Sinclair STHERM GSH-60IRB User manual

SERVICE AND INSTALLATION
MANUAL
HEAT PUMPS
SPLIT INVERTER
AIR TO WATER HEAT PUMPS
GSH-80IRB + GSH-80ERB
GSH-100IRB + GSH-100ERB
GSH-60IRB + GSH-60ERB

I
Contents
ENGINEERING DATA............................................................................................................................... 1
1 Product Data............................................................................................................................................ 2
1.1 Lineup............................................................................................................................................ 2
1.2 Nomenclature................................................................................................................................ 3
1.3 Product Features........................................................................................................................... 4
1.4 Operating Principle ....................................................................................................................... 7
1.5 Technical Data.............................................................................................................................. 8
2 Outline Dimensions............................................................................................................................... 12
3 Explosive Views and Part Lists............................................................................................................. 14
4 Supply Scope........................................................................................................................................ 18
DESIGN & SELECTION .......................................................................................................................... 19
1 Installation Example.............................................................................................................................. 20
2 Model Selection..................................................................................................................................... 23
2.1 Speculations of Power Supply.................................................................................................... 23
2.2 Operation Conditions.................................................................................................................. 23
2.3 Flowchart of Model Selection...................................................................................................... 23
2.4 Design Principle.......................................................................................................................... 23
3 Selection of the Underfloor Coils........................................................................................................... 24
3.1 Calculation of Unit Load for Floor Heating.................................................................................. 24
3.2 Selection of Tube Spacing of the Underfloor Coils..................................................................... 24
3.3 Selection of Loop Quantity of Coils for Each Room................................................................... 25
4 Quantity and Location of the Water Traps and Collectors.................................................................... 25
4.1 Design Requirements on Loop Quantity for Circulation Water .................................................. 26
4.2 Requirements on Installation of the Water Trap (Collector)....................................................... 27
5 Section of FCU...................................................................................................................................... 27
5.1 FCU Type Selection.................................................................................................................... 27
5.2 Matching of Capacity .................................................................................................................. 27
6 Selection of the Water Tank.................................................................................................................. 29
6.1 Specifications of the Water Tank................................................................................................ 29
6.2 Volume Selection of the Water Tank.......................................................................................... 29
7 Examples for Model Selection............................................................................................................... 30
7.1 General Introduction to the Example Project.............................................................................. 30
7.2 Heat Load Calculation................................................................................................................. 30
7.3 Model Selection........................................................................................................................... 32
UNIT CONTROL ...................................................................................................................................... 33
1 Integral Control Concept....................................................................................................................... 34
1.1 Control Principle Diagram........................................................................................................... 34
1.2 Control Flowchart........................................................................................................................ 37
2 Main Control Logics............................................................................................................................... 37
2.1 Cooling........................................................................................................................................ 37
2.2 Heating........................................................................................................................................ 38
2.3 Water Heating............................................................................................................................. 38
2.4 Shutdown.................................................................................................................................... 39
2.5 Control to the Compressor.......................................................................................................... 39

