For the latest parts information, Please access to our service web site
(●North America : http://service.samsungportal.com)
Page 2
WARNING
IMPORTANT SAFETY NOTICE
The service guide is for service men with adequate backgrounds of
electrical, electronic, and technician experience. Any attempt to repair a
major appliance may result in personal injury and property damage.
The manufacturer or dealer cannot be responsible for the interpretation
of this information.
SAMSUNG ELECTRONICS AMERICA, INC.
Technical Service Guide
Copyright
All rights reserved. This service guide may not be reproduced in whole or in
part in any form without written permission from the SAMSUNG ELECTRONICS
Company.
3. DISASSEMBLY AND REASSEMBLY ···············································20
3-1) PRECAUTION ··························································21
3-2) REFRIGERATOR DOOR
3-3) DOOR HANDLE
3-9) VEGETABLE & FRUIT DRAWERS SHELF ········································28
3-10) COOL SELECT PANTRY ··················································29
3-11) WATER TANK ·························································30
3-12) MOTOR DAMPER ······················································· 32
3-13) WATER FILTER (DISASSEMBLY) ·············································32
3-14) WATER FILTER (REASSEMBLY) ·············································33
3-15) GALLON DOOR BIN ·····················································33
3-16) VERTICAL HINGED SECTION ···············································34
3-17) EVAPORATOR COVER IN REFRIGERATOR ······································35
3-18) EVAPORATOR IN REFRIGERATOR ···········································36
3-19) FREEZER DOOR
3-20) PULL OUT DRAWER
4-1) FUNCTION FOR FAILURE DIAGNOSIS ··········································47
4-1-1. TEST MODE (MANUAL OPERATION / MANUAL DEFROST FUNCTION) ··················47
4-1-2. DISPLAY FUNCTION OF COMMUNICATION ERROR ······························48
4-1-3. SELF-DIAGNOSTIC FUNCTION ···········································49
4-1-4. DISPLAY FUNCTION OF LOAD CONDITION
4-1-5. EXHIBITION MODE SETTING FUNCTION
···································52
·····································53
4-1-6. OPTION SETTING FUNCTION ············································53
4-1-7. OPTION TABLE ······················································56
Page 4
Contents
4-2) DIAGNOSTIC METHOD ACCORDING TO THE TROUBLE SYMPTOM(FLOW CHART) ············57
4-2-1. IF THE TROUBLE IS DETECTED BY SELF-DIAGNOSIS
4-2-2. IF FAN DOES NOT OPERATE(F, R, C - FAN) ···································68
4-2-3. IF ICE ROOM FAN DOES NOT OPERATE ·····································69
4-2-4. IF ICE MAKER DOES NOT OPERATE ········································70
4-2-5. IF DEFROST DOES NOT OPERATE (F,R DEF HEATER)
4-2-6. IF POWER IS NOT SUPPLIED
············································72
4-2-7. IF COMPRESSOR DOES NOT OPERATE ·····································73
4-2-8. WHEN ALARM SOUND CONTINUOUS WITHOUT STOP(RELATED WITH BUZZER SOUND) ····74
4-2-9. IF PANEL PCB DOES NOT WORK NORMALLY ··································76
4-2-10. IF PANTRY PANEL PCB IS NOT WORKING NORMALLY ···························77
4-2-11. WHEN REFRIGERATOR ROOM LAMP DOES NOT LIGHT UP ·······················78
4-2-12. IF ICE WATER IS NOT SUPPLIED ·········································79
4-2-13. IF WATER IS NOT SUPPLIED ············································80
4-2-14. IF CUBED OR CRUSHED ICE IS NOT SUPPLIED ·······························81
4-2-15. IF COVER ICE ROUTE MOOR(GEARD MOTOR) IS NOT WORKING NORMALLY
5-1) FREEZER ·····························································84
5-2) REFRIGERATOR ························································87
5-3) CABINET ·····························································93
5-4) DISASSEMBLY OF FREEZE DOOR ············································97
5-5) DISASSEMBLY OF REFRIGERATOR DOOR LEFT ·································100
5-6) DISASSEMBLY OF REFRIGERATOR DOOR RIGHT ·································103
6. PCB DIAGRAM ···························································105
6-1) PCB LAYOUT WITH PART POSITION ··········································106
6-2) PCB LAYOUT WITH PART POSITION (INVERTER BOARD)·····························107
6-3) CONNECTOR LAYOUT WITH PART POSITION (MAIN BOARD) ·························108
6-4) PCB LAYOUT WITH PART POSITION (MAIN BOARD) ································109
6-5) CONNECTOR LAYOUT WITH PART POSITION (INVERTER BOARD) ······················110
7. WIRING DIAGRAM ·························································111
7-1) MODEL : RF267AD·······················································111
7-2) MODEL : RF26VAD
Before servicing the refrigerator or replacing parts, unplug the unit from the
wall outlet.
→
Shock Hazard, observe basic safety rules.
●
Be sure to use the specified generic parts when servicing the product.
→
Confirm the Model Number on Product itself.
Inspect the mew part and assembly for Voltage, Current and temperature
specifications.
●
During the Diagnostic and Troubleshooting phase it is recommended to do a
visual inspection of all the connections of the wiring harness to the PCB ASSY.
●
Check the traces of water infiltration at the electric parts.
→
If there is a trace of water infiltration it is necessary for you to replace the
insulation tape or harness.
●
Check the assemble status of parts after troubleshooting.
→
It should be done indiscriminately as before the repair.
●
Check the use circumstance of refrigerator.
→
If the refrigerator is installed at the place that is damp or wet, or
status of installation is unstable, change the installation place.
●
Do earth in case of need.
→
Particularly, Be sure to earth when there is a risk of an electric
leakage by humidity or wetness.
●
Do not use multi plugs in a plug socket at the same time.
Check if the power cord and socket is damaged, pressed, squeezed,
or fired.
→
If the plug or plug socket is damaged, repair or exchange that
immediately.
●
Do not allow consumers to repair the appliance by themselves.
●
Do not store other materials except the foods.
→
Drugs or scientific materials : difficult to keep precise temperature.
→
The inflammables(alcohol, benzene, ether, LP gas, butane gas etc.):
have risk of explosion.
4
Page 6
PRECAUTIONS(SAFETY WARNINGS)
Read all instructions before repairing the product and follow the instructions
in order to prevent danger or property damage.
CAUTION/WARNING SYMBOLS DISPLAYED
Indicates that a
Warning
danger of death
or serious injury
exists.
Indicates that a risk
Caution
of personal injury
or material damage
exists.
Warning & Caution
Pull the power plug out to
exchange the interior lamp
of the refrigerator.
●
It may cause electric shock.
Use the rated components
on the replacement.
●
Check the correct model, rated
voltage, rated current, operating
temperature and so on.
SYMBOLS
means “Prohibited”.
means “Do not disassemble”.
means “No contact”.
means ”Warning or Caution”.
means “Unplug the unit before
preforming service”
means “Earth or Ground”.
On repair, make sure that the
wires such as harness are
bundled tightly.
●
Bundle tightly wires in order not to be
detached by the external force and then not
to be wetted.
Unplug
On repair, remove completely dust
or other things of housing parts,
harness parts, and check parts.
●
Cleaning may prevent the possible fire by
tracking or short.
Rated
components
After repair, check the
assembled state of components.
●
It must be in the same assembled state
when compared with the state before
disassembly.
Check if there is any trace
indicating the permeation
of water.
●
If there is that kind of trace, change
the related components or do the
necessary treatment
such as taping
using the
insulating tape.
5
Page 7
PRECAUTIONS(SAFETY WARNINGS)
❈
Please let users know following warnings & cautions in detail.
Warning & Caution
Do not allow users to put bottles or
kinds of glass in the freezer.
●
Freezing of the contents may inflict a wound.
Do not allow users to insert the
power plugs for many products
at the same time.
●
May cause abnormal generation of
heat or fire.
Do not allow users to store narrow
and lengthy bottles or foods in a
small multi-purpose room.
●
It may hurt you when refrigerator door is
opened and closed resulting in falling stuff
down.
Do not allow users to
disassemble, repair or alter.
●
It may cause fire or abnormal
operation which leads to injury.
Do not allow users to store
pharmaceutical products, scientific
materials, etc., in the refrigerator.
●
The products which temperature control
should not be stored in the refrigerator.
Do not allow users to bend the
power cord with excessive force
or do not have the power cord
pressed by heavy article.
●
May cause fire.
Prohibition
Do not allow users to store
articles on the product.
●
Opening or closing the door may cause
things to fall down, which may cause
injury.
Prohibition
Do not
disassemble
Do not allow users to install the
refrigerator in the wet place or
the place where water splashes.
●
Deterioration of insulation of electric
parts may cause electric shock or fire.
Make sure of the earth.
●
Be sure the product is properly grounded.
Earth
6
Page 8
PRECAUTIONS(SAFETY WARNINGS)
FLOORING
For proper installation, this refrigerator must be
placed on a level surface of hard material that is
the same height as the rest of the flooring. This
surface should be strong enough to support a fully
loaded refrigerator, or approximately
660lbs(299kg).
MOVING
Protect the finish of the flooring. Cut a large
section of the cardboard carton and place
under the refrigerator where you are working.
When moving, be sure to pull the unit straight
out and push back in straight.
7
Page 9
2. PRODUCT SPECIFICATIONS
2-1) INTRODUCTION OF MAIN FUNCTION ·······································9
2-4) MODEL SPECIFICATION ···············································12
2-5) MODEL SPECIFICATION &SPECIFICATION CHART ·····························13
2-6)DIMENSIONS OF REFRIGERATOR (INCHES) ··································16
2-7) OPTIONAL MATERIAL SPECIFICATION ·····································17
2-8) REFRIGERANT ROUTE IN REFRIGERATION CYCLE ····························18
2-9) COOLING AIR CIRCULATION ············································19
8
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2. PRODUCT SPECIFICATIONS
2-1) Introduction of main function
●●
A newly Developed SAMSUNG bottom mount freezer in 2009 has the following
characteristics.
Surround Multi Flow
●●
Uniform cooling for each shelf and even in corner in fresh
food compartment by centerpositioned fan and duct with
multiple flow effluences
Twin Cooling System
●●
The refrigerator and the freezer have two evaporators.
Given this independent system, the freezer and the
refrigerator are cooled individually as required and are,
therefore, more efficient.
Food odor from the refrigerator does not affect food in the
freezer due to separate air flow circulation.
Electronic control from outside of Pantry Cover
●●
Adjustable temperature control ((around 41℉(5℃) : Deli /
around 38℉(3℃) : Fresh / around 34℉(1℃) Chilled )
Temperature control from outside of the Pantry : user
friendly design helps keep foods fresh for longer
16" Pizza Corner
●●
Can be used for 16" pizza if stand flip tilting pocket.
Ice and Water Dispenser
●●
The ice and water dispenser provides ice and cold water at
any time.
Secure Auto Close Door System
●●
Secure Auto Close Door System
●●
Cool tight doors
●●
Energy saving
●●
Preventing sweat on fridge doors
Easy Handle System
●●
Ez-open Freezer Door
●●
Ergonomic Door Design
9
Page 11
PRODUCT SPECIFICATIONS
Fan
Fan
(Air inlet)
(Air inlet)
Heat exchanger
Fan
Fan
(Airinlet)(Airinlet)
Heatexchanger
FanFanFan
(Air inlet)(Air inlet)(Air inlet)
Heat exchanger
2-2) Specifications
ELECTRICAL SPECIFICATIONS
Defrost Control From 24 to 32 hrs
Thermo Bimetal Protector 140°F(60℃)(off) 104°F(40℃)(on)
Defrost Thermistor(502AT) 50°F(10℃)(off)
Electrical Rating AC115V 60Hz 11.6 Amps
Maximum Current Leakage 0.25 mA
(Air inlet)
Maximum Ground Path Resistance 0.1 Ohm
Energy Consumption 540KWh/year
NO LOAD PERFORMANCE
Ambient Temperature 70℉(21℃)90℉(32℃)
Refrigerator,℉34℉(1℃)∼46℉(8℃) 34℉(1℃)∼46℉(8℃)
Freezer,℉-14℉(-26℃)∼8℉(-13℃) -14℉(-26℃)∼8℉(-13℃)
Run Time,% 40 60
3-27) ELECTRIC BOX ····································45
20
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ASSEMBLY & DISASSEMBLY
3-1) PRECAUTION
• Unplug the refrigerator before cleaning and making repairs.
• Remove any foreign matter or dust from the power plug pins.
- Otherwise there is a risk of fire.
• Do not use a cord that shows cracks or abrasion damage along its length or at either end.
• Do not plug several appliances into the same multiple power board. The refrigerator should always be
plugged into its own individual electrical which has a voltage rating that matched the rating plate.
- This provides the best performance and also prevents overloading house wiring circuits, which could
cause a fire hazard from overheated wires.
• Do not install the refrigerator in a damp place or place where it may come in contact with water.
- Deteriorated insulation of electrical parts may cause an electric shock or fire.
• The refrigerator must be grounded.
- You must ground the refrigerator to prevent any power leakages or electric shocks caused by current
leakage from the refrigerator.
• Do not put bottles or glass containers in the freezer.
- When the contents freeze, the glass may break and cause personal injury.
• Do not store volatile or flammable substances in the refrigerator.
- The storage of benzene, thinner, alcohol, ether, LP gas and other such products may cause
explosions.
- NEED TOOL
IMAGEITEMUSE
Phillips Head Driver
Flat Head Driver
Hex Wrench Ø5mm
Socket Wrench Ø10mm
Use for assembling and
disassembling of screw
Use for assembling and disassembling
of HomeBar, Dispenser, Deli
Cartessen Box, Main PBA etc...
Use for assembling and
disassembling of Middle Hinge
Use for assembling and
disassembling of Door Hinge
21
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DISASSEMBLY AND REASSEMBLY
3-2) Refrigerator Door
Part NameHow To DoDescriptive Picture
1. With the door opened, remove
the Top Table cap() with a Flat
head screwdriver, and close the
door.
2. Remove the 3 screw holding
down the Top Table and remove
the Top Table().
Refrigerator
Door
3. Disconnect a earth wire(),
electronic connector() and a
water()coupling .
The blue and red clips are not
on the coupling at first, but must
be put at installation().
Remove the 3 hex head bolts on
the upper hinge with 10mm
wrench.
