Samsung AEN080YDEHA Product specifications

ECO HEATING SYSTEM
OUTDOOR UNIT
Model : AEX160EDEHA
AEX140EDEHA
AEX125EDEHA
AEX160EDGHA
AEX140EDGHA
AEX125EDGHA
AEX100EDEHA
AEX060EDEHA
ECO HEATING SYSTEM
HYDRO UNIT
AEN160YDEHA
AEN160YDGHA
AEN080YDEHA
CONTENTS
1. Precautions
2. Product Specifications
3. Disassembly and Reassembly
4. Troubleshooting
5. PCB Diagram
6. Wiring Diagram
7. Schematic Diagram
8. Reference Sheet
Refer to the service manual in the GSPN(see the rear cover) for the more information.
RC160MHXGA_SM_E_34513A(1)_co.indd 1
Contents
1. Precautions ..............................................................................................................................................3
1-1 Precautions for the Service ..........................................................................................................................................3
1-2 Precautions related to static electricity and PL...................................................................................................3
1-3 Precautions for the Safety ............................................................................................................................................4
1-4 Precautions for handling a system containing refrigerants .........................................................................5
1-5 Precautions for the brazing .........................................................................................................................................5
1-6 Precautions for charging refrigerants .....................................................................................................................5
2. General Overview ................................................................................................................................6
2-1 Features of the System ..................................................................................................................................................6
2-1-1 Key features of the EHS(SPLIT) .........................................................................................................................7
2-2 Product Specifications ...................................................................................................................................................8
2-2-1 Outdoor Unit ............................................................................................................................................................8
2-3 Specifications of optional items .............................................................................................................................11
2-3-1 Accessories.............................................................................................................................................................11
3. Disassembly and Reassembly ......................................................................................................................... 12
3-1 Hydro unit.........................................................................................................................................................................13
3-2 Outdoor Unit ...................................................................................................................................................................21
4. Troubleshooting............................................................................................................................................................. 37
4-1 Wired remote controller.............................................................................................................................................37
4-2 Troubleshooting by symptoms ..............................................................................................................................40
4-2-1 Communication error after finishing Tracking ......................................................................................40
4-2-2 EEPROM circuit failure.......................................................................................................................................41
4-3 Hydro unit(Mono) ........................................................................................................................................................42
4-3-1 EEPROM error .....................................................................................................................................................42
4-3-2
: Error due to abnormal data of Wired remote controller thermistor value ............................43
4-3-3
: Error due to abnormal data of Water outlet thermistor value ...............................44
4-3-4
: Error due to abnormal data of DHW tank thermistor value ...................................45
4-3-5 Water pump & flow switch OFF...................................................................................................................46
4-3-6 Water pump & flow switch ON ....................................................................................................................47
4-3-7 Hydro unit temperature sensor(open/short) ........................................................................................48
4-3-8 Communication error after finishing Tracking(Hydro unit)............................................................49
4-4 Items to check before diagnostics .......................................................................................................................50
4-4-1 Test run mode and view mode ....................................................................................................................50
4-4-2 Troubleshooting for outdoor unit ..............................................................................................................51
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Contents
4-5 Troubleshooting by symptoms .............................................................................................................................53
4-5-1 Communication error after finishing tracking (E202) ........................................................... 53
4-5-2 Time out (1min.) of communication error between MAIN PBA and INV. PBA (E203) ............ 54
4-5-3 Temperature sensor error (E221, E231, E251, E320 ) ...................................................................... 55
4-5-4 Fan error (E458, E475)............................................................................................................................. 56
4-5-5 Compressor error (E461, E467) ............................................................................................................ 58
4-5-6 Current trip error (E462, E463) ............................................................................................................. 59
4-5-7 IPM(IGBT module) over current error (E464) ................................................................................. 60
4-5-8 DC-link voltage under/over error (E466) ......................................................................................... 62
4-5-9 GAS leak error(E554) ................................................................................................................................ 63
4-5-10 The other errors ....................................................................................................................................... 64
4-5-11 In case of heating at the cooling mode or coolin g at the heating mode ....................... 65
4-5-12 Outdoor unit is not powered on – Initial diagnosis .................................................................. 67
4-5-13 Outdoor unit power supply error..................................................................................................... 68
5. PCB Diagram....................................................................................................................................................................69
5-1 Hydro unit ........................................................................................................................................................ 69
5-2 Outdoor Unit ................................................................................................................................................... 70
5-3 Parts List ........................................................................................................................................................... 75
6. Wiring Diagram ................................................................................................................ 89
6-1 Hydro unit ........................................................................................................................................................ 89
6-2 Outdoor Unit ................................................................................................................................................... 90
7. Schematic Diagram ........................................................................................................ 92
7-1 Hydro unit ........................................................................................................................................................ 92
7-2 Outdoor Unit ................................................................................................................................................... 94
8. Reference Sheet ............................................................................................................... 95
8-1 Index for Model Name ................................................................................................................................ 95
8-1-1 Outdoor Unit ......................................................................................................................................... 95
8-2 Refrigerant Circuit Diagram .......................................................................................................................96
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1. Precautions
1-1 Precautions for the Service
O Use the standard parts when replacing the electric parts.
– Confirm the model name, rated voltage, rated current of the electric parts.
O When repairing the equipment, connection of the harness parts must be firm and solid.
– A loose connection may cause noise or other malfunction.
O When assembling and disassembling the equipment while it is laid down, lay it on soft cloth.
– Otherwise it may scratch the back of the exterior of the product.
O Remove dust or dirt completely from the housing block, wiring block and service parts during repair.
– This helps prevent the danger of fire caused by tracking or short circuit.
O Fasten the valve caps of service valves and charging valves of outdoor unit as much as possible using adjustable wrenches.
O Check the status of the components’ assembly after repair service.
– The status must be the same as before the repair service.
1-2 Precautions related to static electricity and PL
O The PCB power supply block is susceptible to static electricity. Therefore, care must be taken during repair or measuring
while the power is on.
– Wear insulation gloves for PCB repair or measuring.
O Check whether the installation location is at least two meters away from other electronic products such as TV, video, or
audio.
– Otherwise, the video quality might be degraded or noise might be generated.
O Do not let end users repair the products themselves.
– Unauthorized disassembly might cause electric shock or fire.
Samsung Electronics
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Precautions
1-3 Precautions for the Safety
ODo not pull any electric wires and do not touch an auxiliary power switch with a wet hand.
– There is a danger of electric shock or fire.
OIn case any wire or power plug has been damaged, replace it to eliminate any possible danger.
ODo not bend the power cord by force and do not put any heavy object on the power cord.
– There is a danger of electric shock or fire.
ODo not use multi socket.
– There is a danger of electric shock or fire.
OGround the product if necessary.
– Be sure to ground the product if there is any danger of electric leakage due to water or moisture.
OBe sure to turn off the auxiliary power switch or pull out the power plug during replacement or repair of electric parts.
– There is a danger of electric shock.
OIn case the product will not be in use for a long time, the battery of remote control should be kept separately.
– Leakage of inside fluid can cause break down of remote control.
OThe installation must be done by the manufacturer or its service agent or a similar qualified person in order to avoid a hazard.
– Installation by an unqualified person may cause a water leakage, electric shock or fire and so on.
OThe electric work must be done by service agent or similarly qualified persons according to national wiring regulations and use
only rated cable.
– If the capacity of the power cable is insufficient or electric work is not properly completed, electric shock or fire may occur.
OUse only rated parts and tools.
– If you don't use the rated parts and tools, it can cause trouble with the air conditioner and bring about injury.
OIf any gas or impurities except R410A refrigerant come into the refrigerant pipe, serious problem may occur and it may cause
injury.
OLeak test must be done using only Nitrogen(NO2)gas.
OR410A refrigerant is used for EHS.
– When using R410A, moisture or foreign substances may affect to the capacity and reliability of the product.Safety precautions
must be taken when installing the refrigerant pipe.
– The design pressure of the unit is 4.1MPa. Select appropriate material and thickness according to the regulations.
– R410A is a quasi-azeotrope of two refrigerants.
Make sure to charge liquid one when adding refrigerant.
If you charge gaseous refrigerant, it may affect the capacity and reliability of the product as a result of change formation of the
refrigerant.
4
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Samsung Electronics
Precautions
1-4 Precautions for handling a system containing refrigerants
All system containing refrigerants shall be removed under regional regulations prior to the disposal to
prevent the potential health and environmental consequences.
OHarmful for human body
– When emitted liquid refrigerant contacts human body, contacted area may get frostbite, blister or become numb.
If refrigerant leaks in airtight area, lack of oxygen may cause suffocation. When refrigerant is heated, it may generate harmful gas.
OPrecautions for handling container
– Do not apply shock or heat to the refrigerant container.
1-5 Precautions for the brazing
OClear any dangerous or inflammable materials in surrounding environment.
OMake sure to empty the remaining refrigerant in the product or pipe before brazing.
– Brazing with the refrigerant still remaining in the product or pipe may cause poor result and generate harmful gas. Furthermore,
pressure of the refrigerant may increase and cause damage to the leaking part. This may lead harmful refrigerant and oil to spurt
out which can be dangerous for service personnel.
OUse nitrogen gas to get rid of the oxide forming during brazing.
– Using other type of gas may cause damage to the product or the exterior.
1-6 Precautions for charging refrigerants
OAdd quantity of the refrigerant using a scale and perform a test operation with S-net.
– Product performance may decrease if you add excessive amount of refrigerant.
ODo not charge refrigerants while heating the container up.
– The container may get damaged by the heat and result in explosions.
ODo not operate the product without pressure switch(for product protection) and sensor.
– If there are any internal blockage, high refrigerant pressure increase may damage the product or exterior.
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2. General Overview
2-1 Features of the System
POWER SAVING
EHS(Eco Heating System) considers the trend in air conditioner use. It optimizes the
energy efficiency of loads ranging from partial to full. It achieves an excellent energy
effect for the users of the air conditioner.
Samsung patented compressor
Samsung has been researching and developing compressors since the 70's.
It has developed power saving compressors for more than thirty years.
The EHS(Eco Heating System) compressor adopts a double-rotor BLDC compressor with permanent magnets made by Samsung.
Electricity for the compressor rotor is obtained from a neodium-iron-boron permanent magnetic material (boron magnet can attract iron
material weighing 1000 times its own weight.) It strengthens the rotary moment of the compressor to maximize the entire efficiency of the
compressor.
BLDC electricity
“Permanent magnet,” strong magnetic rotor
Double rotor compression cylinder
Nd-Fe-B Neodium-Iron-Boron magnet
SAMSUNG's double-rotor compressor has the upper and lower rotors designed symmetrically.
The double rotor in symmetry can remove vibrations caused by the eccentric design of the cylinder.
2 rotors balancing the rotary moment
Permanent magnet rotor
Upper cylinder
Centered symmetry
Upper rotor
Lower cylinder
Lower rotor
High efficiency heat exchanger
EHS(Eco Heating System) uses new multiple-teeth screw pipes with a diameter of 8 mm to improve the heat exchangeability of the pipe by
30.8%.
The water-friendly aluminum foil in the heat exchanger uses the G-fin patent design to improve the efficiency of heat exchange by 13%.
Multiple-teeth screw pipes
General screw pipes
DC fan electricity
The EHS(Eco Heating System) outdoor machine uses DC fan electricity. The rotational speed of electricity is 100 RPM to 1050 RPM with
step-free control. The electrical efficiency is improved by about 33% compared to AC electricity.
Efficiency
6
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Samsung Electronics
General Overview
Quiet night
EHS(Eco Heating System)'s outdoor machine can be set to quiet nighttime operation mode. The outdoor machine executes quiet operation
(sleeping mode) after six hours. After 12 hours, it returns to the previous mode automatically.
Environment load
change curves
Max temperature
Temperature change curve
Noise change curve
(sleeping mode)
After 6 hours
Start
1 hour of quiet operation
Stop
2-1-1 Key features of the EHS(SPLIT)
Q Easy installation
No need to install the refrigerant lines in the system. Users can run the system after connecting water pipes only.
Q Integrated Heating & Cooling system
Plate Heat exchanger is a integral part in heating & cooling system. For user’s convenience, PHE is integrated into the system.
This concept will help space saving and lower costs for pipe line reduction.
Q Running Costs-Reduction of Up to 33.3%
Samsung EHS, known for its world class efficiency (12kW floor heating system with COP of 4.60), can reduce 33.3% of your running costs as compared to a gas boiler.
Q High Performance at Low Temperature
Samsung EHS is made up of an inverter compressor optimally operated according to the outdoor temperature, offering heating
performance of 90% at -10°C and reliable frost protection at -20°C.
Samsung Electronics
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2-2 Product Specifications
2-2-1 Outdoor Unit
AEX160EDGHA
AEX140EDGHA
AEX125EDGHA
3phase 16kW
3phase 14kW
3phase 12.5kW
12,500
Item
Image
Capacity (95%↑)
POWER CONSUMPTION
(110%↓)
Running Current
(110%↓)
Outdoor unit
Heating 1
W
16,000
14,000
Heating 2
W
15,000
13,000
11,500
Cooling 1
W
17,400
16,200
15,000
Cooling 2
W
13,300
12,300
11,300
Heating 1
W
3,720
3,110
2,660
Heating 2
W
4,410
3,710
3,195
Cooling 1
W
6,000
5,150
4,350
Cooling 2
W
5,420
4,730
4,110
Heating 1
A
5.8
4.9
4.2
Heating 2
A
6.9
5.8
5.0
Cooling 1
A
9.4
8.1
6.8
Cooling 2
A
8.5
7.4
6.4
Ø,V,Hz
3 / 380-415 / 50
3 / 380-415 / 50
3 / 380-415 / 50
Power Supply
COP/EER (95%↑)
Heating 1
W/W
4.30
4.50
4.70
Heating 2
W/W
3.40
3.50
3.60
Cooling 1
W/W
2.90
3.15
3.45
Cooling 2
W/W
2.45
2.60
2.75
g, type
2,800 R410A
2,800 R410A
2,800 R410A
Refrigerant Charge
Set Dimensions
(W*H*D)
Noise
Net
mm
940X1,420X330
940X1,420X330
940X1,420X330
Gross
mm
995X1,548X426
995X1,548X426
995X1,548X426
Weight (Net/Gross)
kg
98 / 108
98 / 108
98 / 108
Cooling
Cond.1/2
dB(A)
61
60
59
Heating
Cond.1/2
dB(A)
60
59
59
Cooling
℃
10~46
10~46
10~46
Heating
℃
-20~35
-20~35
-20~35
Operation
range
8
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Samsung Electronics
General Overview
Product Specifications (cont.)
Item
Image
POWER
CONSUMPTION
(110%↓)
Running Current
(110%↓)
AEX125EDEHA
AEX100EDEHA
AEX060EDEHA
1phase 14kW
1phase 12.5kW
1phase 10kW
1phase 5.8kW
Heating 1
W
16,000
14,000
12,500
10,000
5800
Heating 2
W
15,000
13,000
11,500
9,500
5300
Cooling 1
W
17,400
16,200
15,000
9,100
6670
Cooling 2
W
13,300
12,300
11,300
7,100
4900
Heating 1
W
3,720
3,110
2,660
2,220
1220
Heating 2
W
4,410
3,710
3,195
2,750
1490
Cooling 1
W
6,000
5,150
4,350
2,890
1905
Cooling 2
W
5,420
4,730
4,110
2,730
1810
Heating 1
A
16.3
13.7
11.7
9.7
5.7
Heating 2
A
19.4
16.3
14.0
12.1
7.0
8.8
Cooling 1
A
26.4
22.6
19.1
12.7
Cooling 2
A
23.8
20.8
18.1
12.0
8.1
Ø,V,Hz
1 / 220-240 / 50
1 / 220-240 / 50
1 / 220-240 / 50
1 / 220-240 / 50
1 / 220-240 / 50
Power Supply
COP/EER (95%↑)
Heating 1
W/W
4.30
4.50
4.70
4.50
4.75
Heating 2
W/W
3.40
3.50
3.60
3.45
3.56
Cooling 1
W/W
2.90
3.15
3.45
3.15
3.5
Cooling 2
W/W
2.45
2.60
2.75
2.60
2.7
g, type
2,800 R410A
2,800 R410A
2,800 R410A
2,000 R410A
1,200 R410A
Refrigerant Charge
Noise
AEX140EDEHA
1phase 16kW
Outdoor unit
Capacity (95%↑)
Set Dimensions
(W*H*D)
AEX160EDEHA
Net
mm
940X1,420X330
940X1,420X330
940X1,420X330
940X998X330
880X638X310
Gross
mm
995X1,548X426
995X1,548X426
995X1,548X426
995X1,096X426
1024X750X414
Weight
(Net/Gross)
kg
98 / 108
98 / 108
98 / 108
74 / 82
48 / 53
Cooling
Cond.1/2
dB(A)
61
60
59
59
54
Heating
Cond.1/2
dB(A)
60
59
59
57
53
Operation
range
Samsung Electronics
5&0+;*$B60B(B$BaLQGG
Cooling
℃
10~46
10~46
10~46
10~46
10~46
Heating
℃
-20~35
-20~35
-20~35
-20~35
-20~35
9
General Overview
NO
DIVISION
UNIT
AEN160YDGHA
AEN160YDEHA
AEN080YDEHA
1
POWER SOURCE
V/㎐
3P, 380-415~, 50Hz
1P, 220-240V~, 50Hz
1P, 220-240V~, 50Hz
2
"POWER CONSUMPTION
(Pump 3 Step, 110%↓)"
W
151
151
132
3
"Running Current
(Pump 3 Step, 110%↓)"
A
0.234
0.691
0.604
4
"MAX Current
(Pump 3 Step+Backup Heater 2 Step)"
A
9.55
28.2
18.9
35
5
Sound Pressure
6
"Dimensions
(WxHxD)"
7
Weight
8
9
35
35
dB(A)
35
35
35
Net
mm
850 x 510 x 315
850 x 510 x 315
850 x 510 x 315
Gross
mm
1024 x 412 x 564
1024 x 412 x 564
(1024x426x564)
45
Net
kg
48
48
kg
58
58
55
"Connecting Pipe
[Refrigerant]"
Liquid
Inch
3/8"
3/8"
3/8"
Gas
Inch
5/8"
5/8"
5/8"
"Connecting Pipe
[Water]"
Liquid
Inch
BSPP male 1 1/4"
BSPP male 1 1/4"
BSPP male 1 1/4"
BSPP male 1 1/4"
Gas
Remote Controller
11
ELCB
12
Magnet Contactor
13
15
dB(A)
Gross
10
14
Cooling
Heating
Water Pump
BSPP male 1 1/4"
DB93-09348A
DB93-09348A
DB93-09348A
-
SG-52NH, 40A
SG-52NH, 40A
SG-52NH, 30A
for DHW tank
-
SG-52NH, 20A
SG-52NH, 20A
SG-52NH, 20A
Spec.
-
CMC-25C,2P, 3EA, 25A
CMC-25C,2P, 3EA, 25A
CMC-25C,2P, 3EA, 25A
Model name
-
RS 25/8
RS 25/8
RS 25/7
Input
W
200
200
180
Running Current
A
0.76
0.76
0.76
Brazing plate
Type
-
Brazing plate
Brazing plate
ea
72
72
48
Type
-
Sheath
Sheath
Sheath
Input power
W
6,000
6,000
4,000
Thermostat
℃
65
65
65
Thermal Fuse
℃
94
94
94
Flow Switch
Set Point
LPM
16 ± 1.5
16 ± 1.5
12 ± 1.5
"Expansion
Vessel"
Type
-
SBR, diaphram
SBR, diaphram
SBR, diaphram
Volume
Liter
8.0
8.0
8.0
Size
Inch
BSPP male 1/2"
BSPP male 1/2"
BSPP male 1/2"
Electric Heater
17
BSPP male 1 1/4"
No. of Plate
Heat Exchanger
16
for Hydro unit
Inch
CODE
18
Pressure Relief valve
Relief Pressure
bar
2.9
2.9
2.9
19
Air purge valve
Size
Inch
BSPP male 3/8"
BSPP male 3/8"
BSPP male 3/8"
20
Service valve
(附件)
Size
Inch
BSPP male 1 1/4"
BSPP male 1 1/4"
BSPP male 1 1/4"
21
Total Water Volume
Liters
5.5
5.5
5.0
10
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Samsung Electronics
2-3 Specifications of optional items
2-3-1 Accessories
Item
Samsung Electronics
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Description
Code No.
