GE AIR 116 IN User manual

GE Consumer & Industrial Appliances
Service Manual & Installation Manual
Split System Air Conditioner
Model numbers:
GE AIR 116
GE AIR 121

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1
MODEL REMARK
GE AIR 116 IN / GE AIR 116 OUT
GE AIR 121 IN / GE AIR 121 OUT 1PH 220V-230V
50Hz R407C
1Summary and Features

22
22
2
2Technical and Specification
Cooling Heating Cooling Heating
(W) 4600 5300 5900 6600
(W) 1750 1750 2200 2500
(W) 2200 2300 2500 2800
(A) 9.8 10.2 11.1 12.4
(m
3
/h)
(L/h)
(W/W) 2.82 2.82 2.68 2.64
Sound Power Level dB (A)
NetWeight/Gross Weight (kg) 12
Dimension (W/D/H)(mm) 907X290 X195
Fuse(A)
PCB3.15A Transformer0.2A
Sound Pressure Level dB (A)
48
Swing Motor Model
MP28GD
OutputPower of Swing
2
Row-Fin Gap(mm)
3-1.6/2-1.5
Developeed Area ofHeat
Exchanger(I XH XL)(mm2)730X400X40
Evaporator
Aluminum Fin-Copper tube
Pipe Diameter
Φ
7
Diameter-Length(mm)
φ
90 X723
Fan Type-piece
Cross-flow Fan—1
Fan Motor Running Current
0.091/0.067A
Fan Capacitor
1
OutputPower of Fan(W)
20
Indoor
Unit
Dimension ofPackage 1058X366 X317
55
Fan Speed(r/min)(H/M/L)
1250/1150/1050
Assistant Electric Heater
Power /
DehumidityVolume 1.8
C.O.P/ EER
Model
GE AIR 116 IN
Rated Power
Rated Current
Air Volume 700/670/620
Rated Frequency 50Hz
Capacity
Nominal Power
Model GE AIR 116 IN / GE AIR 116 OUT
Function
Rated Voltage 230V～
GE AIR 121 IN /GE AIR 121 OUT
230V～
50Hz
720
2
GE AIR 121 IN
1400/1200/1100
20
/
1
0.091/0.087A
Cross-flow Fan—1
φ
90X723
Aluminum Fin-Copper tube
Φ
7
3-1.6/2-1.5
606X230X25.4
MP28GD
2
PCB3.15A Transformer 0.2A
12
48
58
907X290 X195
1058X366 X317

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3
GE AIR116 OUT GE AIR 121 OUT
CHZ33LC4-U CHW33TC4-U
Rotary Rotary
36 55
7.7A 9.8
1650W 2050W
Build in Build in
Capillary Capillary
Capacitor Capacitor
-7℃≤T≤43℃-7℃≤T≤43℃
Aluminum fin-copper tube Aluminum fin-copper tube
φ9.52 φ9.52
2-1.8 2-1.5
670mm X650X47mm 683mm X813X44mm
780 815
68 60
0.3A 0.31/0.30A
33.5
2400 2400
Axial fan –1 Axial fan –1
φ460 φ460
Auto defrost Auto defrost
T1 T1
II
IP24 IP24
2.7 2.5
0.4 0.6
60 60
68 69
950X700 X412 950X840 X412
1100X755 X450 1100X920 X450
59 72
R407C/1.8 R407C/2.4
55
Liquid (mm) φ9.52(3/8 ”) φ9.52(3/8”)
Gas (mm) φ16(5/8 ”) φ16(5/8”)
Height (m) 55
Length (m) 10 10
Overload Protector
Throttling Method
Outputof Fan Motor (W)
Fan Motor RLA
Developed Area of Heat
Exchanger(IXH XL)(mm2)
Fan Motor Speed (rpm)
Fan Motor Capacitor (uF)
Model of Outdoor Unit
Compressor Model
Compressor Type
L.R.A.(A)
Starting Method
Compressor RLA
Compressor Power Input
Pipe Diameter (mm)
Rows-Fin Gap(mm)
Air Flow Volume of Outdoor
Fan Type-Piece
Fan Diameter (mm)
Defrosting Method
Climate Type
Isolation
Moisture Protection
PermissibleExcessive
PermissibleExcessive
Sound Pressure Level dB (A)
Sound Power Level dB (A)
Dimension (W/D/H)( mm)
Dimension ofPackage
NetWeight /Gross Weight (kg)
RefrigerantCharge (kg)
Connect-
ion Pipe
Length (m)
Outer
Diamete
Max
Distance
Outdoor
unit
Working Temp Range (℃)
Condenser

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3
Indoor Unit Air Inlet
Air Outlet
Air Inlet
Air Outlet
Wraping Tape
Front Panel
Air Guide Louver
Water Drainage Pipe
Connecting Pipe
and Connecting
Wire
Air Outlet Grill
Remote Con-
troller
Power
Plug
Parts Name
Outdoor Unit

5
44
44
4..
..
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11
1
4
Left Outlet
Pipe Hole
Rear View
Ceiling
Right
Installation Dimension
Left
AirInlet
290
907
>20cm >20cm
>7cm
195
OutLine and Installation Dimension
Outline and Installation Dimension of Indoor Unit

6
Bolt
Nut
Spanner
Above600
Above 600
Less than600
Above 600
Unit: mm
572
378
412
700
950

7
5System Diagram
5.1
Gas-liquid Separator
Evapoarator
Cross-flow Fan
Main Capillary Strainer
Check Valve
Assistant Capillary
Condenser
Compressor
Refrigenrant Flow Direction when Heating
Refrigenrant Flow Direction when Cooling
Circuit Diagram of Cooling / Heating System
When the power is on, indoor and outdoor units will start to run. When the system operates in
cooling mode, the compressor sucks low-temperature, low-pressure refrigerant gas from indoor
evaporator, compresses and then discharges high-temperature, high-pressure refrigerant gas into
outdoor heat exchanger. With the help of axial-flow fan, the gas transfers heat with environment
and becomes high-pressure refrigerant liquid. The liquid is throttled by the capillary and changes
into low-temperature and low-pressure liquid and then flows into indoor heat exchanger. With the
help of centrifugal fan, the liquid evaporates into low-temperature refrigerant gas and indoor air is
cooled down. The refrigerant gas is sucked into the compressor and the cycle introduced above
goes on and on, and the demanded low temperature environment is maintained. When the system
operates in heating mode, 4-way valve changes its way and the refrigerant flows into the reversible
cycle as the cooling mode. The refrigerant transfers heat in the indoor heat exchanger, and sucks
heat from outdoor heat exchanger and forms the heat pump cycle. This cycle goes on and on, and
the demanded high temperature environment is maintained.