!"#$%&' )"*$%&+ -./) 234+ !"#$% '()*+ , -./00123432516 732189:4 ;2<=98>? '()*+ @"A* , -./0BCDEE13 -.66BCDEE13 -./0BCDEE1-./0BCFEE1; 7-.CEEEB1? '()*+ 8()* , -./0BCDEE13516 -.66BCDEE1351G -./0BCDEE1-516 -./0BCFEE1;516 7-.CEEEB1?
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8<@>9@>4 FO 4"H*JP $M#JIN%J$(M# O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O F !"!# %&'()* +,-)./0)+1,- '1. -(.2+0( (,3+,((.- # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # ! 2. Features and Specifcations O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O0 4"!# 5(&)/.(- # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # 6
2-2. Specications # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #7 2-3. Comparing specications with existing models # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #8 2-4. Options specications # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #!9 DO R$#"##*AS+P "M) 2*"##*AS+P O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O FF
3-1. Tools for disassembly and reassembly # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # !! 3-2. Standard disassembly drawings # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # !4 /O >I(NS+*#K((J$MT O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O 66
4-1. Error modes # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #44 4-2. Corrective actions foreach error code # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #47 0O ;8! )$"TI"AO O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O DF 6"!# :;<= >?@ # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # A! 6"4# ?;BD% 5GB :;<= >?@ # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # A4 6"A# <=HIBDIB >?@# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # AA 6"J# ?;BD% 5GB <=HIBDIB >?@ # # # # # # # # # # # # # # # # # # # # # # # # # # # # AJ 6"6# %C@ >?@ # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # A6 6"K# ?;BD% 5GB %C@ >?@ # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # AK CO -$I$MT )$"TI"A O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O DU
6-1. Wiring diagram # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #A7 UO 2*H*I*M%* O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O DV 7"!# L5K999M; >.1N(0) =&O( # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # A8
FO 41.9>X Q@4>2Y8>Q<@4 F:FO 41.9>X Q@4>2Y8>Q<@4 .<2 492ZQ89 9@3Q@9924 ► Be sure to observe the following instructions to operate the product correctly and safely to prevent possible accidents and hazards while servicing. ► Two types of safety symbols, Warning and Caution, are used in the safety instructions.
B"["I)# (I NM#"H* \I"%J$%*# JK"J A"P I*#N+J $M #*L*I* \*I#(M"+ $M]NIP (I )*"JKO -12@Q@3
B"["I)# (I NM#"H* \I"%J$%*# JK"J A"P I*#N+J $M A$M(I \*I#(M"+ $M]NIP (I \I(\*IJP )"A"T*O 81Y>Q<@
-12@Q@3 •
(When servicing electrical parts or harnesses) Make sure to disconnect the power plug before servicing. √
•
Failing to do so may damage the plug and result in re or electric shock.
When the washing machine is not being used, make sure to disconnect the power plug from the power outlet. √
•
There is a risk of re due to overheating.
When removing the power cord, make sure to hold the power plug when pulling the plug from the outlet. √
•
Failing to do so may result in a risk of electric shock.
Do not allow consumers to connect several appliances to a single power outlet at the -&O( )+O(# √
•
!9.<29 492ZQ8Q@3
Failing to do so may result in electric shock or re due to lightning.
Do not place or use gasoline, thinners, alcohol, or other ammable or explosive substances near the washing machine. √
There is a risk of explosion and re caused from electric sparks.
4"H*JP QM#JIN%J$(M# W F
81Y>Q<@ •
Do not sprinkle water onto the washing machine directly when cleaning it. √
•
If the water is spilled, it may result in electric shock or re. This will also shorten the product lifetime.
Do not install the washing machine in a location exposed to snow or rain. √
•
This may result in electric shock or re, and may shorten the product lifetime.
Do not place any containers with water on the washing machine. √
•
This may result in electric shock or re, and shorten the product lifetime.
Do not press a control button using a sharp tool or object. √
This may result in electric shock or damage to the product.
81Y>Q<@ •
Make sure that they do not break when force is exerted.
Check if there is any residue that shows that liquid entered the electric parts or harnesses. √
•
-BQ^9 492ZQ8Q@3
When wiring a harness, make sure to seal it completely so no liquid can enter. √
•
!9.<29 492ZQ8Q@3
If any liquid has entered into a part, replace it or completely remove any remaining moisture from it.
If you need to place the washing machine on its back for servicing purposes, place a support(s) on the oor and lay it down carefully so its side is on the oor. √
Do not lay it down on its front. This may result in the inside tub parts damaging.
6 W 4"H*JP QM#JIN%J$(M#
-12@Q@3 •
Check if the power plug and outlet are damaged, attened, cut or otherwise degraded. √
•
If tape is used instead of the connectors, it may cause re due to tracking.
Make sure to discharge the PBA power terminals before starting the service. √
•
This will prevent a risk of re due to tracking and electrical hazard.