Q’ty
Cap Drain
DB63-10355C
3
Drain Plug
DB67-00806A
1
Rubber Leg
DB73-20134A
4
ASSY TUBE MUFFLER
DB96-18020A
1
ASSY-INSTALLATION
MANUAL (Outdoor Unit)
DB68-03207A
1
ASSY-USER
MANUAL
DB68-03238A
1
ASSY-INSTALLATION
MANUAL
DB68-03239A
1
Pattern sheet
DB98-32365A
1
service valve
DB96-13833A/B
1
wall mounting bracket
DB61-04402A
1
remote controller wire
DB93-08797B
1
ASSY THEMISTOR-WATER TANK
DB95-04326A
1
Cover controller
DB63-02634A
1
Remark
Essential Offer
(Outdoor Unit)
Essential Offer
(Hydro unit)
11
3. Disassembly and Reassembly
QHand Tool sets
Item
Remark
+Screw Driver
Adjustable wrench
–Screw Driver
Nipper
Electric Motion Driver
L-Wrench
Torque Lench
Latchet Lench
12
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Samsung Electronics
3-1 Hydro Unit
QAEN160YD䭑/AEN080YD䭑
Be sure that the power switch is in the “OFF” and the power source cord shall be unplugged prior to disassembly and reassembly works.
No
Parts
1
Panel
2
Controller
&
Manometer
Procedure
Remark
1) Remove 4 cover screws from the Hydro Unit.
(Use + Screw Driver)
1) Remove 3 screws from it.
(Use + Screw Driver)
2) Remove pressure sensor by adjustable wrench.
(Use adjustable wrench-230kgf·cm)
3) Pull the manometer out.
4) Pull the LED display up and out.
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13
Disassembly and Reassembly
No
Parts
Procedure
Remark
5) Remove the connector from the PCB board.
6) Remove the upper case of the controller.
7) Remove 5 screws. Set a side the drain pan
and hydro unit.
14
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Samsung Electronics
Disassembly and Reassembly
No
Parts
3
Water Pump
Procedure
Remark
1) Remove 4 screws. (Use + Screw Driver)
2) Remove the cabi-control top.
3) Remove the flow switch and connector.
4) Remove a pipe from the backup Heater.
(Use adjustable wrench-380kgf·cm)
Use the Torque Wrench when you
assemble it.
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15
Disassembly and Reassembly
No
Parts
Procedure
Remark
5) After removing insulation material, remove
the Thermostat.
6) Remove 2 screws. (Use + Screw Driver)
7) Remove 2 screws. (Use + Screw Driver)
8) Pull the water pump & pipes up, out.
16
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Samsung Electronics
Disassembly and Reassembly
No
Parts
Procedure
4
Expansion Vessle
1) Remove the tube of the expansion vessel
and the backup heater by adjustable wrench.
(Use adjustable wrench-150kgf·cm)
Remark
Use the Torque Wrench when you
assemble it.
2) Remove 2 screws. (Use + Screw Driver)
3) After removing the nut. Pull the bracket out.
4) Pull the expansion vessel up, out.
5
Plate Heat
Exchanger
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 17
1) Remove 4 insulations.
17
Disassembly and Reassembly
No
Parts
Procedure
Remark
2) Remove 4 Thermostats.
3) Remove the Thermostat conector on the
PCB of the Control box.
4) Remove the pipe from the Backup Heater.
(Use adjustable wrench-380kgf·cm)
Use the Torque Wrench when you
assemble it.
5) Remove 6 screws. (Use + Screw Driver)
6) Pull the PHE out of the unit.
18
RC160MHXGA_SM_E_34513A(1)_1~3.indd 18
Samsung Electronics
Disassembly and Reassembly
No
Parts
Procedure
6
Control Box
1) Remove 4 Thermostats. Set a side the terminal
block and PBA case. (Use + Screw Driver)
Remark
2) Remove Conectors.
3) Remove 3 screws. (Use + Screw Driver)
4) Pull the cabi-control bottom out by pushing
as indicated diretion.
Samsung Electronics
5&0+;*$B60B(B$BaLQGG
19
Disassembly and Reassembly
No
Parts
7
Backup Heater
Procedure
Remark
1) Remove the Drain Hose.
2) After removing 4 screws, set a side the
backup heater and the unit.
(Use + Screw Driver)
20
RC160MHXGA_SM_E_34513A(1)_1~3.indd 20
Samsung Electronics
3-2 Outdoor Unit
QAEX100ED✳/AEX125ED✳/AEX140ED✳/AEX160ED✳
No
Parts
1
CABI FRONT RH
Procedure
Remark
You must turn off the power before
disassembling.
1) Unscrew and remove the three screws on the
CABI FRONT RH.
(Use '+' type screw driver)
2
CABI TOP
3
CABI INSTALL
FRONT
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 21
1) Unscrew and remove the nine screws
on each side of the CABI TOP.
(Use '+' type screw driver)
1) Unscrew and remove the screw
on the CABI INSTALL FRONT.
(Use '+' type screw driver)
21
Disassembly and Reassembly
No
Parts
4
GUARD COND
Procedure
Remark
1) Pull the sensor from Guard Cond.
2) Unscrew and remove the four screws
on the GUARD COND.
(Use '+' type screw driver)
22
RC160MHXGA_SM_E_34513A(1)_1~3.indd 22
Samsung Electronics
Disassembly and Reassembly
No
Parts
5
CABI BACK RH
Procedure
Remark
1) Pull the sensor from the CABI BACK RH.
2) Unscrew and remove the nine screws on each
side the CABI BACK RH.
(Use '+' type screw driver)
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 23
23
Disassembly and Reassembly
No
6
Parts
Procedure
Remark
CABI INSTALL BACK 1) Unscrew and remove the 8 screws on the
CABI FRONT LF.
(Use '+' type screw driver)
24
RC160MHXGA_SM_E_34513A(1)_1~3.indd 24
Samsung Electronics
Disassembly and Reassembly
No
Parts
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 25
Procedure
Remark
25
Disassembly and Reassembly
No
Parts
7
FAN
26
RC160MHXGA_SM_E_34513A(1)_1~3.indd 26
Procedure
Remark
1) Turn the two nuts as shown in the
picture and remove them.
(Use adjustable wrench)
Samsung Electronics
Disassembly and Reassembly
No
Parts
Procedure
8
MOTOR
1) Remove the fan.
2) Unscrew and remove the eight motor screws.
(Use '+' type screw driver)
Remark
3) Disconnect the motor wire from the
Ass'y Control Out.
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 27
27
Disassembly and Reassembly
No
Parts
9
BRACKET MOTOR
28
RC160MHXGA_SM_E_34513A(1)_1~3.indd 28
Procedure
Remark
1) Unscrew and remove the two screws
on the BRACKET MOTOR.
(Use ‘+’type screw driver)
Samsung Electronics
Disassembly and Reassembly
No
Parts
10
CONTROL OUT
Procedure
Remark
1) Disconnect the six connectors form
the ASSY CONROL OUT
2) Unscrew and remove the three screws
on the CONTROL OUT.
(Use '+' type screw driver)
3) Separate the ASSY CONTROL OUT.
Samsung Electronics
5&0+;*$B60B(B$BaLQGG
29
Disassembly and Reassembly
No
Parts
11
ASSY 4WAY VALVE
Procedure
Remark
1) Purge the coolant first.
2) Unscrew and remove the four screws
on the SERVICE VALVE.
(Use '+' type screw driver)
3) Separate the pipe from the Entrance/Exit
using a welder.
When removing the compressor,
heat exchanger and pipe, purge the
completely and remove the pipe
with a welding flame.
30
RC160MHXGA_SM_E_34513A(1)_1~3.indd 30
Samsung Electronics
Disassembly and Reassembly
No
Parts
12
COMPRESSOR
Procedure
Remark
1) Unscrew and remove the nut
on the COVER TERMINAL.
(Use adjustable wrench)
2) Separate the compressor wire.
3) Separate the COMPRESSOR FELT SOUND.
4) As shown in the picture, unscrew and
bottom. (Use Adjustable Wrench)
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 31
31
Disassembly and Reassembly
No
Parts
13
ASSY COND OUT
32
RC160MHXGA_SM_E_34513A(1)_1~3.indd 32
Procedure
Remark
1) Unscrew remove the two screws on each
side of the ASSY COND OUT.
(Use '+' type screw driver)
Samsung Electronics
Disassembly and Reassembly
QAEX060EDEHA
No
Parts
Procedure
1
Common Work
1) Loosen 1 fixing screw of the Cover-Control
and detach the Cover Control.
Remark
2) Loosen fixing screws and detach the
Cabinet-Upper.
3) Loosen 1 screw fixed to assemble Control
Box with Cabinet-Side RH.
4) Loosen 6 fixing screws and detach the
Cabinet-Side RH.
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 33
33
Disassembly and Reassembly
No
Parts
Procedure
Remark
5) Loosen 2 screws fixed on the Guide
Condenser.
6) Loosen fixing screws of the Cabinet Front.
34
RC160MHXGA_SM_E_34513A(1)_1~3.indd 34
Samsung Electronics
Disassembly and Reassembly
No
Parts
2
Fan
&
Motor
Procedure
Remark
1) Detach the Nut Flange like the picture on
the right side. (Turn clockwise because the
screw is left-handed.)
2) Detach the Fan Propeller.
3) Loosen 4 fixing screws to detach the Motor.
4) Disconnect the wire between Ass’y Control
Out and Motor.
5) Loosen 2 fixing screws and detach the
Bracket Motor.
3
Ass’y Control Out
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_1~3.indd 35
1) Detach several connectors from the
Ass’y Control Out.
2) Detach several connectors from the PCB
of Ass’y Control Out.
3) Pull up the Ass’y Control Out.
35
Disassembly and Reassembly
No
Parts
4
Heat Exchanger
Procedure
Remark
1) Release the refrigerant at first.
2) Loosen fixing screw.
3) Disassemble the pipes in both inlet and
outlet with welding torch.
4) Detach the Heat Exchanger.
Before you disassemble the pipes and
Condenser, be sure that there should be
no refrigerant remained in the unit.
1) Loosen fixing screw(CCW) and detach the
Heat Exchanger
5
Compressor
1) Loosen the fixing nut and detach the
Compressor Lead Wire.
2) Disassemble the Felt Comp Sound.
3) Loosen the 3 bolts at the bottom of
Compressor like the picture on the right
side.
36
RC160MHXGA_SM_E_34513A(1)_1~3.indd 36
Samsung Electronics
4. Troubleshooting
4-1 Wired remote controller
- If an error occurs, (
) icon will be displayed on the wired remote controller.
- Press the Test button to see the error code.
Error mode
Contents
Measure
Product operation in
error condition
Outdoor unit/
Compressor/Indoor unit
Error type
Indoor unit communication
error
Check the communication cable of indoor unit. Check
the DC output voltage at the communication terminal
Operation Off
Communication
error
Indoor unit/outdoor unit
communication time-out error:
errors in more than 6 packets
Check the outdoor communication cable connection.
Check DC output voltage and the communication
terminal
Operation Off
Communication
error
Indoor temperature sensor
(open/short error)
Check indoor unit room temperature sensor. Check
indoor unit PCB connector CN41 (White)
Operation Off
Indoor sensor
error
Indoor unit Eva In sensor
(Open/Short)
Check indoor unit pipe sensor. Check indoor PCB
connector CN41(White)
Operation Off
Indoor sensor
error
Indoor unit Eva In sensor
disconnection
Check the disconnection of indoor unit pipe sensor
Operation Off
Indoor sensor
error
Indoor floating switch
secondary detection
Check indoor unit float sensor. Check indoor PCB
connector CN5 (black)
Operation Off
Self diagnostic
error
Indoor/outdoor
communication error (1 min)
Check the communication connection between
indoor and outdoor units. Check the power line and
communication cable connection status
Operation Off
Communication
error
Communication error between
indoor/outdoor INVlMAIN
MICOM (1 min)
Check MAIN MICOM
Check INVERTER MICOM
-
Communication
error
Outdoor temperature sensor
error
Check sensor connection status
Check sensor location
Check sensor resistance
Operation Off
Outdoor sensor
error
COND temperature sensor error
Check sensor connection status
Check sensor location
Check sensor resistance
Operation Off
Outdoor sensor
error
[Inverter] Emission temperature
sensor error
Check sensor connection status
Check sensor location
Check sensor resistance
Operation Off
Outdoor sensor
error
Emission temperature
excessively high
No error (DISCHARGE temperature control)
-
Outdoor unit
protection
control error
Heating operation blocked
Check the operation setting state
Check temperature sensor
Operation Off
Self diagnostic
error
Cooling operation blocked
Check the operation setting state
Check temperature sensor
Operation Off
Self diagnostic
error
Outdoor fan 1 error
Check input power connection status
Check the connection status between the motor and
outdoor unit PCB
Check indoor/outdoor fuse
Operation Off
Self diagnostic
error
[Inverter] Compressor startup
error
Check the compressor connection status
Check the resistance between difference phases of the
compressor
Operation Off
Outdoor unit
protection
control error
[Inverter] Total current error/
PFC over current error
Check the input power
Check the coolant charging status
Check the normal operation of outdoor fan
Operation Off
Outdoor unit
protection
control error
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 37
37
Wired remote controller (cont.)
Product operation in
error condition
Error mode
Contents
Measure
[Inverter] IPM over current
error
Check coolant charging
Check the compressor connection status and normal
operation
Check the obstacles around the indoor and outdoor units
Check whether the outdoor unit service valve is open
Check whether the indoor/outdoor installation pipe/
wiring are correct
Operation Off
Outdoor unit
protection
control error
Check the compressor connection status
Check the resistance between difference phases of the
compressor
Operation Off
Outdoor unit
protection
control error
Restart in 3 minutes
Outdoor unit
protection
control error
Compressor V limit error
Outdoor unit/
Compressor/Indoor
unit
Error type
DC LINK over/low voltage error
Check input power
Check AC power connection
[Inverter] Compressor rotation
error
Check the compressor connection status
Check the resistance between difference phases of the
compressor
Operation Off
Outdoor unit
protection
control error
[Inverter] Current sensor error
Check EEPROM DATA
Check the normal operation of PCB
Operation Off
Outdoor unit
protection
control error
Check the input power connection
Check the status of RY21 and R200 in the INVERTER PCB
Operation Off
Outdoor unit
protection
control error
Check EEPROM DATA
Check the normal operation of PCB
Operation Off
Outdoor unit
protection
control error
Check the input power status
Operation Off
Outdoor unit
protection
control error
Check the compressor connection status
Check the resistance between difference phases of the
compressor
Operation Off
Outdoor unit
protection
control error
Check the input power connection status
Check the connection status of the motor and the
outdoor unit PCB
Check the indoor/outdoor unit fuse
Operation Off
Self diagnostic
error
Check the coolant charging status
Check the indoor EVA sensor
Check if the outdoor unit service value is open
Check that the indoor/outdoor installation pipe/wiring
are correct
Operation Off
Self diagnostic
error
Check the option code of the indoor unit
Operation Off
Outdoor unit
protection
control error
[Inverter] DC LINK voltage
sensor error
[Inverter] OTP error
AC ZERO CROSSING SIGNAL
OUT error
Compressor LOCK error
Outdoor fan 2 error
Gas leak error
Capacities not matched
Communication error between
the indoor unit and wired
remote controller
Check the connection wire between the indoor unit and
the wired remote controller
Normal operation
Wired remote
controller error
Communication error between
the Master and Slave wired
remote controllers
Check the option switch for defining the Master and
Slave (only one Master and one Slave can exist)
Normal operation
Wired remote
controller error
38
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Samsung Electronics
Wired remote controller (cont.)
Product operation in
error condition
Error mode
Contents
Measure
Outdoor unit/
Compressor/Indoor
unit
Error type
COM1/COM2 cross installation
error
Check that wired remote controller is connected to the
COM2 terminal of the indoor unit
Normal operation
Wired remote
controller error
Communication error between
the Master and Salve wired
remote controllers
Check the option switch for defining the Master and
salve(Only one Master can exist)
Normal operation
Wired remote
controller error
Wired remote controller COM2
option setting error
Check that Com1, Com2 setting DIP switch is set to Com2
Normal operation
Wired remote
controller error
Samsung Electronics
5&0+;*$B60B(B$BLQGG
39
4-2 Troubleshooting by symptoms
4-2-1 Communication error after finishing Tracking
Indoor unit display
Communication error between the indoor and outdoor unit for two minutes
Symptom
Communication error between the indoor unit and outdoor unit
Failure
No
Is there a response from the indoor PCB?
(LED900 (RED) is not ON)
Check the communication cable and
replace the indoor unit PCB
LED01
Yes
Remove the communication cable
connecting the outdoor unit to indoor unit,
and measure the signal on LINE 2 of the
outdoor unit with a scope
In this case, is the
voltage waveform between the lines square
wave with amplitude over ±0.7V as shown
in the following picture?
No
Check the communication
cable in the outdoor unit PCB
and replace the PCB
Yes
Reconnect the cable connecting
the outdoor unit to the indoor unit
and restart the unit.
If the communication still doesn’t work,
replace the indoor unit PCB.
Good
Bad
+0.7V
-0.7V
40
RC160MHXGA_SM_E_34513A(1)_4.indd 40
Samsung Electronics
Troubleshooting
4-2-2 EEPROM circuit failure
Indoor unit display
EEPROM circuit failure
Symptom
EEPROM component failure, EEPROM circuit parts missing/damaged/soldering failure
Failure
Are the EEPROM circuit
components in good conditions?
(missing components / damage /
soldering failure)
Yes
Replace the PCB if the restart fails
No
Restart the unit after replacing the PCB
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 41
41
4-3 Hydro Unit
4-3-1 EEPROM error
Outdoor unit display
Indoor unit display
×(Operation)
◑(Timer)
◑(Fan)
◑(Filter)
×(Defrost)
t Communication failure between EEPROM and MICOM
Criteria
Cause of problem
t1$#SFQMBDFNFOUEVFUPEFGFDUJWF&&130.
1. How to check
Check the location of EEPROM by
referring to the schematic diagram
Are there any problems
such as short or dewetting between
EEPROM PIN?
No
Replace PCB
Yes
If you restart after reentering
model options and power reset, does the
error occur again?
No
Normal operation
Yes
Replace PCB
42
RC160MHXGA_SM_E_34513A(1)_4.indd 42
Samsung Electronics
Troubleshooting
: Error due to abnormal data of Wired remote controller thermistor value
4-3-2
x x x(x x x : The address of the error occurred indoor unit)
Outdoor unit display
Wired remocon display
t Refer to how to determine below
Criteria
Cause of problem
t Wired remocon room thermistor has a defective OPEN/SHORT
1. How to check
Does wired remocon
room thermistor connector come out
of the PBA?
Yes
Re-start after put the connetor in the PBA.
No
Ex) In case of 26°C – its resistance : around 10.93KΩ
After putting out the thermistor
from the PBA Measure its resistance
value B/W two terminal.
Is the resistance value
Deviated from the temp. table,
significantly?
No
Yes
Re-start after replacing PBA.