4. Remove the 3 hex head bolts()
found attatched to the upper left
and right door hinges with a
Wrench(10mm).
With a Philips head screwdriver,
remove the ground screw() found
attatched to the upper left and right
door hinges. Remove the upper left
and right door hinges().
22
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DISASSEMBLY AND REASSEMBLY
Part NameHow To DoDescriptive Picture
5. Lift the door straight up to
remove.
Refrigerator
Door
6.Remove 2 hex head bolts( )
with 5mm Allen Wrench(3/16")
and an screw( ) with Philips
screwdriver.
23
Page 25
DISASSEMBLY AND REASSEMBLY
3-3) Door Handle
Part NameHow To DoDescriptive Picture
1. Remove the Cap Door with a
flat-blade(-) screwdriver.
Door Handle
Freezer
2. Remove 4 screws
3. Lift up the handle to have the
Slider Handle Fre() pushed
back.
4. After having the Slider Handle
Fre() pushed back, screw up
at the hole.
5. Remove the door handle by
lifting it up.
24
Page 26
DISASSEMBLY AND REASSEMBLY
3-4) Refrigerator Light
Part NameHow To DoDescriptive Picture
1. Remove the lamp cover by
pulling it down as pushing the
rear of lamp cover.
Refrigerator
Light
2. Remove the screw. And
separate the LED panel.
3-5) Cover-display & water-dispenser
Part NameHow To DoDescriptive Picture
1. Insert a flat-blade screwdriver
on the slot as shown in the
picture, and unlock the tabs.
2. Remove the display cover by
Cover-display
pushing it to the right side and
pulling it up.
①
②
3. Disengage the housing connect
of display cover
25
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DISASSEMBLY AND REASSEMBLY
Part NameHow To DoDescriptive Picture
4. Remove 4 screws of cover-
Cover-display
3-6) Water-dispenser
Part NameHow To DoDescriptive Picture
display
1. Disengage the 3 Housing
Connect.
Water-dispenser
2. Remove 2 screws of the
CaseIce,Route Assy.
3. Pull the Case-Ice,Route Assy.
4. Push the hook and remove the
Micro Switch.
26
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DISASSEMBLY AND REASSEMBLY
Part NameHow To DoDescriptive Picture
1. Assembly shall be the contrary
order from the disassemble.
Case-Ice and Route shall be
assembled inside of hose.
Otherwise, assemble cannot be
accomplished.
Water-dispenser
2. When assembling CoverDisplay, first insert it from
leftside and then assemble to
rightside.
Otherwise, the tab can be
broken.
3-7) Glass Shelf
Part NameHow To DoDescriptive Picture
Remove the shelf by lifting the
Glass Shelf
front plane of the shelf up and
pulling it out.
27
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DISASSEMBLY AND REASSEMBLY
3-8) Foldable Glass Shelf
Part NameHow To DoDescriptive Picture
Foldable Glass
Shelf
3-9) Vegetable & Fruit Drawers Shelf
Part NameHow To DoDescriptive Picture
Vegetable & Fruit
Remove 2 screws of the Fold
Glass Shelf
1. Remove the vegetable & fruit
drawer by pulling the roller part
and lifting it up.
Drawers Shelf
2. Remove the vegetable & fruit
drawers shelf by pulling it out.
(Refer to the picture)
28
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DISASSEMBLY AND REASSEMBLY
3-10) Cool Select Pantry
Part NameHow To DoDescriptive Picture
1. Remove the cool select pantry
Cool Select Pantry
Cool Select Pantry
Cover
by pulling the roller part and
lifting it up.
1. Remove the cool select pantry
cover by lifting the central part
of the cover while pushing it to
the left.
Cool Select Pantry
Shelf
Cool Select Pantry
Rail
1. Remove the cool select pantry
shelf by lifting the front part of
the shelf while pulling it.
1. Remove the cool select pantry
rail by unscrewing the 3 screw
parts and pulling the rail.
2. Disconnect the housing
connector from the internal rail
part.
(Refer to the picture)
29
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DISASSEMBLY AND REASSEMBLY
3-11) Water Tank
Part NameHow To DoDescriptive Picture
The Water Tank is located in the
lower part of the fridge. Before
disassembling the Water Tank take
out shelf and drawers and pantry
located in front of the Water Tank.
1. Remove 2 screw of the Water
Tank cover.
Water Tank
2. Disengage the housing
connector.
One water Tube is located in the
machine compartment of the
refrigerator. Before disassembling
the Water Tube, take out the
compressor cover.
5. Remove the water valve fixed by
the screw.
30
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DISASSEMBLY AND REASSEMBLY
Part NameHow To DoDescriptive Picture
6. Disconnect the water tube by
pushing the tube fitting apart as
shown in the picture.
Water Tank
The other Water Tube is located in
the Top Table of the refrigerator.
Before disassembling the Water
Tube, take out the Top table.
7. Remove the blue cap of water
coupler with other tools.
8. Disconnect the water coupler by
pushing as shown in the picture.
9. Remove the Water Tank by
pulling the Water Tube.
31
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DISASSEMBLY AND REASSEMBLY
3-12) Motor Damper
Part NameHow To DoDescriptive Picture
1. Remove the cool select pantry.
Remove the screw part of lower
motor damper part and then
push the motor damper down.
Motor Damper
2. Disengage 2 housing
connectors from the rear motor
damper.
(Refer to the picture)
3-13) Water Filter (Disassembly)
Part NameHow To DoDescriptive Picture
1. Remove the shelf by lifting the
front plane of the shelf up and
pulling it out.
Water Filter
2. Remove the water filter by
turning it Counterclockwise.
(Refer to the picture)
32
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DISASSEMBLY AND REASSEMBLY
3-14) Water Filter (Reassembly)
Part NameHow To DoDescriptive Picture
1. Place the part of (ⓐ) arrow (that
is indicating in the picture) in the
middle of the front filter cover
and push it up.
Water
Filter
2. Turn the water filter
counterclockwise until central
horizontal line of filter cover and
both ends of water filter label
are made all of the same width.
(Refer to the picture.)
3-15) Gallon Door Bin
Part NameHow To DoDescriptive Picture
1. Remove the gallon door bin by
Gallon Door Bin
lifting it up.
(Refer to the picture)
33
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DISASSEMBLY AND REASSEMBLY
3-16) Vertical Hinged Section
Part NameHow To DoDescriptive Picture
1. Remove 2 screw cap parts with
a flat-blade(-) screwdriver.
(Refer to the picture)
Vertical Hinged
Section
2. Unscrew 2 screws.
3. Disengage the internal housing
connector of the vertical hinge.
4. Remove the vertical hinged
section by lifting the vertical
hinge up.
(Refer to the picture)
34
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DISASSEMBLY AND REASSEMBLY
3-17) Evaporator Cover In Refrigerator
Part NameHow To DoDescriptive Picture
1. Remove the angle cap with a
flat-blade screwdriver.
(Refer to the picture)
2. Unscrew 4 screws.
Evaporator Cover
In Refrigerator
3. Remove the the lower part of
angle mid by pulling it out and
pushing it down.
(Refer to the picture)
4. Remove the hook by pulling it
from the lower part and pushing
the cover down.
(Refer to the picture)
5. Disconnect the housing
connector of the rear plane.
(Refer to the picture)
35
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DISASSEMBLY AND REASSEMBLY
3-18) Evaporator In Refrigerator
Part NameHow To DoDescriptive Picture
1. Remove the the housing cover
by pushing both lateral sides of
the housing cover and pulling it
out.
(Refer to the picture)
2. Disconnect the housing
connector part.
(Refer to the picture)
Evaporator
In Refrigerator
3. Unscrew 2 screws.
4. Remove the evaporator by lifting
the bottom side of it up and
pulling it out.
(Refer to the picture)
36
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DISASSEMBLY AND REASSEMBLY
3-19) Freezer Door
Part NameHow To DoDescriptive Picture
1. Open the freezer door.
Remove the tilting pocket by
pushing it to the left.
(Refer to the picture)
2. Remove the 2 support tilting
pockets with temporary force.
(Refer to the picture)
Freezer
Door
3. Remove the freezer drawer bin
by lifting the bottom part of it up.
(Refer to the picture)
4. Remove 4 internal bolts at both
lateral sides of rail part.
(Refer to the picture)
5. Remove the freezer door by
tilting the bottom part of it and
lifting it up.
37
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DISASSEMBLY AND REASSEMBLY
3-20) Pull Out Drawer
Part NameHow To DoDescriptive Picture
1. Slide the drawer in as much as
possible
Door
Handle
Freezer
2. Lift the drawer up
3. Remove the pull out drawer by
lifting the bottom part of drawer
bin and pulling it out.
38
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DISASSEMBLY AND REASSEMBLY
3-21) Ice-Maker
Part NameHow To DoDescriptive Picture
1. Pull the Ice-Bucket lever and out
2. Remove 1 screw of the Cover
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
lever
Ice Maker
3. Disassemble the cover with a
flat-blade(-) screwdriver and pull
it out.
4. Disengage the 2 housing
connector.
5. Push hook and pull the IceMaker out.
6. To disassemble, push the tab
and pull the case-auger and the
motor out.
39
Page 41
DISASSEMBLY AND REASSEMBLY
3-22) Freezer Light
Part NameHow To DoDescriptive Picture
1. Remove the light by pulling the
Freezer Light
3-23) Door Switch In Freezer
Part NameHow To DoDescriptive Picture
light cover down while pushing
the rear plane of light cover.
Door Switch In
Freezer
1. Remove the freezer drawer bin
by using a flat-blade(-)
screwdriver.(Refer to the
picture)
2. Disconnect the housing
connector part.
40
Page 42
DISASSEMBLY AND REASSEMBLY
3-24) Evaporator Cover In Freezer
Part NameHow To DoDescriptive Picture
1. Remove the freezer door and
freezer drawer bin by pulling out
the drawer and then unscrewing
2 screws.
Evaporator Cover
In
Freezer
2. Lift up the evaporator cover.
3. Disengage the 3 housing
connector and remove the
evaporator cover.
3-25) Evaporator In Freezer
Part NameHow To DoDescriptive Picture
1. Remove the housing cover by
pushing both lateral sides of
housing cover part and pulling it
out.
Remove the housing connector
part.
Evaporator In
Freezer
2. Remove the evaporator by
pulling the lower part of the
evaporator while lifting it up.
41
Page 43
DISASSEMBLY AND REASSEMBLY
3-26) Machine Compartment
Part NameHow To DoDescriptive Picture
1. Unscrew 5 screws of cover
compressor.
2. Disengage the housing
connector.
(Refer to the picture)
3. Remove the hooker of support
circuit motor by lifting the hooker
up and pulling it out.
Motor Fan
4. Remove the spring with a flatblade screwdriver.
(Refer to the picture)
5. Remove the motor fan by pulling
the fan out while grasping the
motor part.
(Refer to the picture)
6. Unscrew 2 screws fixed in the
motor.
7. Remove the hook of the motor
cover with a flat-blade (-)
screwdriver and then remove
the motor.
42
Page 44
DISASSEMBLY AND REASSEMBLY
Part NameHow To DoDescriptive Picture
1. Disengage the housing
connector.
Relay O/L
2.Remove Cover Relay
3. Remove the relay O/L with a
flat-blade screwdriver.
(Refer to the picture)
1. Unscrew the water valve fixed
by the screw.
2. Remove the the hook part of the
hose by pushing it down.
Water Valve
3. Remove 2 water hose parts
while pushing the upper
part of ①.
(Refer to the picture)
4. Disengage 2 housing connector
parts.
5. Remove the hose connected by
the nut with a wrench(8mm).
43
Page 45
DISASSEMBLY AND REASSEMBLY
Part NameHow To DoDescriptive Picture
1. Unscrew 2 screws.
2. Disengage the housing
connector.
Power Cord &
Noise Filter
3. Unscrew 2 earth screws.
4. Remove the cover by pushing
the hook up using a flat
screwdriver.
(Refer to the picture)
5. Disengage the housing
connector to separate the
power cord and noise filter.
44
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DISASSEMBLY AND REASSEMBLY
3-27) Electric Box
Part NameHow To DoDescriptive Picture
1. Pull the refrigerator forward to
have enough space to work on
the rear side of the appliance.
2. Unscrew 2 screws for the
PCB cover.
PBA Main
PBA INVERTER
3. Disengage all housing
connectors connected with
PBA MAIN.
4. Remove the PBA MAIN while
lifting the upper part of the
hook up.
(Refer to the picture)
1. Remove cover and the all
connectors on the PBA MAIN.
Remove the PBA INVERTER
while pushing
45
Page 47
4. TROUBLESHOOTING
4-1) FUNCTION FOR FAILURE DIAGNOSIS ······················47
4-1-1. TEST MODE (MANUAL OPERATION / MANUAL DEFROST FUNCTION) ·········47
4-1-2. DISPLAY FUNCTION OF COMMUNICATION ERROR ·····················48
4-1-3. SELF-DIAGNOSTIC FUNCTION ··································49
4-1-4. DISPLAY FUNCTION OF LOAD CONDITION ··························52
4-1-5. EXHIBITION MODE SETTING FUNCTION ····························53
4-1-6. OPTION SETTING FUNCTION ···································53
DIAGNOSTIC METHOD ACCORDING TO THE TROUBLE SYMPTOM(FLOW CHART)
4-2-1. IF THE TROUBLE IS DETECTED BY SELF-DIAGNOSIS ···················58
57
4-2-2. IF FAN DOES NOT OPERATE(F, R, C - FAN) ··························68
4-2-3. IF ICE ROOM FAN DOES NOT OPERATE ····························69
4-2-4. IF ICE MAKER DOES NOT OPERATE ·······························70
4-2-5. IF DEFROST DOES NOT OPERATE (F,R DEF HEATER) ···················71
4-2-6. IF POWER IS NOT SUPPLIED ····································72
4-2-7. IF COMPRESSOR DOES NOT OPERATE ····························73
4-2-8. W
4-2-9. IF PANEL PCB DOES NOT WORK NORMALLY ·························76
4-2-10. IF PANTRY PANEL PCB IS NOT WORKING NORMALLY ··················77
4-2-11. WHEN REFRIGERATOR ROOM LAMP DOES NOT LIGHT UP ··············78
4-2-12. IF ICE WATER IS NOT SUPPLIED ································79
4-2-13. IF WATER IS NOT SUPPLIED ···································80
4-2-14. IF CUBED OR CRUSHED ICE IS NOT SUPPLIED ······················81
HEN ALARM SOUND CONTINUOUS WITHOUT STOP(RELATED WITH BUZZER SOUND)
·74
4-2-15. IF COVER ICE ROUTE MOOR(GEARD MOTOR) IS NOT WORKING NORMALLY ··82
46
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TROUBLESHOOTING
4-1) Function for failure diagnosis
4-1-1. Test mode (manual operation / manual defrost function)
●
If Energy Saver Key + Fridge Key on the front of panel are pressed simultaneously for 8 seconds, it
will be changed to the test mode and all displays on the front of panel will be off.