II
2.6 Control to the Fan....................................................................................................................... 40
2.7 Control to the 4-way Valve.......................................................................................................... 40
2.8 Control to the Water Pump......................................................................................................... 40
2.9 Control the Electrostatic Expansion Valve.................................................................................. 40
2.10 Protection Control..................................................................................................................... 40
3 Controller............................................................................................................................................... 41
3.1 General........................................................................................................................................ 41
3.2 Operation Instructions................................................................................................................. 45
3.3 Intelligent Control........................................................................................................................ 75
UNIT INSTALLATION.............................................................................................................................. 87
1. Installation Guides................................................................................................................................ 88
1.1 Installation Position..................................................................................................................... 89
1.2 Matters Need Attention............................................................................................................... 89
2 Filed Supplied Pipes and Valves........................................................................................................... 90
3 Service Tools......................................................................................................................................... 91
4 Instalaltion Instructions.......................................................................................................................... 92
4.1 Installation Examples.................................................................................................................. 92
4.2 Pre-Installation............................................................................................................................ 94
4.3 Selection of Installation Location................................................................................................ 95
4.4 Outline Dimension of Outdoor Unit............................................................................................. 96
4.5 Installation of Outdoor Unit ......................................................................................................... 98
4.6 Installation of Indoor Unit.......................................................................................................... 102
4.7 Connection of Pipeline..............................................................................................................110
4.8 Installation of Water Tank......................................................................................................... 112
4.9 Requirements on water quality.................................................................................................116
4.10 Electric Wiring.........................................................................................................................117
4.11 Wiring of the Terminal Board.................................................................................................. 119
4.12 Wiring of the 2-Way Valve ...................................................................................................... 120
4.13 Wiring of Other Thermal..........................................................................................................120
4.14 Wiring of the Gate-Controller.................................................................................................. 122
4.15 Wiring of the Remote Air Temperature Sensor......................................................................122
4.16 Wiring of the Thermostat.........................................................................................................124
4.17 Wiring of the Control............................................................................................................... 124
5 Commissioning and Trial Run.............................................................................................................125
5.1 Check before startup................................................................................................................. 125
5.2 Test run..................................................................................................................................... 126
TEST OPERATION & TROUBLESHOOTING & MAINTENANCE.......................................................128
1 Trial Run..............................................................................................................................................129
1.1 Check for Wiring........................................................................................................................129
1.2 Check for the Water System.....................................................................................................129
1.3 Check for the Communication System .....................................................................................129
1.4 Trial Run....................................................................................................................................129
2 Error Code List....................................................................................................................................129
3 Flow Chart of Troubleshooting............................................................................................................132
3.1 Comp High-pressure Protection E1.......................................................................................... 132
3.2 Comp Low- pressure Protection E3.......................................................................................... 133

III
3.3 Comp Discharge Temp Protection E4......................................................................................133
3.4 Overload Protection of Compressor or Driver Error................................................................. 134
3.5 DC Fan Error EF.......................................................................................................................134
3.6 Temperature Sensor Error........................................................................................................ 135
3.7 Communication Malfunction E6................................................................................................135
3.8 Capacity Switch Error (Code:"C5")...........................................................................................136
4 Diagnosis of Driving ............................................................................................................................136
4.1 Diagnosis Flowchart of Driving of Single-phase Unit and Three-phase Unit........................... 136
5 Daily Maintenance and Repair............................................................................................................140
5.1 Daily Maintenance .................................................................................................................... 140
5.2 Troubleshooting........................................................................................................................ 140
5.3 Repair........................................................................................................................................ 142

Engineering Data
Page 1 Total 145
ENGINEERING DATA

Engineering Data
Page 2 Total 145
1 Product Data
1.1 Lineup
1.1.1 Main Unit
Model
Cooling
Capacit
y (kW)
Heating
Capacity
(kW)
Power
Supply
Refrigerant
Appearance
23
0V
~
,50
Hz
R
32
GSH-60IRB
+ GSH-60ERB
5.8
6
7
8
8.5
9.5
GSH-80IRB
+ GSH-80ERB
GSH-100IRB
+ GSH-100ERB

Engineering Data
Page 4 Total 145
1.3 Product Features
1.3.1 General
It’s a kind of integrated DC inverter unit that comprises cooling, heating and water heating functions,
and up to 5.0 energy efficiency. It adopts R32 refrigerant and two-stage compressor. For heating,
ambient temperature range is -25~35℃while the leaving water temperature range is 20~60℃.
The S-Therm unit is designed specially for the European market where there is a demand for
high-temperature water. Thanks to the dual-stage compression and enthalpy gain through gas injection,
the heating energy efficiency at low temperature will rise up greatly with the leaving water temperature
up to 60°C. The whole series of products strictly comply with EN14511,EUROVENT energy efficiency
Class A and SCOP class A+++(35℃), SCOP class A++(55℃) with EN14825. Their COP can reach up to
5.0. This unit can realize space heating and sanitary hot water supply through terminal units, like the fan
coil unit, floor coil and radiator. Environment-friendly refrigerant R32 is adopted for the unit, with ODP of
0 and quite low GWP (=675). Besides, the adopted heat pump technologies will reduce consumption of
coal and other energy source and lower greatly CO2 emission. Ranged from 4.0kW~9.5kW, it is widely
applicable to small and medium-sized apartment, large-sized villa etc.