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 43
Temperature
(°C)
Resistance
(KΩ)
70
60
50
40
30
21
10
0
-10
2.2
3.0
4.2
5.8
8.3
12.1
18.0
27.3
43.0
The thermistor needs to be replaced.
43
Troubleshooting
: Error due to abnormal data of Water outlet thermistor value
4-3-3
x x x(x x x : The address of the error occurred indoor unit)
Outdoor unit display
Wired remocon display
t Refer to how to determine below
Criteria
Cause of problem
t Water outlet thermistor has a defective OPEN/SHORT
1. How to check
Does Water outlet
thermistor connector
come out of the PBA?
No
Yes
Re-start after put the connetor in the PBA.
Ex) In case of 26°C – its resistance : around 10.93KΩ
After putting out the thermistor
from the PBA Measure its resistance
value B/W two terminal.
Is the resistance value
Deviated from the temp. table,
significantly?
No
Temperature
(°C)
Resistance
(KΩ)
70
60
50
40
30
21
10
0
-10
2.2
3.0
4.2
5.8
8.3
12.1
18.0
27.3
43.0
Yes
Re-start after replacing PBA.
44
RC160MHXGA_SM_E_34513A(1)_4.indd 44
The thermistor needs to be replaced.
Samsung Electronics
Troubleshooting
: Error due to abnormal data of DHW tank thermistor value
4-3-4
Outdoor unit display
x x x (x x x : The address of the error occurred indoor unit)
Wired remocon display
t Refer to how to determine below
Criteria
Cause of problem
t DHW tank thermistor has a defective OPEN/SHORT
1. How to check
Does water tank
thermistor connector come out
of the PBA?
Yes
Re-start after put the connetor in the PBA.
No
After putting out the thermistor
from the PBA Measure its resistance
value B/W two terminal.
Ex) In case of 26°C – its resistance : around 195KΩ
Temperature
(°C)
Resistance
(KΩ)
70
60
50
40
30
20
10
0
43
59
82
115
166
242
362
553
Is the resistance value
Deviated from the temp. table,
significantly?
No
Yes
Re-start after replacing PBA.
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 45
The thermistor needs to be replaced.
45
Troubleshooting
4-3-5 Water pump & flow switch OFF
Wired remocon display
t Refer to how to determine below
Criteria
Cause of problem
t Flow switch signal is off during 10seconds when the water pump signal is ON
1. How to check
Does flow S/W connector
come out of the PBA?
Yes
Re-start after put the connetor in the PBA.
No
After putting out the connector(F/S)
from the PBA Measure its status is
OPEN or SHORT?
Yes
Is it OPEN?
No
Flow S/W needs to be replaced.
Yes
Check water pump operates properly
No
Water pump needs to be replaced
Yes
Check water flow rate
Is it proper?
No
Re-start after replacing PBA.
No
E911
Change water flow rate to proper level
t8BUFSQVNQ0/'MPX48Pò
>16 LPM(NH160PHXEA)
>12 LPM(NH080PHXEA)
t8BUFSQVNQ0/'MPX48Pò
/05FOPVHIXBUFSøPX
<16 LPM(NH160PHXEA)
<12 LPM(NH080PHXEA)
46
RC160MHXGA_SM_E_34513A(1)_4.indd 46
Samsung Electronics
Troubleshooting
4-3-6 Water pump & flow switch ON
Wired remocon display
t Refer to how to determine below
Criteria
Cause of problem
t Flow switch signal is on during 10seconds when the water pump signal is off)
1. How to check
Does flow S/W connector
come out of the PBA?
Yes
Re-start after put the connetor in the PBA.
E912
No
t8BUFSQVNQ0'''MPX48PO
After putting out the connector(F/S)
from the PBA Measure its status is
OPEN or SHORT?
Yes
Is it short?
Yes
No
Measure status of PBA is OPEN or SHORT?
Flow S/W needs to be replaced.
Yes
Is it short?
No
Yes
Does the water flow?
No
Yes
PBA needs to be replaced
No
Does any extra
water pump installed?
Yes
Check the extra pump
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 47
47
Troubleshooting
4-3-7 Hydro unit temperature sensor(open/short)
Error Mode
E901, E902, E903, E904, E906
Symptom
In case of open or short circuit of indoor temperature sensor
Short or leakage of the corresponding sensor
Failure
Is temperature
sensor disconnected from the
connector in PCB?
No
Yes
Restart the system after connecting
to the PCB connector
Remove the temperature sensor
connector from the PCB and measure the
resistance between two terminals
<Water tank temperature
sensor resistance value>
In this case, is the resistance
value out of range in the temperature
table on the right?
No
Restart the system after replacing the PCB
48
RC160MHXGA_SM_E_34513A(1)_4.indd 48
Current
Resistance
temperature
(kΩ)
(°C)
Yes
Temperature sensor failure
(replace)
60
59.16
55
69.44
50
81.92
45
96.95
40
115.4
35
137.8
30
165.7
25
200
20
242.5
15
295.4
10
362.4
Samsung Electronics
Troubleshooting
4-3-8 Communication error after finishing Tracking(Hydro unit)
Error Mode
E201, E202
Symptom
Communication error between the Control KIT and outdoor unit for two minutes
Communication error between the Control KIT unit and outdoor unit
Failure
Is there a response from the Control KIT PCB?
(LED01 (RED) is not ON)
No
Check the communication cable and
replace the Control KIT unit PCB
Yes
LED900
Remove the communication cable
connecting the outdoor unit to Control KIT unit,
and measure the signal on LINE 2 of the outdoor
unit with a scope
In this case, is the
voltage waveform between the lines square
wave with amplitude over ±0.7V as shown
in the following picture?
No
Check the communication
cable in the outdoor unit PCB
and replace the PCB
Yes
Reconnect the cable connecting
the outdoor unit to the Control KIT unit
and restart the unit.
If the communication still doesn’t work,
replace the Control KIT unit PCB.
Good
Bad
+0.7V
-0.7V
Samsung Electronics
5&0+;*$B60B(B$BLQGG
49
4-4 Items to check before diagnostics
4-4-1 Test run mode and view mode
䯴 Display Option Key
KEY
KEY operation
7-segment display
Press once : Heating test run
K1
Press twice : Defrost test run
Press 3times : Finishing test mode
-
Press once : Cooling test run
K2
Press twice : Finishing test mode
K3
Reset
K4
View mode
7-segment display
Refer to View mode display
KEY (K1~K4)
■ VIEW mode display
Display
Number
of press
Display contents
Units
Segment 1
0
Communication State
1
Order frequency
2
Current frequency
3
Type of Outdoor unit(Mone/Split)
4
Segment 3
Segment 4
One digit of Tx
Two digits of Rx
One digit of Rx
1
Three digits
Two digits
One digit
Hz
2
Three digits
Two digits
One digit
Hz
Out sensor
4
Two digits
One digit
First decimal
°C
5
Discharge sensor
5
Two digits
One digit
First decimal
°C
6
OLP sensor
6
Two digits
One digit
First decimal
°C
7
Cond sensor
7
Two digits
One digit
First decimal
°C
8
Current
8
Two digits
One digit
First decimal
°C
9
Fan RPM
9
Three digits
Two digits
One digit
rpm
10
Target discharge temperature
A
Three digits
Two digits
One digit
°C
11
EEV
B
Three digits
Two digits
One digit
step
12
Total indoor heat exchanger capacity
C
Two digits
One digit
First decimal
kW
D
0 : air conditioning
1 : heating
Protection control
0 : no protection
control
1 : freezing
2 : non-stop
defrosting
3 : over-load
4 : discharge
Frequency state
0 : Normal
1 : Hold
2 : Down
3 : Up_limit
4 : Sown_limit
E
Two digits
One digits
First decimal
°C
F
Three digits
Two digits
One digit
set
Main Micom version
Year(Hex)
Month(Hex)
Day(two digit)
Day(One digit)
-
Inverter Micom version
Year(Hex)
Month(Hex)
Day(two digit)
Day(One digit)
-
EEPROM version
Year(Hex)
Month(Hex)
Day(two digit)
Day(One digit)
-
13
14
15
long-1
long-1
and 1
long-1
and 2
Protection control
Temperature of
Heatsink at PBA
The Quantity of connected
Indoor Unit
50
RC160MHXGA_SM_E_34513A(1)_4.indd 50
Two digits of Tx
Segment 2
-
Samsung Electronics
Troubleshooting
4-4-2 Troubleshooting for outdoor unit
If an error occurs during the operation, it is displayed on the outdoor unit PCB LED, both MAIN PCB and INVERTER PCB.
No.
LED Display
Red
Green
Yellow
Displayed
PCB Assy
-
z
€
|
MAIN/INVERTER
1
z
€
|
MAIN
z
z
|
2
Meaning
Remarks
Error Code
Normal operation
(MAIN : Indoor¥Outdoor : Green ON)
(INVERTER : MAIN PCB¥INVERTER PCB :
Green ON)
-
Control Kit quantity is mismatched.
Check Control Kit quantity
setting in outdoor
E201
MAIN/INVERTER
Abnormal state, no communication between
Indoor and Outdoor Main PCB
Check electrical
connection and setting
E202
1min. Time out of communcation
error(Main¥Inverter)
Check electrical
connection and setting
Check Outdoor sensor
Open/Short
Check Cond. sensor
Open/Short
Check Discharge sensor
Open/Short
Check OLP sensor
Open/Short
|
|
4
z
z
€
MAIN/INVERTER
5
z
€
|
MAIN
Outdoor temp sensor error
6
z
€
|
MAIN
Cond. temp sensor error
7
z
€
|
MAIN
Discharge temp sensor error
8
z
€
|
MAIN
OLP Sensor Error
9
z
€
|
MAIN
10
z
€
|
MAIN
11
z
€
|
MAIN
12
z
€
|
MAIN
13
z
€
|
MAIN
14
z
€
|
MAIN
15
z
€
|
MAIN
Detection of Outdoor Freezing when Comp.
Stop
Protection of Outdoor Overload when Comp.
Stop
Discharge temperature of a compressor in an
outdoor unit is overheated.
Outdoor EEV
Open error
Miss wiring error at
3Phase power source line
(Only 3Phase Model)
Gas leakage error
(Stop state)
Heating operation is not available since the
outdoor air temperature is over 35°C.
16
Gas leakage error
(Before operating)
E203
E221
E231
E251
E320
Check Outdoor Cond.
E403
Check Comp. when it start
E404
E416
Check EEV
E419
Check Power
Line-R,S,T,N
E425
Check Gas leak
E439
Heating
E440
Cooling
E441
Check Gas leak
E443
FAN1 error
E458
19
E475
16
z
€
|
MAIN
17
|
|
z
MAIN/INVERTER
Outdoor unit BLDC Fan 1 or Fan 2 error
18
|
€
|
MAIN/INVERTER
Comp. Starting error
E461
19
z
€
|
MAIN
Primary Current Trip error
E462
20
z
€
|
MAIN
Over current trip / PFC over current error
21
€
|
|
MAIN/INVERTER
IPM(IGBT Module) Over Current(O.C)
E464
22
|
z
€
MAIN/INVERTER
Comp. Over load error
E465
23
€
z
|
MAIN/INVERTER
DC-Link voltage under/over error
Check OLP sensor
Check AC Power or
DC_Link voltage
| Off
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 51
E463
E466
€ Blink
z On
51
Troubleshooting
Troubleshooting for outdoor unit(con.)
If an error occurs during the operation, it is displayed on the outdoor unit PCB LED, both MAIN PCB and INVERTER PCB.
LED Display
Red
Green
Yellow
Displayed
PCB Assy
24
z
|
z
MAIN/INVERTER
Comp. wire missing error
Check Comp. wire
E467
25
z
€
€
MAIN/INVERTER
Current sensor error
Check Outdoor Inverter
PBA
E468
26
z
€
|
MAIN
DC-Ling voltage
Sensor error
Check Input
voltage
E469
27
z
€
|
MAIN
EEPROM read/write error
Check EEPROM
E470
28
z
€
|
MAIN
Outdoor EEPROM error
Check Outdoor EEPROM
date
E471
29
€
€
|
MAIN/INVERTER
IPM(IGBT Module) or PFCM Temperature sensor Error
Check Outdoor Inverter
PBA
E474
30
z
€
z
MAIN/INVERTER
PFC Overload Error
Check Outdoor Inverter
PBA
E484
31
z
€
|
MAIN
32
€
€
|
MAIN/INVERTER
33
z
€
|
MAIN
34
z
€
|
MAIN
35
z
€
|
MAIN
36
z
€
|
MAIN
No.
Meaning
Remarks
Input current
sensor error
IPM is over heated.
GAS Leak error
Water inlet
temperature sensor error
Water outlet
temperature sensor error
Refriqerant gas inlet
temperature sensor error
E485
Check Outdoor Inverter
PBA
Check indoor and outdoor
unit model
Check Water
inlet sensor
Check Water
outlet sensor
Check Gas
inlet sensor
| Off
52
RC160MHXGA_SM_E_34513A(1)_4.indd 52
Error Code
€ Blink
E500
E554
E901
E903
E906
z On
Samsung Electronics
4-5 Troubleshooting by symptoms
4-5-1 Communication error after finishing tracking (E202)
1. Check items
1) Is the communication cable short/open?
2) Is there a response from the Control kit PCB?
2. Check procedure
Is there a response from the $POUSPM kit PCB?
(LED901 (ORN) in NOT blinking)
No
Check the communication cable and
exchange the $POUSPM kit PCB
No
Connect the power/communication
cable correctly.
Yes
Is the power/communication
cable connected correctly?
Yes
Remove the communication cable
connecting the outdoor unit to indoor unit,
and measure the signal on LINE 2 of the
outdoor unit with a scope
In this case, is the
voltage waveform between the lines square
wave with amplitude over ±0.7V as shown
in the following picture?
No
Check the communication
cable in each PCB
and replace the PCB
Yes
Reconnect the cable connecting
the outdoor unit to the indoor unit
and restart the unit.
If the communication still doesn’t work,
replace the comm. kit PCB and
outdoor unit PCB in order of mention.
Good
Bad
+0.7V
-0.7V
cf.) If there is no oscillo scope, it can be replaced multimeter instead of osillo scope.
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 53
53
Troubleshooting
4-5-2 Time out (1min.) of communication error between MAIN PBA and INV. PBA (E203)
1. Check items
1) Is the communication cable connected properly between MAIN PBA and INVERTER PBA?
2) Is the power cable connected correctly?
2. Check procedure
Does the communication error occur?
No
Normal operation
Yes
Is the communication/power
cable connected properly between
MAIN PBA and INVERTER PBA?
No
Connect the connector right position
Yes
Exchange MAIN PBA/INVERTER PBA
in order of mention
<CN39 in MAIN PBA>
54
RC160MHXGA_SM_E_34513A(1)_4.indd 54
<CN31 in INVERTER PBA>
Samsung Electronics
Troubleshooting
4-5-3 Temperature sensor error (E221, E231, E251, E320)
<Error code for each temperature sensor>
3LQQR
&1
LQ
0$,13%$
(UURU
7HPSVHQVRU
FRGH
2XWGRRU
(
&RQGHQVHU
(
'LVFKDUJH
(
2/3
(
1. Check items
1) Is the sensor connected correctly (CN43 in MAIN PBA)?
2) Is the postion of sensor correct?
3) Does the value of resistance satisfy the each temperature condition?
2. Check procedure
No
Is the connector connected
to match the color?
Connect the connector to match the color
Yes
Is the temperature sensor
connected properly without
fracture?
No
Check the sensor cable and connector
Yes
Does the value of resistance
satisfy the each temperature
condition? (*)
No
Exchange the temperature sensor
NȚ
NȚ
40
500
35
Yes
30
400
25
ex) 10.17kȍDWƒ&
20
15
300
ex) 205.4kȍDWƒ&
200
10
100
5
0
Power on
Yes
Is the wire of sensor broken
or is there any poor contact?
0
-10
-5
0
5
10
15
20
25
30
35
ƒ&
0
5
10
15
20
25
30
35
40
50
60
70
ƒ&
<outdoor, condenser temp. sensor> <discharge, OLP temp. sensor>
(*)Resistance value for temperature sensor
No
the temperature sensor
Yes
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 55
55
Troubleshooting
4-5-4 Fan error (E458, E475)
FAN 1 error(E458), FAN 2 error(E475)
1. Check items
1) Are the input power voltage and power connection correct?
2) Is the motor wire connected to the outdoor PCB correctly?
3) Is there no obstacle at the surrounding of motor and propeller?
4) Does the driver in the motor case broken?
2. Check procedure
Is the connection of FAN housing certainly to
PCB socket?(CN90, CN91)
No
Check the connection of CN90 and CN91
Yes
Take
each Fan motor housing after 1 minutes
from turning the power
Is each resistance of FAN cable housing normal?(*)
No
Exchange the FAN motor because of driver
inside of the motor case broken
(*)Resistance of FAN cable housing at the normal temperature(10˚C~30˚C)
Yes
Mount each Fan housing to PCB socket and
turn on the power
Is the Pin voltage #1 - #3 of CN90 and 91
over 250V?
No
wire
pin number
Resistance
Remark
RED - BLACK
1-3
over 1MΩ
+300V motor power
WHITE - BLACK
4-3
1KΩ ~ 2KΩ
+15V control power
YELLOW - BLACK
5-3
200KΩ ~ 300KΩ
control
BLUE - BLACK
6-3
10KΩ ~ 50KΩ
pulse
ORANGE - BLACK
7-3
10KΩ ~ 50KΩ
reverse
Follow the check procedure of
outdoor unit power supply error check
Yes
Is the Pin voltage #5 - #3 of CN90 and 91 15V?
No
Exchange INVERTER PCB
Yes
Is the Pin voltage #5 - #3 of CN90 and 91
within 1-6V during the operation?
No
Exchange INVERTER PCB
Yes
Is the Fan in rotation during
TEST operation in cooling mode
Yes
No
Exchange the FAN motor not in rotation
# TEST operation #
press K1 or K2 button on the
MAIN PCB after power on.
Cont.
56
RC160MHXGA_SM_E_34513A(1)_4.indd 56
Samsung Electronics
Troubleshooting
Fan error (E458, E475) (cont.)
Cont.
Yes
Is the Pin voltage #6 - #3 of CN90 and 91
changed high(4-5V) and low(0-1V) in case of
making manual rotation slowly?
Yes
Exchange INVERTER PCB
No
Is the Pin voltage #7 - #3 of CN90 and
91 low(0-1V) in normal rotation?
No
Exchange the FAN motor
Yes
Exchange INVERTER PCB
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 57
57
Troubleshooting
4-5-5 Compressor error (E461, E467)
Compressor starting error(E461), Compressor wire missing error(E467)
1. Check items
1) Is the power connected properly?
2) Is the connector of compressor connected correctly?
3) Is the resistance normal between each phase for compressor ?
2. Check procedure
Does the error occur?
No
Normal operation
Yes
Is the value of resistance
No
between each phase(*) for compressor
smaller than 2ȍ"
(*) U↔V, V↔W, W↔U
Exchange the compressor
Yes
Is the value of resistance
megaȍbetween compressor
and outdoor unit body?
No
Exchange the compressor
Yes
Is the wire of compressor
connected correctly?
No
Check the wire of compressor
Yes
58
RC160MHXGA_SM_E_34513A(1)_4.indd 58
Samsung Electronics
Troubleshooting
4-5-6 Current trip error (E462, E463)
Primary current trip error(E462), Over current trip / PFC over current error(E463)
1. Check items
1) Is the voltage of power suitable?
2) Is refrigerant charged?
3) Does the fan of outdoor unit work normally?
4) Is there any obstacle around indoor and outdoor unit?
2. Check procedure
Is the outdoor unit installed well
according to installation manual?
No
Reinstall after remove the obstacle
Yes
Is the indoor unit installed well
according to installation manual?
No
Reinstall after remove the obstacle
Yes
Does the compressor work normal?
