the conditions shown in the table below.
Piping Length
Specifications
W/W
Btu/W·h
W
oz (L)
Lbs (kg)
cfm
m³/min
W
A H: 0.29 / M: 0.29 / L: 0.25
W H: 65 / M: 65 / L: 58
A
in. (mm)
in. (mm)
Lbs (kg)
Lbs (kg)
dB(A)
in. (mm)
in. (mm)
in. (mm)
ft (m)
oz/ft
(g/m)
ft (m)
Max.: for the combination of CTXS, FTXS series indoor units
Min.: for the combination of CDXS, FDXS series indoor units
Indoor ; 80°FDB (26.7°CDB) / 67°FWB (19.4°CWB)
Cooling
Outdoor ; 95°FDB (35°CDB) / 75°FWB (24°CWB)
Indoor ; 70°FDB (21°CDB) / 60°FWB (15.6°CWB)
Heating
Outdoor ; 47°FDB (8.3°CDB) / 43°FWB (6°CWB)
25 ft (7.5 m)
2MXS18NMVJU
Cooling
—
9.5 ~ 12.5
14.0 ~ 18.9
Ivory White
Hermetically Sealed Swing Type
2YC36PXD
1,100
FVC50K
21.5 (0.61)
R-410A
3.86 (1.75)
2,150
2,150
1,953
60.9
60.9
55.3
Propeller
56
14.0
28-15/16 × 34-1/4 × 12-5/8 (735 × 870 × 320)
31-7/8 × 41-9/16 × 17-1/2 (810 × 1,056 × 444)
123 (56)
141 (64)
50
φ 1/4 × 2 (φ 6.4 × 2)
φ 3/8 × 1, φ 1/2 × 1 (φ 9.5 × 2, φ 12.7 × 1)
φ 11/16 (φ 18.0)
Both Liquid and Gas Pipes
3 for Power Supply, 4 for Interunit Wiring
164 (50) (for Total of Each Room)
82 (25) (for One Room)
0.21 (20) (98-3/8 ft (30 m) or more)
49-1/4 (15) (between Indoor Unit and Outdoor Unit)
24-5/8 (7.5) (between Indoor Units)
3D093257
Outdoor Unit
60 Hz, 208 - 230 V
Heating
4.1
—
8.2 ~ 10.7
2,179
2,179
1,119
61.7
61.7
31.7
H: 0.29 / M: 0.29 / L: 0.05
H: 66 / M: 66 / L: 12
51
Conversion Formulae
kcal/h = kW × 860
Btu/h = kW × 3412
cfm = m³/min × 35.3
17