Engineering Data
Page 5 Total 145
1.3.2 Features
Wide Operation Range
Heating: -25~35°C; Cooling: 10~48°C; Water Heating: -25~45°C
Unique Low-Temp Hi-heat Dual-stage Compressor
1. Under low-temperature conditions, compared with the conventional compressor, the dual-stage
low-temp hi-heat compressor will generate less loss of heat capacity and get higher energy efficiency.
2. Floodback, high discharge temperature and other problems can be completely avoided under
low-temp conditions and the compressor’s reliability will be enhanced greatly.
3. Dual-stage compression, dual-stage throttling and intermediate enthalpy adding through gas
injection will raise the leaving water temperature and improve the control accuracy.
4、Values of resistance to compressor status：
4/6kW——UV/VW/UW:1.67±7%Ω；
8/10kW——UV/VW/UW:0.99±7%Ω
High-efficiency Component(Inverter pump, Inverter fan, Plate heat exchanger)
1. The A-class high-efficiency inverter water pump which complies with the European ErP directive,
can control the running frequency based on the actual load. Therefore, it can enhance the operation
efficiency and control the water temperature more accurately.
2. The DC inverter fan can control the air volume accurately and make the system run more stably
and save more energy.
3. The high-efficiency plate heat exchaner will improve the unit’s performance largely.

Engineering Data
Page 6 Total 145
4. The high-efficiency water pump will also improve the unit’s performance largely.
All-in-one Design
1. The unit can integrate with terminal units, like the radiator, floor heating device, FCU, water heating
device, solar kit, gas furnace etc. Versatile functions can meet various kinds of demands from different users
and enhance applicability of this product.
2. The all-in-one structure design can save more installation cost, reduce risks of refrigerant leak, and
improve safety and reliability of the system.
Brand-new Controller
1. White appearance, exquisite design, and the wall-mounted design will facilitate installation.
2. Liquid crystal display and touch-screen operation
3. The 12V JACK interface can supply power to the control separately and lengthen the communication
distance.
4. The remote monitoring interface can monitor the unit through the Modbus interface and be integrated
into the BMS system.
(Home page)
(Menu page)
Smart Control, Powerful Function
1. The running mode can be switched freely. Furthermore, based on different demands, the holiday
mode, weather-dependent mode, quite timer, temperature timer and floor commissioning can activated.
2. Multiple protections can make this product much safer. The added electric heater will prevent the
plate heat exchanger from being frostbitten owing to too low water temperature and resultantly extend
the service life of the product and enhance its safety and reliability.

Engineering Data
Page 7 Total 145
3. The newly developed smart defrosting control program, “do defrost when necessary; do not
defrost when unnecessary; defrost more when it frosts heavily; defrost less when it frosts lightly”, can
bring more comfortability, avoid inadequacy of heat supply and ensure sustainable heat supply for the
users.
The flowchart with parameters to be set
1.4 Operating Principle
1.4.1 Schematic Diagram
Compressor
4-way valve
Gas-liquid
separator
EXV 1
Fin-tube
heat exchanger
Fan
High pressure
switch
Discharge
temp. sensor
Suction temp.
sensor
Ambient Temp. Sensor
T-water in
PE
Safety
vavle
Expansion
vessel
T-liquid pipe
T-gas pipe
High pressure
sensor
High pressure
switch(cooling)
D
E
C
S
Outdoor Unit Indoor Unit
B
A
Economizer
EXV 2
Defrost temp.
sensor
T-economizer out
T-economizer in
Optional
E-heater 3-way
valve
Flow
switch
Water
pump
T-water out
PE T-optional water sensor
High pressure
switch(cooling)
Heating
DHW
Note: the swimming pool, solar kit and water mixing accessory are optional parts. When they are
required, please contact the manufacturer.