●
If any key on the front of panel is pressed within 15 seconds after the test mode, it will be operated
as below sequence : manual operation(Freezer compartment 1) → manual operation(Freezer
compartment 2) → manual operation(Freezer compartment 3) → manual defrost of fresh food
and freezer compartments(Fd) → Cancel(Display all off).
●
If any key on the front of panel is not pressed within 15 seconds after the test mode, the test mode
will be canceled and it will be returned to previous mode.
●
If the test mode is canceled, Recommend the power off and reactivate the refrigerator.
1) Manual operation function
①①
①①
① If Energy Saver Key + Fridge/Power Cool Key are pressed simultaneously for
8 seconds, (displays are all off)
It will be changed to the test mode (manual operation) by pressing any key
1-1) If any key is pressed once in test mode, blinks "FF-1" on the display and it indicates the
refrigerator has entered the manual operation. At this moment, buzzer beeps as an alarm.
Compulsion working 1: 3600RPMCompulsion working 2 : 2450RPMCompulsion working 3: 2200RPM
1-2) If any key is pressed once at the manual operation1 status, FF-2 will be displayed. And if any
key is pressed one more time, FF-3 will be displayed. FF-2 and FF-3 means manual
operation2 and 3 separately. These 3 functions operate with different RPM of COMP.
1-3) If manual operation is selected, compressor will run at once without 7 minutes delay in any
mode. If the refrigerator is on the defrost cycle at the moment, defrost will be finished and
manual operation will begin. (Be careful if manual operation get started at the moment of
compressor off, over load could be occurred.)
1-4) If manual operation works, compressor & f-fan operate continuously for 24 hours and fresh
food compartment will be controlled by the setting temperature.
1-5) When the manual operation runs, setting temperature will be selected automatically as
1-6) During manual operation, Power Freeze & Power Cool function will not be worked. If a
function is selected, the power function icon of the selected function will be off.
47
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TROUBLESHOOTING
2) Simultaneous manual defrost(fresh food and freezer compartments) function
2-1) If any key is pressed one more time during manual operation(fresh food compartment), "Fd"
shows in the display and then manual operation will be canceled at once and fresh food and
freezer compartment will be defrosted.
2-2) At this moment, alarm beeps for 3 seconds (0.1 sec ON/ 1 sec OFF) during manual defrost
function of fresh food and freezer compartment.
3) Test cancel mode
3-1) During defrosting of fresh food and freezer compartments simultaneously, if the display panel
change to the test mode and test button is pressed one more time, defrosting of fresh food and
freezer compartments will be canceled at the same time and will return to the normal operation.
Or, all test functions will be canceled by turning main power ON and OFF.
4-1-2. Display function of Communication error
1) Display function when Panel ↔ MAIN MICOM communication has error
1-1) If there is no answer for 10 seconds after the panel micom received the requirement of
communication, "Pc - Er" display on the panel PCB will be ON/OFF alternately until the
communication error is canceled.(0.5 sec ALL ON, 0.5 sec ALL OFF alternately)
1-2) “Pc - E” display on the Pantry Room Display will be ON/OFF alternately until the communication
error is canceled. (0.5 sec ALL ON, 1.5 sec ALL OFF alternately)
2) Display function when Panel ↔ MAIN MICOM OPTION has error
2-1) “OP - Er” code is repeatedly ON/OFF until Option error settles down.
48
Page 50
TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
2¢(-17¡) is recommended38¢(3¡) is recommended
4-1-3. Self-diagnostic function
1) Self-diagnostic function in the Initial power ON
1-1) Micom operates self-diagnostic function to check the temperature sensor condition
within 1 second when the refrigerator turned On initially.
1-2) If bad sensor is detected by the self-diagnostic function, the applicable display LED will
blink for 0.5 sec.
At this moment, there is no beep sound.(Refer to self-diagnostic CHECK LIST)
1-3) Self-diagnostic button is recognized only when the error is displayed by the bad sensor.
Display does not operate normally but temperature control will be controlled by the
emergency operation.
1-4) When the error is detected by self-diagnosis, the error can be canceled automatically if
all troubled sensors are corrected or Self-diagnostic function key (Energy Saver Key +
Alarm/Lighting Key ) are pressed simultaneously for 8 seconds.
(Return to normal display mode)
①①
①①
① If Energy Saver Key + Alarm/Lighting Key are pressed simultaneously
for 8 seconds, the error mode by self-diagnosis will be canceled.
2) Self-diagnostic function during normal operation
①①①①
2-1) If Energy Saver Key + Alarm/Lighting Key are pressed simultaneously for 6 seconds
during normal operation, the temperature setting display will operate for 2 seconds
(ON/OFF 0.5sec each).
If Energy Saver Key + Alarm/Lighting Key are pressed simultaneously for 8 seconds
(including above 2 seconds), self-diagnostic function will be selected.
2-2) At this moment, self-diagnostic function will be returned with buzzer sound 'ding-dong'.
If there is an error, display of error will be operated for 30 seconds and then return to
normal condition whether problem is corrected or not.
(Refer to self-diagnosis CHECK LIST)
2-3) Input by button is not accepted during self-diagnostic function.
49
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
Self-diagnosis CHECK LIST
NO
1
Ice Maker Sensor Error
2
R-Sensor Error
3
R-DEF-Sensor Error
4
R-FAN Error
5
Ice Maker Error
6
R-DEF, Heater Error
7
Ambient-Sensor Error
8
F-Sensor Error
9
F-DEF-Sensor Error
10
F-FAN Error
11
C-FAN Error
12
Ice Room-Sensor Error
13
F-DEF.-Heater Error
14
Ice Room FAN Error
15
Pantry-Damper-Heater Error
Trouble itemTrouble contents
Display LED
R-1-ⓐ
R-1-ⓑ
R-1-ⓒ
R-1-ⓓ
R-1-ⓔ
R-1-ⓖ
F-1-ⓐ
F-1-ⓑ
F-1-ⓒ
F-1-ⓓ
F-1-ⓔ
F-1-ⓕ
F-1-ⓖ
F-10-ⓑ
R-10-ⓐ
ICE MAKER SENSOR part error
R SENSOR part error
R defrost SENSOR part error
R inner part error
ICE MAKER operation error
R defrost part error
external SENSOR part error
F SENSOR part error
F defrost SENSOR part error
F inner fan motor part error
machine room fan motor part error
ICE ROOM SENSOR part error
F defrost part error
ICE ROOM inner fan motor part error
Damper Heater open/wire error
16
Pantry-Sensor Error
17
Panel↔Main Micom Error
18
Water Tank-Heaer Error
F-10
F-1
R-10-ⓑ
F-10-ⓖ
R-10-ⓖ
Pantry Room SENSOR part error
Panel↔Mai Micom communication error
Water Tank Heater open/wire error
R-10
R-1
50
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TROUBLESHOOTING
Self-diagnostics check list
LED
R-1-ⓐ
R-1-ⓑ
R-1-ⓒ
R-1-ⓓ
R-1-ⓔ
R-1-ⓖ
F-1-ⓐ
F-1-ⓑ
F-1-ⓒ
Item
Ice Maker Sensor Error
R-Sensor Error
R-DEF-Sensor Error
R-FAN Error
Ice Maker Error
R-DEF. Error
Ambient-Sensor Error
F-Sensor Error
DEF-Sensor Error
Trouble contents
When checking the voltage of MAIN PCB CN90
Display error : separation of sensor housing
#8↔CN90#4 : should be between 4.5V~1.0V.
part, contact error, disconnection, short
circuit
Display error of detecting temperature of
sensor: more than 149℉ (+65°C) or less
than -58℉(-50°C)
Display error during operation of applicable
fan motor : Feed Back signal line contact
error, separation of motor wire, motor error
Display error : ice making kit is harvested
more than 3 times and level error
** Apply to the applicable Ice Maker model.
Display error : separation of fresh food compartment defrost heater
housing part, contact error, disconnection, short circuit or temperature
fuse error. Display error : the defrosting does not finish though fresh food
compartment defrost is heating continuously for more than 80 minutes.
When checking the voltage of MAIN PCB
CN30#6↔CN76#1: should be between 4.5V~1.0V
When checking the voltage of MAIN PCB
CN30#8↔CN76#1 : should be between 4.5V~1.0V
Voltage of MAIN PCB CN76#4(Orange) ↔
CN76#1(Gray) should be between 7V~12V
After replacing ice maker, check the operation
by turning the appliance ON again.
After separating MAIN PCB CN70,CN71 from PCB, check the resistance value
between CN70 White ↔ CN71 Orange should be 102(441) ohm ± 7%.
(resistance value is varied by the input power)
Check 0 Ohm : heater short, ∞ Ohm : wire / bimetal Open.
When checking the voltage of MAIN PCB
Display error : sensor housing separation,
contact error, disconnection, short circuit
Display error by detecting temperature of
CN31#1↔#4 : should be between 4.5V~1.0V.
When checking the voltage of MAIN PCB
CN30#3↔CN76#1: should be between 4.5V~1.0V
sensor: more than 149℉(+65°C) or less
than -58℉(-50°C)
When check the voltage of MAIN PCB
CN30#4↔CN76#1: should be between 4.5V~1.0V
Diagnostic method
F-1-ⓓ
F-1-ⓔ
F-1-ⓕ
F-1-ⓖ
F-10-ⓑ
R-10-ⓐ
R-10-ⓑ
R-10-ⓖ
F-10-ⓖ
Display error during operation of applicable
F-FAN Error
C-FAN Error
Ice Room Sensor Error
F-DEF. Error
Ice Room-FAN Error
Pantry-Damper-Heater Error
Pantry-Sensor Error
Water Tank-Heater Error
fan motor : Feed Back signal line contact
error, motor wire separation, motor error
Display error during operation of applicable
fan motor : Feed Back signal line contact
error, motor wire separation, motor error
Display error : sensor housing separation,contact error,
disconnection, short circuit.
Display error by detecting temperature of sensor: more
than 149℉ (+65°C) or less than -58℉ (-50°C)
Display error : separation of freezer compartment defrost heater housing
part , contact error, disconnection, short circuit or temperature fuse error.
Display error : the defrosting does not finish though fresh food compartment
compartment defrost is heating continuously for more than 70 minutes.
Display error during operation of applicable fan motor :
Feed Back signal line contact error, motor wire separation,
motor error
Display error when open error is detected by damper
heater : separation of Damper Heater housing part,
contact error, disconnection, short circuit
Display error : separation of sensor housing, contact error,
disconnection, short circuit.
Display error by detecting temperature of sensor: more than 149℉
(+65°C) or less than -58℉(-50°C)
Display error when open error is detected by Water Tank
Heater : separation of Water Tank Heater housing
part,contact error, disconnection, short circuit
Display "oP/LC-Er" in the panel with alarm :
MICOM MAIN ↔ LOAD communication error
Panel↔Main communication Error
MICOM MAIN ↔ PANEL communication error
LC-Er is displayed when the Option is not
equivalent with the right value
Voltage of MAIN PCB CN76#3(Yellow)↔
CN76#1(Gray) should be between 7V~12V.
Voltage of MAIN PCB CN76#5(SkyBlue) ↔
CN76#1(Gray) should be between 7V~12V.
When check the voltage of MAIN PCB
CN31#3↔CN76#1: should be between 4.5V~1.0V
After separating MAIN PCB CN70,CN71 from PCB, check the
resistance value between CN70 brown ↔ CN71 Orange should be
55(115v)ohm ± 7%. (resistance value is varied by input power)
Check 0 Ohm : heater short, ∞ Ohm : wire / bimetal Open.
Voltage of MAIN PCB CN76#2(Black) ↔
CN75 : should be between 6V~12V.
After separating MAIN PCB CN91from PCB, check the resistance
value between Black ↔ brown wire should be 145 ohm ± 7%.
Check 0 Ohm : heater short, ∞ Ohm : wire / bimetal Open.
When checking the voltage of MAIN PCB
CN30#9 ↔ CN76#1 : should be between 4.5V~1.0V.
After separating MAIN PCB CN79 from PCB, check the resistance
value between Black
Check 0 Ohm : heater short,
↔
brown wire should be 72 ohm 7%.
∞
Ohm : wire / bimetal Open.
Actually, it is desirable to recheck the condition with
the oscilloscope(1G Hz) after replacing Main and
Panel PCB.
51
Page 53
TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
2¢(-17¡) is recommended38¢(3¡) is recommended
4-1-4. Display function of Load condition
①①①①
②②
① If Energy Saver Key + Alarm/Lighting key are pressed simultaneously for 6 seconds, ALL ON/OFF will blink with
0.5interval for 2 seconds.
② If take the finger off from above keys and press Fridge/Power Cool Key, load condition mode will be started.
1) If Power Energy Saver Key + Alarm/Lighting key are pressed simultaneously for 6 seconds during normal
operation, the temperature setting display of fresh food and freezer compartments will blink ALL ON/OFF
with 0.5 for 2 seconds.
2) At this moment, If Fridge/Power Cool Key after Energy Saver Key + Alarm/Lighting Key is pressed, load
condition display mode will be returned with alarm.
3) Load condition display mode shows the load that micom signal is outputting.
However, It means that micom signal is outputting, it does not mean whether load is operating or not.
That is to say that though load operation is displayed, load could not be operated by actual load error or
PCB relay error etc. (This function would be applied at A/S.)
4) Load condition display function will maintain for 30 seconds and then normal condition will be returned
automatically.
5) Load condition display is as below.
Load mode Check list
Display LED
R-1-ⓐ
R-1-ⓑ
R-1-ⓒ
R-1-ⓓ
R-1-ⓔ
R-1-ⓕ
F-1-ⓔ,ⓕ ALL LED Off
R1-ⓖ
F-1-ⓐ
F-1-ⓑ
F-1-ⓒ
F-1-ⓓ
R-10-ⓔ
R-10-ⓕ
F-1-ⓖ
F-10-ⓐ
F-10-ⓓ
F-10-ⓔ
F-10-ⓖ
R-10-ⓐ
R-FAN High
R-FAN Low
R-DEF Heater
Start Mode
Overload condition
Low temperature condition
Normal Condition
Exhibition Mode
COMP.