When connecting wires, make sure to connect them using the relevant connectors and check that they are completely properly. √
•
If faulty, replace it immediately. Failing to do so may result in electric shock or re.
Completely remove any dust or foreign material from the housing, wiring and connection parts. √
•
Failing to do so may result in a high voltage electric shock.
When replacing the heater, make sure to fasten the nut after ensuring that it is inserted into the bracket-heater. √
If not inserted into the bracket-heater, it touches the drum and causes noise and electric leakage.
-12@Q@3 •
Perform a test run for the washing machine course and check whether there is any water leakage through the oor section or the pipes.
Do not allow consumers to repair or service any part of the washing machine themselves. √
•
Ensure that no wire touches a rotating part or a sharpened part of the electrical harness.
Check for any water leakage. √
•
1.>92 492ZQ8Q@3
Check the wiring. √
•
-BQ^9 492ZQ8Q@3
This may result in personal injury and shorten the product lifetime.
If it seems that grounding is needed due to water or moisture, make sure to run grounding wires. (Check the grounding of the power outlet, and additionally ground it to a metallic water pipe.) √
Grounding terminal
Failing to do so may result in electric shock due to electric leakage.
[Running a grounding wire] -
Twist a grounding wire (copper wire) two or three times around the tap.
-
If you connect the grounding wire to a copperplate, bury it 75 cm under the earth in a place with a lot of moisture. Do not connect the grounding wire to a gas pipe, plastic water pipe or telephone wire. There is a risk of electric shock or explosion.
76 0O
Copperplate
4"H*JP QM#JIN%J$(M# W D
81Y>Q<@ •
1.>92 492ZQ8Q@3
Check the assembled status of the parts. √
Now is a good time to inspect your work. Review all connections and wiring, including mounting hardware.
•
Check the insulation resistance. √ Disconnect the power cord from the power outlet and measure the insulation resistance between the power plug and the grounding wire of the washing machine. The value must be greater than 10MΩ when measured with a 699H E? :(33(.#
•
Check whether the washing machine is level the oor with respect to the srcinal position of the washing machine prior to service. By doing this now will reduce for the need of customer dissatisfaction and redo call. √
Vibrations can shorten the lifetime of the product.
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•
Samsung’s extra-large capacity laundry machine can wash a full set of your Bedding PLUS, a kingsize comforter, or up to 31 bath towels in a single load. Since you don’t have to do as many loads, you save time, money, water and (,(.3*#
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•
The brilliant 8” Color LCD Touch Screen displays cycle information, settings, options, and more. The easy-to-use interface allows you to scroll through all wash cycles with the slightest touch.
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•
Samsung’s innovative Smart Control technology enables you to control your washer through personal technologies such as smart phones. You don’t have to be on standby until the cycle ends. Smart Control allows you to monitor the washing process and let you know when the cycle is complete.
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•
Samsung’s Smart Care, an automatic error-monitoring system, detects and diagnoses problems at an early stage and provides a quick and easy solution through LCD navigation. With the innovative Smart Control technology, you can also be alerted when the problem occurs via your smart phones.
;(`*I.("Aa
•
Samsung’s effective PowerForm delivers improved cleanliness with advanced fabric care. •
4\**)4\I"P
•
PowerFoam allows detergent to disperse evenly and penetrate fabrics faster and deeper. Samsung’s new SpeedSpray technology saves you up to 25%* more time when doing laundry by shortening wash times while still keeping all segments of the washing process and getting your clothes clean. * Based on 8 pounds loads, Normal cycle, on previous and existing 4.3 cu.ft. Samsung front loading washers released until 2011 without SpeedSpray.
•
Z2>\+N#a 7Z$SI"J$(M 2*)N%J$(M >*%KM(+(TP? R**\ 4J*"A
•
The Deep Steam feature boosts cleaning performance and loosens grime and dirt, thus providing superior cleaning results. •
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This Samsung washer minimizies noise and vibration with dual 3D vibration sensors and smart control technology, ensuring quiet operation.
Clean your drum with one button! This Pure Cycle is specially designed to remove detergent residue and dirt buildup in the tub, diaphragm, and on the door glass without the need for special chemical detergents.
4JP+$#K R*#$TM
•
The stylish design of this washer blends well with your environment.
R$"A(M) RINAa
•
Takes gentle care of your fabrics. With inside holes 36% smaller than those of conventional diamond prevents fabrics from sticking out through the holes anddrums,the consequently beingdrum damaged.
RR '(J(I
•
The power to handle anything! Our direct-drive inverter motor delivers power right to the washer tub from a variable speed, reversible motor. A beltless directdrive motor generates a higher spin speed of 1,300 rpm for more effective, quiet operation. The washer also has fewer moving parts, meaning fewer repairs.