Engineering Data
Page 8 Total 145
1.5 Technical Data
1.5.1 Parameter List
Model
GSH-60 IRB
Capacity*1
Cooling(floor cooling)
kW
5.8
7.0
8.5
Heating(floor heating)
kW
6
.0
8
.0
9.5
Power
Input*1
Cooling(floor cooling)
kW
1.32
1.75
2.24
Heating(floor heating)
kW
1.
20
1.
70
2.07
EER*1(floor cooling)
W/W
4.
4
4.0
3.8
COP*1(floor heating)
W/W
5.0
4.7
4.6
Capacity*2
Cooling(for Fan coil)
kW
4
.09
5.3
6.5
Heating(Fan coil or
Radiator)
kW
5.9
8
9.5
Power
Input*2
Cooling(for Fan coil)
kW
1.28
1.7
3
2.27
Heating(Fan coil or
Radiator)
kW
1.51
2.1
4
2.64
EER*2(for Fan coil)
W/W
3.2
3.0
2.9
COP*2(Fan coil or Radiator)
W/W
3.9
3.7
3.6
Refrigerant charge volume
kg
1.0
1.6
1.6
Sanitary water Temperature
℃
40~80
℃
Model
Sound
Pressure
Level
cooling
dB(A)
52
55
55
heating
dB(A)
52
55
55
Dimensions
(W×D×H)
Outline
mm
9
7
5×396×7
02
9
8
2
×
427
×7
8
7
9
8
2
×
427
×7
8
7
Packaged
mm
102
8
×45
8
×
830
10
9
7
×4
7
8
×
9
37
10
94
×4
7
8
×
9
37
Net weight/Gross weight
kg
5
5
/
65
82/9
2
82/9
2
Model
Sound
Pressure
Level
cooling
dB(A)
29
29
29
heating
dB(A)
29
29
29
GSH-60 ERB GSH-80 IRB
GSH-80 ERB GSH-100 IRB GSH-100 ERB
GSH-60 ERB GSH-80 ERB GSH-100 ERB
GSH-60 IRB GSH-80 IRB GSH-100 IRB

Engineering Data
Page 9 Total 145
Notes
“*1” indicates the capacity and power input are tested based on the conditions below:
(1) Cooling
Indoor Water Temperature: 23°C/18°C; Outdoor Temperature: 35°CDB/24°CWB
(2) Heating
Indoor Water Temperature: 30°C/35°C; Outdoor Temperature: 7°CDB/6°CWB
“*2” indicates the capacity and power input are tested based on the conditions below:
(1) Cooling
Indoor Water Temperature: 12°C/7°C; Outdoor Temperature: 35°CDB/24°CWB
(2) Heating
Indoor Water Temperature: 40°C/45°C; Outdoor Temperature: 7°CDB/6°CWB
1.5.2 Nominal Working Conditions
Item
Water Side
Heat Source/User Side
Entering Water Temp
(°C)
Leaving Water
Temperature (°C)
Dry Bulb
Temperature (°C)
Wet Bulb
Temperature (°C)
FCU Cooling
12
7
35
—
FCU Heating
40
45
7
6
Floor Cooling
23
18
35
—
Floor Heating
30
35
7
6
Water Heating
53
-
7
6
1.5.3 Operation Range
Item
Water Side
Heat Source/User Side
Leaving Water Temperature (°C)
Environment Dry Bulb Temperature (°C)
Cooling
7～25
10~48
Heating
20～60
-25~35
Water Heating
40~80 (Water Tank Temperature)
-25~45
Note: when operating conditions are out of the range listed above, please contact Sinclair.
1.5.4 Temperature sensor parameter
Displayed Name
inspection
range(℃）
Nominal working datas
Remark
Cooling
Heating
Hot water
T-outdoor
-30~150
8~50
-27~37
-27~45
temperature sensor resistance 15K
T-suction
-30~150
5~30
-25~20
-25~30
temperature sensor resistance 20K
T-discharge
-30~150
30~102
35~102
35~102
temperature sensor resistance 50K
T-defrost
-30~150
20~57
-25~30
-25~40
temperature sensor resistance 20K
T-water in PE
-30~150
10~30
20~55
20~55
temperature sensor resistance 20K
T-water out PE
-30~150
5~25
25~60
25~60
temperature sensor resistance 20K
T-optional water
Sen.
-30~150
5~25
25~60
25~60
temperature sensor resistance 50K
Dimensions
(W×D×H)
Outline
mm
460×318×860
460×318×860
460×318×860
Packaged
mm
565×375×1130
565×375×1130
565×375×1130
Net weight/Gross weight
kg
62/71
62/71
62/71