No
Exchange the compressor
Yes
Are the service valves fully opened?
No
Open the service valves
Yes
Exchange INVERTER PCB
Samsung Electronics
5&0+;*$B60B(B$BLQGG
59
Troubleshooting
4-5-7 IPM(IGBT module) over current error (E464)
1. Check items
1) Is refrigerant charged?
2) Does the compressor work normally?
3) Is the connection of compressor correctly?
4) Is there any obstacle around indoor and outdoor unit?
2. Check procedure
Is the outdoor unit installed well
according to installation manual?
No
Reinstall after remove the obstacle
Yes
Is the indoor unit installed well
according to installation manual?
No
Reinstall after remove the obstacle
Yes
Are the service valves fully opened?
No
Open the service valves
Yes
Is the wire of compressor
connected correctly?
No
Check the wire of compressor
Yes
Is the value of resistance
No
between each phase(*) for compressor
smaller than 2ȍ"
(*) U↔V, V↔W, W↔U
Exchange the compressor
Yes
cont.
60
RC160MHXGA_SM_E_34513A(1)_4.indd 60
Samsung Electronics
Troubleshooting
cont.
Is the value of resistance
megaȍbetween compressor
and outdoor unit body?
No
Exchange the compressor
Yes
Are the position and measured
value of temperature sensor normal?
No
reposition the sensor
Yes
Exchange INVERTER PCB
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 61
61
Troubleshooting
4-5-8 DC-link voltage under/over error (E466)
1. Check items
1) Is the input power normal?
2) Is the AC power connected correctly?
2. Check procedure
Is the power cable connected correctly?
No
Connect the power cable
Yes
Is the reactor connected correctly?
No
Check the connection of reactor
Yes
Check whether a fuse has blown
Yes
Exchange the fuse
No
Yes
Does the error occur frequently?
Exchange INVERTER PCB
No
Check the input power
(AC 230V ± 15%)
62
RC160MHXGA_SM_E_34513A(1)_4.indd 62
Samsung Electronics
Troubleshooting
4-5-9 GAS leak error(E554)
1. Check items
1) Is refrigerant charged?
2) Is the evaporator sensor of indoor unit connected correctly?
2. Check procedure
Does the error occur?
No
Normal operation
Yes
Is the value of resistance
No
between each phase(*) for compressor
smaller than 2ȍ"
(*) U↔V, V↔W, W↔U
Exchange the compressor
Yes
Are the service valves fully opened?
No
Open the service valves
Yes
Is the evaporator sensor of
indoor unit connected correctly?
No
Connect the sensor’s connector
Yes
Is refrigerant charged?
No
Charge refrigerant
Yes
Exchange INVERTER PCB
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 63
63
Troubleshooting
4-5-10 The other errors
Error
code
Meaning
Troubleshooting
E177
Emergency stop
Indoor unit ($POUSPM kit) orders emergency stop.
Check the indoor unit ($POUSPM kit).
E201
Control Kit quantity is mismatched.
Control kit quantity must be matched with outdoor unit
1 by 1. Check the $POUSPM kit quantity. It must be 1EA.
E403
Detection of outdoor freezing when compressor
stops.
Outdoor unit (Condenser) froze.
Check condenser.
E404
Protection of outdoor overload when compressor
stops.
Compressor is overloaded. Please check same as E461
and check compressor when it starts.
E416
Discharge temperature of a compressor in an
outdoor unit is overheated.
Discharge temperature is overheated.
E440
Heating operation is not available since the
outdoor air temperature is over 35°C.
E441
Cooling operation is not available since the
outdoor air temperature is lower than -15°C.
E465
Compressor over load error
Compressor is overloaded. Please check same as E461
and check compressor when it starts.
E468
Current sensor error
Exchange INVERTER PBA.
E471
Outdoor EEPROM error
EEPROM date is wrong. Exchange EEPROM or MAIN PBA.
(This error don't occur in EMF 150-AM)
E474
IPM(IGBT Module) or PFCM temperature sensor
error
Exchange INVERTER PBA.
E484
PFC overload error
Check reactor located in control plate.
If reactor is normal, exchange INVERTER PBA.
E500
IPM is over heated.
E556
Capacity mismatching between indoor and
outdoor
EEPROM data is wrong.
Exchange EEPROM or MAIN PBA
E557
Option code miss matching among the
indoors(only for DPM)
Option setting data is wrong.
(This error don't occur in EMF 150-AM)
64
RC160MHXGA_SM_E_34513A(1)_4.indd 64
Check the outdoor temperature.
down INVERTER PBA, and then restart the outdoor unit.
Samsung Electronics
Troubleshooting
4-5-11 In case of heating at the cooling mode or cooling at the heating mode
1. Troubleshooting procedure
Is the Thermo
?
Yes
Change the setting temperature of
remote control.
Yes
Operate it with a heating mode
as soon as the defrosting is shed.
Yes
After 3 minutes, cooling
and heating start automatically.
No
Is the unit
in the defrosting operation?
No
Is the compressor
in 3 minutes
No
Is much frost
in the indoor heat
exchanger?
Yes
Is the
outdoor air sensor and
outdoor heat exchanger attached
correctly?
No
Yes
Attach the
sensor correctly.
Over shortage
of the refrigerant
No
Does the
4-WAY valve operate
normally?
No
Is the
4-WAY valve connector
connected correctly?
No
Connect the connecter
correctly.
Yes
Check the resistance value
of 4-WAY valve coil.
NG
4-WAY valve coil error
OK
Dose the
voltage of AC220V
apply to the connector of 4-WAY
valve coil during the
operation?
No
Exchange
the outdoor PCB.
Yes
Go to the next page
4-WAY valve main body error
QGu–™”ˆ“G™Œšš›ˆ•ŠŒGˆ“œŒG–G[Gžˆ Gˆ“ŒGŠ–“GaGXU\·WUX\༮GOˆ›GYW୅PGG
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 65
65
Troubleshooting
In case of heating at the cooling mode or cooling at the heating mode (cont.)
From the previous page
Does the
EEV operate
normally?
No
No
Is much frost
in the heat exchanger?
Connect the connector.
Yes
Check the
resistance value of EEV coil.
NG
EEV coil error
OK
Yes
Is much frost
in the heat exchanger?
No
Exchange
the out PCB.
Yes
EEV main body error
Does
the outdoor fan
operate at the operation of
compressor?
Yes
The over shortage of refrigerant,
Capacity, Load estimation error
t
No
Is the
outdoor fan connected
correctly?
No
Connect the connector.
Yes
Check the resistance value
of outdoor fan.
NG
Outdoor fan error
OK
Dose the
voltage of DC300V
apply to the connector of outdoor
fan during the operation of
outdoor unit?
Yes
Check the motor wire.
No
Outdoor PCB error
QGu–™”ˆ“G™Œšš›ˆ•ŠŒGˆ“œŒG–Gll}Gˆ“ŒGŠ–“OyŒ‹Ti“ˆŠ’G–™G€Œ““–žTv™ˆ•ŽŒPGGaG`Y·_˟GOˆ›GYW୅P
66
RC160MHXGA_SM_E_34513A(1)_4.indd 66
Samsung Electronics
Troubleshooting
4-5-12 Outdoor unit is not powered on – Initial diagnosis
1. Check items
1) Is the power supply voltage 380V?
2) Is the AC power connected correctly?
3) Are the LEDs in the main PCB and inverter PCB of the outdoor unit ON?
4) Is the input power voltage of the indoor unit 220V?
5) Is the wired remote controller connected correctly?
2. Check procedure
Turn o he main power switch
(circuit break of power outlet) and turn on
again after 30 seconds.
Is the outdoor unit power
supply (N-R, N-S, N-T) 220Vac?
No
Check the input power
Yes
Is the outdoor unit power
voltage (L-N) 220Vac?
No
Check connection of the outdoor unit
terminal block
No
Check the connection wires and
connectors of the indoor and outdoor units
Yes
Is the indoor unit power supply
voltage (L-N) 220Vac?
Yes
Does the air conditioner
operate when pressing ON/OFF button of the
wired remote controller?
No
Exchange the wired remote controller
Yes
Are the option DIP switches
inside the wired remote controller co
correctly?
No
ured
the option DIP switches
Yes
Is there an error
message displayed on the wired remote
controller display?
Yes
Check the system depending
on the error display
No
Check the target temperature
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_4.indd 67
67
Troubleshooting
4-5-13 Outdoor unit power supply error
1. Checklist:
1) Are the input power voltage and power connection correct?
2) Is there any Fuse Short of the indoor or outdoor unit?
3) Is any LED lit on both MAIN PCB and INVERTER PCB?
4) Are Reactor wires of the outdoor unit connected correctly?
2. Troubleshooting procedure
Check LEDs on both MAIN PCB
and INVERTER PCB after1 minutes
from power on
Is voltage on N-T of terminal
block over 300V?
Yes
Check and correct the power cable wiring
No
MAIN PCB
INVERTER PCB
Are wire and socket connected correctly?
Power line N and T wire
ALL OFF
ALL OFF
Yes
Is there miss connection of power and
communication wire between
indoor and outdoor?
Error 202 display
Normal
ALL OFF
Check and correct the wire or
socket connection
Check Fuses listed blow
3 FUSES in EMI PCB, 1 FUSE in MAIN PCB
Yes
No
Are wire and socket connected correctly?
CN39(MAIN PCB),CN31(INVERTER PCB)
Error 203 display
No
Correct the cable wiring
between indoor and outdoor
Check F1,F2 communication line wiring.
CN50(MAIN PCB)
No
Check and correct the wiring
Yes
Is the FUSE on INVERTER PCB blown?
Yes
Exchange the FUSE
No
Check each BLDC FAN motor
short or not, by resistance between
pin #1 and #3
Yes
Exchange FAN motor
No
Exchange INVERTER PCB
68
RC160MHXGA_SM_E_34513A(1)_4.indd 68
Samsung Electronics
5. PCB Diagram
5-1 Hydro unit
This Document can not be used without Samsung’s authorization.
1
① TB-A – POWER IN / HEATER
#1(L) : Phase L
2
② TB-B – TERMINAL BLOCK
3
③ CN2 - DOWNLOAD
4
5
6
7
8
④ S/G – SMART GRID
#1 : SMART GRID sensor
#2 : GND
#1~26 : Check WIRING DIAGRAM
#2(N) : Phase N
#3 : HEATER
#4 : HEATER
⑤ F/S – FLOW S/W
#1 : FLOW SWITCH sensor
#2 : GND
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 69
⑥ TB-C – COM1/COM2
Communication
F1 : Communication signal F1
F2 : Communication signal F2
V1 : DC12V
V2 : GND
F3 : Communication signal F3
F4 : Communication signal F4
⑦ T4 : WATER TANK sensor
#1 : WATER TANK sensor
#2 : GND
⑧ T3 : HEATER sensor
#1 : HEATER OUT sensor
#2 : GND
#3~#6 : Not used
69
5-2 Outdoor Unit
䯴 MAIN PCB
This Document can not be used without Samsung’s authorization.
1
5
2 6
3 16
15
70
RC160MHXGA_SM_E_34513A(1)_5~8.indd 70
4
7
9
8
11
10
13
12
14
Samsung Electronics
PCB Diagram
①G CN11-AC POWER
② CN74-AC LOAD1
③ CN75-4WAY V/V
④ CN71-AC LOAD2(Option)
#1-#3 : 220~240Vac
#1-#3 : 220~240Vac
#1-#3 : 220~240Vac
#1-#3 : 220~240Vac
⑤G CN37-Micom Download
#1 : RXD_INV
#2 : TXD_INV
#3, #8 : N.C
#4 ~ #7 : Data signal
#9 : GND
#10 : DC 5V
⑥ CN35-AS-PRO
#1 : DC 5V
#2 : MODE
#3 : Reset
#4~#6 : GRID_3/1/2
#7 : GND
⑦G CN43-Sensor
#1-#2 : Outdoor Temp.
#3-#4 : Cond. Temp.
#5-#6 : Discharge Temp.
#7-#8 : OLP Temp.
⑧ CN81-EEV 1
#1~#4 : Motor signal
#5 : DC 12V
⑨G CN82-EEV 2(Option)
#1~#4 : Motor signal
#5 : DC 12V
⑩ CN83-EEV 3(Option)
#1~#4 : Motor signal
#5 : DC 12V
⑪G CN39-COMM-INV
#1 : TXD
#2 : RXD
#3 : GND
#4 : DC 5V
#5 : DC 12V
#6 : INV. SMPS signal
⑫ CN44-TEMP OPTION(Option)
#1 : Temp. signal
#2 : GND
⑬ CN42-High Pressure(Option)
#1 : High Pressure temp. signal
#3 : GND
#4 : DC 5V
⑭ CN12-DC12V
#1 : DC 12V
#2 : GND
⑮ CN31-Comm.
#1 : COM1
#2 : COM2
⑯ CN33-Sub Comm.
#1 : DC 12V
#2 : GND
#3 : DC 5V
#4 : COM1
#5 : COM2
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 71
71
PCB Diagram
䯴 INVERTER PCB
This Document can not be used without Samsung’s authorization.
1
2
6
7
9
3
4
5
8
① RST-AC POWER 3phase
#R : AC 380~400V : WHT
#S : AC 380~400V : BRN
#T : AC 380~400V : BLK
② CN100-AC POWER
#1-#3 : AC 220~240V
③ CN31-MAIN COMM
#1 : RXD , #2 : TXD
#3 : GND, #4 : DC 5V
#5 : DC 12V, #6 : INV. SMPS signal
④ CN22-Downloader
#1 : RXD_ATARO, #2 : TXD_ATARO
#3, #8 : N.C, #4~#7 : DATA signal
#9 : GND, #10 : DC 5V
⑤ CN21-DAC/ENCODER
For S/W engineer debugging
⑥ CN91-FAN2
#1 : DC 360V , #2 : N.C
#3 : GND, #4 : DC 15V
#5 : FAN RPM, #6 : FAN RPM feedback
⑦ CN90-FAN1
#1 : DC 360V, #2 : N.C
#3 : GND, #4 : DC 15V
#5 : FAN RPM, #6 : FAN RPM feedback
⑧ CN800-COMP.
#1 : COMP. U-phase(RED)
#2 : COMP. V-phase(BLU)
#3 : COMP. U-phase(YEL)
⑨ CN600-REACTOR
#1-#2 : DCL Reactor
72
RC160MHXGA_SM_E_34513A(1)_5~8.indd 72
Samsung Electronics
PCB Diagram
䯴 EMI PCB
This Document can not be used without Samsung’s authorization.
1
2
① RST-AC POWER 3phase
#R : AC 380~400V : WHT
#S : AC 380~400V : BRN
#T : AC 380~400V : BLK
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 73
② CN100-AC POWER
#1-#3 : AC 220~240V
73
PCB Diagram
䯴 Heater PCB
This Document can not be used without Samsung’s authorization.
1
① AC POWER INPUT
#1 AC POWER LINE - LIVE
#2 AC POWER LINE - NEUTRAL
74
RC160MHXGA_SM_E_34513A(1)_5~8.indd 74
2
② AC POWER OUTPUT
#1 AC POWER LINE - LIVE
#2 AC POWER LINE - NEUTRAL
Samsung Electronics
5-3 Parts List
䯴 MAIN PCB
Location
Code
Description
DB93-11109D
ASSY PCB MAIN-OUT
Spec.
DB93-11363C
ASSY PCB MANUAL
EHS Remko 14KW,Inverter Platform #4, #5, #6
MAIN,Y,SMPS,TOP264VG,5Vdc, 12Vdc
EHS Outdoor Main,14KW REMKO
ADHESIVESILICON
0201-001982
ADHESIVE-SIL
TSE3854DS-W,White,2.2,MIL-A-46146B,UL94V-0
SOLDER-BAR
0202-001338
SOLDER-BAR
SOLDER-WIRE
0202-001608
SOLDER-WIRE FLUX
LeeD-free Solder BAR,W20L350H8,99.3Sn/0.7Cu/0.01
P
LFC7-107,D0.8,99.3Sn/0.7Cu/0.01P,Flux3-4%
Q`ty
Unit
SA/
SNA
1
PC
SA
1
PC
SNA
0.005 KG
SNA
10
G
SNA
2
G
SNA
FLUX
0204-002978
FLUX
KSP-70M,84%,FLUX,SPRAY
1
G
SNA
SOLVENT
0204-003174
SOLVENT
2
G
SNA
IC102
1203-000002
IC-POSI.ADJUST REG.
1
PC
SNA
IC101
1203-006612
IC-PWM CONTROLLER
S-E70,R-OH,100%,0.790
431,TO-92,3P,-,PLASTIC,2.44/2.58V,775MV,0TO+70C,10
0MA,-,ST,TOP264VG,DIP,12P,10.16x10.46mm,PLASTIC,TP
1
PC
SNA
NTC01
1404-001274
THERMISTOR-NTC
22ohm,1.4A,3100K,9.5mW/C,-,7.0,-
1
PC
SNA
X201
2802-001179
RESONATOR-CERAMIC
4MHZ,0.5%,BK,8X3X5.5MM
1
PC
SNA
K1
3404-000165
SWITCH-TACT
12V,50mA,160gf,6x6x5,SPST
1
PC
SNA
K2
3404-000165
SWITCH-TACT
12V,50mA,160gf,6x6x5,SPST
1
PC
SNA
K3
3404-000165
SWITCH-TACT
12V,50mA,160gf,6x6x5,SPST
1
PC
SNA
K4
3404-000165
SWITCH-TACT
12V,50mA,160gf,6x6x5,SPST
1
PC
SNA
SW02
3407-000121
SWITCH-DIP
24V,300mA,SLIDE,STANDARD
1
PC
SNA
RY72
3501-001163
RELAY-MINIATURE
12V,200mW,5000mA,1FormA,10ms,5ms
1
PC
SNA
RY73
3501-001163
RELAY-MINIATURE
12V,200mW,5000mA,1FormA,10ms,5ms
1
PC
SNA
RY74
3501-001163
RELAY-MINIATURE
12V,200mW,5000mA,1FormA,10ms,5ms
1
PC
SNA
FUSE02
3601-000263
FUSE-CARTRIDGE
250V,3.15A,TIME-LAG,GLASS,5x20mm
1
PC
SA
F101
3602-001012
FUSE-BLOCK
500V,-,100MOhm
1
PC
SNA
IC83
3704-001601
SOCKET-IC
8P,SN,2.54mm
1
PC
SNA
CN45
3711-000024
HEADER-BOARD TO CABLE
BOX,3P,1R,2.5MM,STRAIGHT,SN,WHT
1
PC
SNA
CN12
3711-000176
HEADER-BOARD TO CABLE
1WALL,2P,1R,3.96mm,STRAIGHT,SN,BLU
1
PC
SNA
CN31
3711-000177
HEADER-BOARD TO CABLE
1WALL,2P,1R,3.96MM,STRAIGHT,SN,RED
1
PC
SNA
CN11
3711-000203
HEADER-BOARD TO CABLE
1WALL,2P/3P,1R,7.92mm,STRAIGHT,SN,WHT
1
PC
SNA
CN32
3711-000996
CONNECTOR-HEADER
BOX,5P,1R,2.5mm,STRAIGHT,SN,BLK
1
PC
SNA
CN81
3711-000997
CONNECTOR-HEADER
BOX,5P,1R,2.5mm,STRAIGHT,SN,BLU
1
PC
SNA
CN39
3711-001038
HEADER-BOARD TO CABLE
BOX,6P,1R,2.5mm,STRAIGHT,SN,WHT
1
PC
SNA
CN43
3711-001084
HEADER-BOARD TO CABLE
BOX,8P,1R,2.5MM,STRAIGHT,SN,WHT
1
PC
SNA
CN75
3711-003406
HEADER-BOARD TO CABLE
1WALL,2P,1R,7.92MM,STRAIGHT,SN,YEL
1
PC
SNA
CN74
3711-003407
HEADER-BOARD TO CABLE
1WALL,2P,1R,7.92MM,STRAIGHT,SN,RED
1
PC
SNA
CN35
3711-003873
HEADER-BOARD TO CABLE
BOX,7P,1R,2mm,STRAIGHT,SN,WHT
1
PC
SNA
CN37
3711-005716
BOX,10P,1R,2mm,STRAIGHT,SN,BLK
1
PC
SNA
CN33
3711-007422
HEADER-BOARD TO CABLE
HEADER-BOARD TO
BOARD
7P,1R,2mm,STRAIGHT,BRASS,BLK
1
PC
SNA
DP51
DB07-00054A
LED DISPLAY
1
PC
SNA
DP52
DB07-00054A
LED DISPLAY
1
PC
SNA
PT01
DB26-00122A
TRANS SWITCHING
1
PC
SNA
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 75
SSD-A3202GS-A13,LED DISPLAY,2 DIGIT,16 SEGMENT,2
DIGIT,16.6x16x13mm,GREEN,50mW,9
SSD-A3202GS-A13,LED DISPLAY,2 DIGIT,16 SEGMENT,2
DIGIT,16.6x16x13mm,GREEN,50mW,9
EE2525,RC100PHXEA,GLOBAL
4WAY,310V,200~400V,PL-7, PM7,5V,12V,ER25*25 V10,50HZ,1.56mH,MULTI OUTPUT
75
PCB Diagram
䯴 MAIN PCB(cont.)