Features and Specifcations _ 5
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•
An optional 15” pedestal is available to raise the washer for easier loading and unloading. It also offers a built-in storage drawer that can hold a 100 oz. bottle of detergent.
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•
Samsung washers and dryers can be stacked to maximize usable space. An optional stacking kit is available for purchase from your Samsung retailer.
6 _ Features and Specifcations
6:6O 4;98Q.Q81>Q<@4 -./0BCDEE13 -./0BCDEE1-
'()*+
-./0BCFEE1; -.66BCDEE13 FRONT LOADING WASHER
-"#K JP\*
38.7”984mm
1, B$TK:
27”(686mm)
!, -$)JK
51.7”(1,314mm)
8, R*\JK `$JK )((I (\*M eEf
34’’(863.7mm)
R, R*\JK
20 ~ 116psi(137~800kpa)
-"J*I \I*##NI*
105kg(231.5lb)
-*$TKJ 900 W
B*"J*I 2"J$MT -"#K$MT ;(`*I %(M#NA\J$(M
-"#K$MT "M) B*"J$MT
4\$M I*L(+NJ$(M
I\A
!49 H
499 L 1,150 W
!49 H
4\$M
!49 H
RI"$M
!49H
669 L 89PA9L 1,300 rpm
C D
A
B
Features and Specifcations _ 7
6:DO 8<';12Q@3 4;98Q.Q81>Q<@4 -Q>B 9GQ4>Q@3 '
-.CEEEB1!94>
-.CEEEB1!94>
321894
-./0BCDEE13 '()*+ @"A*
-./0BCDEE1-
-.66BCDEE13
-./00123432
-./0BCFEE1;
QA"T*
8"\"%$JP 7%NOHJO Q98?
/O0%NOHJ
:1)1.)*Q( :;R B>:
Yes
Diamond Drum
Yes
Washing Cycle #
!A
Delay Wash Tilted Drum
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R*#$TM
2.75↓
Frame Color Dimension (W*D*H)
8 _ Features and Specifcations
Yes
Yes
!A
!J 24hrs
24hrs 6S
MAX 61.0 dBA↓
L?5
Yes (VRT+) Yes
6S
3.4↑
Control Display
Yes (VRT+)
24hrs
:I5 kWh/year
!A99
Yes
6S
Sound pressure
EE:1)1.
!A99
Yes (VRT+)
Heater (900W)
0O6%NOHJ
EE:1)1.
A99 !
HBD
'"$M 4\*%
66cT
EE:1)1.
MAX 61.0 dBA↓ 3.4↑ 2.75↓
95 kWh/year↓ >
MAX 61.0 dBA↓ 3.4↑ 2.75↓
95 kWh/year↓ >
95 kWh/year↓ >
6:/O <;>Q<@4 4;98Q.Q81>Q<@4 QJ*A
8()* BOLT-SPANER (Wrench)
j>X
E?K9"J9!JK;
2*A"Ic#
!
Default
ASSY HOSE WATER
DC97-15648A
!
Default
ASSY HOSE WATER
DC97-15648B
!
Default
MANUAL USER
E?K8"9AA86@
Default
!
?;>"5
E?K7"99A97;
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Default
MG%I"M;=FIB
E?K4"!9478;
!
Default
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Customer can purchase additional water supply and drain hoses from a service center.
•
The spanner(wrench), water supply and drain hoses are not supplied. Both the water supply and drain hoses are supplied during the installation.
Features and Specifcations _ 9
DO RQ41449'!^X 1@R 291449'!^X D:FO ><<^4 .<2 RQ41449'!^X 1@R 291449'!^X >((+
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2*A"Ic#
Socket Wrench with 6” Extension
!9OO Heater (1) !AOO Motor (1), Balance (5), 2 holes of each left and 19mm right of the shock absorber 1 Pulley hole
Open End wrench
!9OO Replaceable for the box driver. !AOO Since the bolt runs idle when the box driver is 19mm used, use the box driver 17mm.
Vice pliers
Tool to protect the idle and abrasion of the bolt for the box driver.
Others (Driver, Nipper, Long nose)
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General tools for the after service.
D:6O 4>1@R12R RQ41449'!^X R21-Q@34 ► This is a standard disassembly diagram and may differ from the actual product. Use this material as a reference when disassembling and reassembling the product. ;"IJ
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1. Remove the 2 screws holding the Back-Cover at the back of the washing machine and separate the Back-Cover pushing it downwards. (Assemble it by lifting it upwards)
2. After separating the Back-Cover, remove the M19 nut holding the Motor. To remove it, turn it counter-clockwise. As the Motor also rotates if the nut is turned slowly, torque it quickly and rmly in a single action. Do not remove the nut by inserting a screwdriver into the Motor, as this may result in a problem with the motor. 3. Remove the M19 nut and washer and then separate the Rotor. Since removing the rotor requires a lot of strength due the magnetic force of the Rotor andmay it may to come off suddenly, your hand or arm be injured by the edge of the Stator or Frame. Therefore take precaution when separating it.