F-FAN High
F-FAN Low
F-DEF Heater
C-FAN High
C-FAN Low
Dispenser Heater
Water Tank Heater
Ice Room-FAN High
Ice Room-FAN Low
French Heater
Pantry Room Damper Open
F-10
Display contents
F-1
R-1
R-10
Operation contents
When fresh food compartment fan high operates, applicable LED ON
When fresh food compartment fan low operates, applicable LED ON
When fresh food compartment defrost heater operates, LED ON
Initial power ON refrigerator, LED ON
When ambient temperature is more than 93℉(34°C), LED ON
When ambient temperature is less than 72℉(22°C), LED ON
When ambient temperature is between 73℉(23°C) ~ 91℉(33°C), LED ON
Display mode, LED ON
When compressor operates, applicable LED ON
When freezer compartment fan high operates, applicable LED ON
When freezer compartment fan low operates, applicable LED ON
When freezer compartment defrost heater operates, LED ON
When compressor fan high operates, applicable LED ON
When compressor fan low operates, applicable LED ON
When Dispenser Heater operates LED ON.
When Water Tank Heater operates LED ON.
When Ice Room-FAN High operates LED ON.
When Ice Room-FAN Low operates LED ON.
When French Heater operates LED ON
When Damper opens LED ON.
52
Page 54
TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
2¢(-17¡) is recommended38¢(3¡) is recommended
4-1-5. Cooling off mode setting function
①①
①①
① If Energy Saver Key + Power Freeze Key are pressed for 3 seconds, Cooling off mode will be
started.
1) If Energy Saver Key + Freezer/Power Freeze are pressed simultaneously for 3 seconds during
normal operation, Cooling off mode will be started with buzzer sound(ding-dong).
2) If above Energy Saver Key + Freeze/Power Freeze are pressed one more time, Cooling off
mode will be canceled.
3) If Cooling off mode is selected, blinks "OF-OF" on the temperature setting display of the panel
and it indicates the refrigerator has entered the Cooling off mode.
4) During Cooling off mode, if fresh food and freezer compartments sensors are higher than 149℉
(65℃) Cooling off mode will be canceled automatically and freezing operation will be returned.
(There is no buzzer sound when the Cooling off mode is canceled by the temperature)
5) Operation contents of Cooling off mode
- Display, Fan motor and etc operate normally, not to operate compressor only.
- Defrost is not operated. (including french heater)
- Display function of the initial real temperature is finished.
- Under the condition of Cooling off mode, Cooling off mode will be operated when Power On
after Power OFF.
4-1-6. Option setting function
● If Freezer/Power Freeze Key+ Alarm/lighting Key are pressed simultaneously for 12 seconds during
normal operation, fresh food and freezer compartments temperature display will be changed to
option setting mode.
KEY operation method for changing to option mode
① If Freezer/Power Freeze Key+ Alarm/lighting Key are pressed simultaneously for 12 seconds,
option setting mode will be started.
53
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TROUBLESHOOTING
Code Up
Code
Reference
Value
Reference
Value Up
Code Down
Reference Value Down
2¢(-17¡) is recommended38¢(3¡) is recommended
Reference ValueCode
2¢(-17¡) is recommended38¢(3¡) is recommended
KEY control method after converting to option mode
Key control in option mode
Energy Saver
Freezer/Power Freeze
Alarm/Lighting
Fridge/Power Cool
Code Down key
Code Up key
Reference Value down key
Reference Value Up key
● If the display changes to option setting mode, all displays will be off except freezer and
fridge compartments temperature display as below.
(Fresh food and freezer compartments case will be explained only because all options are
operated with the same method according to the option table.)
1) For example, if you want to change freezer compartment standard temperature to -4℉(-2°C)
by operating option, do as below.
This function is for changing the standard temperature.
In -2℉(-19°C) of current temperature of freezer compartment, if you make the temperature
lower to -4℉(-2°C) by the option, the standard temperature would be controlled -6℉(-21°C)
Therefore, if you change the setting of temperature option to -2℉(-19°C) on the panel, the
appliance will be operated with -6℉(-21°C).
It means that standard temperature is controlled -4℉(-2°C) less than setting temperature in
the display.
Basically, option function has cleared data at shipping process.
Therefore, almost all setting value are "0".
NOTE
Check the product information manual or specifications because setting value could be
changed particularly for the purpose of improving product at mass producing process.
54
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TROUBLESHOOTING
Reference ValueCode
2¢(-17¡) is recommended38¢(3¡) is recommended
2) After changing to the option mode, fresh food compartment "0" , freezer compartment "0" will be
displayed. ( Basically fresh food compartment "0", freezer "0" would be set at shipping process,
but setting value could be changed for the purpose of improving product at mass producing
process.)
- If fresh food compartment "0" shows only, temperature reference value of freezer compartment
will be set and current freezer compartment temperature code will be displayed on the freezer
temperature display.
3) If freezer compartment "4" is set as below freezer compartment code after fresh food
compartment "0 is set, standard temperature of freezer compartment will be lower than -4℉(-
2.0°C).
(Refer to the picture "changing the freezer compartment temperature")
: If you wait for 20 seconds after completing the setting, MICOM will save the setting value to
the EEPROM and normal display will be returned and the option setting mode will be
canceled.
4) Option changing method as above is the same as all RF267**/RF26V**model.
5) By the same method as above, it is possible to control the fresh food compartment temperature,
water supply, ice-maker harvest temperature/time, defrost return time, hysteresis by
temperature, notch gap by temperature etc.
6) Option function is set in the EEPROM at shipping process in the factory.
You would better not to change the option of your own.
Completing the setting is that option function return to normal display after 20 seconds.
Do not turn off the appliance before returning to the normal display mode.
Option setting function exists in the other items.
We will skip the explanation of the other functions by the option because it is associated with
NOTE
refrigerator control function and is not needed at SERVICE.
(Please do not set the other options except above SERVICE Manual.)
55
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Reference ValueCode
2¢(-17¡) is recommended38¢(3¡) is recommended
TROUBLESHOOTING
Reference ValueCode
2¢(-17¡) is recommended38¢(3¡) is recommended
4-1-7. Option TABLE
1) Temperature changing table of freezer compartment
4-2-1. If the trouble is detected by self-diagnosis
- The error of sensor will be displayed on the front of display.
when the error of sensor is detected at initial power ON, the appliance will not operated and display of abnormal
sensor part will blink.
- The appliance will not stop operating when the error of sensor is detected during operation of the appliance.
But normal freezing might be not operated if the appliance is operated by the emergency operation mode. You
would better to check the appliance according to the self-diagnosis of the manual.
1) If ICE Maker Sensor has trouble
ERROR Code
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
ICE MAKER : CN90#8 ↔#4 measuring resistance value
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
Sensor MICOM/Connector number
ICE
Connector CN90#"4"(White) and
Maker
REG1 HEAT PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #78,
CN90-"4"(White) and REG1, HEAT SINK
from PCB typical Ground part are similar.
↔ Check the measure on the SENSOR
MARKING #9(R901) due to the SMD MICOM
☞ Checking method of ICE Maker Sensor resistance CN90#
"8(Sky-blue) ↔ #4"(White)
- Compare the temperature table after the measure.
☞ Checking method of ICE Maker Sensor voltage
- Measure the voltage of Sensor Check Point #9(IC01 MICOM #78)
or CN90#4(White)↔ REG1, HEAT SINK.
- Compare the temperature table after the measure. Measuring
voltage of CN90#4(White) ↔ REG1, HEAT SINK are below.
Is MAIN PCB Connector
NO
CN90 inserted correctly?
YES
Is ICE Maker Sensor
Bad contact of connector/ insert correctly
NO
unit normal?
YES
Is the voltage between
MAIN PCB ConnectorCN90#4
(White) and REG1
YES
Is input voltage of IC01
NO(0.6V > Measurement < 4.6V)
NO
Replace the ICE Maker
Check the contact of PCB & Wire Terminal
MICOM #78 normal?
YES
Check the iced-solder, solder bridging,
No trouble with PCB and temperature sensor.
Recheck the bad contact of the connection.
typical PCB Ground
REG1 HEAT-SINK
disturbed solder.
58
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
2) If R Sensor has trouble
ERROR Code
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
R : CN30#6 ↔ CN76#1 measuring resistance value
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
Sensor MICOM/Connector number
Connector Cn30#6(White) to
R
REG1 HEAT-SINK PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #76,
CN30-"6"(White) and REG1, HEAT SINK from
PCB common Ground part are similar.
→ Check the measure on the SENSOR MARKING
#3(R311) due to the SMD MICOM
☞ Checking method of R Sensor resistance
CN30#6(White) ↔ CN76#1(Gray) Compare the
temperature table after the measure.
Is MAIN PCB
Connector CN30 to CN76 inserted
NO
correctly?
YES
Is R Sensor
NO
unit normal?
YES
Is the voltage between
MAIN PCB Connector CN30#6 (White) and
REG1, HEAT SINK normal?
NO(0.6V > Measurement < 4.6V)
YES
Is the input voltage to
NO
IC01 MICOM #76 normal?
YES
No trouble with PCB and temperature sensor.
Recheck the bad contact of the connection.
☞ Checking method of R Sensor voltage
Measure the voltage of Sensor Check Point #3(IC01
MICOM #76) or CN30#6(White)↔REG1, HEAT SINK.
- Compare the temperature table after the measure.
Measuring voltage of CN30#6(White)
HEAT SINK are below.
↔
REG1,
Bad contact of connector/ insert correctly
Replace the temperature sensor
Check the contact of PCB & Wire Terminal correctly.
Check the iced-solder, solder bridging,
disturbed solder. Replace the PCB
typical PCB Ground
REG1 HEAT-SINK
59
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
3) If R DEF Sensor has trouble
ERROR Code
Start
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
R-DEF : CN30#8 ↔ CN76#1 measuring
resistance value
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
Sensor MICOM/Connector Number
Connector Cn30#8(Sky-blue) to REG1
R DEF
HEAT-SINK PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #74,
CN30-"8"(Sky-blue) and REG1, HEAT SINK from
PCB typical Ground part are similar.
→ Check the measure on the SENSOR
MARKING #5(R313) due to the SMD MICOM
☞ Checking method of R Sensor resistance
CN30#7(Sky-blue) ↔ CN76#1(Gray)
- Compare the temperature table after the
measure.
Is MAIN PCB
NO
Connector CN30 to CN76 inserted
correctly?
YES
YES
Is R DEF Sensor
NO
unit normal?
YES
YES
Is the voltage between
MAIN PCB Connector CN30#8(Sky-blue) and
REG1, HEAT SINK normal?
YES
YES
Is the input voltage of IC01
NO(0.6V > Measurement < 4.6V)
Check the contact of PCB & Wire Terminal correctly.
NO
MICOM #74 normal?
YES
Check the iced-solder, solder bridging,
No trouble with PCB and temperature sensor.
Recheck the bad contact of the connection.
☞ Checking method of R DEF Sensor voltage
- Measure the voltage of Sensor Check Point #5(IC01 MICOM #74)
or CN30#8(Sky-blue)
- Compare the temperature table after the measure. Measuring
voltage of CN30#8(Sky-blue)
↔
REG1, HEAT SINK.
↔
REG1, HEAT SINK are below.
Bad contact of connector/ insert correctly
Replace the temperature sensor
disturbed solder. Replace the PCB
typical PCB Ground
REG1 HEAT-SINK
60
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
4) If Ambient Sensor has trouble
ERROR Code
Start
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
Ambient : CN31#1 ↔ #4 measuring resistance value
** Placed in the right top table of upper hinge.
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
Sensor MICOM/Connector number
Connector Cn31#1(Yellow) to REG1
Ambient
HEAT-SINK PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #72,
CN31-"1"(Yellow) and REG1, HEAT SINK from
PCB typical Ground part are similar.
→ Check the measure on the SENSOR MARKING
#7(R307) due to the SMD MICOM
☞ Checking method of Ambient Sensor resistance
CN31#1(Yellow) ↔ #4(Yellow)
- Compare the temperature table after the
measure
☞ Checking method of Ambient Sensor voltage
- Measure the voltage of Sensor Check Point #7
(IC01 MICOM #72) or CN31#1(Yellow) ↔ REG1, HEAT SINK.
- Compare the temperature table after the measure. Measuring
voltage of CN31#1(Yellow) ↔ REG1, HEAT SINK are below.
Is MAIN PCB
Connector CN31 inserted
NO
correctly?
YES
YES
Is Ambient Sensor
Bad contact of connector/ insert correctly
NO
unit normal?
YES
YES
MAIN PCB Connector CN31#1(Yellow) and REG1,
Is the voltage between
HEAT SINK normal?
YES
YES
Is the input voltage of
NO(0.6V > Measurement < 4.6V)
NO
Replace the temperature sensor
Check the contact of PCB & Wire Terminal correctly.
IC01 MICOM #72 normal?
YES
No trouble with PCB and temperature sensor
Check the iced-solder, solder bridging,
disturbed solder. Replace the PCB
Recheck the bad contact of the connection
typical PCB Ground
REG1 HEAT-SINK
61
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
5) If F Sensor has trouble
ERROR Code
Start
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
F : CN30#3 ↔ CN76#1 measuring resistance value
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
Sensor MICOM/Connector number
Connector Cn30#3(Red) to
F
REG1 HEAT-SINK PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #81,
CN30-"3"(Yellow) and REG1, HEAT SINK from PCB
→ Check the measure on the SENSOR MARKING
typical Ground part are similar.
#1(R309) due to the SMD MICOM
☞ Checking method of F Sensor resistance
CN30#3(Red) ↔ CN76#1(Gray)
-
Compare the temperature table after the measure
Are MAIN PCB
Connector CN30 to CN76 inserted
NO
correctly?
YES
YES
Is F Sensor
NO
unit normal?
YES
YES
MAIN PCB Connector CN30#3 (Red) and REG1,
Is the voltage between
HEAT SINK normal?
YES
YES
Is the input voltage of
NO(0.6V > Measurement < 4.6V)
NO
IC01 MICOM #81 normal?