Location
Code
COIL01
DB27-00082A
ASSY CW
EARTH
DB93-05379G
Description
Spec.
Q`ty
Unit
SA/
SNA
COIL CHOKE
CV305400SJ,RC100PHXEA,GLOBAL 4WAY,40mH,+50~30%,706mohm,0.5A,13*7*5,16*18.5*10,3.4mm*8.4m
m,1.2mm,PAD,25℃~+105℃
1
PC
SNA
DB93-11372C
ASSY CONNECTOR WIRE
EARTH
ASSY PCB AUTO
EHS Outdoor Main,14KW REMKO
1
PC
SNA
R110
2003-000855
R-METAL OXIDE(S)
47Kohm,5%,3W,AA,TP,6x16mm
1
PC
SNA
C103
2201-000322
C-CERAMIC,DISC
2.2nF,10%,2000V,Y5P,13x5mm,10mm
1
PC
SNA
C107
2201-000551
C-CERAMIC,DISC
0.47nF,10%,1000V,Y5P,6.3x5mm,5mm
1
PC
SNA
C104
2201-000983
C-CERAMIC,DISC
1nF,10%,2000V,Y5P,TP,9x5mm,7.5mm
1
PC
SNA
C116
2201-000987
C-CERAMIC,DISC
2.2nF,20%,400V,Y5U,TP,12.5x6mm,10mm
1
PC
SNA
C117
2201-000987
C-CERAMIC,DISC
2.2nF,20%,400V,Y5U,TP,12.5x6mm,10mm
1
PC
SNA
YC01
2301-001220
C-FILM,LEAD-PPF
100nF,10%,275V,BK,18x6x12mm
1
PC
SNA
YC02
2301-001220
C-FILM,LEAD-PPF
100nF,10%,275V,BK,18x6x12mm
1
PC
SNA
RC140RHXEA
1
PC
SNA
C118
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C111
2401-001103
C-AL
330uF,20%,16V,WT,TP,8x11.5mm,5
1
PC
SNA
C112
2401-001103
C-AL
330uF,20%,16V,WT,TP,8x11.5mm,5
1
PC
SNA
C108
2401-001838
C-AL
470uF,20%,25V,WT,TP,10x16,5
1
PC
SNA
C109
2401-001838
C-AL
470uF,20%,25V,WT,TP,10x16,5
1
PC
SNA
C106
2401-002438
C-AL
47uF,20%,50V,WT,TP,6.3x11,5mm
1
PC
SNA
C115
2401-003645
C-AL
1UF,20%,50V,WT,TP,4X5MM,5
1
PC
SNA
C101
2401-003861
C-AL
68UF,20%,400V,WT,TP,18X25MM,7.5
1
PC
SNA
C102
2401-003861
C-AL
68UF,20%,400V,WT,TP,18X25MM,7.5
1
PC
SNA
F102
3601-001308
FUSE
250V,1.6A,TIME-LAG,PLASTIC,8.4x7.6mm
1
PC
SNA
DB93-11369C
ASSY PCB SMD
EHS Outdoor Main,14KW REMKO
1
PC
SNA
SOLDERCREAM
D105
0202-001459
SOLDER-CREAM
S3X58-M405,D20~38um,96.5Sn/3Ag/0.5Cu,FLUX 5%
10
G
SNA
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D201
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D202
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D203
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D204
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D209
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D210
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D211
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D212
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D213
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D214
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D391
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D392
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D104
0402-001192
DIODE-RECTIFIER
ES2D,200V,2A,SMB,TP
1
PC
SNA
BD101
0402-001298
DIODE-BRIDGE
DF06S,600V,1A,SMD-4,TP
1
PC
SNA
D102
0402-001427
DIODE-RECTIFIER
ES1D,200V,1A,DO-214AC,TP
1
PC
SNA
D103
0402-001427
DIODE-RECTIFIER
ES1D,200V,1A,DO-214AC,TP
1
PC
SNA
D101
0402-001429
DIODE-RECTIFIER
US1J,600V,1A,DO-214AC,TP
1
PC
SNA
CD31
0406-001204
DIODE-TVS
SMBJ5.0CA,6.4/-/7.25V,600W,SMB
1
PC
SNA
CD32
0406-001204
DIODE-TVS
SMBJ5.0CA,6.4/-/7.25V,600W,SMB
1
PC
SNA
76
RC160MHXGA_SM_E_34513A(1)_5~8.indd 76
Samsung Electronics
PCB Diagram
䯴 MAIN PCB(cont.)
Spec.
Q`ty
Unit
SA/
SNA
DIODE-TVS
SMBJ5.0CA,6.4/-/7.25V,600W,SMB
1
PC
SNA
TR-DIGITAL
DTA114EKA,PNP,200mW,10K/10K,SOT-23,TP
1
PC
SNA
TR-DIGITAL
DTA114EKA,PNP,200mW,10K/10K,SOT-23,TP
1
PC
SNA
TR-DIGITAL
DTA114EKA,PNP,200mW,10K/10K,SOT-23,TP
1
PC
SNA
TR-DIGITAL
DTA114EKA,PNP,200mW,10K/10K,SOT-23,TP
1
PC
SNA
TR-DIGITAL
FJV3102R,NPN,200mW,10K/10Kohm,SOT-23,TP
1
PC
SNA
0506-000175
TR-ARRAY
2003,NPN,7,1W,SOP-16,ST,1000
1
PC
SNA
0506-000175
TR-ARRAY
2003,NPN,7,1W,SOP-16,ST,1000
1
PC
SNA
IC71
0506-000175
TR-ARRAY
2003,NPN,7,1W,SOP-16,ST,1000
1
PC
SNA
Location
Code
CD33
0406-001204
Q501
0504-000001
Q502
0504-000001
Q503
0504-000001
Q504
0504-000001
Q103
0504-000127
IC51
IC52
Description
IC81
0506-000175
TR-ARRAY
2003,NPN,7,1W,SOP-16,ST,1000
1
PC
SNA
LD74
0601-001816
LED
SMD,Y-GRN,1.6X0.8X0.55MM,570NM,1.6X0.8X0.55MM
1
PC
SNA
LD75
0601-001816
LED
SMD,Y-GRN,1.6X0.8X0.55MM,570NM,1.6X0.8X0.55MM
1
PC
SNA
LD01
0601-002345
LED
SMD,RED,1.6x0.8x0.55mm,660nm,1.6x0.8x0.55mm
1
PC
SNA
PC01
0604-001172
PHOTO-COUPLER
1
PC
SNA
IC32
0801-000393
IC-CMOS LOGIC
1
PC
SNA
IC31
1006-001325
IC-BUS TRANSCEIVER
1
PC
SNA
R202
2007-000074
R-CHIP
TR,150-300,200mW,SOP,TP
74HC86,OR GATE,SOP,14P,150MIL,QUAD,ST,,2.0/6.0V,0.26V,40to+85C,180mW,4.2V,1uA,
ISL81487LIBZ,SO,8P,4.9x3.8
mm,SINGLE,ST,PLASTIC,5V,40to+85C,520mW,1,1,1.5/5.0V
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R203
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R309
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R310
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R411
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R413
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R415
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R417
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R121
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R302
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R303
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R501
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R502
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R503
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R504
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R505
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R506
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R507
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R704
2007-000082
R-CHIP
3.3Kohm,5%,1/10W,TP,1608
1
PC
SNA
R705
2007-000082
R-CHIP
3.3Kohm,5%,1/10W,TP,1608
1
PC
SNA
R304
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R305
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R306
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R307
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R308
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R311
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R312
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 77
77
PCB Diagram
䯴 MAIN PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
R313
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R314
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R391
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R512
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R513
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R514
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R515
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R201
2007-000116
R-CHIP
120ohm,5%,1/10W,TP,1608
1
PC
SNA
R301
2007-000116
R-CHIP
120ohm,5%,1/10W,TP,1608
1
PC
SNA
R100
2007-000134
R-CHIP
33Kohm,5%,1/10W,TP,1608
1
PC
SNA
R221
2007-000238
R-CHIP
1.5Kohm,1%,1/8W,TP,2012
1
PC
SNA
R118
2007-000297
R-CHIP
10Kohm,1%,1/8W,TP,2012
1
PC
SNA
R119
2007-000297
R-CHIP
10Kohm,1%,1/8W,TP,2012
1
PC
SNA
R111
2007-000409
R-CHIP
15Kohm,5%,1/8W,TP,2012
1
PC
SNA
R108
2007-000441
R-CHIP
180Kohm,1%,1/8W,TP,2012
1
PC
SNA
R412
2007-000455
R-CHIP
18Kohm,1%,1/10W,TP,1608
1
PC
SNA
R414
2007-000455
R-CHIP
18Kohm,1%,1/10W,TP,1608
1
PC
SNA
R101
2007-000481
R-CHIP
1Mohm,5%,1/4W,TP,3216
1
PC
SNA
R102
2007-000481
R-CHIP
1Mohm,5%,1/4W,TP,3216
1
PC
SNA
R103
2007-000481
R-CHIP
1Mohm,5%,1/4W,TP,3216
1
PC
SNA
R104
2007-000481
R-CHIP
1Mohm,5%,1/4W,TP,3216
1
PC
SNA
R113
2007-000592
R-CHIP
22ohm,1%,1/4W,TP,3216
1
PC
SNA
R416
2007-000614
R-CHIP
24Kohm,1%,1/10W,TP,1608
1
PC
SNA
R418
2007-000614
R-CHIP
24Kohm,1%,1/10W,TP,1608
1
PC
SNA
R117
2007-000683
R-CHIP
3.3Kohm,1%,1/10W,TP,1608
1
PC
SNA
R114
2007-000701
R-CHIP
3.6Kohm,1%,1/10W,TP,1608
1
PC
SNA
R340
2007-000869
R-CHIP
4.7Kohm,1%,1/10W,TP,1608
1
PC
SNA
R109
2007-000941
R-CHIP
47Kohm,5%,1/8W,TP,2012
1
PC
SNA
R120
2007-000941
R-CHIP
47Kohm,5%,1/8W,TP,2012
1
PC
SNA
R115
2007-001131
R-CHIP
68ohm,1%,1/10W,TP,1608
1
PC
SNA
R105
2007-007385
R-CHIP
1.2Mohm,1%,1/4w,TP,3216
1
PC
SNA
R106
2007-007385
R-CHIP
1.2Mohm,1%,1/4w,TP,3216
1
PC
SNA
R107
2007-007385
R-CHIP
1.2Mohm,1%,1/4w,TP,3216
1
PC
SNA
R112
2007-010635
R-CHIP
6.8ohm,1%,1/10,TP,1608
1
PC
SNA
C301
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C302
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C303
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C512
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C513
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C514
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C515
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C120
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C215
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C203
2203-002304
C-CER,CHIP
10pF,5%,50V,TH,BK,1608,-
1
PC
SNA
C105
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C110
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C113
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
78
RC160MHXGA_SM_E_34513A(1)_5~8.indd 78
Samsung Electronics
PCB Diagram
䯴 MAIN PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
C114
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C119
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C202
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C204
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C205
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C206
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C207
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C208
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C209
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C211
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C212
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C213
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C214
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C216
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C217
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C304
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C305
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C311
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C312
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C403
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C404
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C405
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C406
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C501
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C502
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C701
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C801
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C201
2203-006348
C-CER,CHIP
1000nF,10%,25V,X5R,TP,1608
1
PC
SNA
C210
2203-006348
C-CER,CHIP
1000nF,10%,25V,X5R,TP,1608
1
PC
SNA
C221
2203-006348
C-CER,CHIP
1000nF,10%,25V,X5R,TP,1608
1
PC
SNA
L101
2703-002297
INDUCTOR-SMD
4.7uH,20%,6060
1
PC
SNA
L102
2703-002297
INDUCTOR-SMD
1
PC
SNA
PCB
DB41-01034A
PCB MAIN-OUT
1
PC
SNA
IC21
DB91-01333A
ASSY-MIC
1
PC
SNA
DB09-00535A
IC MICOM
4.7uH,20%,6060
GLOBAL-4WAY OUTDOOR,FR-4,2,ver
2.4,T1.6,120*142,UB1, UB2,
UB3,Outdoor,Inverter Platform #4, #5, #6 MAIN,600
Gen3 Outdoor,STM-10A5-OS, S3F4A1H, 100TQFP,
ROM 512KB
S3F4A1H,100P,DC5V,12 MHz,TQFP,16 Bit,16
Bit,TQFP,QFP,16 Bit,40~+105,512K
1
PC
SNA
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 79
79
PCB Diagram
䯴 INVERTER PCB
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
-
DB93-11114A
ASSY PCB MAIN-INVERTER
RC100DHXGA, RC100PHXGA, RC125PHXGA,
RC125DHXGA,Inverter Platform #6,Y,SMPS,TOP243P,3.3V, 5V,
12V, 15V
1
PC
SA
-
DB93-11362A
ASSY PCB MANUAL
RC100DHXGA, RC140DHXGA,Inverter #6, 3phase
1
PC
SNA
ADHESIVESILICON
0201-001982
ADHESIVE-SIL
TSE3854DS-W,White,2.2,MIL-A-46146B,UL94V-0
0.02
KG
SNA
SOLDER BAR
0202-001338
SOLDER-BAR
LeeD-free Solder BAR,W20L350H8,99.3Sn/0.7Cu/0.01P
12.4
G
SNA
SOLDER WIRE
0202-001608
SOLDER-WIRE FLUX
LFC7-107,D0.8,99.3Sn/0.7Cu/0.01P,Flux3-4%
3.2
G
SNA
FLUX
0204-002978
FLUX
KSP-70M,84%,FLUX,SPRAY
10
G
SNA
SOLVENT
0204-003174
SOLVENT
S-E70,R-OH,100%,0.790
10
G
SNA
IC601
0402-001994
DIODE-BRIDGE
DF30NA160,1600V,30A,SIP-5,ST
1
PC
SNA
1
PC
SNA
1
PC
SNA
KIA7815API,TO-220IS,3P,10.3x15.3mm,PLASTIC,14.4/15.6V,
2W,-30to+150,1A,ST
TOP243,DIP,7P,9.83x6.6mm,plastic,-0.3/700V,25W,40to+150,1.44A,TP
IC104
1203-002735
IC-POSI.FIXED REG.