R$#"##*AS+$MT "M) 2*\"$I$MT JK* 2*"I '(J(I
You can separate the connector by pressing the navel of the Housing and pulling it outside. Motor wire
Hall sensor
4. Separate the Motor Wire and Hall Sensor while pressing the navel of the Housing. Take precaution when you do this because the Hall Sensor part is easily shocked. sensor part is easily sho
5. Separate the 6 M10 screws. → Separate the Assy Bracket Motor → Separate the Stator. When removing the last of the 6 screws, hold the Stator as it may fall when the screws are removed.
*
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1. Check if there is any alien substance between the Rotor and the Stator. 2. Check if the motor power (Blue, White, Red) wire is connected. 3. Check if the Hall Sensor wire is connected. The order of the motor wires is Blue, White, and Red from the right. Check if the resistance between Blue-White, White-Red, and Red-Blue is equal to 15Ω.
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1. Remove the 2 hexagon screws, which are at the back, xing the COVER-TOP.
2. Disassemble the COVER-TOP by sliding it backwards and remove the 4 screws on the PANEL-CONTROL.
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3. With the top cover removed you will now have access to service the Water pressure sensor, EMI Noise Filter, Hot and Cold Water Valves, Steam ASSY, Hose Draw ASSY, And main PCB ASSY.
4. Press the Separate button to separate the ASSY Drawer.
5. Disassemble the HOUSING-DRAWER frome the PANEL-CONTROL (push back and then push Housing-drawer upside to separate).
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6. Pull the PANEL-CONTROL towards and then lift it upwards to separate.
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7. Carefully disconnect the three wiring connectors by hand.
592-493* Assy Panel Control
8. Remove the all screws holding the PCB and release the hooks on both sides to remove the PCB for repair / replacement.
592-493* Assy Panel Control
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1. Remove the 2 screws holding GUIDE-PCB(M) at BRACKET-SPRING(R).
2. Separate 2 Hooks.
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3. Open COVER-PCB(M).
4. Disconnect All Connectors on main PBA.
5. Lift up Main PBA, Change SVC Part. After SVC, Certainly check the all Hooks on COVER-PCB(M) Otherwise COVER-PCB(M) will be disassembled during washing machine running.
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1. Remove the 2 screws holding the HINGE-DOOR and the FRAME-FRONT. 2. Disassemble the ASSY DOOR lifting it up slightly.
3. Remove the 10 screws xing the HOLDERGLASS. (including the 2 blue screws holding the LEVERDOOR, including the 3 arrow screws holding the HINGE-DOOR.)
4. Putting and pressing hard a at-head screwdriver into the furrow between COVER-DOOR and %C>>GBD"M<=FI#
R$#"##*AS+$MT "M) 2*"##*AS+$MT JK* R((I ;"IJ
5. Making a semicircle with screwdriver. (Disassemble the hooks)
6. Disassemble the HOLDER-GLASS from COVERDOOR Take the DOOR-GLASS , SUPPORTHINGE, HINGE-DOOR.
*
Check Points for Troubleshooting
•
Check the status of the screws holding the Hinge (check if they are loose). Check if the front and rear of the door and the hinge part are not damaged.
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1. Pull the DIAPHRAGM upside, and nsh disassembling along the circle.
2. Remove the 2 screws to separate the DOOR LOCK S/W.
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3. Remove the 4 screws at the top of FRAME5BG=D#
4. Push the lever and pull it towards to open the COVER-FILTER.
5. Separate the remaining WATER REMOVAL HOSE (BLUE) from the hook.
6. Remove the 2 screws down under Frame Front.
7. Separate the FRAME-FRONT.
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1. Remove the Top Assy-Plate. 2. Disconnect the water supply valve wire connector.
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3. Remove the 4 screws holding the water supply valve.
4. Remove the hose connected to the valves. (Use the plier to remove the hose.)
1. Separate the wire connected the SENSOR>BI%%CBI# 2. Adjust the plastic clip( of pressure sensor) between two nose of plier, then grip and pull the plastic clip with caution. (Use the long nose plier to push the hook). R$#"##*AS+$MT "M) 2*\"$I$MT JK* -"J*I ^*L*+ 4*M#(I
3. Remove the hose from the SENSOR-PRESSURE.
R$#"##*AS+$MT JK* $M#$)* R*J*IT*MJ !(i
•
Hold the Clamp of the Detergent Box and disassemble the Hose-Drawer-Tub.
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1. Remove the 2 Cover pump.
2. Separate the Clamp of the hose connected to the PUMP and then pull the DRAIN-HOSE. R$#"##*AS+$MT JK* ;NA\ '(J(I ;"IJ
3. Separate the Clamp of the hose connected to the PUMP and then pull the HOSE-AIR. 4. Separate the Clamp of the hose connected to the PUMP and then pull the HOSE-DRAIN.
