- 2 -
Copyright ©2007 LG Electronics. Inc. All right reserved.
Only for training and service purposes
LGE Internal Use Only
1. Specification
Outdoor Unit
Nominal Capacity
Cooling
kW
(Min~Rated~Max)
Btu/h
Heating kW
Btu/h
Nominal Input
Cooling
kW
(Min~Rated~Max)
Heating kW
Energy label
Testing Combination
Running Current
Cooling
A
Heating A
Starting Current
(Cooling/Heating)
A
Power Supply
Ø / V / Hz
Power Supply Cable (outdoor)
No.x mm
2
Power and transmission cable (outdoor to indoor)
No.x mm
2
Dimensions W*H*D
mm(inch)
Net Weight
kg(lbs)
Max. Number of Connectable Indoor Units
Compressor (Inverter)
Type
Qty x Model
Motor Type
Oil Charge volume
cc
Oil Type
Refrigerant
Charge (at 7.5m)
g(oz)
Type
Control
Heat Exchanger
Rows x Column x FPI
Defrosting Method
Fan Capacitor
µ
F/Vac
Drive
Discharge direction
Side / Top
Air Flow Rate
CMM(CFM)
Noise Level(H)
Sound Pressure at 1m
dB(A) 3
Piping connections
Liquid(Ø)
mm(inch)
Gas(Ø) mm(inch)
Max. Interunit
Total of Each Room
m
Piping Length
For One Room
m
Max. Elevation
Indoor Unit~Outdoor Unit
m
Indoor Unit~Indoor Unit
m
Outdoor Unit
A5UW406FA3[FM38AH UH3]
2.8~11.7~13.5
9,600~40,000~46,000
3.2~13.5~15.0
11,040~46,000~51,000
1.1~3.63~4.65
1.4~3.65~4.84
A / A
MS09AH N40 * 3EA + MS12AH N40 * 2EA
6.2~16.0~20.0
6.9~16.4~20.5
-
1/220~240/50
3x3.5
4 x 0.75(Including Earth)
900*1165*370(35.4*45.8*14.5)
95(209)
5
Twin-Rotary
5JD420Z
BLDC
1300
FV50S
4,400(155.2)
R410A
EEV
2R x 50C x 18
Reversing cycle
6 / 370
Direct
Side
53(1872)*2
58
6.35(1/4)*5EA
9.52(3/8)*5EA
85
25
15
7.5
Note:
1. Capacities are based on the following conditions:
Cooling: - Indoor Temperature 27
°
C(80.6
°
F) DB/19
°
C(66.2
°
F) WB
- Outdoor Temperature 35
°
C(95
°
F) DB/24
°
C(75.2
°
F) WB
Heating: - Indoor Temperature 20
°
C(68
°
F) DB/15
°
C(59
°
F) WB
- Outdoor Temperature 7
°
C(44.6
°
F) DB/6
°
C(42.8
°
F) WB
Piping Length - Interconnecting Piping Length 7.5m
- Level Difference of Zero
2. Wiring cable size must comply with the applicable local and national code.
3. The specification may be subject to change without prior notice for purpose of improvement.
Conversion Formula
kW = Btu/h x 0.0002931
cfm = CMM x 35.3