YES
No trouble with PCB and temperature sensor
Recheck the bad contact of the connection
☞ Checking method of F Sensor voltage
- Measure the voltage of Sensor Check Point #1
(IC01 MICOM #81) or CN30#3(Red) ↔ REG1, HEAT SINK.
- Compare the temperature table after the measure. Measuring
voltage of CN30#3(Red) ↔ REG1, HEAT SINK are below.
Bad contact of connector/ insert correctly
Replace temperature sensor
Check the contact of PCB & Wire
Terminal correctly.
Check the iced-solder, solder bridging,
disturbed solder. Replace the PCB
typical PCB Ground
REG1 HEAT-SINK
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TROUBLESHOOTING
6) If F DEF Sensor has trouble
ERROR Code
Start
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
F-DEF : CN30#4 ↔ CN76#1 measuring resistance
value
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
Sensor MICOM/Connector number
Connector Cn30#4(Orange) to REG1
F DEF
HEAT-SINK PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #77,
CN30-"4"(Orange) and REG1, HEAT SINK from
PCB typical Ground part are similar.
→ Check the measure on the SENSOR MARKING
#2(R310) due to the SMD MICOM
☞ Checking method of F DEF Sensor resistance
☞ Checking method of F DEF Sensor voltage
CN30#4(Orange) ↔ CN76#1(Gray)
- Compare the temperature table after the
measure.
Are MAIN PCB
NO
Connector CN30 to CN76 insert
correctly?
YES
YES
Is F DEF Sensor
Bad contact of connector/ insert correctly
NO
unit normal?
YES
YES
Is the voltage between
MAIN PCB Connector CN30#4 (Orange) and
REG1, HEAT SINK normal?
YES
YES
Is the input voltage of
NO(0.6V > Measurement < 4.6V)
NO
Replace temperature sensor
Check the contact of PCB & Wire
IC01 MICOM #77 normal?
YES
No trouble with PCB and temperature sensor.
Check the iced-solder, solder bridging,
disturbed solder. Replace the PCB
Recheck the bad contact of the connection.
- Measure the voltage of Sensor Check Point #2(IC01 MICOM #77)
on PCB or CN30#4(Orange) ↔REG1, HEAT SINK
- Compare the temperature table after measurement. Measuring
voltage of CN30#4(Orange) ↔REG1, HEAT SINK are asbelow
Terminal correctly.
typical PCB Ground
REG1 HEAT-SINK
63
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
7) If Ice Room Sensor has trouble
ERROR Code
Start
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
Ambient : CN31#3 ↔ CN76#1 Measure the resistance
value
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to the circuit diagram in this manual
Sensor MICOM/Connector number
Connector Cn31#3(Orange) to REG1
Ice Room
HEAT-SINK PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #77,
CN30-"4"(Orange) and REG1, HEAT SINK from PCB
☞ Checking Mehod of Ice Room Sensor voltage
typical Ground part are similar.
→ Check the measure on the SENSOR MARKING
#8(R308) due to the SMD MICOM
☞ Checking method of Ice Room Sensor voltage
CN31-”3”(Orange) ↔ CN76-”1” (Gray)
- Compare with the temperature table after
measurement.
Is MAIN PCB
ConnectorCN31 and CN76
NO
inserted correctly?
YES
YES
Is Ice Room Sensor
Bad contact of connector/ insert correctly
NO
unit normal?
YES
YES
Is the voltage between
MAIN PCB Connector CN31#3 (Orange) and
REG1, HEAT SINK normal?
YES
YES
Is the input voltage of
NO(0.6V > Measurement < 4.6V)
NO
Replace temperature sensor
Check the contact of PCB & Wire
IC01 MICOM #71 normal?
YES
No trouble with PCB and temperature sensor.
Check the iced-solder, solder bridging,
disturbed solder. Replace the PCB
Check the bad connections.
- Measure the voltage of Sensor Check Point #8
(IC01 MICOM #71) on PCB or CN31#3(Orange) ↔ REG1, HEAT SINK
- Compare the temperature table after measurement. Measuring
voltage of CN31#3(Orange) ↔ REG1, HEAT SINK are as below
Terminal correctly.
typical PCB Ground
REG1 HEAT-SINK
64
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
8) If Pantry Sensor has trouble
ERROR Code
Start
Start
DATA1.
Temperature table
** Measuring point of resistance value according to
Sensor **
Pantry : CN30#9 ↔ CN76#1 measuring resistance
value
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
Sensor MICOM/Connector number
Connector Cn30#9(White-black) to REG1
Pantry
HEAT-SINK PCB common Ground
Voltage measured between 4.6V ~ 0.6V.
Measuring voltage of IC01 MICOM #73,
CN30-"9"(White-black) and REG1, HEAT SINK from
PCB typical Ground part are similar.
→ Check the measure on the SENSOR MARKING
#6(R314) due to the SMD MICOM
☞ Checking method of Pantry Sensor resistance
☞ Checking method of Pantry Sensor voltage
CN30#9(White-black) ↔ CN76#1(Gray)
-
Compare the temperature table after the measure
Is MAIN PCB
Connector CN30 and CN76 insert
NO
correctly?
YES
YES
Is Pantry Sensor
Bad contact of connector/ insert correctly
NO
normal?
YES
YES
MAIN PCB Connector CN30#9 (White-black) and
Is the voltage between
REG1, HEAT SINK normal?
YES
YES
Is the input voltage of IC01
NO(0.6V > Measurement < 4.6V)
NO
Replace temperature sensor
Check the contact of PCB & Wire
Terminal correctly.
MICOM Pin #73 normal?
YES
No trouble with PCB and temperature sensor.
Check the iced-solder, solder bridging,
disturbed solder. Replace the PCB
Recheck the bad contact of the connection.
- Measure the voltage of Sensor Check Point #6(IC01 MICOM #73) on
PCB or CN30#9(White-black) ↔ REG1, HEAT SINK
- Compare the temperature table after measurement. Measuring voltage
of CN30#9(White-black) ↔ REG1, HEAT SINK are as below
typical PCB Ground
REG1 HEAT-SINK
65
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TROUBLESHOOTING
2¢(-17¡) is recommended38¢(3¡) is recommended
9) If Pantry Room Damper Heater has trouble
ERROR Code
Start
Start
Measure the resistance
between ①-② after
CN91 connector open 145ohm ± 7%
MICOM
#42
condition
Initial
power On
3.5V~4.8V
Damper
heater off
3.5V~4.8V
Damper
heater On
0V
☞ Checking method of Pantry Room Damper
resistance CN91#1(Black) ↔ #2(Brown)
** ∞Ω: Open(wire disconnection, heater
disconnection) trouble 0Ω: Short trouble
Is Damper Heater
NO
normal?(about145ohm)
YES
YES
Is MAIN PCB connector
NO
Replace Damper
(CN91) inserted correctly?
YES
YES
Is the input voltage of
Bad contact of connector/ insert correctly
NO
IC02 MICOM #42 normal?
YES
YES
Normal(recheck)
Heat
Water tank#63.5V ~ 4.8V 3.5V ~ 4.8V0V
Ice Pipe#33.5V ~ 4.8V 3.5V ~ 4.8V0V
MICOM
(IC01)
1) Recheck the wire
2) Replace PCB MAIN
Initial Power
On
Heater Off
Working
Heater
66
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TROUBLESHOOTING
10) If Tank Water Heater has trouble
ERROR Code
Start
Start
Measure the resistance between
#6~#10 after CN79 connector
open 72ohm ± 7%
Initial
MICOM
power On
#6
3.5V~4.8V
☞ Checking method of Tank Water Heater
resistance CN78#5(Black) ↔ #4(Brown)
** ∞Ω: Open(wire disconnection, heater
disconnection) trouble 0Ω: Short trouble
☞ Checking method of Tank Water Heater
resistance CN79#6(Pink) ↔ #10(White)
** ∞Ω: Open(wire disconnection, heater
disconnection) trouble 0Ω: Short trouble
Heater off
3.5V~4.8V
Working
heater
0V
Is MAIN PCB connector
(CN79) inserted correctly?
YES
YES
Is Tank Water Heater
normal?(about72ohm)
YES
YES
Is the input voltage of
IC01 MICOM #6 normal?)
YES
YES
Normal(recheck)
NO
NO
NO
Bad contact of connector/
insert correctly
1) Wire connector
2) Replace Heater
1) Recheck the wire
2) Replace PCB MAIN
67
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TROUBLESHOOTING
4-2-2. If FAN does not operate(F, R, C - FAN)
- The refrigerator of this model has BLDC FAN motor. BLDC motor is driven by DC 7~12V.
- On the normal condition of COMP ON, it operates together with F-FAN motor.
If door is opened and closed once at a high ambient temperature, it will be operated after 1 minute
delay.
Therefore, you are advised not to taken it for an error.
-. If there is a trouble, you should select the self-diagnostic function to check the trouble before power off.
Start
Is COMPRESSOR ON ?
Excute manualoperation.
If initial temperature of F Room
is under the 41℉(5℃), waitng
7 minutes and then activate.
Is the voltage between MAIN
PCB REG1, HEAT SINK and
CN76#5(Sky -blue) around DC7~12V?
Is the external temperature above
66.2 ℉(19℃ )?
Recheck after 7 minutes
(Time could be delayed
depending on the
temperatures. If the
temperature is lower, It
may not operate : about
59℉ (below 15℃)
Does DC7~12V alternate with below
DC 2V between MAIN PCB REG1 Heater
Sink and CN76#5(Sky-blue)
F FAN pulse voltage
CN76#7(Brown)
The voltage measured around 2~3V
with multi-meter though the voltage is
very weak because of pulse signal
☞ Display for checking the self-diagnostic function
R FAN ERROR
Typical PCB Ground
REG1 Heater Sink
Door
Close
Open
Reference
CN76-7(F),8(R),9(C)will generate the pulse signal when motor rotates.
These signals will be inputted into MICOM.
Unless signals are not inputted during motor operating, will be ON 10
seconds after fan Off. But if signals are not still entered, the above operation
will restart four times more.
If signals are not entered continuously, the motor will be restarted after 10
seconds.
This function is effective when the normal operation of motor would be
restrained by foreign matters such as ice.
Is the voltage between MAIN
PCB REG1,Heater Sink and CN76#4
(Orange) around DC7~12V?
Is the voltage between MAIN
PCB REG1,Heater Sink and
CN30#2 (Purple) around 0V?
Door & MICOM State
F
MICOM
(#83)
5V(High)
0V(Low)
Does DC7~12V alternate with below
DC 2V between MAIN PCB REG1 Heater
R MICOM(#82)
Right and Left
0V(Low)
5V(High)
Sink and CN76#4(Orange)
☞ Checking method of R,F,C FAN Motor voltage
The voltage between PCB typical Ground REG1 Heater Sink and
F FAN ; CN76#3(Yellow) shall be less than DC 7~12V.
R FAN ; CN76#4(Orange) shall be less than DC 7~12V.
C FAN ; CN76#5(Sky-blue) shall be less than DC 7~12V.
- Motor rpm could be changed by capability without previous.
Is the voltage between MAIN
PCB REG1 Heater Sink and CN76#3
(Yellow) around DC7~12V?
Is the voltage between MAIN
PCB REG1 Heater Sink and CN30#1
(Black) around 4.5~5V?
Power on with about 7
minutes delay after power
OFF. (For preventing the
over load of compressor)
Does DC7~12V alternate with
below DC 2V between MAIN PCB REG1
Heater Sink and CN76 #3(Yellow)
◆ Expected causes
① Check that if FAN-MOTOR has failure
itself.
② Check that if wiring connection has bad
contact.
③ Check the input of the fan motor rotation
pulse when motor fan operates.
FAN work normally
Repair the connection
of Door switch
In initial power to appliance, the compressor
and fans of fresh food/ freezer, compressor
fan operate. If freezer temperature is
sensed of 41℉ by momentary power
failure, fans will operate after 5 minutes.
Replace MAIN PCB
Typical PCB Ground
REG1 Heater Sink
F FAN ERROR
C FAN ERROR
1) F-FAN2) R-FAN3) C-FAN
68
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TROUBLESHOOTING
4-2-3. If ICE Room Fan does not operate
- This refrigerator has BLDC FAN motor. BLDC motor is driven by DC7~12V.
- When COMP ON, normally operates with F-FAN motor.
- If there is any trouble, you should select the self-diagnostic function to check the trouble before power off.
- When pressing the ICE TEST S/W for a certain period of time
(over 1.5sec), the function is accomplished. After beginning of
TEST mode, Ice maker heater turns on for initial 2 minutes, if the
ice making temperature is below 0℃.
- If it exceeds 0℃, Ice maker heater turns on for initial 30 seconds.
- After Ice maker heater turns on for 30 seconds, it turns off and
then Ice maker motor turns on.
- As the Ice maker motor turns on, TEST MODE COUNT
operates. (6 minutes count)
Condition
- Ambient temperature : 32℃/75%
- Notch : 2℉/38℉(-19.0℃/3.3℃)
Initial full of ice bucket capacity : 794 g, 58ea
Ice Room control temperature
Ice ON
Ice OFF
Reference
CN76 #6 will generate the pulse signal when motor rotates.
These signals will be input into MICOM.
Unless signals are not input during motor operating, will be ON
10seconds after fan OFF. But if signals are not still taken, the
above operation will be retried four times more. If signals are not
taken continuously, the motor will be restarted after 10 minutes.
This function is against the case that motor movement would be
restrained by foreign matters like ice.
8.6℉(-13℃)
26.6℉(-3℃)
Start
Is COMPRESSOR ON ?
Yes
Is the voltage between
MAIN PCB REG1 Heater Sink and
CN76-”2” (Black) around
DC7~12V?
No
Is the Ice Room
temperature suitable for
the Fan working?
Yes
Does DC7~12V alternate
with below DC2V between MAIN PCB REG1
Heater Sink and CN76-”2”(Black)?
Yes
Execute manual operation
FAN works normally
Replace MAIN PCB
No
Yes
No
Operation
temperature/ready
No
FAN pulse voltage
CN76-”6”(Pink)
The voltage is variable due to pulse
signal but measured about 2~3V with the
Multi-Meter.
☞ Display for checking the self-diagnostic function
Ice Room FAN ERROR
Typical PCB Ground
REG1 Heater Sink
◆ Predicted Cause
① FAN-MOTOR troubles itself
② Bad wiring connections.