5. Separate the wire connected to the PUMP.
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If the washing machine works, drain the water in the wash tub by selecting the Spin course. If the washing machine does not work, remove the laundry from the wash tub and scoop the remaining water out of the tub using a cup.
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1. Remove the 2 screws xing GUIDE-WIRE, 6 screws xing FRAME-PLATE(U).
2. Remove the 3 bolts xing WEIGHT BALANCER and then pull it towards with caution.
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3. Remove the 4 bolts xing DAMPER to take ASSY DC@ 1/)# 4. Remove all wire and hose connected the ASSYDC@#
5. Open the cap of SPRING-HANGER to take ASSYDC@ 1/)#
6. Lift the ASSY-TUB with two people carefully with holding SPRING-HANGER.
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1. Separate the ASSY DRUM from TUB, remove 6 M10 bolts from the upper ASSY DRUM, disassemble the ASSY FLANGE SHAFT.
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2. Remove 12 screws from the outer sides and then remove the two upper and lower BALL BALANCERS.
3. Remove 3 screws from the outer sides and then remove the 3 DRUM-LIFTERS.
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Separate the Thermostat xed at the bottom of the Tub. (Take precaution as there may be water remaining.) Make sure to separate the Thermostat rst and then separate the Heater. If you fail to observe this order, it may result in a shock and be damaged.
3. Release the nut holding the Heater with an M10 tool and then separate the Heater. Do not completely release the nut. Pull the Heater forward after releasing the nut. If the Heater is damaged, it may cause a problem. Therefore unfasten the nut using spanner or wrench manually without using pincers or tweezers.
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When you re-assembly the heater, make sure to install the Heater exactly onto the Bracket inside the Tub. If it is not properly installed, it may cause a re. In addition, completely insert the packing part into the Tub when assembling it so that the packing part is completely attached onto the Tub. *
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1. Check if the resistance of the Heater is equal to 27.1Ω (for the 1900W product), or 26.2Ω (for the 2000W product). 2. Check if the resistance of the Thermistor is equal to 12kΩ (at room temperature).
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1. Remove the 2 screws From MEMS Sensor. 2. Separate the wire Connecter.
Reassembly is in the reverse order of the removal.
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Hose engagement error. (disengaged) Part fault. (Faulty internal soldering) The water level sensor terminal is disengaged. Main PBA fault.
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The PBA connector terminal is not connected. The motor spin net is not engaged. The motor’s internal coil is damaged. (short-circuited or cut) The hall sensor terminal is not connected. Foreign material (a screw) has entered the motor. Motor overloaded due to too much laundry. (Non-sensing) The motor hall sensor terminal is not connected. PBA fault. The motor driving error from the PBA is weak. Unstable relay operation, etc. This occurs due to erroneous operating signals from the motor hall sensor. The IPM terminal of the main PBA is not connected. The DD motor cover is out of place. The PCB housing terminal is not connected.
-
PBA fault. DD motor fault.
-
Foreign material is entering the water supply valve. The water supply valve terminal is not connected. (Wire disconnected) The warm water and rinse connectors are wrongly connected to each other. This occurs if the PCB terminal from the drain hose to the detergent drawer is not connected. Check whether the transparent hose is folded or torn.
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The part of the hose where the water level sensor is located is damaged (punctured). The hose is clogged with foreign material. The hose is folded. Too much lubricant has been applied to the insertion part of the air hose.
The cold and warm water supply hoses are wrongly engaged into each other. The temperature of the water supplied through the dry valve during a dry cycle is sensed as higher than 70 ˚C. The water temperature is sensed as higher than 50 ˚C in the Wool or Lingerie courses.
-
The pump motor impeller is damaged internally. The wrong voltage is supplied to the parts. Part fault. This occurs due to freezing in the winter season.
-
The drain hose is clogged. (Injection error, foreign material) Clogged with foreign material. The water pump terminal is not connected: rubber band, bills, cotton, hair pins, coins have collected inside the drain pump ASSY.
This error occurs because of restrained revolutions. This error occurs when &, +,)(.'(.(,0( +generated due to too much laundry, etc.
The water supplied for 1 minute drying the drying cycle is 0.3 ~ 0.4 L.