IC101
1203-003527
IC-PWM CONTROLLER
PT100
1404-001498
THERMISTOR-PTC
40ohm,25%,290Vac,7A,TR
1
PC
SNA
VA100
1405-000154
VARISTOR
460Vdc,2500A,17.5x7.5mm,TP
1
PC
SNA
C820
2301-001830
C-FILM,MPEF
1000nF,5%,1000V,BK,28x18x31
1
PC
SNA
C602
2401-004278
C-AL
560uF,20%,400V,WT,BK,35x50mm,14.2mm
1
PC
SNA
C603
2401-004278
C-AL
560uF,20%,400V,WT,BK,35x50mm,14.2mm
1
PC
SNA
C604
2401-004278
C-AL
560uF,20%,400V,WT,BK,35x50mm,14.2mm
1
PC
SNA
C605
2401-004278
C-AL
560uF,20%,400V,WT,BK,35x50mm,14.2mm
1
PC
SNA
C606
2401-004278
C-AL
560uF,20%,400V,WT,BK,35x50mm,14.2mm
1
PC
SNA
C607
2401-004278
C-AL
560uF,20%,400V,WT,BK,35x50mm,14.2mm
1
PC
SNA
C123
2401-004279
C-AL
560uF,20%,400V,WT,BK,35x50mm,14.2mm
1
PC
SNA
L100
2702-001123
INDUCTOR-RADIAL
4.7uH,10%,6.5x7.5mm
1
PC
SNA
RY12
3501-001163
RELAY-MINIATURE
12V,200mW,5000mA,1FormA,10ms,5ms
1
PC
SNA
RY13
3501-001163
RELAY-MINIATURE
12V,200mW,5000mA,1FormA,10ms,5ms
1
PC
SNA
RY11
3501-001264
RELAY-POWER
12V,200mW,5000mA,1FormA,10ms,10ms
1
PC
SNA
RY14
3501-001264
RELAY-POWER
12V,200mW,5000mA,1FormA,10ms,10ms
1
PC
SNA
RY600
3501-001411
RELAY-POWER
12V,30000mA,2FormA
1
PC
SNA
FUSE400-1
3601-000263
FUSE-CARTRIDGE
250V,3.15A,TIME-LAG,GLASS,5x20mm
1
PC
SA
FUSE100-1
3601-000297
FUSE-CARTRIDGE
250V,5A,TIME-LAG,GLASS,5.2x20mm
1
PC
SA
FUSE100
3602-001012
FUSE-BLOCK
500V,-,100MOhm
1
PC
SNA
FUSE400
3602-001012
FUSE-BLOCK
500V,-,100MOhm
1
PC
SNA
CN100
3711-000203
HEADER-BOARD TO CABLE
1WALL,2P/3P,1R,7.92mm,STRAIGHT,SN,WHT 1
1
PC
SNA
CN90
3711-000296
HEADER-BOARD TO CABLE
1WALL,6P,1R,3.96MM,STRAIGHT,SN,WHT
1
PC
SNA
SNA
CN91
3711-000296
HEADER-BOARD TO CABLE
1WALL,6P,1R,3.96MM,STRAIGHT,SN,WHT
1
PC
CN31
3711-001038
HEADER-BOARD TO CABLE
BOX,6P,1R,2.5mm,STRAIGHT,SN,WHT
1
PC
SNA
CN21
3711-003843
HEADER-BOARD TO CABLE
BOX,8P,1R,2mm,STRAIGHT,SN,WHT
1
PC
SNA
CN800
3711-007276
CONNECTOR-HEADER
3P,1R,10mm,STRAIGHT,AU,BLK
1
PC
SNA
SNA
CN600
3711-007649
CONNECTOR-HEADER
2,1R,10mm,STRAIGHT,BRASS,BLK
1
PC
CN22
3711-007706
HEADER-BOARD TO CABLE
BOX,10P,1R,2mm,STRAIGHT,SN,RED
1
PC
SNA
R-IN
3712-001139
CONNECTOR-TERMINAL
TAB,MALE,6.35x0.8mm
1
PC
SNA
S-IN
3712-001139
CONNECTOR-TERMINAL
TAB,MALE,6.35x0.8mm
1
PC
SNA
T-IN
3712-001139
CONNECTOR-TERMINAL
TAB,MALE,6.35x0.8mm
1
PC
SNA
IPM800
4719-002494
POWER MODULE I
IPM,1200V/35A
1
PC
SNA
ST11
DB26-00123A
TRANS SWITCHING
EE2218,RC100PHXEA,GLOBAL 4WAY,310V,200~400V,PL-7,
PM-1 PCSNA
1
PC
SNA
DB93-11373A
ASSY PCB AUTO
RC100DHXGA, RC140DHXGA,Inverter #6, 1phase
1
PC
SNA
D102
0402-000012
DIODE-RECTIFIER
UF4007,1000V,1A,DO-41,TP
1
PC
SNA
ZD800
0406-001434
DIODE-TVS
P6KE18A,200,185,215,DO-15
1
PC
SNA
80
RC160MHXGA_SM_E_34513A(1)_5~8.indd 80
Samsung Electronics
PCB Diagram
䯴 INVERTER PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
R101
2003-000855
R-METAL OXIDE(S)
47Kohm,5%,3W,AA,TP,6x16mm
1
PC
SNA
SNA
R108
2006-001149
R-CEMENT,NON
1Kohm,5%,15W,CA,BK,48x12.5x12.5mm
1
PC
C101
2201-000154
C-CERAMIC,DISC
10nF,+80-20%,2000V,Y5P,20x5mm,7.5mm
1
PC
SNA
C102
2201-000322
C-CERAMIC,DISC
2.2nF,10%,2000V,Y5P,13x5mm,10mm
1
PC
SNA
C103
2201-000551
C-CERAMIC,DISC
0.47nF,10%,1000V,Y5P,6.3x5mm,5mm
1
PC
SNA
C106
2201-000551
C-CERAMIC,DISC
0.47nF,10%,1000V,Y5P,6.3x5mm,5mm
1
PC
SNA
C113
2201-000551
C-CERAMIC,DISC
0.47nF,10%,1000V,Y5P,6.3x5mm,5mm
1
PC
SNA
C119
2201-000551
C-CERAMIC,DISC
0.47nF,10%,1000V,Y5P,6.3x5mm,5mm
1
PC
SNA
C104
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C124
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C125
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C201
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C300
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C326
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C405
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C407
2401-000481
C-AL
10uF,20%,50V,WT,TP,5x11,5
1
PC
SNA
C803
2401-002438
C-AL
47uF,20%,50V,WT,TP,6.3x11,5mm
1
PC
SNA
C807
2401-002438
C-AL
47uF,20%,50V,WT,TP,6.3x11,5mm
1
PC
SNA
C811
2401-002438
C-AL
47uF,20%,50V,WT,TP,6.3x11,5mm
1
PC
SNA
C813
2401-002438
C-AL
47uF,20%,50V,WT,TP,6.3x11,5mm
1
PC
SNA
C107
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C109
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C112
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C114
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C115
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C117
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C120
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C121
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C401
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
C403
2401-003585
C-AL
220uF,20%,35V,WT,TP,8x11.5mm,5
1
PC
SNA
DB93-11368A
ASSY PCB SMD
RC100DHXGA, RC140DHXGA,Inverter #6, 3phase
1
PC
SNA
SOLDER CREAM
0202-001459
SOLDER-CREAM
S3X58-M405,D20~38um,96.5Sn/3Ag/0.5Cu,FLUX 5%
3.8
G
SNA
D107
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D300
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D301
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D303
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D304
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D600
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D601
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D700
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D701
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D702
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D703
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D901
0401-001099
DIODE-SWITCHING
1N4148WS,75V,150mA,SOD-323,TP
1
PC
SNA
D104
0402-001192
DIODE-RECTIFIER
ES2D,200V,2A,SMB,TP
1
PC
SNA
D105
0402-001192
DIODE-RECTIFIER
ES2D,200V,2A,SMB,TP
1
PC
SNA
D100
0402-001427
DIODE-RECTIFIER
ES1D,200V,1A,DO-214AC,TP
1
PC
SNA
D103
0402-001427
DIODE-RECTIFIER
ES1D,200V,1A,DO-214AC,TP
1
PC
SNA
D400
0402-001427
DIODE-RECTIFIER
ES1D,200V,1A,DO-214AC,TP
1
PC
SNA
D401
0402-001427
DIODE-RECTIFIER
ES1D,200V,1A,DO-214AC,TP
1
PC
SNA
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 81
81
PCB Diagram
䯴 INVERTER PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
D800
0402-001993
DIODE-RECTIFIER
STTH112,1200V,1A,SMA
1
PC
SNA
D801
0402-001993
DIODE-RECTIFIER
STTH112,1200V,1A,SMA
1
PC
SNA
D802
0402-001993
DIODE-RECTIFIER
STTH112,1200V,1A,SMA
1
PC
SNA
ZD600
0403-000282
DIODE-ZENER
MMBZ5232B,5%,300mW,SOT-23,TP
1
PC
SNA
ZD700
0403-000282
DIODE-ZENER
MMBZ5232B,5%,300mW,SOT-23,TP
1
PC
SNA
ZD701
0403-000282
DIODE-ZENER
MMBZ5232B,5%,300mW,SOT-23,TP
1
PC
SNA
ZD801
0403-001816
DIODE-ZENER
1SAM5934BT3,22.8/25.2V,1500mW,SMA,TP
1
PC
SNA
ZD802
0403-001816
DIODE-ZENER
1SAM5934BT3,22.8/25.2V,1500mW,SMA,TP
1
PC
SNA
ZD803
0403-001816
DIODE-ZENER
1SAM5934BT3,22.8/25.2V,1500mW,SMA,TP
1
PC
SNA
D305
0404-001020
DIODE-SCHOTTKY
BAT54C,30V,200mA,SOT-23,TP
1
PC
SNA
Q500
0501-000534
TR-SMALL SIGNAL
2SC2412K,NPN,200mW,SOT-23,TP,180-390
1
PC
SNA
Q400
0504-000127
TR-DIGITAL
FJV3102R,NPN,200mW,10K/10Kohm,SOT-23,TP
1
PC
SNA
Q401
0504-000127
TR-DIGITAL
FJV3102R,NPN,200mW,10K/10Kohm,SOT-23,TP
1
PC
SNA
IC200
0506-000175
TR-ARRAY
2003,NPN,7,1W,SOP-16,ST,1000
1
PC
SNA
LED100
0601-001816
LED
SMD,Y-GRN,1.6X0.8X0.55MM,570NM,1.6X0.8X0.55MM
1
PC
SNA
LED101
0601-001816
LED
SMD,Y-GRN,1.6X0.8X0.55MM,570NM,1.6X0.8X0.55MM
1
PC
SNA
LED102
0601-001816
LED
SMD,Y-GRN,1.6X0.8X0.55MM,570NM,1.6X0.8X0.55MM
1
PC
SNA
LED301
0601-001816
LED
SMD,Y-GRN,1.6X0.8X0.55MM,570NM,1.6X0.8X0.55MM
1
PC
SNA
LED600
0601-001816
LED
SMD,Y-GRN,1.6X0.8X0.55MM,570NM,1.6X0.8X0.55MM
1
PC
SNA
LED300
0601-001954
LED
SMD(TOP VIEW),YEL,1.6x0.8x0.8mm,587nm,1.6x0.8x0.8mm
1
PC
SNA
LED302
0601-002345
LED
SMD,RED,1.6x0.8x0.55mm,660nm,1.6x0.8x0.55mm
1
PC
SNA
PC111
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC400
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC401
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC402
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC403
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC500
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC501
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC502
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
PC900
0604-001002
PHOTO-COUPLER
TR,100-600%,200mW,SOP-4,TP
1
PC
SNA
1
PC
SNA
1
PC
SNA
1
PC
SNA
74VHCT245,TRANSCEIVER,TSSOP,20P,173MIL,OCTAL,TP,PLAS
TIC,3-STATE,-,0.36V,-40to+85
TL431ACD,SOP,8P,4.9X3.9MM,PLASTIC,36V,1.5W,0TO+70C,15
0MA,2.44/2.55V,TP
LD1117S33-HF,SOT-223,4P,6.5x3.5mm,PLASTIC,3.267/3.333,40to+125C,0.8,TP
IC300
0801-002530
IC-CMOS LOGIC
IC102
1203-002948
IC-POSI.ADJUST REG.
IC100
1203-005454
IC-POSI.FIXED REG.
R808
2007-000043
R-CHIP
1Kohm,1%,1/10W,TP,1608
1
PC
SNA
R339
2007-000070
R-CHIP
0ohm,5%,1/10W,TP,1608
1
PC
SNA
R308
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R337
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R800
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R801
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R803
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
SNA
R805
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
R811
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R813
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R814
2007-000074
R-CHIP
100ohm,5%,1/10W,TP,1608
1
PC
SNA
R325
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R326
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R327
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R500
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
82
RC160MHXGA_SM_E_34513A(1)_5~8.indd 82
Samsung Electronics
PCB Diagram
䯴 INVERTER PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
R502
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R506
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R900
2007-000076
R-CHIP
330ohm,5%,1/10W,TP,1608
1
PC
SNA
R320
2007-000077
R-CHIP
470ohm,5%,1/10W,TP,1608
1
PC
SNA
R328
2007-000077
R-CHIP
470ohm,5%,1/10W,TP,1608
1
PC
SNA
R505
2007-000077
R-CHIP
470ohm,5%,1/10W,TP,1608
1
PC
SNA
R305
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R306
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R307
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R309
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R310
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R312
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R313
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R314
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R317
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R318
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R319
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R501
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R503
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R504
2007-000078
R-CHIP
1Kohm,5%,1/10W,TP,1608
1
PC
SNA
R809
2007-000080
R-CHIP
2Kohm,5%,1/10W,TP,1608
1
PC
SNA
R100
2007-000082
R-CHIP
3.3Kohm,5%,1/10W,TP,1608
1
PC
SNA
R105
2007-000082
R-CHIP
3.3Kohm,5%,1/10W,TP,1608
1
PC
SNA
R109
2007-000082
R-CHIP
3.3Kohm,5%,1/10W,TP,1608
1
PC
SNA
R111
2007-000082
R-CHIP
3.3Kohm,5%,1/10W,TP,1608
1
PC
SNA
R600
2007-000082
R-CHIP
3.3Kohm,5%,1/10W,TP,1608
1
PC
SNA
R300
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R301
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
SNA
R302
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
R311
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R315
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R321
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R322
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R323
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R324
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R329
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R330
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R331
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
SNA
R332
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
R333
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R334
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R335
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R336
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R400
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R401
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R406
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R407
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R614
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R615
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R700
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 83
83
PCB Diagram
䯴 INVERTER PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
R701
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R702
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R703
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R905
2007-000084
R-CHIP
4.7Kohm,5%,1/10W,TP,1608
1
PC
SNA
R403
2007-000087
R-CHIP
6.8Kohm,5%,1/10W,TP,1608
1
PC
SNA
R410
2007-000087
R-CHIP
6.8Kohm,5%,1/10W,TP,1608
1
PC
SNA
R812
2007-000087
R-CHIP
6.8Kohm,5%,1/10W,TP,1608
1
PC
SNA
R303
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R316
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R402
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R404
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R409
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R411
2007-000090
R-CHIP
10Kohm,5%,1/10W,TP,1608
1
PC
SNA
R340
2007-000109
R-CHIP
1Mohm,5%,1/10W,TP,1608
1
PC
SNA
R103
2007-000111
R-CHIP
6.8ohm,5%,1/10W,TP,1608
1
PC
SNA
R807
2007-000239
R-CHIP
1.5Kohm,1%,1/10W,TP,1608
1
PC
SNA
R901
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R902
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R903
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R904
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R906
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R907
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R908
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R909
2007-000285
R-CHIP
100Kohm,5%,1/4W,TP,3216
1
PC
SNA
R802
2007-000308
R-CHIP
10ohm,5%,1/8W,TP,2012
1
PC
SNA
R804
2007-000308
R-CHIP
10ohm,5%,1/8W,TP,2012
1
PC
SNA
R806
2007-000308
R-CHIP
10ohm,5%,1/8W,TP,2012
1
PC
SNA
R616
2007-000385
R-CHIP
14.3Kohm,1%,1/4W,TP,3216
1
PC
SNA
R113
2007-000619
R-CHIP
24ohm,5%,1/4W,TP,3216
1
PC
SNA
R119
2007-000619
R-CHIP
24ohm,5%,1/4W,TP,3216
1
PC
SNA
R114
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R115
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R116
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R117
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R613
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R617
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R618
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R619
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R620
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R621
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R622
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R623
2007-000924
R-CHIP
470Kohm,1%,1/4W,TP,3216
1
PC
SNA
R118
2007-000929
R-CHIP
470ohm,1%,1/10W,TP,1608
1
PC
SNA
R102
2007-000950
R-CHIP
47ohm,5%,1/4W,TP,3216
1
PC
SNA
R110
2007-000950
R-CHIP
47ohm,5%,1/4W,TP,3216
1
PC
SNA
R112
2007-000950
R-CHIP
47ohm,5%,1/4W,TP,3216
1
PC
SNA
R405
2007-001118
R-CHIP
680ohm,5%,1/8W,TP,2012
1
PC
SNA
R408
2007-001118
R-CHIP
680ohm,5%,1/8W,TP,2012
1
PC
SNA
R341
2007-002454
R-CHIP
5.1Mohm,5%,1/10W,TP,1608
1
PC
SNA
84
RC160MHXGA_SM_E_34513A(1)_5~8.indd 84
Samsung Electronics
PCB Diagram
䯴 INVERTER PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
R107
2007-007342
R-CHIP
1.82Kohm,1%,1/10W,TP,1608
1
PC
SNA
R106
2007-007445
R-CHIP
9.09Kohm,1%,1/10W,TP,1608
1
PC
SNA
R810
2007-007735
R-CHIP
91ohm,1%,1/10W,TP,1608
1
PC
SNA
R601
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R602
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R603
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R604
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R605
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R606
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R607
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R608
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R609
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R610
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R611
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
R612
2007-008023
R-CHIP
100Kohm,5%,1W,TP,6432
1
PC
SNA
C303
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C317
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C318
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C327
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C400
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C402
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C500
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C501
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C502
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C504
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C505
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C814
2203-000257
C-CER,CHIP
10nF,10%,50V,X7R,TP,1608
1
PC
SNA
C301
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C302
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C309
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C313
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C316
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C600
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C601
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C700
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C702
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C703
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C705
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C801
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C805
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C809
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C815
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C817
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C818
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C819
2203-000440
C-CER,CHIP
1nF,10%,50V,X7R,TP,1608
1
PC
SNA
C319
2203-002002
C-CER,CHIP
0.033nF,5%,50V,NP0,TP,1608
1
PC
SNA
C320
2203-002002
C-CER,CHIP
0.033nF,5%,50V,NP0,TP,1608
1
PC
SNA
C321
2203-002002
C-CER,CHIP
0.033nF,5%,50V,NP0,TP,1608
1
PC
SNA
C322
2203-002002
C-CER,CHIP
0.033nF,5%,50V,NP0,TP,1608
1
PC
SNA
C323
2203-002002
C-CER,CHIP
0.033nF,5%,50V,NP0,TP,1608
1
PC
SNA
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 85
85
PCB Diagram
䯴 INVERTER PCB(cont.)
Location
Code
Description
Spec.
Q`ty
Unit
SA/
SNA
C324
2203-002002
C-CER,CHIP
0.033nF,5%,50V,NP0,TP,1608
1
PC
SNA
C816
2203-002398
C-CER,CHIP
22nF,10%,50V,X7R,1608
1
PC
SNA
C100
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C105
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C108
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C110
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C111
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C116
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C118
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C122
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C126
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C200
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C307
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C308
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C310
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C311
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C312
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C314
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C315
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C503
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C608
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C701
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C704
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C800
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C802
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C804
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C806
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C808
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C810
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C812
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C900
2203-005249
C-CER,CHIP
100nF,10%,50V,X7R,TP,1608
1
PC
SNA
C404
2203-006104
C-CER,CHIP
1000nF,10%,50V,X7R,TP,3225,2.5T
1
PC
SNA
C406
2203-006104
C-CER,CHIP
1000nF,10%,50V,X7R,TP,3225,2.5T
1
PC
SNA
C304
2203-006348
C-CER,CHIP
1000nF,10%,25V,X5R,TP,1608
1
PC
SNA
C305
2203-006348
C-CER,CHIP
1000nF,10%,25V,X5R,TP,1608
1
PC
SNA
C325
2203-006348
C-CER,CHIP
1000nF,10%,25V,X5R,TP,1608
1
PC
SNA
C328
2203-006348
C-CER,CHIP
1000nF,10%,25V,X5R,TP,1608
1
PC
SNA
X300
2802-001211
RESONATOR-CERAMIC
8MHZ,0.1%,TP,3.2X1.3X0.9 MM
1
PC
SNA
IC600
3201-001860
SENSOR MAG
ACS710KLATR-12CB-T,37.5A,-40to+125C,8V
1
PC
SNA
IC700
3201-001860
SENSOR MAG
ACS710KLATR-12CB-T,37.5A,-40to+125C,8V
1
PC
SNA
IC701
3201-001860
SENSOR MAG
ACS710KLATR-12CB-T,37.5A,-40to+125C,8V
1
PC
SNA
1
PC
SNA
1
PC
SNA
1
PC
SNA
PCB
DB41-01033A
PCB MAIN-INVERTER
IC201
DB91-01179A
ASSY-MIC
DB09-00591A
IC MICOM
86
RC160MHXGA_SM_E_34513A(1)_5~8.indd 86
RC100DHXGA, RC100PHXGA, RC125PHXGA,
RC125DHXGA,FR4,2,ver 0.8,T1.6,220*195,UB1, UB2,Outdoor,2oz, Inverter
Platform #6,60
Global 4 way Outdoor Inverter MICOM,STM-1043-OS,
LM3S817,
48LQFP, ROM 64KB
LM3S817,48,DC3V,50 MHz,LQFP,LQFP,LQFP,-40 ~
85,64KB,LQFP
Samsung Electronics
PCB Diagram
䯴 EMI PCB
Code
Description
Spec.