③ Wrong Input of the fan motor rotation pulse
☞ Checking method of Ice Room FAN Motor Voltage with the voltage between typical
PCB Ground REG1 Heater Sink and Ice Room FAN ; CN76-”2”(Black) shall be less
than DC 6~12V.
- Additional check if resistance values are different after measurement.
1) Ice Room - FAN
Typical PCB Ground
REG1 Heater Sink
69
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TROUBLESHOOTING
4-2-4. If Ice Maker does not operate
1. Water is automatically supplied to the Ice Maker depending on temperature & time condition and Ice Maker Dispenses
cubed or crushed ice.
2. Power is applied to the one end of wires. Be careful when disassembling and shall refer to its exploded diagram in any
case.
3. Ice Maker operation shall be checked after pressing the Ice Maker testing switch.
(Freezer Ice Maker) It is not possible to check when the power is disengaged.
4. We recommend that TWO PEOPLE check the PCB and Ice Maker because they are located at front and rear side each.
5. Be careful! The Ice Maker Heater can cause personal injury like burn.
6. Ice maker could operate not only genuine rotate but also reverse rotate, so it is not out of order that reverse rotate.
Displays ERROR Code
MICOM(IC01) Operation Status
#39
(Blade Ice Scoop)
#38
(Guide Ice Full)
MICOM(IC02) Operation Status
#37
(Test Switch)
Ready Rotation
0V4.9V4.9V0V
0V0V4.9V0V
Operation5VReady
0V
Before
Returning
Complete
Start
Does Ice Maker
rotate when pressing the Ice Maker
testing switch(over 1.5 sec)?
Yes
Is the input voltage of IC01
MICOM #38,#39 normal?
Yes
Is the water supplied in 6
minutes (After sensing ice bucket
fully)?
Yes
Is the Ice Maker Sensor unit normal?
Operating Condition when motor rotates
Operating Status of Micom(IC01)
Motor Load (#56)
Heater Load (#57)
Heater Load (#67)
Heater operates differently according to the conditions.
No
1) Replace the Ice Maker Kit
2) Check/Replace the Main PCB
input signal
(Micom IC01 Pin #37 - “0V”)
Test Mode operation will be 30 sec.
No
1) Check the wiring connections.
2) Replace Ice Maker Kit
3) Replace MAIN PCB
No
1) Replace the Water Valve
* Refer to the operation
condition of Water Valve
2) Replace the Main PCB
No
Ready
0V
0V
0V
Operation
5V
5V
5V
No trouble with PCB and temperature sensor,
Check the bad wiring connections.
☞ Checking Method of ICE Maker Voltage
With typical PCB Ground REG1 Heater Sink and
1) Test Switch operation (press selected) : CN75-”5” (Black) shall be DC 0V.
Test Switch ready ; CN75-”5” (Black) shall be less than DC 5V.
1)Test Switch operating
☞ Checking Method of ICE Maker Voltage
With typical PCB Ground REG1 Heater Sink and
2) IC02 MICOM #39 voltage ; Ready(0V) → Rotate (4.9V) → Before
complete(4.9V) → Return(0V)
* MICOM #39 voltage is same as Connector CN90-”7”(Purple)
3) IC02 MICOM #38 voltage ; Ready(0V) → Rotate (0V) → Before
complete(4.9V) → Return(0V)
* MICOM #38 voltage is same as Connector CN90-”6”(Blue)
2)Test Switch ready
Typical PCB Ground
REG1 Heater Sink
Yes
☞ Check the ICE Maker Heater & Motor Resistance
1) Measuring the Ice Maker Heater
resistance values
CN70#11(Gray) - #1(Black)
Resistance value : 91(364)Ohm±7%
1) Repair the Ice Maker Sensor
* Refer to the solution “If Ice
Maker Sensor has trouble”
70
2) Measuring the Ice Maker Motor
resistance values
CW : 13P #11(White) and CN70#9(Red)
CCW : 13P #13(Pink) and CN70#9(Red)
CW/CCW Resistance value : 200KOhm ± 30%
Page 72
TROUBLESHOOTING
4-2-5. If defrost does not operate (F,R DEF Heater)
- If defrost has trouble, select the self-diagnostic function to detect the error of defrost heater before
Power Off. (Check the function with the self-diagnostic function)
R DEF ERRORF DEF ERROR
**Measuring point of resistance value according to heater**
F-DEF(Ice Duct parallel) : CN70#7(Brown) ↔ CN71#9
(Orange) measuring resistance value(55 ohm ± 7%)
R-DEF : CN70#5(White)↔CN71#9(Orange)
measuring resistance value(110 ohm ± 7%)
** 0Ω: Short trouble / ∞Ω: Open(bimetal, heater) trouble
Start
**Measuring point of resistance value according to sensor **
F-DEF : CN30#4 ↔ CN76#1 measuring resistance value
R-DEF : CN30#8 ↔ CN76#1 measuring resistance value
** 0Ω: Short trouble / ∞Ω: Open trouble
Resistance value of sensor according to temperature
86℉(30℃)
68℉(20℃)
50℉(10℃)
32℉(0℃)
14℉(-10℃)
-4℉(-20℃)
-22℉(-30℃)
**Measuring point of resistance value according to sensor **
F-DEF : CN30#4 ↔ CN76#1 measuring resistance value
R-DEF : CN30#8 ↔ CN76#1 measuring resistance value
** 0V: Short trouble / 5V: Open trouble
4.22㏀
6.05㏀
8.87㏀
13.29㏀
20.42㏀
32.23㏀
52.41㏀
If you need the
temperature with detail,
refer to DATA1.
temperature
table
Recheck the applicable
sensor.
Reference If defrost sensor
temperatures of fresh food and
freezer compartments are higher
than 50℉(10℃), 53.6℉(12℃) by
the heating from heater, heating
would be finished and will return
to cooling operation after a pause.
☞
Checking method of F,R DEF Heater resistance value
F DEF ; CN70#7(Brown) ↔ CN71#9(Orange)
R DEF ; CN70#5(White) ↔ CN71#9(Orange)
-
Recheck if resistance values are different after the test
1) F DEF Heater2) R DEF Heater
Are the all deforst
heater normal?
Is defrost sensor by
self-diagnostic normal?
Is the temperature of
defrost sensor lower
than 53.6℉(12°C)?
Manual defrosting of fresh food
and freezer compartments
operate simultaneously.
Is power applied to
each defrost heaters?
Does the system return
to cooling operation after
heating for specified time?
Normal
Is connection terminal of
MAIN PCB part normal?
Check bimetal, heater itself,
disconnection etc.
Check the bimetal, heater
disconnection, wiring connection etc.
Refer to self-diagnostic
function in the manual
Replace the
applicable sensor
manual operation for a certain time
If Energy Saver + Fridge key are pressed
simultaneously for 8 seconds and select any key.
4thtest mode(manual defrosting will be operated).
Repair connection terminal
Replace failure Relay or
replace PCB ASS'Y
71
Page 73
TROUBLESHOOTING
4-2-6. If Power is not supplied
Caution
At the power of main PCB, the
AC115V power and a high-voltage
over DC 170V are occurred.Please
take care of yourself during repair
and measurement.
Check in SMPS PBA
☞ Checking method of voltage
CN70 input ; CN70#9(Red) ↔ #11(Gray)
AC voltage
☞ Checking method of DC 2nd output voltage
REG1 input ; Regulator 7805 →same as C107
terminals.
DC 13.0V ± 0.8V
Start
Is the plug connected in?
Is power 115V applied to the
both terminals of SMPS PCB
CN70 #11-#9?
Is fuse on the SMPS
PCB down?
Is DC170V
applied to the both
terminals of BD1+,-
Is DC5.8V
applied between TOP
switch 246Y C and S?
Is 13V applied to the both
terminals of C107?
- Refer to the function and
reference parts in the manual
when check the MAIN PCB
Connect plug again,
check the plug loosening
Check the assembly and wire
connection
1) Replace FUSE AC 250V 2.0A
2) Replace PCB ASS’Y
1) Check PCB PATTERN and replace BD1
2) Replace PCB ASS'Y
Replace PCB ASS'Y
☞ Checking method of DC 2nd output voltage
REG1 output ; Regulator 7805 → same as C109
terminals.
DC 5V ± 0.5V
- Check MAIN PCB connection
- Check the connections between
cabinet and door
- Check the connections between
door and panel PCB
4-2-8. When alarm sound continuous without stop(related with buzzer sound)
① If 'ding-dong'sound continuously
Start
Seperate the door switch andcheck if
the measured value of unit is
changed from 0Ω to ∞Ω
according to switch ON/OFF.
* FF Door Switch is magnetic switch.
(It can be operated when door
magnet is combined with it.)
Door & MICOM State
DoorFMICOM
R MICOM(#82)
(#83)
Close
Open
5V(High)
0V(Low)
Right and Left
0V(Low)
5V(High)
Is door closed
completely?
Is water penetrated
into the door switch?
Is the door
switch unit normal?
Is the connector(CN30)
inserted correctly?
Is the input
voltage of main #83 and #82
changed at door-open and close
MAIN PCB & Door S/W is normal.
Recheck and replace Panel PCB
status?
Door is ajar
Remove causes after comprehending
the conditions of interferance by door
gasket, food etc,
Replace Door S/W
Replace Door S/W
Connector is not inserted,
Repair disconnect part
Repair wire connection and
Door S/W
② If 'beep-beep' sounds continuously
Start
Is manual operation
/defrost selected?
Does buzzer sounds
when power On again?
Recheck and Replace Panel
PCB
74
Enforce the cancelation the
manual operation/ defrost function
or power On after power Off
Normal
Page 76
TROUBLESHOOTING
③ If buzzer does not sound
Buzzer is installed on the panel PCB in this model.
If buzzer does not sound when button is pressed, manual operation is started and door is opened,
should separate panel PCB and check the breakage of buzzer and bad soldering.
It is very hard to repair the panel PCB because it consists of SMD assemblies.
It is recommended to replace assembly PCB when the failure associated with panel is occurred
except the minor error such as switch pressing error, surface peeling off and so on.
Does it sound
'dingdong' if press a button
on the front panel?
sound of 'dooropen' alarm when
you are opening the door of freezer or
fridge more than 3 minutes?
Start
MAIN PCB normal,
BUZZER normal
Does it make a
Check the panel PCB with reference
of <how to check Panel Display>
Is the damage
or breakage of the buzzer in
the panel PCB?
Did lead of a component
fall on the vibration plate of
buzzer?
Recheck the button pressing
force and mechanical problem
Replace(repair) buzzer
Replace Panel PCB
Replace buzzer
Replace Panel PCB
75
Page 77
TROUBLESHOOTING
4-2-9. If Panel PCB does not work normally
① When lighting of Panel PCB is disabled or only some LED Lamp are disabled
Be careful to repair because display of this model is installed in the MICOM of internal PCB.
It is recommend to replace PCB MAIN after checking except specified solder touch.
Start
Refer to electronic circuit
diagram in the manual or
circuit diagram on the back
side of the appliance
② If Panel PCB KEY is not selected
※ If it is not repaired with using the basic checking method as above
Is the connector of
upper hinge cover
inserted correctly?
Reinsert connector,
Repair bad contact
Is MAIN PCB
connector (CN50)
inserted correctly?
Reinsert connector of MAIN PCB
Is Upper Hinge
Panel PCB connector
inserted correctly?
Reinsert connector,
Repair bad contact
Is lighting operate
normally when replace
Panel-PCB?
Panel PCB itself has trouble.
①Check the wire of Dispenser part - Upper Hinge Panel - disconnection, short between wires
②Check the wires between fresh food compartment upper cabinet - MAIN PCB - disconnection, short between wires
Are one or more keys
pressed continuously?
Reassemble the PCB ASS'Y /
Enforce the cancelation of pressed keys
Is the PCB system
still operated by separating
of the mechanism?
Reassemble the PCB ASS'Y /
Enforce the cancelation of pressed keys
Is the lighting operated
normally when replace the
Panel-PCB ?
Panel PCB itself has trouble.
①Check the wires of Dispenser part - Upper Hinge Panel - disconnection, short between wires.
②Check the wires of fresh food compartment upper cabinet - disconnection, short between wires.
③Check the short/open of the panel communication and power supply circuit in MAIN PCB.
76
Page 78
TROUBLESHOOTING
4-2-10. If Pantry Panel PCB is not working normally
You should check the display after door opening because the display of this model operates only
when the fresh food compartment door is opened.
Start
Does fresh food
compartment door switch
operate normally?
Check and repair the switch
* Refer to<how to repair door switch>
Is the connector of
pantry room in fresh food
compartment inserted
If Panel Key is not selected
correctly?
Is MAIN PCB
Connector (CN51), CN79
inserted correctly?
Is signal of
MAIN PCB CN51, CN79
normal?
Reinsert Connector,
Repair bad contact
Reinsert connector in MAIN PCB
Check voltage/Replace MAIN PCB
Typical PCB Ground
REG1 Heater Sink
② If Panel PCB Key is not selected
※ If it is not repaired with the above basic checking method
☞ Checking method of voltage Based on
PCB typical Ground REG1 Heater Sink
1) Key voltage ; CN51#6"(Purple)
1) select(operating) (0V)
2) LED part voltage ; CN51-"1"(Yellow),
"2"(Pink),"3"(Orange) → Voltage of CN51
is same as IC50 #14,#13,#12 voltage.
- Display On (0.7V±0.5V)- Display Off (11V±1V)
2) normal(about5.0V ±0.5V)
Is the lighting
operated when replace Pantry
Panel-PCB?
① Check the wires of Pantry Room - disconnection, short between wires
② Recheck the control circuit of MAIN PCB Pantry Panel
③ Check the wire assembling between Panel and MAIN
Is a key pressed
continuously?
Is the PCB system
still operated by separating
of the mechanism?
Is the lighting operated
after replacing the Pantry
Panel-PCB?
Is a normal voltage
outputted from MAIN PCB IC51, CN79
during the key operating?
① Check the wire of Pantry Room - disconnection, short
between wires
② Check the short/open of the pantry panel lighting
circuit in MAIN PCB.
Panel PCB itself has trouble.
Reassemble PCB ASS'Y /
Enforce the cancelation of
pressed keys
Reassemble PCB ASS'Y /
Enforce the cancelation of
pressed keys
Convertible compartment Panel
PCB itself has trouble.