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Check the consumer’s power conditions. : Make sure to check the operating voltage. Connect a tester to the internal power terminals during the Boil or Dry operations and observe the washing machine’s operation carefully. : Check the voltages. (An error occurs when under or over voltage is supplied.) : Check whether a plug receptacle is used. When the connecting wire is 1m, a momentary low voltage may drop up to 10 V Main PBA fault (sometimes) The signals between the sub and main PBAs are not sensed because of commuication error. Check the connector connections between the sub and main PBAs carefully. → Check for incorrect or loose connections, etc. Remove the sub PBA C/Panel and check for any faulty soldering. The signals between The DR Module and main PBAs are not sensed because of commuication error. Check The connector connections between The DR Module and main PBAs carefully. → Check for incorrect or loose connections, etc. Remove The DR Module and Check for any faulty soldering. The signals between The WIFI Module and main PBAs are not sensed because of commuication error. Check The connector connections between The WIFI Module and main PBAs carefully. → Check for incorrect or loose connections, etc. Remove the WIFI Module and Check for any faulty soldering. The signals between The LCD Module and main PBAs are not sensed because of commuication error. Check The connector connections between The LCD Module and main PBAs carefully. → Check for incorrect or loose connections, etc. Remove The LCD Module and Check for any faulty soldering.
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The signals between the Inverter PBA and main PBA are not sensed because of communication error. - Check The connector connections between the Inverter PBA and main PBA carefully. → Check for incorrect or loose connections, etc. - Remove the Inverter PBA and Check for any faulty soldering. -
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The Power button is pressed continually. (for more than 12 seconds). A switch is jammed or stuck due to be pressed unevenly due to deformation of the control panel or button. This error may occur when the screws that hold the sub PBA in place are tightened too much. A button other than the Power button is continually pressed. (for more than 30 seconds). Deformation of an internal plastic injection part. A screw for assembling the sub PBA is tightened too much.
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When the door is not opened after the door 1Q(, 1Q(.&)+1,#
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This occurs in the Boil wash because the door is pushed due to a pressure difference from internal temperature changes.
When the door is not locked after the door close operation.
-
The door lock switch terminal is connected incorrectly. The door lock switch terminal is broken. This occurs intermittently because of an electric wire leakage Main PCB fault.
-
The washing heater is short-circuited or has a wire disconnected. The washing heater in the tub has an error. (Contact error, temperature sensor fault) If the water level sensor operates without water because water is frozen or for any other reason and the temperature sensor engaged at the bottom to prevent overheating for the washing heater detects a temperature of 100 to 150 ˚C, the washing machine turns the input power off.
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If the heater has no error, this occurs because of a PBA relay malfunction.
Heater engagement fault. (out of place) The air hose is out of place and water leakage occurs during the spin cycle. The tub back at the safety bolts xing part is broken. Water leakage occurs at the front with foaming because of too much detergent. Water leakage occurs because the connecting hose to the detergent drawer is connected incorrectly. The drain pump lter cover is engaged incorrectly. Water leakage occurs at the drain hose. The duct condensing holding screws are worn. The nozzle-diaphragm is engaged in the opposite direction or the rubber packaging is omitted. Water leakage occurs because the screws that hold the tub back and front in place are fastened incorrectly. The leakage sensor is faulty. Water is supplied continually because the water level detection does not work. Because the drain hose is clogged and there is an injection error (at a narrow section), the water level detection does not work and water is supplied continually. Water is supplied continually because of freezing or because there is foreign material in the water supply valve. This error may occur when the water level sensor is degraded. The washing heater sensor in the tub has an error. (Contact error or temperature sensor fault) The connector is connected incorrectly or is disconnected. If the water level sensor operates without water because the water is frozen or for any other reason and the temperature sensor engaged at the bottom to prevent overheating for the washing heater detects a temperature of 100 to 150 ˚C, the washing machine turns the input power off.
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A switch contact error because of a deformation of the door hook. When the door is pulled by force.
-
As laundry causes this error, check the laundry. Find the reason for the unbalance and solve it as directed in the user manual.
-
This occurs when too much foaming is detected. It is also displayed while foaming is removed. When the removal is nished, the normal cycle proceeds. “Sud” or “SUdS” is displayed when too much foaming is detected and “End” is displayed when the removal of the foaming is nished. (This is one of the normal operations. It is an error for preventing non-sensing faults.)
This error occurs because the water level sensor terminal is out of place.
Heater sensor fault : When the connector is connected incorrectly or has a wire disconnected or 01,)&0) (..1.
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Error detected in the Mems PBA or data error detected. Check the wire connections. Replace if necessary. 1. Check the wire connections. 2. Replace the Mems PBA.
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Replace Assy PCB.