Q`ty
Unit
DB93-11111A
ASSY PCB SUB-EMI
GLOBAL-4WAY OUTDOOR,Inverter Platform #6 3Phase EMI,N
1
PC
SA/
SNA
SA
0201-001982
ADHESIVE-SIL
TSE3854DS-W,White,2.2,MIL-A-46146B,UL94V-0
0.01
KG
SNA
Location
ADHESIVESILICON
VA01
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA02
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA03
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA04
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA05
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA06
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA07
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA08
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA09
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
VA10
1405-001204
VARISTOR
670Vdc,4500A,17x6.3mm,BK
1
PC
SNA
R01
2003-002038
R-METAL OXIDE(S)
1Mohm,5%,2W,AA,TP,4x12mm
1
PC
SNA
R02
2003-002038
R-METAL OXIDE(S)
1Mohm,5%,2W,AA,TP,4x12mm
1
PC
SNA
R03
2003-002038
R-METAL OXIDE(S)
1Mohm,5%,2W,AA,TP,4x12mm
1
PC
SNA
YC01
2201-000024
C-CERAMIC,DISC
4.7nF,20%,250V,Y5U,TP,16x7mm,7.5mm
1
PC
SNA
YC02
2201-000024
C-CERAMIC,DISC
4.7nF,20%,250V,Y5U,TP,16x7mm,7.5mm
1
PC
SNA
C11
2201-000153
C-CERAMIC,DISC
10nF,+80-20%,250V,Y5V,-,14.6x6mm,7.5
1
PC
SNA
C12
2201-000153
C-CERAMIC,DISC
10nF,+80-20%,250V,Y5V,-,14.6x6mm,7.5
1
PC
SNA
C13
2201-000153
C-CERAMIC,DISC
10nF,+80-20%,250V,Y5V,-,14.6x6mm,7.5
1
PC
SNA
C14
2201-000153
C-CERAMIC,DISC
10nF,+80-20%,250V,Y5V,-,14.6x6mm,7.5
1
PC
SNA
C08
2301-001285
C-FILM,LEAD-PPF
680nF,10%,275V,BK,31x11x21mm
1
PC
SNA
C09
2301-001285
C-FILM,LEAD-PPF
680nF,10%,275V,BK,31x11x21mm
1
PC
SNA
C10
2301-001285
C-FILM,LEAD-PPF
680nF,10%,275V,BK,31x11x21mm
1
PC
SNA
C01
2301-001853
C-FILM,LEAD
2200nF,10%,275V,BK,18X28X31
1
PC
SNA
C02
2301-001853
C-FILM,LEAD
2200nF,10%,275V,BK,18X28X31
1
PC
SNA
C03
2301-001853
C-FILM,LEAD
2200nF,10%,275V,BK,18X28X31
1
PC
SNA
F101-1
3601-001426
USE-CARTRIDGE
500,25A,SLO-BLO,FIBER,10.3x38.1mm
1
PC
SNA
F102-1
3601-001426
USE-CARTRIDGE
500,25A,SLO-BLO,FIBER,10.3x38.1mm
1
PC
SNA
F103-1
3601-001426
USE-CARTRIDGE
500,25A,SLO-BLO,FIBER,10.3x38.1mm
1
PC
SNA
F101
3602-001040
FUSE-CLIP
250,30A,4MOhm
1
PC
SNA
F102
3602-001040
FUSE-CLIP
250,30A,4MOhm
1
PC
SNA
F103
3602-001040
FUSE-CLIP
250,30A,4MOhm
1
PC
SNA
SNA
CN01
3711-000203
HEADER-BOARD TO CABLE
1WALL,2P/3P,1R,7.92mm,STRAIGHT,SN,WHT
1
PC
R-OUT
3712-001139
CONNECTOR-TERMINAL
TAB,MALE,6.35x0.8mm
1
PC
SNA
S-OUT
3712-001139
CONNECTOR-TERMINAL
TAB,MALE,6.35x0.8mm
1
PC
SNA
T-OUT
3712-001139
CONNECTOR-TERMINAL
TAB,MALE,6.35x0.8mm
1
PC
SNA
FT11
DB27-00033A
COIL CHOKE
1
PC
SNA
FT01
DB27-00039A
COIL CHOKE
1
PC
SNA
FT02
DB27-00039A
COIL CHOKE
1
PC
SNA
PCB
DB41-01035A
PCB SUB-EMI
1
PC
SNA
DSA01
ASSY CW
EARTH
ASSY CW
POWER-RSTN
ASSY CW
POWER-TN
DB47-00016A
POSISTOR
ASSY CONNECTOR WIREEARTH
ASSY CONNECTOR WIRE-EMI
TO TERMINAL POWE
ASSY CONNECTOR WIREPOWER
FILTER,S50,-0%,5A,14mH
SSC5122020B,UH140GAV,2mH,+20%,50mOHM,18A,Ф51x31x13,14,Ф
51x31x13, PBT,21,2.2,BOX,-25 to +85C
SSC5122020B,UH140GAV,2mH,+20%,50mOHM,18A,Ф51x31x13,14,Ф
51x31x13, PBT,21,2.2,BOX,-25 to +85C
GLOBAL-4WAY OUTDOOR,FR-4,2,ver 2.3,T1.6,130*230,UB1,
UB2,Outdoor,Inverter Platform #6 EMI,600
DSA-332MA,2pF MAX,100MOhm,ASM-3500
1
PC
SNA
RC140RHXEA
1
PC
SNA
RC160RHXH1
1
PC
SNA
RC160RHXH1
1
PC
SNA
DB93-05379F
DB93-10811A
DB93-10871A
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 87
87
PCB Diagram
䯴 HEATER PCB
REF
Part No.
Spec
CN02
3711-003406
HEADER-BOARD TO CABLE;1WALL,2P,1R,7.92MM,STRAIGHT, (YEL)
HEADER-BOARD TO CABLE;1WALL,2P/3P,1R,7.92mm,STRAIG (WHT)
CN03
3711-000203
FUSE-L
3602-001012
FUSE-BLOCK;500V,-,100MOhm
FUSE-L
3601-000416
250V,1A,FAST-ACTING,GLASS,5.2x20mm
FUSE-N
3602-001012
FUSE-BLOCK;500V,-,100MOhm
FUSE-N
3601-000416
250V,1A,FAST-ACTING,GLASS,5.2x20mm
JP01
DB47-90005A
JUMPER WIRE;TA0.6PI/52MM,P0509-400-108,-,-
VA01
1405-000154
VARISTOR;460Vdc,4500A,17.5x7.5mm,BK,920V,600pF
PCB
DB41-01132A
PCB SUB - HEATER
88
RC160MHXGA_SM_E_34513A(1)_5~8.indd 88
Samsung Electronics
6. Wiring Diagram
6-1 Hydro unit
This Document can not be used without Samsung’s authorization.
Sensor part
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 89
89
6-2 Outdoor Unit
䯴 3Phase / 2FAN Model Diagram
This Document can not be used without Samsung’s authorization.
90
RC160MHXGA_SM_E_34513A(1)_5~8.indd 90
Samsung Electronics
Wiring Diagram
䯴 1Phase / 2FAN Model
This Document can not be used without Samsung’s authorization.
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 91
91
Schematic Diagram
7. Schematic Diagram
7-1 Hydro unit
R404
5
Neutral_
2
2
2
5
2
4
3
1
WATER_OUT_TEMP
1
1
C101
WATER_IN_TEMP
3.3K
0.1W
J
1
1
CE101
10uF
50V
330J 0.1W
ROOM
2
IC101
TL431AILP
2
2
C402
C401
2
2
C404
C403
25V
25V
25V
25V
25V
100nF 100nF 100nF 100nF 100nF
1
1
1
1
2
2
C406
C405
25V
25V
100nF 100nF
1
1
2
25V
100nF
1
2
DC_Ther1-2
103WT
DC_Ther2-1
103WT
DC_Ther2-2
2
2
1
2
1
18K F 0.1W
1
2
18K F 0.1W
F_R_N
2
2
R305
EXT_CTRL_1_HEATING
1
1K J 0.1W
2
1
1
2
2
R320
10K
0.1W
J
3
C
1
THERMOSTAT2-1
THERMOSTAT2-2
THERMOSTAT2-C
PC300
1
B
Q300
C316
10nF 2SC2412K
0.2W
50V
TS2
R427
1
1K
0.1W
J
2
EXT_CTRL_1_HEATING
3
SMW250-03
RED
330J 0.1W
R400
R300
6
1
C313 5
10nF
50V
2
4
3
1
1
L1H
2
2
56K J 2W
E
2
2
3
SMW250-03
BLU
330J 0.1W
2
C300
100nF
50V
1
F_R_N
GND
TLP180
50-600%
* OPTION
103WT
2
2
C411
C410
2
C412
2
GND
2
C414
C413
25V
25V
25V
25V
25V
100nF 100nF 100nF 100nF 100nF
* OPTION
1
1
2
330J 0.1W
2
SMW250-02
WHT
25V
100nF
1
103WT
THERMOSTAT1-1
THERMOSTAT1-2
THERMOSTAT1-C
2
1
DC_Ther2-2
1
330J 0.1W
C408
1
R306
330J 0.1W
R422
4
SMW250-04
T1WHT
1
2
C407
2
1
2
1
2
C400
1
C107
2.2nF
400V
C108
2.2nF
400V
2
ROOM
R101
10K
0.125W
F
3
SMART GRID
1
DC_Ther1-1
DC_Ther2-1
3
100n
50V
2
2
1
2
2
R401
C130 CE105
100nF 47uF
50V
25V
1
TS1
2
DC_Ther1-2
2
4
VCC
2
SMW250-02
RED
DC_Ther1-1
1
WATER_IN_TEMP
2
2
C
3
1
1
2
330J 0.1W
R402
C100
100nF
25V
1R
R109
3.6K
0.25W
J
1
2
A
2
CE106
47uF
50V
CE109
470uF
25V
L1C
2
56K J 2W
C301
100nF
50V
TLP180
50-600%
330J 0.1W
6
SMW250-06
WHT
T2
R413
2
WATER_OUT_TEMP
1
1
1
330J 0.1W
1
2
2
GND
Smart_grid
103WT
5
PIPE_SUC_TEMP
1
R103
1K
0.1W
J
2
R301
1
C317 5
10nF
50V
2
R420
4
1
PC301
1
2
GND
2
1
3
330J 0.1W
R418
PIPE_SUC_TEMP
R100
10K
0.125W
F
TLP181-GB
100-600%
1
2
PIPE_DIS_TEMP
1
1
R108
6.8
0.1W
J
1
1
1
2
PIPE_DIS_TEMP
R104
330
0.1W
J
1
103WT
2
1
2
6
2
330J 0.1W
R409
2
Smart_grid
2
SMW250-02
YEL
T3
1
R407
1
HEATER_OUT_TEMP
1
B
E
S/G
R419
204CTB
2
HEATER_OUT_TEMP
CE104
470uF
25V
1
2
2
GND
L100
1
1
C104
100nF
25V
204CTB
* OPTION
2
SMW250-02
BLK
T4
1
R406
1
330J 0.1W
4.7uH2000A
DB26-00128A
*
1
R110
C111
100nF
25V
R112
4.7K
1/4W
J
330J 0.1W
WATER_TANK_SENSOR
WATER_TANK_SENSOR
R102
Live_Heater
SOLAR_TEMP_SENSOR
1
2
2
UG2D
200V 2A
6
1
18K F 0.1W
C102
100nF
25V
2
2
1
CE102
470uF
25V
2
1
1
R310
10K
0.1W
J
6
3
C
Q301
C314
10nF 2SC2412K
0.2W
50V
2
1
C103
100nF
25V
R105
22 J 0.5W
1
1
PC100
2
R416
SOLAR_TEMP_SENSOR
VCC
R424 R421 R423
R426
18K F 0.1W
2
2
1
2
6.8K F 1/10W
1
2
6.8K F 1/10W
1
1
6.8K F 1/10W
2
6.8K F 1/10W
1
2
6.8K F 1/10W
2
6.8K F 1/10W
1
2
24K F 0.1W
1K J 0.1W
R425
24K F 0.1W
D101
C105
82pF 3KV
S
R113
4.7K
1/4W
J
1
2
R350
100K J 2W
1
D103
UG2D
200V
2A
2
4 Live_Heater
1300MN-4P
2
1
2
1
G
CE103
1000u
25V
Live
#1,2 ; MAIN POWER INPUT
#3,4 ; HEATER POWER OUTPUT
1
2
C
6
2
1
Neutral
7
2
2
NC
TOP255YN
2
Neutral
1
1K
0.1W
J
1
FLOW SWITCH
2
YW396-02V
BLU
T5
2
D
X
4.7K
1/4W
J
1
3
8
4
5
7
V
2
BEAD100
30ohm
Neutral
3
1
VCC
4
AGND
Neutral
9
2
1
3
Neutral_
Live
F_R_N
EXT_CTRL_1_COOLING
F/S
1
2
D100
Neutral_
2
2
2
2
R114
1
1
1
2
IC100
1
2
AGND
TB-A
1
2
2
1
CE100
47uF
450V
1
DF06S
600V
1A
2
R115
1M F
1/4W R111
1M F
1/4W
DC310V
BD100
4
2
XC100
470nF
275V
R315
EXT_CTRL_1_COOLING
330J 0.1W
1
2
D104
1N4007
1KV
1A
2
INR14D561K
SILK; 250V T5A
560V
3
1
14mH
5A
2
2
1
VA102
DC310V
1
1
L101
4.7uH 2000A
1
2
22 1.4A
XC101
470nF
275V
2
4
2
Neutral
1
2
1
10
1
2
1
1
1
1
1
250V 1A
3
Neutral
R116
1M F
1/4W
NTC100
F101
Fused_Live
FT100
1
250V T5A
1
1
1
2
1
1
1
VA100
INR14D561K
560V
2
2
1
2
2
1
2
2
2
2
1
VA101
F100
Live
R405
R8
FLOW_SW
2
D102
UG4D 200V 4A
T100
R107
47K
2W
J
Fused_Live
Live
F_R_N
FLOW_SW
C109
1nF
2KV
wire_hole_2.6
DA38-362M
R106
22 J 0.5W
1
24K F 0.1W
12V
C106
1nF 2KV
25W SMPS
1
R117
1M F
1/4W
2
R412
R351
100K J 2W
VCC
Neutral_
DC310V
1
R417
AC230V INPUT
R316
DC310V
DSA100
TE1
R414 R415
VCC
R408 R411 R410
2
SMPS
6.8K F 1/10W
POWER
EXT_CTRL_PART
SMART GRID
DC THERMOSTAT
THERMISTOR
1
1
1
1
1
VCC
GND
GND
GND
2
2
AGND
R343
1
1K
0.1W
J
R342
10K
0.1W
J
1
1
R345
EXT_CTRL_2_COOLING
2
EXT_CTRL_2_COOLING
1K J 0.1W
3
C
1
MICOM
2
DC_Ther1-2
2
DC_Ther1-1
2
1
2
1
RXD_MAINOUT
TXD_MAINOUT
VCC
LED_COM2
O7
2
P2.6/AIN6
77
EXT5V
P1.12/SEG12
P1.11/SEG11
CN1
SMW250-06
BLU
2WAY1
2WAY2
2WAY2
2WAY3
2WAY3
SOLAR PUMP OP.
R92
6
1
5
2
4
3
VCC
AC230V INPUT
1
R340
EXT_CTRL_1_COOLING
EXT_CTRL_1_HEATING
EXT_CTRL_2_COOLING
EXT_CTRL_2_COOLING
EXT_CTRL_2_HEATING
EXT_CTRL_2_HEATING
TXD_MAINOUT
2
TLP181-GB
100-600%
3
C
1
Q304
C306
10nF 2SC2412K
0.2W
50V
EXTGND
EXT5V
ZCP
ZCP
R93
Smart_grid
Smart_grid
DYNAMIC_DATA7
DYNAMIC_DATA7
DYNAMIC_DATA6
DYNAMIC_DATA6
DYNAMIC_DATA5
PC92
1
2
6
2
4
VCC
VCC
Q904
DTA114EKA
0.2W
G
VCC
* OPTION
CLK
DI
VSS
DO
5
R200
10K
J
1/10W
VCC
R4
MODE
2
RST
3
DYNAMIC_GRID2
4
RST
DYNAMIC_GRID2
2
DYNAMIC_GRID0
3
DYNAMIC_GRID1
DYNAMIC_GRID0
5
DYNAMIC_GRID1
6
12V
CN5
CN2
1
COM1_RXD
COM1_RXD
COM1_TXD
2
COM1_TXD
1
HYDRO_LED_12V
3
TDO
4
TDO
TCK
DYNAMIC_GRID3
DYNAMIC_GRID3
DYNAMIC_GRID4
DYNAMIC_GRID4
DYNAMIC_GRID5
DYNAMIC_GRID5
1
2
O
TDI
6
TMS
7
TDI
TMS
LED_COM1
LED_COM1
LED_COM2
LED_COM2
O1
I2
O2
I3
O3
I4
O4
I5
O5
I6
O6
I7
O7
3
O
G
13
3
5
O
12V
11
7
R905
8
9
GND
2
VCC
1
3
2
1
12V
2
GRID0
3.3K J 0.1W
1.6x0.8mm
YEL
2003
1W
YEL
3
LED901
10
HYDRO_LED_12VSMW250-03
Q901
DTA114EKA
0.2W
I
1
12
6
GRID2
GRID3
G
1
LED900
2
9
1
I
O
R904
C904
100nF
25V
GRID0
1
2
3
Q903
DTA114EKA
0.2W
GRID5
GRID2
3.3K J 0.1W
1.6x0.8mm
RED
VCC
93LC56
I
1
14
4
2
G
15
8
GND
Q902
DTA114EKA
0.2W
2
16
I1
2
5
TCK
7
SMW200-07
BLK
4
2
DYNAMIC_GRID2
1
2
NC_7
NC_6
6
DYNAMIC_GRID0
DYNAMIC_GRID2
2
* OPTION
CS
VCC
7
C7
100nF
50V
DYNAMIC_GRID0
2
DYNAMIC_DATA4
DYNAMIC_GRID5
1
I
3
DOWNLOAD
MODE
1
Solar_N
2
GND
DOWNLOAD
47K
0.1W
J
47K
0.1W
J
IC4
8
1
1
56K J 2W
2
EXTGND
1N4148WS
VCC
2
1
GND
TLP181-GB
100-600%
1
RY_2WAY_3
3
TLP180
50-600%
C93
10nF
50V
5
3
2
4
SMW250-04
YEL
CN4
RY_2WAY_3
4
2
GND
3
VCC
1
Solar_L
C304
100nF
50V
R304-2
2
GND
R3
1
DYNAMIC_GRID4
2
3.3K J 0.1W
LED507
75V
150mA
D7
4
1
2
56K J 2W
IC900
R507
2
2
1
1
1
2
RXD_MAINOUT
2
C2
100nF
25V
DYNAMIC_GRID3
1
1
2
2
2
1K
0.1W
J
1
C92
10nF
50V
1
RXD_MAINOUT
1
1
R304-1
6
C308 5
10nF
50V
1
2
R94
680
1/10W
1 J
EXT5V
CN3
DYNAMIC_DATA5
PC304
1
B
E
VCC
* OPTION
SOLAR_PUMP_OP
10K
0.1W
J
1
2
SOLAR_PUMP_OP
1K
0.1W
J
1KJ 0.1W
SOLAR_PUMP_OP
TXD_MAINOUT
EXTGND
EXT_CTRL_1_HEATING
R341
R344
C91
10nF
50V
2
EXT_CTRL_1_COOLING
F_R_N
TLP180
50-600%
2
2WAY1
1
GND
2
BACK_UP_HEATER1
L2H
2
C302
100nF
50V
GND
* OPTION
680
1/10W
J
PC91
2
1
BACK_UP_HEATER1
3
2
1
DYNAMIC_DATA4
49
P1.13/SEG13
BACK_UP_HEATER2
50
P1.10/SEG10
48
P1.9/SEG9
47
P1.8/SEG8
46
P1.7/SEG7
P1.5/SEG5
P1.4/SEG4
P1.6/SEG6
45
44
43
42
DYNAMIC_GRID4
DYNAMIC_GRID3
DYNAMIC_GRID5
P1.3/SEG3
P1.2/SEG2
41
DYNAMIC_GRID2
