LG R410A Service Manual page 60

Specification
Type
Model
Cooling Capacity
Heating Capacity
Casing
Dimensions (W*D*H) Body
Rows x Columns x FPI
Coil
Face Area
Type
Motor Output x Number
Running Current
Fan Air Flow Rate(H/M/L)
External Static Pressure
Drive
Motor type
Temperature Control
Sound Absorbing Thermal Insulation Material
Air Filter
Safety Device
Liquid Side
Pipe Connections Gas Side
Drain Pipe(Outer Dia.)
Net Weight
Noise Level(Sound Press, 1m, H/M/L)
Power Supply
Refrigerant Control
Power cable
Transmission cable
Notes:-
1. Capacities are based on the following conditions:
Cooling • Indoor temp. 27°C[80.6°F]DB/ 19°C[66.2°F]WB
• Outdoor temp. 35°C[95°F]DB/ 24°C[75.2°F]WB
• Interconnecting Piping Length 7.5m
• Level Difference of Zero
Heating • Indoor temp. 20°C[68°F]DB/ 15°C[59°F]WB
• Outdoor temp. 7°C[44.6°F]DB/ 6°C[42.8°F]WB
• Interconnecting Piping Length 7.5m
• Level Difference of Zero
2. Capacities are net capacities
3. Due to our policy of innovation some specifications may be changed without notification
4. L.E.V.: Linear Expansion Valve
5. To be added for more available Models
60 Indoor Unit
Ceiling Concealed Duct (Low Static)(Preliminary)
ARNU18GB2G0
Unit
W
kcal/h
Btu/h 19,100
W
kcal/h
Btu/h 21,500
Galvanized Steel Plate
mm 1100 x 575 x 190
inch 43.3 x 21.7 x 7.5
2x12x19
m 2
Sirocco Fan
W
A
cmm 16 / 14 / 12
cfm 565 / 494.4 / 423.8
Pa
Microprocessor, Thermostat for cooling and heating Microprocessor, Thermostat for cooling and heating
Foamed polystrene
Fuse, Thermal Fuse for Fan Motor
Ø6.35(1/4)
mm(inch)
mm(inch) Ø12.7(1/2)
mm
kg(lbs) 21(46.3)
dBA±3 40/37/34
1, 220 ~ 240, 50
Ø / V / Hz
1, 220, 60
mm 2 CV2.0 X 3C
mm 2 CVV-SB 1.25 X 2C
5,600
4,800
6,300
5,400
0.23
80
0.24
19.6
Direct
BLDC
-
Fuse, Thermal Fuse for Fan Motor
25.4
LEV
ARNU24GB2G0
7,000
6,100
24,200
8,000
6,900
27,300
Galvanized Steel Plate
1100 x 575 x 190
43.3 x 21.7 x 7.5
2x12x19
0.23
Sirocco Fan
80
0.24
19 / 17 / 15
671 / 600.4 / 529.8
19.6
Direct
BLDC
Foamed polystrene
-
Ø9.52(3/8)
Ø15.88(5/8)
25.4
21(46.3)
43/40/37
1, 220 ~ 240, 50
1, 220, 60
LEV
CV2.0 X 3C
CVV-SB 1.25 X 2C
Conversion Formula
kcal/h= kW x 860
Btu/h = kW x 3412
cfm = m 3 /min x 35.3