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* \ P > I ( I I 9
e g a k a e L r . te .1 a . WI
r ro r E w o r e v O
. d e g a m a d r o ,t u c , d e d l o f
t s ro f e d o t r e y r rd i a h e s U . n o s a e s r te n i w
r e rm a w o t ti n u e h t g in t a c o l e r r e id s n o C . e s o h
. n o ti a c lo
, 1 & ( -
>I(NS+*#K((J$MT W 6e
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* \ P > I ( I I 9
"
g n i h s a w e h t
.r to c e n n o c
rf o s n o it c e n n o c e th k c e h C •
rs o n e s e r u t a r e p m te r e t a e h
r o s n e s e r u t a r e p m e t r te a e h g in h s a w e h t fI •
re tu a r e p m tl e t u g fa n i ro h s s n a e Ws •
t.i e c a l p re ,r o rr e l a n o ti c n u f a s a h
r te a e h ry d e h t # ./ 0 0 1 . .1 . ( I ) ; "
r o s n e s re u t ra e p m e t y r D •
rf o s n o it c e n n o c e th k c e h C •
"
.# )1 0 ( , , 1 0 . 1 , ( .( / ) & . ( Q O ( )
t c re r o c n i d n a y l tl tu u a a f F •
a s a h r o s n e s e r tu ra e p m te r te a e h ry d e h t fI •
y r d e th f o s n io t c e n n o c
! )I
.( )/ & . ( Q O ( D
. .1 . I . 1 , ( %
DE W >I(NS+*#K((J$MT
r o s n e s g in s n e d n o c
it. e c la p re ,r o rr e l a n io t c n u f
t c u d e h t rf o s n o it c e n n o c e th k c e h C •
lt u a f B C P n i a M •
r. o t c e n n o c r o s n e s e r u t a r e p m te g n i s n e d n o c
r te in w e th in g n i z e re F •
, 1 & ( -
r o s n e s e r u t a r e p m e t g n i s n e d n o c t c u d e h t fI •
t.i e c a le p r ,r o rr e l a n io t c n u f a s a h
r e th e h w k c e h C . ry d n u la f o e p y t e th k c e h C •
. n io t a u it s d e c n la a b n u n a e s u a c y a m y e h t
is e s a c is th in r e m u s n o c e h t te a c u d E -
lt u fa r o s n e s ll a h r to o M •
r o d a lo e h t n ito s o p e r e s u a p s s re p o t
ry d n u la e th y b d e s u a C •
I C
r ro r E e c n la a b n U
to tr a t s s s e r .P s m e it w e f a e v o m e r
), ( ) , 1 0
. e l c y c h s a w e h t te e l p m o c d n a e u n ti n o c
0O ;8! RQ1321' 0:FO '1Q@ ;8! ► This Document can not be used without Samsung’s authorization.
0
C
U
V
e
FE
FF
F6
/ 6
D F
" !
^ ( % " J $( M
; "IJ@(O
. N M % J$ ( M
R * # % I $\ J $( M
!
?=!!
PBA Power Supply
Supply 120V of AC power.
4
RY7
Main Relay
Be Supplied PBA power when the Power button is pressed.
A
RY8
Dry Heater Relay
The switch for the Dry Heater power.
J
RY2
Washing Heater Relay
The switch for the Washing Heater power.
6
?=4
5&, O1)1. ?1,,(0)+1, >1.)
Supply the 3-phase drive voltage for the FAN Motor.
K
?=A
:I:% ?1,,(0)+1, >1.)
Supply power to the MEMS PBA and provides a communications '/,0)+1,#
^ ( % " J$ ( M 7
; "IJ@(O ?=6
. N M % J$ ( M
R * # % I $\ J $( M
Smart dispenser Connection >1.)
Supply power to the dispenser PBA and provides a 01OO/,+0&)+1,- '/,0)+1,#
8
?=K
%(,-1. ?1,,(0)+1, >1.)
Supply power to the sensor and provides a communications '/,0)+1,#
9
?=J
LCD PBA Connection Port
Supply power to the LCD PBA and provides a communications '/,0)+1,#
!9
CN9
Flash Writing Connection Port
!!
?=7
%C@ >@; ?1,,(0)+1, >1.)
Provides writing Flash memory. Supply power to the SUB PBA and provides a communications '/,0)+1,#
!4
?=!9
Each Load Connection Port
The port to supply power for each electric device.
;8! R$"TI"A W DF
0:6O 8Q28YQ> RQ1321'4 <. '1Q@ ;12>4 .<2 '1Q@ ;8! ► This Document can not be used without Samsung’s authorization.
► CN3
!# A#AH 4# ?%! A# ?%4 J# %EG 6# %>! K# %>? 7# ?F=E
► CN6
1. Ground 2. Door SW signal 3. Leakage signal 4. DRY_AIR_TEMP signal 5. DRY_CON_TEMP signal 6. Water TEMP signal 7. Water Leakage out signal 8. Water Leakage in signal
► CN9
!# A#AH 4# BRT5BG:TDI%D A# DRTDGTDI%D J# ?F=E 6# @GGD
► CN7
1. SUB Communications signal 2. SUB Communications signal 3. SUB Reset signal J# 6H 5. Ground K# !4H 7# IOQ)* Q+, 8. Power SW signal 9. Water leakage signal !9# 6H !!. Inverter Communications signal !4# Inverter
13. Ground
D6 W ;8! R$"TI"A
► CN1
► CN10
1. L line
1. Actuator signal
6. Cold valve signal
2. Door signal
2. Door lock signal
7. Hot valve signal
3. Door unlock signal
8. Pre valve signal
4. Circulation pump signal
9. Dry valve signal
5. Drain pump signal
10. Water shot signal
Communications signal
0:D
Q@Z92>92 ;8!