P1.0/SEG0
P0.25/COM3
P1.1/SEG1
40
38
39
DYNAMIC_GRID1
P0.24/COM2
51
BOOST_HEATER
4
1
2
9
VCC
R91
1K
0.1W
1 J
BACK_UP_HEATER2
2
GND
Thermo_Feedback
BOOST_HEATER
1
56K J 2W
2
2
1
VCC
1
P2.7/AIN7
P2.8/AIN8
P2.9/AIN9
P2.10/AIN10
P2.11/IRQ10/AIN11
P2.12/IRQ11/AIN12
P2.13/CAPT0/AIN13
P2.14/TIOA2/AIN14
AVDD
P2.15/TIOB2/AIN15
AVSS
AVREF
TD0
TCK
TDI
TMS
XIN
NRESET/NTRST
ROOM
Thermo_Feedback
R302
6
C315 5
10nF
50V
1
E
2
1
RY_2WAY_2
12V YEL
12V 1.6x0.8mm
5
WATER_IN_TEMP
ROOM
PC302
1
B
Q302
C305
10nF 2SC2412K
0.2W
50V
EEV
3
10
12V
2
C4
C3
100nF 100nF
25V
25V
1N4148WS
1
3
XOUT
VSSCORE0
VDDCORE0
2
RY_2WAY_2
NO2W3_NO
WATER_IN_TEMP
1
4
11
3.3K J 0.1W
LED506
75V
150mA
D6
4
5
WATER_OUT_TEMP
10K
0.1W
J
3
C
5
12
7
R323
1K
0.1W
J
2
1K J 0.1W
2
3
NO2W2_NO
PIPE_SUC_TEMP
WATER_OUT_TEMP
2
2
O6
I7
6
76
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
95
94
96
97
98
99
VDDIO0
VDDCOREOUT
120
0.1W
J
2
NC2W3_NC
2W3_NC
R2
C5
100nF
25V
VCC
RY507
PCH-112D2
2W3_NO
O5
I6
1
2
Fused_Live
Fused_Live
2way_Valve3
MODE
R506
1
1
NC2W2_NC
2W2_NC
1
RY_2WAY_1
12V YEL
12V 1.6x0.8mm
DYNAMIC_GRID0
1
1N4148WS
1
DYNAMIC_GRID2
2W2_NO
P0.21/TIOB0/SCL1
RY_2WAY_1
5
Fused_Live
Fused_Live
COM1_ENABLE
COM1_ENABLE
2
2
75V
150mA
4
RY506
PCH-112D2
2way_Valve2
52
3.3K J 0.1W
D5
NC2W1_NC
2W1_NC
53
DYNAMIC_GRID1
2W1_NO
54
DYNAMIC_GRID0
2way_Valve1
1
2
55
R505
1
3
NO2W1_NO
P1.14/SEG14
P0.23/COM1
Fused_Live
P1.15/SEG15
P0.20/TIOA0/SDA1
P0.22/COM0
Fused_Live
Solar_L
P1.16/IRQ6/SEG16
P0.19/UARTTXD0/IRQ5
25
VLCD
12V YEL LED505
12V 1.6x0.8mm
RY505
PCH-112D2
Solar_N
P1.17/IRQ7/SEG17
P0.18/UARTRXD0/IRQ4
24
COM1_INVERSE
L2H
P0.17/CANTXD0/IRQ3
23
COM1_TXD
COM1_TXD
COM1_INVERSE
37
Solar_L
P1.18/IRQ8/SEG18
22
COM1_RXD
GND
H_U_PUMP
56
P0.16/CANRXD0/IRQ2
MD1
Solar_N
26
57
26
L2H
25
58
2
24
59
21
LED_COM1
LED_COM1
H_U_PUMP
RY504
L2C
DB65-00329A
60
36
75V
150mA
P1.19/NPCS3/SEG19
35
3.3K J 0.1W
1N4148WS
P1.20/NPCS2/SEG20
VSSIO2
20
LED_COM2
2
4
P1.21/NPCS1/SEG21
VDDIO2
34
1
P1.22/NPCS0/SEG20
P0.15/USARTTXD0/SM33
19
COM1_RXD
PUMP
P0.14/USARTRXD0/SM32
61
2
2
2
PUMP
L1H
P1.23/MISO1/SEG22
VPP
Water_Pump
L1C
62
P1.24/MOSI1/SEG24
P0.13/USARTCLK0/SM31
VSSCORE1
Fused_Live
63
P1.25/SPCK1/SEG25
P0.12/IRQ1/SM30
33
L2C
IC2
S3F4A1HKZZ-TX8H
P0.11/TIOB1/SM23
31
L1H
23
64
32
L1C
22
1
3
D4
5
P1.27/PWM1/SEG27
P1.26/PWM0/SEG26
2
Fused_Live
21
6
P0.9/UARTTXD1/SM21
P0.10/TIOA1/SM22
1
20
Neutral_
VCC
PIPE_DIS_TEMP
PIPE_SUC_TEMP
GND
65
1
1
Neutral_
O4
I5
EXT_CTRL_2_HEATING
EXT_CTRL_2_HEATING
6
2
2
C6
100nF
25V
HEATER_OUT_TEMP
PIPE_DIS_TEMP
1
Fused_Live
19
P1.28/CANRXD1/SEG28
66
16
RXD_MAINOUT
17
TXD_MAINOUT
18
2
10K J 0.1W
R504
1
P1.29/CANTXD1/SEG29
P0.8/UARTRXD1/SM20
14
R5
1
12V YEL LED504
12V 1.6x0.8mm
P0.7/TCLK2/SM13
15
4
PCJ-112D3MH
Fused_Live
HEATER_OUT_TEMP
67
13
COM2_ENABLE
COM2_ENABLE
2
RY_BOILER_CTRL
RY503
2W3_NO
2W3_NC
O3
I4
5
8
2
1
Neutral_
Fused_Live
18 2W3_NC
I3
4
C17
100nF
50V
68
12
COM2_INVERSE
R7
10K J 0.1W
1
P1.30/IRQ9/SDA0
VDDCORE1
Fused_Live
17 2W3_NO
EEV_A
R328
16 RY_BOOST_HEATER
15
RY_BOOST_HEATER
14 HYDRO_LED_12V
13
HYDRO_LED_12V
69
P1.31/ADTRG/SCL0
P0.6/TCLK1/SM12
11
COM2_TXD
COM2_INVERSE
3.3K J 0.1W
70
P2.0/AIN0
P0.5/TCLK0/SM11
10
COM2_RXD
COM2_TXD
RY_BOILER_CTRL
P2.1/AIN1
P0.4/IRQ0/SM10
9
COM2_RXD
2
2
75V
150mA
1N4148WS
71
VSSIO1
Neutral_
16
1
3
D3
5
BOILER
2W2_NC
15
MICOM TEST
2
6
2
BOILER
72
VDDIO1
Fused_Live
Boiler
2W2_NO
73
P2.3/AIN3
P0.3/SPCK0/SM03
R503
1
1
Neutral_
74
P2.4/AIN4
P2.2/AIN2
30
PCJ-112D3MH
75
P2.5/AIN5
8
EEV_A1
EEV_B1
Fused_Live
14 2W2_NC
O2
2003
1W
7
EEV_B
EEV_A1
Fused_Live
13 2W2_NO
EEV_B
EEV_A
GND
6
EEV_A
EEV_B
RY_BACK_UP_HEATER2
12V YEL LED503
12V 1.6x0.8mm
2W1_NC
Fused_Live
VSSIO0
3.3K J 0.1W
75V
150mA
1N4148WS RY_BACK_UP_HEATER2
4
RY502
2W1_NO
12
P0.1/MISO0/SM01
P0.2/MOSI0/SM02
Fused_Live
Neutral_
P0.0/NSS0/SM00
29
1
2W1_NO
11
EEV_A1
EEV_B
WATER_TANK_SENSOR
5
EEV_B1
10 2W1_NC
EEV_B1
EEV_A1
SOLAR_TEMP_SENSOR
WATER_TANK_SENSOR
4
EEV_A
BCK_HT2
PUMP
Neutral_
EEV_B1
SOLAR_TEMP_SENSOR
1
3
H_U_PUMP_CTRL
H_U_PUMP_CTRL
2
2
28
2
BCK_HT2
VDDPLLOUT
2
BOILER_CTRL
BOILER_CTRL
R502
1
1
1
8
Fused_Live
1
RY_BACK_UP_HEATER1
12V
3
D2
5
MD0
Fused_Live
Neutral_
GND
2
1N4148WS RY_BACK_UP_HEATER1
12V YEL LED502
1.6x0.8mm
6
BOILER
Neutral_
PUMP
7
2
27
BOILER
Neutral_
6
1
C9
C10
1000nF 100nF
25V
25V
3.3K J 0.1W
4
RY501
PCJ-112D3MH
Fused_Live
BCK_HT2
5
1
1
BCK_HT_1
4
9
BCK_HT_1
Neutral_
O1
I2
2
2
LED501
75V
150mA
2
BCK_HT2
1
3
D1
5
2
1
BCK_HT_1
3
1
I1
2
6
BCK_HT_1
2
1
1
3
HYDRO_LED
GND
100
R501
PCJ-112D3MH
TB-B
1 Neutral_
GND
FLOW_SW
100nF
25V
1
12V
2
HYDRO_LED
FLOW_SW
C13
100nF
25V
1
TMS TDI TCK TDO
Fused_Live
BOOST_HEATER
BOOST_HEATER
12V
C12
100nF
50V
1000nF
25V
12V YEL
12V 1.6x0.8mm
Fused_Live
IC1
2003
1W
DC_Ther2-2
C15
C14
100nF
25V
R329
RY_2WAY_3
2
TDO
TCK
TDI
2
C16
100nF
25V
RY_2WAY_2
RY_2WAY_3
9
HYDRO_LED
DC_Ther1-1
1
RY_2WAY_1
RY_2WAY_2
10
O7
VCC
DC_Ther2-1
F_R_N
VCC
RY_2WAY_1
11
DC_Ther2-2
1
GND
H_U_PUMP
12
O6
I7
GND
C11
C1
RY_BOILER_CTRL
H_U_PUMP
O5
I6
3
TLP180
50-600%
RY_BACK_UP_HEATER1
RY_BOILER_CTRL
O4
I5
7
DC_Ther2-1
100nF 25V
Back_up_Heater
(M/C Drive)
(M/C Drive)
I4
6
HYDRO_LED
GND
VCC
VCC
2
PCFN-112D2M
4
RY_BACK_UP_HEATER2
RY_BACK_UP_HEATER1
13
5
L2C
2
C303
100nF
50V
GND
RY_BACK_UP_HEATER2
15
14
8
TMS
20A
2WAY3
O3
DC_Ther1-2
RY_BOOSTER_HEATER
250V
1
2
1
1
#1 & #96 must bypass over 1.1uF capacitor.
GND
And contact tight within 5mm
2WAY2
2WAY3
O2
I3
4
2
3.3K J 0.1W
2WAY1
2WAY2
O1
I2
3
1
2
* RECOMMANDATION *
2
150mA
75V
2 1N4148WS
RY_BOOST_HEATER
3
2WAY1
16
I1
2
H_U_PUMP_CTRL
1
2
1
BOILER_CTRL
1
1M
0.1W
J
1
1
BACK_UP_HEATER1
BOILER_CTRL
1
Live_Heater
2
1
1
D500
F500
Live_Heater
1
BACK_UP_HEATER2
BACK_UP_HEATER1
C8
100nF
25V
R1
R500
1
2
4
BACK_UP_HEATER2
RST
H_U_PUMP_CTRL
X1
CSTCR4M00G55-R0
4MHz
Thermo_12V
SMW250-03
WHT
LED500
YEL
1.6x0.8mm
RY500
Live
3
Thermo_12V
Thermo_12V
Booster Heater
(3KW Direct Drive)
RST
2
Live
3 Thermo_12V
2
2
R6
1K
1/10W
F
2
1
2
1
1
1
56K J 2W
2
IC3
1
2
R510
CN510
R303
6
C307 5
10nF
50V
1
E
2
12V
0 J 0.1W
* OPTION
PC303
1
B
Q303
C309
10nF 2SC2412K
0.2W
50V
BUFFER
VCC
2
12V
1
SELECT
2
LOAD CONTROL
GND
GRID3
GRID5
10
SMW200-10
BLK
VCC
GND
GND
GRID0
GRID5
* OPTION
GRID3
Fused_Live
56K J 2W
4
GND
GND
1
1
2
2
1
C2_2
C2_1
C650
100nF
25V
C2_2
2
2
CD600
SMBJ5.0CA
600W
7.1V
C605
100nF
25V
C610
100nF
25V
C611
100nF
25V
D914
1
D913
1
D912
1
D908
1
1
1
1
1
D909
D915
b2
b0
b1
1N4148WS
75V
150mA
DYNAMIC_DATA4
6
7
8
5
* OPTION
4
3
2
BSD-104
1
4
3
2
2
DYNAMIC_DATA4
S4
BSD-104
1
2
2
2
2
2
2
2
2
2
2
2
5
6
7
D907
8
D906
1
4
2
1
3
1
1
1
1
2
1
3
1
1
1
4
D905
S3
2
1
D904
1N4148WS
75V
150mA
CN601-2
2
1
CD602
2
DYNAMIC_DATA4
1
6
D
4
SMW250-04
RED
DYNAMIC_DATA5
DYNAMIC_DATA6
DYNAMIC_DATA6
DYNAMIC_DATA6
DYNAMIC_DATA7
DYNAMIC_DATA7
DYNAMIC_DATA7
1
CD603
SMBJ5.0CA
600W
7.1V
CD604
2
5
1
1
1
R900 R901 R902 R903
10K
10K
10K
10K
J
J
J
J
0.1W 0.1W 0.1W 0.1W
C900 C901 C902 C903
10nF 10nF 10nF 10nF
50V
50V
50V
50V
2
2
2
2
MAX1487ESA
MM74HC86M
GND
GND
TO WIRED RMC
CD605
2
1
1
GND
1
7
3
2
C602
100nF
25V
8
2
2
DYNAMIC_DATA5
DYNAMIC_DATA5
3
1
2
VCC
R
2
2
2
C606
100nF
25V
IC601
1
4
GND
b3
b0
b3
b1
SSR-10C
D903
2
7
D902
1
6
8
C600
10nF
50V
D901
1
9
C608
100nF
25V
D900
1
5
2
2
4
10
1
C607
100nF
25V
1
11
1
2
1
1
R600
10K
0.1W
J
C601
100nF
25V
R605
10K
0.1W
J
COM2_ENABLE
3
2
2
12
b2
COM2_ENABLE
COM2_INVERSE
COM2_INVERSE
VCC
VCC
13
3
4
SMW250-04
RED
GND
12V
5
6
C2_1
DAPC-2009-6P
2
C2_1
1
2
COM1_TXD
1
1
COM2_TXD
IC602
14
1
R608
10K
0.1W
J
COM1_INVERSE
2
2
R607 R602
1K 10K
0.1W 0.1W
J
J
2
12V
1
GND
GND
4
GND
MAX1487ESA
2
D910
1
R606
10K
0.1W
J
2
2
TLP180
50-600%
D
5
1
1
2
COM2_RXD
1
2
CV305400SJ
40m
1
CD601
3
1
C604 C603
10nF 100nF
50V
25V
R609
120
1/10W
J
2
3
4
2
2
GND
CN601-1
C2_2
1
R601
10K
0.1W
J
D911
S1
2
2
1
3
2
E
4
TB-C
C2_2
VCC
2
1
2
C152
10nF
50V
5
C153
10nF
50V
2
6
1
L600
1
CN600
1
2
R150-2
Fused_Live
2
C150
100nF
50V 3
ZCP
2
1K J 0.1W
Q150
2SC2412K
0.2W
7
COM2_TXD
VCC
C609
100nF
25V
COM2_RXD
COM1_INVERSE
1
1
56K J 2W
1
GND
B
R
1
1
1
1
1
Neutral_
R156
ZCP
6
2
2
1
2
Thermo_Feedback
1
GND
1
VCC
1
2
1
1K
0.1W
J 50V
100nF
C181
1K
0.1W
J
1
3
C
PC150
R150-1
Neutral_
2
2
1
VCC
VCC
IC600
8
RED
YW396-02V
2
2
1
10K
0.1W
J
R183 Thermo_Feedback
2
GND
1
2
1
2
R150
10K
0.1W
J
10K
0.1W
J
2
1
R180
10K
0.1W
J
2
SELECT * OPTION
R157
R181
1
R604
R603
C612
100nF
25V
R182
3.3K
0.1W
J
10K
0.1W
J
2
1
TO OUTDOOR UNIT
VCC
2
2
1N4148WS
75V 150mA
COM1_TXD
COM1_RXD
D180
1
Thermo_12V
5
12V
COM1_ENABLE
VCC
S2
SSR-16C
C
C
5
* OPTION
C2_1
Thermo_12V
GRID5
GRID2
RS-485 COMMUNICATION
2
ZCP DETECT
2
HEATER DETECT
AC Power part
Sensor part
AC Zero Cross circuit part
Communication part
GND
GND
This Document can not be used without Samsung’s authorization.
92
RC160MHXGA_SM_E_34513A(1)_5~8.indd 92-93
Samsung Electronics
Samsung Electronics
93
7-2 Outdoor Unit
䯴 HEATER PBA
This Document can not be used without Samsung’s authorization.
FUSE-L
VA01
2
250V F1A
2
JP01
FUSE-N
2
1
2
THERMO
STAT
1
EARTH WIRE
3
YW396-03AV
BLK
INR14D561K
560V
VA03
TE1
JUMPER
CN01
1
1
VA02
2
250V F1A
2
JUMP
1
1
INR14D561K
560V
3
YW396-03AV
YEL
HEATER
CONNECTION
2
CN02
1
1
POWER
INPUT
2
INR14D561K
560V
1
SELECT
wire_hole_2.4
*
OPTION
94
RC160MHXGA_SM_E_34513A(1)_5~8.indd 94
Samsung Electronics
8. Reference Sheet
8-1 Index for Model Name
8-1-1 Outdoor Unit
Model Code
AE
X
160
EHS
Outdoor / Indoor
N
X
Indoor
Outdoor
Capacity
HP/ kW / BTU / TON
D
E
H
Rating voltage
Product group
AE
E
A
B
C
D
E
F
G
H
J
K
M
N
A(115V, 60hz, 1Ф)
B(220V, 60Hz, 1Ф)
C(208~230V, 60Hz)
D(200~220V, 50Hz)
E(220~240V, 50Hz)
F(208~230V, 60Hz, 3Ф)
G(380~415V, 50Hz, 3Ф)
H(380V, 60Hz, 3Ф)
J(460V, 60Hz, 3Ф)
K(220~240V, 50/60Hz, 1Ф)
M(127V, 50Hz)
N (380~415V, 50/60Hz, 3Ф)
A
Mode
C
H
R
COOLING ONLY
HEAT PUMP
HEAT RECOVERY
Series version
A
B
Current
Next
Product nomination
E
T
Y
SINGLE (Outdoor)
MULTI (Outdoor)
MONO (Outdoor)
Samsung Electronics
RC160MHXGA_SM_E_34513A(1)_5~8.indd 95
Feature
E
F
G
H
J
K
L
M
D
P
F
NORMAL/HIGH VTL
NORMAL/STANDARD
MOLD/HIGH VTL&FILTER
MOLD/HIGH VTL
MOLD/STANDARD
COMMERICIAL/HIGH VTL&FILTER
COMMERICIAL/HIGH VTL
COMMERICIAL/STANDARD
DELUXE (Basic)
MULTI (Premium)
CASCADE (Flagship)
95
8-2 Refrigerant Circuit Diagram
This Document can not be used without Samsung’s authorization.
4WAY
v/v
T/S #7
HP s/w
T/S #1
T/S #3
S/V
S/V
PHE
T/S #2
T/S #5
T/S #4
Comp
Filter
Part
96
RC160MHXGA_SM_E_34513A(1)_5~8.indd 96
Exp. v/v
Accum
T/S #6
Filter
Description
PHE
Plate heat exchanger
T/S #1
For water outlet temp sensor
T/S #2
For water inlet temp sensor
T/S #3
For PHE in temp
T/S #4
For PHE out temp
T/S #5
For discharge temp
T/S #6
For cond temp
T/S #7
For ambient temp sensor
S/V
Service valve ¼ inch
Accum
Accumulator
Samsung Electronics
GSPN(Global Service Partner Network)
Area
Web Site
Eurpoe, CIS, Mideast & Africa
gspn1.samsungcsportal.com
Asia
gspn2.samsungcsportal.com
North & Latin America
gspn3.samsungcsportal.com
China
china.samsungportal.com
This Service Manual is a property of Samsung Electronics Co., Ltd.
Any unauthorized use of Manual can be punished under applicable
International and/or domestic law.
RC160MHXGA_SM_E_34513A(1)_co.indd 2
© Samsung Electronics Co., Ltd. Aug. 2012.
Printed in Korea.
Code No. DB68-03317A(1)