Engineering Data
Page 10 Total 145
T-tank ctrl.
-30~150
/
/
10~80
temperature sensor resistance 50K
T-floor debug
-30~150
/
25~45
/
/
Debug time
-30~150
/
12~72
/
/
T-liquid pipe
-30~150
5~25
20~57
20~57
temperature sensor resistance 20K
T-gas pipe
-30~150
30~102
35~102
35~102
temperature sensor resistance 20K
T-economizer in
-30~150
no EVI under
cooling
-20~55
-20~55
temperature sensor resistance 20K
T-economizer out
-30~150
no EVI under
cooling
-20~55
-20~55
temperature sensor resistance 20K
T-remote room
-30~150
18~30
18~30
18~30
/
Dis. Pressure
-40~70
25~60
25~62
25~62
/
T-weather depend
-30~150
7~25
25~60
/
based on calculation
1.5.5 Electric Data
Notes
①Leakage Switch is necessary for additional installation. If circuit breakers with leakage
protection are in use, action response time must be less than 0.1 second, leakage circuit must
be 30mA.
②The above selected power cable diameters are determined based on assumption of distance
from the distribution cabinet to the unit less than 75m. If cables are laid out in a distance of 75m
to 150m, diameter of power cable must be increased to a further grade.
③The power supply must be of rated voltage of the unit and special electrical line for
air-conditioning.
④All electrical installation shall be carried out by professional technicians in accordance with the
local laws and regulations.
⑤Ensure safe grounding and the grounding wire shall be connected with the special grounding
equipment of the building and must be installed by professional technicians.
⑥The specifications of the breaker and power cable listed in the table above are determined
based on the maximum power (maximum amps) of the unit.
⑦The specifications of the power cable listed in the table above are applied to the
conduit-guarded multi-wire copper cable (like, YJV XLPE insulated power cable) used at 40°C
Model
Power Supply
Air Break Switch
Minimum Section Area of
Earth Wire
Minimum Section Area of
Power Wire
V, Ph, Hz
A
mm2
mm2
230VAC, 1Ph,
50Hz
20
4.0
2*4.0
20
4.0
2*4.0
40
6.0
2*6.0
40
6.0
2*6.0
230VAC, 1Ph,
50Hz
16
1.5
2*1.5
16
1.5
2*1.5
25
4.0
2*4.0
25
4.0
2*4.0
GSH-60 IRB
GSH-80 IRB
GSH-100 IRB
GSH-60 ERB
GSH-80 ERB
GSH-100 ERB

Engineering Data
Page 11 Total 145
and resistible to 90°C (see IEC 60364-5-52). If the working condition changes, they should be
modified according to the related national standard.
⑧The specifications of the breaker listed in the table above are applied to the breaker with the
working temperature at 40°C. If the working condition changes, they should be modified
according to the related national standard.
1.5.5 Capacity Correction
Cooling Capacity Correction
GSH-60ERB, GSH-80ERB, GSH-100ERB
Performance correction
Leaving Chilled Water ℃(℉)
Ambient Temperature ℃(℉)
25(77)
30(86)
35(95)
40(104)
45(113)
5(41.0)
0.995
0.955
0.905
0.855
0.805
6(42.8)
1.045
1.005
0.955
0.905
0.855
7(44.6)
1.090
1.050
1.000
0.950
0.900
8(46.4)
1.145
1.102
1.052
1.000
0.950
9(48.2)
1.190
1.150
1.100
1.050
1.002
10(50.0)
1.245
1.200
1.150
1.100
1.050
11(51.8)
1.290
1.250
1.202
1.152
1.102
12(53.6)
1.340
1.300
1.252
1.200
1.152
13(55.4)
1.390
1.350
1.302
1.252
1.202
14(57.2)
1.442
1.402
1.350
1.302
1.252
15(59.0)
1.490
1.450
1.400
1.350
1.302
18(64.4)
1.539
1.502
1.451
1.402
1.350
Computer of actual cooling capacity: actual cooling capacity = nominal cooling capacity x cooling
capacity correction coefficient.
Heating Capacity Correction
Performance Correction
Outflow
Heated
Water ℃(℉)
Ambient Temperature ℃(℉)
-15(5)
-10(14)
-5(23)
0(32)
5(41.0)
10(50)
15(59.0)
20(68.0)
25(77.4)
30(86)
0.81
0.91
1.00
1.10
1.18
1.26
1.35
1.41
1.45
35(95)
0.74
0.84
0.93
1.03
1.11
1.19
1.28
1.36
1.41
40(104)
0.67
0.77
0.87
0.96
1.04
1.12
1.20
1.25
1.31
45(113)
0.60
0.70
0.80
0.89
0.97
1.05
1.13
1.19
1.25
50(122)
0.53
0.63
0.73
0.82
0.90
0.98
1.06
1.11
1.18
55(131)
0.46
0.56
0.66
0.74
0.83
0.90
0.98
1.05
1.10
Computer of actual heating capacity: actual heating capacity = nominal heating capacity x heating
capacity correction coefficient.
GSH-60IRB, GSH-80ERB, GSH-100ERB