① Replace MAIN PCB
② Check the short of MAIN
Panel wire
77
Page 79
TROUBLESHOOTING
4-2-11. When refrigerator ROOM Lamp does not light up
1. When you replace the lamp of freezer, please power OFF to avoid an electric shock.
2. Please keep in mind you could get burnt by the excessive heating of an incandescent light bulb.
3. Bimetal is installed in the refrigerator LAMP. Check that if LAMP may be turned OFF by bimetal.
1) AC Lamp
Because it is possible to repair the other room lamps with the same method.
(Option)
Fresh food compartment
AC Lamp is applied only.
Door & MICOM State
※ We only explaine about Fresh Food compartment in this page.
F
Door
MICOM
(#83)
Close
Open
Reference
* The interior lamp relay operates lighting/lightout
according to door open / close.
* If interior lamp does not light, check the noise of relay
operation.
* Noise of relay operation sounds every Door Open /
Check the connection of RDoor
switch and repair the inside lamp
socket
Repair the inside lamp
Wait for returning time
of bimetal
Repair door switch
Replace PCB and
Replace Relay
Reference
If the door is opened, the contact of door switch will be opened and MICOM will get applied 5V to finally sense Open.
If 5V has been sensed over tree minutes afterwards, Door-Open alarm will sound ‘Ding-Dong’for 10 seconds in a one minutes cycle.
For that reason, if the door switch has failure, the refrigerator can make a “Ding-Dong”sound with oneminute cycle. Please note the
step for its service.
☞ When measure lamp resistance to the Wire
→ Resistance can be changed by Lamp input voltage.
(Actual measurement is below, it can be changed by
performance)
- Measuring voltage of CN30#2(Purple), CN30#1(black) and REG1, HEAT SINK
from PCB typical Ground part
→ See the R DOOR Switch at the following picture.
CLOSE
Typical PCB Ground REG1 Heater Sink
OPEN
78
Page 80
TROUBLESHOOTING
4-2-12. If ICE Water is not supplied
1. Please shut the water supplying prior to repair.
2. Power is applied to the one end of wires. Be careful when disassembling not to get an electric shock.
Typical PCB Ground REG1 Heater Sink
Start
the valve operation heard when
Ice maker(R) test switch pushed?
☞ Checking method of voltage Based on
PCB typical Ground REG1 Heater Sink
1) Check the voltage of IC73#4(same voltage
as IC01 #54)
- ICE Water valve operating (about 5V±0.5V)
Based on PCB typical Ground REG1 Heater Sink
2) IC73 #15 voltage
- ICE Water valve Waiting (about 13V±0.8V)
- ICE Water valve operating (about 0.7V±0.5V)
3) Check the voltage of Fridge Ice Water Valve
operating(AC voltage)
=> For checking the Relay RY78 operating.
CN73 and CN74 combined and use same connector(13p)
CN70#9(Red) ↔ 13P#7(Purple)
- ICE Water valve waiting (about AC 0V)
Is the confirming sound of
Does Main PCB MICOM
#54 have high (5V)output?
Does Main PCB IC73
#15 have about 0.7V
output?
Is the contact point of main
PCB RELAY RY78 normal?
Normal(Check Ice
water valve hose)
Check soldering
short/Replace PCB
Check soldering
short/Replace PCB
Check soldering
short/Replace PCB
- ICE Water valve operating (about AC 115V ± 20%)
MAIN PCB normal
-- Need to check the other parts
① Check the wire between Ice
water valve↔MAIN PCB
② Ice water valve itself has trouble
or bad contact of connector
③ Check the connection hose
79
Page 81
TROUBLESHOOTING
4-2-13. If Water is not supplied
☞ Checking method of Valve resistance (Must
power off for checking)
Resistance can be changed by input voltage.
CN70#1 (Red) ↔ CN73#5 (White-black)
- resistance value ; 388(1.6k)Ohm ± 7%)
** 0Ω: Short trouble / ∞Ω: Open trouble
Start
Is the confirming sound of
the valve operation heard
when dispenser switch
pushed?
Normal(Check Ice
water valve hose)
typical PCB Ground CN1#3(Black)
☞ Checking method of voltage
Based on PCB typical Ground CN1#3(Black)
1) Check voltage of IC73# (same voltage as
IC01#64)
- Water valve operating (about 5V±0.5V)
Based on PCB typical Ground CN1#3(Black)
2) IC73 #14 voltage
- Water valve operating (about 0.7V±0.5V)
Is the valve unit normal?
Is the voltage of PCB IC01
MICOM #15 changed 0V~5V
according to switch On/Off?
Does Main PCB IC73 #3
have about 5V input?
Does Main PCB IC73 #14
have about 0.7V output?
Replace Valve
1) Check the dispensing
lever
2) Check switch unit/ wiring
connection
3) Replace PCB
Check soldering
short/Replace PCB
Check soldering
short/Replace PCB
3) Check the voltage of Water Valve operating
(AC voltage)
=> For checking the Relay RY7A operating.
CN70#1(Red) ↔ CN73#5(White-black)
- ICE Water valve waiting (about AC 0V)
- ICE Water valve operating (about AC 110(230)V ± 20%)
Is the contact point of main
PCB RELAY RY7A normal?
MAIN PCB normal
-- Need to check the other parts
① Check the wire between water valve ↔
MAIN PCB
② Ice water valve itself has trouble or bad
contact of connector
③ Check the connection hose
④ Check the operation between Panel PCB
and MAIN PCB for Communication.
80
Check soldering
short/Replace PCB
Page 82
TROUBLESHOOTING
4-2-14. If Cubed or Crushed Ice is not supplied
Start
Are Ices ejected?
Yes
Which mode is
selected?
Cubed Ice
Is Cubed Ice ejected?
No
Is Cubed Ice mode
selected on the
panel PCB?
Yes
Freezer door shall be
closed during operation.
No
Are Ices in the Ice bucket?
① Check the Ice making switch
② Check the DOOR Switch
③ Check the Ice moving motor
④ Check the wiring connections of Ice moving motor
⑤ Check if the COVER ICE ROUTE opens
⑥ Check the Q706 movement related with
AUGER_MOTOR safety
No
Crushed Ice
Cubed Ice ejected
Normal Operation status
No
Cubed Ice selected
Is “Ice Off” mode
selected on the display
panel?
Yes
Cancel the “Ice Off”
Is Crushed Ice ejected?
No
Is Crushed Ice mode
selected on the
panel PCB?
Yes
No
① Check the water pipe
: bending / Shut off
② heck route of ice check solenoid
③ Check he Ice Maker wiring
Yes
Normal Operation status
No
Crushed Ice selected
Is the CUBE MOTOR
positioned at cubed
ice mode?
Is MICOM IC01 #103
change into 0V when
press Ice switch?
Is the Dispenser
Cover opened?
Is IC73 #1,2 changed
into 5V when pressing
Ice Switch?
Is the contact
point of RY7A & RY7B RELAY
changed into 0Ω
After disconnecting the
CN70, CN71and 13P
(CN73, CN74) measure
the both ends of contact
points of RY7A, RY7B
No
Yes
Check the wire connections/
Cube Solenoid
No
Yes
- Check the Ice switch has trouble itself
- Check the wire connections
- Replace the MAIN PCB
No
Yes
- ICE S/W self diagnosis
- Check the connecting wires.
- MAIN PCB failure : Replace
No
Yes
Replace the MAIN PCB
(Errors on IC01)
No
Yes
If MAIN PCB is normal
- Need to check the other parts
① AUGER MOTOR ↔ MAIN PCB
Check the door wiring connections.
② CUBE MOTOR ↔ MAIN PCB
Check the door wiring connections/trouble their own or bad wiring connections.
- RY7A, RY7B RELAY Error
- Replace the MAIN PCB
After disconnecting the
CN70, CN71 and 13P
(CN72, CN73), measure
the both ends of contact
points of RY7A.
Is the CUBE MOTOR
positioned at cubed
ice mode?
Yes
Is MICOM IC01 #103
change into 0V when
press Ice switch?
Yes
Is the Dispenser
Cover opened?
Yes
Is IC73 #2 changed
into 5V when pressing
Ice Switch?
Yes
Is the contact
point of RY7A RELAY
changed into 0Ω
Yes
No
Check the wire connections/
Motor Cube
No
- Check the Ice switch has trouble itself
- Check the wire connections
- Replace the MAIN PCB
No
check the WIRE & Motor
check Cover ice route S/W 1,2
No
Replace the MAIN PCB
Replace the MAIN PCB
(Errors on IC01)
No
- RY7A RELAY Error
- Replace the MAIN PCB
81
Page 83
TROUBLESHOOTING
4-2-15. If Cover Ice Route Moor(Geard Motor) is not working normally
Caution
1. When replacing the Cover Ice Motor, pull out the plug to avoid an electric shock.
2. Be careful! When disassemble the Cover Ice Motor, spring can jumped out and may cause personal injury.
3. Motor will rotate continuously when the Motor Switch is not sensed.
☞ Checking Mehod of Cover Ice Route Motor
Resistance
(Make sure to work after Power Off)
The Resistance is variable according to
the input voltage.
CN73 and CN74 combined and use same
connector(13P)
CN70#9(RED) ↔ 13P#9(Blue)
** 0Ω: Short trouble / ∞Ω: Open trouble
When the MOTOR
rotates.
Start
Does GEARED MOTOR
work properly?
Yes
Is Cubed or Crushed
Ice mode selected on the
LED PANEL?
Yes
Is the DISPENSER
switch selected?
Yes
Does the wiring at the
both sides of motor connected
properly?
Yes
Is the AC input voltage
applied to the both ends
of the motor?
No
No
Replace the MOTOR
No
Cubed or Crushed Ice is selected
on the LED PANEL PCB
No
Select the DISPENSER switch
No
Check the WIRE
Yes
Check the MOTOR/Check any
interference on MOTOR rotation
① CN73 and CN74 combined and use same connector(13P).
Check 13P-”9” Connector / Re-connect
② Check the short/open for the SSR75 of Cover Ice Motor on Main PCB.
③ Check the resistance of parallel Connector 13P-”9”, CN70-”9”.
(Definitely plug out prior to repair)
No
Check/Repair the Housing
connector
No
Check/Repair the Motor Rotation
pressing area
Operating Condition of Dispenser
Is the sensing
SWITCH connection
normal?
Yes
Is the switch
pressed area normal when
motor rotates?
Yes
Open/Close
CN50 - Switch 1,2 Operating
Ice Route Switch 1
CN50 - “9” (Purple)
Ice Route Switch 2
CN50 - “10” (White)
① Main PCB - Check the wire OPEN/SHORT between the Cover Ice Motor Rotation sensing switches.
② Check the Short of Cover Ice Motor Control Circuit SSR75 in the MAIN PCB.
③ Replace the MAIN PCB or the Dispenser Cover Motor.