▶ This Document can not be used without Samsung’s authorization.
F
6
D
/
C 00
^ ( % " J$( M
; "IJ@(O
!
?=!
4 A J 6 K
?=4 ?=K ?=6 ?=J ?=A
. N M % J$( M ?1OO/,+0&)+1, Hall Sensor
R *#%I $\J$ (M Communication with MAIN Sensing Hall signal
:1)1.G/)Q/)
MOTOR 3-Phase Output
AC Power Source
Supply AC Power
UD;F?1,,(0)1. Flash Writing Port
Debugging connector (Deleted in massproduction) Writing Flash memory
;8! R$"TI"A W DD
0O/O 8Q28YQ> RQ1321'4 <. '1Q@ ;12>4 .<2 Q@Z92>92 ;8! ► This Document can not be used without Samsung’s authorization.
► CN2 ► CN6
► CN1
!# 6H
1. MAIN Communications signal
2. HALL A sensor signal
2. MAIN Communications signal
3. HALL B sensor signal
3. Ground
4. Ground
1. Motor signal (U) 2. Motor signal (V) 3. Motor signal (W)
► CN5
1. L line 2. N line
► CN4
!# 6H 2. Reset signal 3. nTRST signal 4. TDI signal 5. TDO signal 6. TCK signal 7. TMs signal 8. Ground
D/ W ;8! R$"TI"A
0:0O 4Y! ;8! ► This Document can not be used without Samsung’s authorization.
0 D 6
/
F C
^ (%"J$ (M ! 4
; "IJ@(O @V! ?=K9!
. NM%J $(M Buzzer Circuit %I=%GB<=>CD
A
?=79!
Drum Light
J
?=J9!
FLASH WRITING
R * # % I $ \ J$( M Be generated sound when the menu key is pressed or the encoder is operated, the menu is closed. SENSOR THE WATER LEVEL AND WATER TEMPERATURE. Turn on when door is opened. LBBGFB;::I DG %C@#
6
?=49!
FB;>M@;?1,,(0)+1, >1.)
For communications with Graphic PBA.
K
?=J94
DGC?M >@;?G::C=
SUPPLY POWER TO TOUCH PBAAND COMMUNICATION TO SUB PBA
;8! R$"TI"A W D0
0:CO 8Q28YQ> RQ1321'4 <. '1Q@ ;12>4 .<2 4Y! ;8! ► This Document can not be used without Samsung’s authorization.
► CN601
!# IOQ)* >+,
7. Led Signal
2. Led Signal
8. Led Signal
3. Led Signal
9. Led Signal
4. Led Signal
!9# FBGC=E
5. Led Signal
11. JOG Signal
6. Led Signal
12. JOG Signal !A# IOQ)* >+,
► CN201
1. Communications Port(Rx) 2. Communications Port(Tx) 3. Reset Signal input J#
6H
6# FBGC=E K#
!4H
7# IOQ)* >+, 8. POWER_SWl 9. Water level Signa !9# IOQ)* >+,
► CN402
!#
!4H
4# FBGC=E A# %E;! 4. SCL1 6# IOQ)* >+,
DC W ;8! R$"TI"A
CO -Q2Q@3 RQ1321' C:FO -Q2Q@3 RQ1321' ►
This Document can not be used without Samsungs authorization.
■ 29.929@89 Q@.<2'1>Q<@ BLK
BLACK
BLU
BLUE
FB=
FBII=
GRY
GRAY
=DB GBF >=W BIE SKYBLU H
NATURAL GB;=FI ><=W BIE SKYBLUE VIOLET
LMD
LM
YEL
YELLOW
-$I$MT R$"TI"A W DU
UO 29.929@89 U:FO -.CEEEB1 ;2<=98> @1'9
'B9 '12d9>
!<' '
-.
/0
B
C
D
1
E
E
36 1
► Region or Type
► Color
► Drum Machine Classifcation
► Capacity
; , =#;O(.+0&
-,-BQ>9
-.,RINA:-"#K*I7!$T #$[*?
UO0 cT l U0
L , L.America
3,3I"P
--,RINA:-"#K*I74J"M)"I)? -R,RINA:8(AS(
20 kg = 20
E : Euro
4,4Q^Z92
4.5 cuft = 45
R : CIS
RZ,RIP*I
M : M.E Asia F : Africa S : S.E Asia H : India C : China
., !A*(&.
=, !6*(&.
B, !J*(&.
d: 16year
F, I,).*
C,Mid
J : Japan
C,-.CEEEB1
6, I,).*
U,High
0,-.0EEEB1
K : Korea
D, I,).*
V,High
G : Global
/, Mid
e,High
0, Mid
DV W 2*H*I*M%*
5
► Buyer Code
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.
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