Engineering Data
Page 12 Total 145
2 Outline Dimensions

GSH-60IRB, GSH-80IRB, GSH-100IRB

Engineering Data
Page 13 Total 145

GSH-80ERB, GSH-100ERB
GSH-60ERB

Engineering Data
Page 14 Total 145
3 Explosive Views and Part Lists
NO. Part Description qty Part Code
1Expansion Drum 107422800004
2Handle 226904100016
3Plate-type Heat Exchanger Sub-Assy 1030166060111
4Auto Air Outlet Valve 107108208
5 Electric Heater 1320004060063
6 Relief Valve 107382814
7Electric starter of water valve 14504800101
8Water Pressure Gauge 149028009
9Water Pump 1812007060062
10 Steam current Switch 143001900000602
11 Strainer 1035021000010
12 Bipolar AC Contactor 344010221
13 Terminal Board 1422000000010
14 Terminal Board 1422000000021
15 Terminal Board 14201005202
16 Main Board 1300002060375
17 Display Board 1300001060562
18 Electric Box Assy 1100002066572
19 Jumper 14202021907
20 Sensor Sub-assy 1390002060102
SMH-80IRB

Engineering Data
Page 15 Total 145
SMH-80ERB

Engineering Data
Page 16 Total 145
NO. Part Description qty Part Code
1Rear Side Plate 101314100045P
2Rear Grill 101600100004101
3Condenser Assy 101122800090
4Silencer 107245012
5 Strainer 10721212101
64-Way Valve Assy 1030152060359
7Magnet Coil 14300040029
84-way Valve 14300008201
9Sensor (High Pressure) 1322101032
10 Pressure Protect Switch 1460200062
11 Electric Expand Valve Fitting 14304413208
12 Electric Expand Valve Fitting 14304413236
13 Electronic Expansion Valve 1072009000001
14 Strainer 10721200102
15 Electronic Expansion Valve 143042800008
16 Plate-type Heat Exchanger 1010007060013
17 Right Side Plate Sub-Assy 101314100109
18 Cut off Valve 107304100015
19 Filter 107224803
20 Cut off Valve 107130239
21 Electric Heater(Compressor) 17651873215
22 Compressor and Fittings 1009001000265
23 Drainage hole Cap 3 06813401
24 Drainage Connecter 106123401
25 Electrical Heater 1765100049
26 Chassis 101284100101
27 Pressure Protect Switch 1460200048
28 Pressure Protect Switch 1460200046
29 Gas-liquid Separator 1035027000024
30 Motor Support Sub-Assy 101804100309
31 Front Side Plate 101314100044P
32 Handle 226235253
33 Diversion Circle 110474100003
34 Cabinet Assy 101512800062
35 Brushless DC Motor 1150104060013
36 Axial Flow Fan 11043410000801
37 Front Grill 101572800003
38 Left Side Plate 101314100043P
39 Communication Interface Board 1300014060017
40 Terminal Board 142200000001501
41 Filter Board 1300020000017
42 Electric Box Assy 1100002066654
43 Radiator 1430034000014
44 Main Board 1300027060442
45 Main Board 1300027060253
46 Supporting Strip(Condenser) 101894100053
SMH-80ERB

Engineering Data
Page 17 Total 145
SMH-100IRB
NO. Part Description qty Part Code
1Expansion Drum 107422800004
2Handle 226904100016
3Plate-type Heat Exchanger Sub-Assy 1030166060111
4Auto Air Outlet Valve 107108208
5 Electric Heater 1320004060063
6 Relief Valve 107382814
7Electric starter of water valve 14504800101
8Water Pressure Gauge 149028009
9Water Pump 1812007060062
10 Steam current Switch 143001900000602
11 Strainer 1035021000010
12 Bipolar AC Contactor 344010221
13 Terminal Board 1422000000010
14 Terminal Board 1422000000021
15 Terminal Board 14201005202
16 Main Board 1300002060375
17 Display Board 1300001060562
18 Electric Box Assy 1100002066572
19 Jumper 14202021907
20 Sensor Sub-assy 1390002060102