5-4) DISASSEMBLY OF FREEZE DOOR ·········································97
5-5) DISASSEMBLY OF REFRIGERATOR DOOR LEFT ······························100
5-6) DISASSEMBLY OF REFRIGERATOR DOOR RIGHT ·····························103
83
Page 85
EXPLODED VIEW& PARTS LIST
1-4
1-7
1-6
1-5
1-9
1-8
1-21-1
1-3
5-8
5-7
5-8
5-7
5-1) Freezer
84
Page 86
EXPLODED VIEW& PARTS LIST
■■
Parts List of Freezer
NNOO
CCOODDEE--NNOO
1
DA96-00515B
1-1
6501-000123
1-2
DA32-00006Q
1-3
DA47-00243B
1-4
DA47-00244A
1-5
DA59-00382A
1-6
DA61-04799A
1-7
DA61-03644A
2
DA63-04629A
3
DA63-04606A
4
4713-001223
5
DA97-05037C
5-1
DA59-00294A
5-2
DA60-10132A
5-3
DA61-00954B
5-4
DA61-01800A
5-5
DA61-03213B
5-6
DA63-02183A
5-7
DA63-02284B
6
DA63-04582A
7
DA97-06992A
7-1
DA61-04757A
7-2
DA67-02115A
8
DA97-07040A
8-1
DA63-04625A
8-2
DA63-04620A
8-3
DA63-04638A
8-4
DA61-04813A
8-5
DA66-00639A
8-6
DA63-40167A
8-7
DA61-04804A
8-8
DA61-04805A
9
DA97-07022A
9-1
DA61-04804A
9-2
DA61-04811A
10
DA97-07023A
10-1
DA61-04804A
10-2
DA61-04812A
11
DA63-04604A
12
DA97-07005A
12-1
DA34-00049A
12-2
DA61-04801A
12-3
DA61-03158A
12-4
DA66-00636A
13
DA66-00437A
14
DA67-02138A
15
DA97-07004A
15-1
DA61-04801A
15-2
DA61-03333A
15-3
DA66-00635A
16
DA63-04605A
17
DA97-07024A
ASSY EVAP FRE
CABLE TIE
SENSOR TEMP-F-DEF
THERMO BIMETAL-PROTECTOR
HEATER-METAL SHEATH
EVAP FRE
FIXER-SENSOR EVAP
PLATE-EVAP HEATER
COVER-FIXER HOUSING V
COVER-LAMP FRE
LAMP-INCANDESCENT
ASSY-SUPPORT ICE MAKER
ICE MAKER-ASSY
SCREW-TAPPING
GUIDE-ICE FULL
FIXER-SENSOR(ICE MAKER)
SUPPORT-ICE MAKER
COVER-SENSOR
TRAY ICE
COVER-ICE MAKER
ASSY CASE-ICE CUBE
CASE-ICE CUBE
SCOOP ICE
ASSY TRAY-FRE UPP
COVER-TRAY FRE UPP A
COVER-TRAY FRE UPP B
TRAY FRE-UPP
FIXER-ROLLER TRAY FRE UPP
ROLLER-TRAY FRE UPP
GROMMET-COVER CHIL
ROLLER-FRE
FIXER-ROLLER
ASSY RAIL-SLIDE UPP L
ROLLER-FRE
RAIL-SLIDE UPP L
ASSY RAIL-SLIDE UPP R
ROLLER-FRE
RAIL-SLIDE UPP R
COVER-RAIL LOW L
ASSY RAIL-SLIDE LOW L
SWITCH PRESSURE
FIXER-GEAR
RAIL-SLIDE LOW L
GEAR-L
SHAFT-GEAR
CAP-HINGE HOLE
ASSY RAIL-SLIDE LOW R
FIXER-GEAR
RAIL-SLIDE LOW R
GEAR-R
COVER-RAIL LOW R
ASSY TRAY-DRAWER BOX
SSPPEECC
AW-PJT(265,636)115V,240W
DACT-140,W3.6,L146,NTR,NYLON66
502AT,08'AW-PJT,5V,F DEF Sensor,YEL,500MM
AW-PJT(F),BT-121-M,PW-5M1N,100㏁
AW-PJT,240W,115V,1Ω,F-ROOM, Sealed Connector
AW-PJT(265,266)
AW-PJT,PP,NATURAL
AW-PJT,GALVA,T0.3
AW-PJT,GALVA,
AW-PJT,PC,TRANSPARENCY
120V,500mA,60W,47x84mm
AW-PJT
NTGN,DC12V
PH,+,PI3,L15,PASS,STS430,2S
AW,ABS,NTR
AD,URETHANE
AW-PJT,ABS / SR-0340M,T2.5,112,280,WHITE
AD,PP,T1.0,WHITE
AD,PP,NTR,BJ73SLW180
AW,265,HIPS,COOL WHITE
AW-SEM
AW,PP,COOL WHITE
AW-SEM,PP,COOL WHITE
AW-PJT(265,266)
AW-PJT,HIPS,COOL WHITE
AW,GPPS,NATURAL
AW-PJT(265,266),HIPS,COOL WHITE
AW-PJT,NY-66,NATURAL
POM,NATURAL
SILICON,WHITE
POM,NATURAL
NY-66Å,NATURAL
AW-PJT
AW-PJT,NY-66,NATURAL
AW-PJT,ABS,COOL WHITE
AW-PJT
AW-PJT,NY-66,NATURAL
AW-PJT,ABS,COOL WHITE
AW-PJT,ABS,COOL WHITE
AW-PJT
AW-PJT,COOL WHITE
AW-PJT,POM,NATURAL
AW-PJT,STS430
AW-PJT,POM,NATURAL
AW-PJT,SM25C
AW-PJT,ABS,BLACK
AW-PJT
AW-PJT,POM,NATURAL
AW-PJT,STS430
AW-PJT,POM,NATURAL
AW-PJT,ABS,COOL WHITE
AW-PJT
same as SEM
DA59-00358A
DA61-02901A
DA61-04149A
DA63-02902B
DA63-04296A
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
DA63-03613A
DA97-04845A
DA61-03189A
DA67-01231A
DA97-06259A
DA63-04115A
DA63-03436A
DA63-04113A
DA61-04154A
DA66-00554A
same as SEM
DA66-10104A
DA71-20145A
DA97-06083A
DA66-10104A
DA61-04108A
DA97-06084A
DA66-10104A
DA61-04109A
DA63-03414A
DA97-04836A
DA34-00047A
DA61-03154A
TH,+,1,M4,L12,ZPC(WHT),SWRCH18A
AW-PJT,SHP1,T2.0,BLACK
AW-PJT,PP,COOL WHITE
AW2,SILICON,WHITE
slide,250V,0.5A,cool white
AW-PJT,PP,COOL WHITE
AW-SEM
TALC PP,COOL WHITE(SC-02740R)
PX-41C,AW-PJT,5V,F-SENSOR,YEL
QQUUAANN
SSGGEECC CCOODDEE
TTIITTYY
6
same as SEM
2
DA61-03160A
1
DA63-04116A
2
same as SEM
1
same as SEM
1
DA61-03416A
1
same as SEM
1
same as SEM
1
same as SEM
RREEMMAARRKKPPAARRTT NNAAMMEE
86
Page 88
EXPLODED VIEW& PARTS LIST
37
37-1
37-2
39
39-1
39-2
39-3
39-4
38
38-1
38-6
38-4
38-8
38-3
38-5
40
40-2
40-4
40-1
40-3
38-2
38-7
5-2) Refrigerator
87
Page 89
EXPLODED VIEW& PARTS LIST
■■
Parts List of Refrigerator
NNOO
CCOODDEE--NNOO
1
DA96-00516B
1-1
6501-000123
1-2
DA32-00006S
1-3
DA47-00243C
1-4
DA47-00244B
1-5
DA59-00381A
1-6
DA61-04800A
1-7
DA61-04815A
1-8
DA61-03644A
2
DA63-04629A
3
DA97-07190D
3-1
6002-000213
3-2
6002-000215
3-3
DA31-00230A
3-4
DA31-00146H
3-5
DA39-00060K
3-6
DA61-04849A
3-7
DA61-03182A
3-8
DA61-04854A
3-9
DA61-20128A
3-10
DA62-02055A
3-11
DA62-02053A
3-12
DA62-02058A
3-13
DA62-02050A
3-14
DA63-01146A
3-15
DA63-01808A
3-16
DA63-04651A
3-17
DA63-04653A
3-18
DA63-40167A
3-19
DA64-02065A
3-20
DA61-04856A
3-21
DA32-10105X
4
DA97-07008A
4-1
DA61-04797A
4-2
DA61-04818A
4-3
DA47-40001D
4-4
DA47-00243D
5
DA63-04608A
6
4713-001223
7
DA61-04781A
8
DA61-04847B
9
DA67-02130A
10
DA97-07051A
10-1
6002-001397
10-2
DA67-01606A
10-3
DA67-02133A
10-4
DA67-02132A
11
DA97-07019A
11-1
6002-000213
11-2
DA01-00400B
11-3
DA61-04809A
11-4
DA61-04823A
ASSY EVAP REF
CABLE TIE
SENSOR TEMP-R-DEF
THERMO BIMETAL-PROTECTOR
HEATER-METAL SHEATH
EVAP REF
FIXER-SENSOR
PLATE-DRAIN REF
PLATE-EVAP HEATER
COVER-FIXER HOUSING V
ASSY COVER-EVAP REF
SCREW-TAPPING
SCREW-TAPPING
FAN-AX100W4CC-T1
MOTOR BLDC
ASSY-HARNESS MOTOR
CASE-MOTOR REF
GUIDE-INS EVAP REF
PLATE-INS EVAP REF
SPRING ETC-FAN
INSULATION-EVAP REF
INSULATION-EVAP REAR
INSULATION-EVAP SUB
INSULATION-EVAP DUCT
GROMMET-MOTOR,REAR
GROMMET-MOTOR,FRONT
COVER MOTOR-BLDC
COVER-EVAP REF
GROMMET-COVER CHIL
TRIM-COVER EVAP REF
PLATE-HOUSING REF
SENSOR TEMP
ASSY CASE LAMP-REF
CASE-LAMP REF
PLATE-LAMP REF
LAMP HOLDER-ASSY
THERMO BIMETAL-PROTECTOR
COVER-LAMP REF
LAMP-INCANDESCENT
ANGLE-SHELF SIDE R
ANGLE-SHELF REF MID
CAP-ANGLE
ASSY SHELF-GLASS REF FIX
SCREW-TAPPING
SHELF-GLASS REF FIX
SHELF-HANGER REF L
SHELF-HANGER REF R
ASSY COVER-VEG REF
SCREW-TAPPING
GLASS-COVER VEG
FIXER-COVER VEG
REINF-COVER VEG
COVER-VEG REF
KNOB-HUMIDITY
LEVER-HUMIDITY
ROLLER-FRE
ASSY RAIL-VEG L
RAIL-VEG L
ROLLER-FRE
ASSY RAIL-VEG R
RAIL-VEG R
ROLLER-FRE
ASSY CASE-VEG REF
CASE-VEG REF
COVER-VEG FRONT
ROLLER-FRE
FIXER-ROLLER
ASSY CASE-VEG REF R
CASE-VEG REF R
COVER-VEG FRONT R
ROLLER-FRE
FIXER-ROLLER
ASSY PARTITION-VEG
ASSY COVER T/WATER
SCREW-TAPPING
COVER-HEATER WATER TANK
COVER-WATER TANK
ASSY TANK WATER
ASSY COVER-DISPENSER
COVER-DISPENSER
BUTTON-COVER DISPENSER
RUBBER-COVER-DISPENSER
FIXER-WATER HOSE
LEVER-CASE DISPENSER
SWITCH-MICRO
ASSY COVER-SLIDE PANTRY
GROMMET-COVER CHIL
COVER-SLIDE PANTRY A
COVER-SLIDE PANTRY B
ASSY SHELF-PANTRY
REINF-SHELF PANTRY
SHELF-PANTRY
WINDOW-SHELF PANTRY
ASSY COVER-MOTOR DAMPER
MOTOR DC-MOTOR-DAMPER
SENSOR TEMP-PANTRY
INSULATION-MOTOR DC DAMPER
COVER-MOTOR DC DAMPER
GUIDE-FRENCH
COVER-FILTER
ASSY CASE-FILTER
GUIDE-PANTRY
ASSY COVER-RAIL PANTRY L
SUPPORT-ROLLER PANTRY
SSPPEECC
AW-SEM,HIPS,COOL WHITE
QUEEN,ABS
AW-SEM,TALC PP,COOL WHITE
AW-SEM,POM,NATURAL
AW-SEM
AW-SEM,TALC PP,COOL WHITE
AW-SEM,POM,NATURAL
AW-SEM
AW-SEM,TALC PP,COOL WHITE
AW-SEM,POM,NATURAL
AW-SEM
AW-SEM,SAN,NATURAL
AW-SEM,HIPS,COOL WHITE
AW-SEM,POM,NATURAL
AW-SEM,NY-66,NATURAL
AW-SEM
AW-SEM,SAN,NATURAL
AW-SEM,HIPS,COOL WHITE
AW-SEM,POM,NATURAL
AW-SEM,NY-66,NATURAL
AW-SEM
AW-PJT
TH,+,M4,L12,ZPC(WHT),SWRCH18A
AW-PJT,PP,NATURAL
AW-PJT,PP,COOL WHITE
AW-PJT
AW-SEM
AW-SEM,ABS,COOL WHITE
AW-SEM,PP,COOL WHITE
AW-PJT,SILICON,40±5° ,GRAY
AW,PP,COOL WHITE
AW-SEM,POM,NTR
VP533A-OF-5,MICRO,250V,15A,PBT,GP1006F
AW-SEM
SILICON,WHITE
AW-SEM(SAMSUNG),GPPS,NATURAL
AW-SEM(SAMSUNG),ABS,COOL WHITE
AW-SEM
AW-SEM,SECC1,T1.0,BLACK
AW-SEM,HIPS,COOL WHITE
AW-SEM,GPPS,NATURAL
AW-SEM
DC 12V,MAX 600mA
PX-41C, 502AT,AW-PJT,-40~110℃,5V
AW-SEM,FOAM-PS
AW-SEM,PP,COOL WHITE
AW-SEM,PC-ABS,COOL WHITE
AW-SEM,HIPS,COOL WHITE
AW-PJT
AW-SEM,TALC PP,COOL WHITE
AW-PJT
89
AW-PJT,NBR,PVC
QQUUAANN
TTIITTYY
SSGGEECC CCOODDEE
1
DA63-03761A
2
same as SEM
2
DA66-00438A
2
DA66-10104A
1
DA97-04839A
1
DA61-03172A
1
DA66-10104A
1
DA97-04840A
1
DA61-03177A
1
DA66-10104A
1
DA97-04846A
1
DA61-03165A
1
DA63-03426A
2
DA66-10104A
2
DA71-20145A
1
DA97-05381A
1
DA61-03652A
1
DA63-03760A
2
DA66-10104A
2
DA71-20145A
1
DA97-05465A
1
same as SEM
2
same as SEM
1
same as SEM
1
same as SEM
1
same as SEM
1
DA97-04952B
1
DA63-03516B
1
DA64-02113A
1
same as SEM
1
DA61-03327A
1
DA66-00451A
1
same as SEM
1
DA97-05383C
2
same as SEM
1
DA63-03764A
1
DA63-03765A
1
DA97-05370A
1
DA61-03174A
1
DA67-01781A
2
DA64-02235A
1
DA97-06324A
1
same as SEM
1
same as SEM
1
DA62-01380A
1
DA63-04274A
1
DA61-03202A
1
DA63-04150A
1
same as SEM
1
DA61-03167A
1
DA97-05371B
1
same as SEM
RREEMMAARRKKPPAARRTT NNAAMMEE
Page 91
EXPLODED VIEW& PARTS LIST
■■
Parts List of Refrigerator
NNOO
CCOODDEE--NNOO
29-2
DA63-04611A
29-3
DA97-05932A
30
DA97-07011A
30-1
6002-000213
30-2
DA61-04806A
30-3
DA97-05931A
30-4
DA97-07013A
30-5
DA97-07001A
30-6
DA66-00637A
31
DA97-07017A
31-1
6002-000630
31-2
DA41-00423C
31-3
DA64-02246C
31-4
DA61-03176A
31-5
DA63-04612A
31-6
DA97-05932A
32
DA29-00003B
COVER-RAIL PANTRY L
ASSY-ROLLER A
ASSY CASE-PANTRY
SCREW-TAPPING
CASE-PANTRY
ASSY-ROLLER B
ASSY RAIL-PANTRY L
ASSY RAIL-PANTRY R
ROLLER-PANTRY
ASSY COVER-RAIL PANTRY R
SCREW-TAPPING
PBA PANEL-PANTRY
INLAY-CONTROL PANEL
SUPPORT-ROLLER PANTRY
COVER-RAIL PANTRY R
ASSY-ROLLER A
FILTER WATER-ASSY
SSPPEECC
AW-SEM,HIPS,COOL WHITE
AW2-PJT, 24mm
AW-SEM
TH,+,M4,L12,ZPC(WHT),SWRCH18A
AW-SEM,HIPS,COOL WHITE
AW2-PJT, 17mm
AW-SEM
AW-SEM
AW-PJT,POM,NATURAL
AW-SEM
PH,+,2S,M3,L8,ZPC(WHT),SWRCH18A
AW-PJT,PANTRY ROOM BLUE WIN,12V
AW-PJT
AW-PJT,NBR,PVC
AW-SEM,HIPS,COOL WHITE
AW2-PJT, 24mm
A-TOP,86*86*167,NSF53
QQUUAANN
SSGGEECC CCOODDEE
TTIITTYY
1
DA63-03762A
1
same as SEM
1
DA97-04847D
6
same as SEM
1
DA61-03164A
2
same as SEM
1
DA97-04837A
1
DA97-04838A
1
DA66-00580A
1
DA97-05384C
1
same as SEM
1
same as SEM
1
same as SEM
1
same as SEM
1
DA63-03763A
1
same as SEM
1
same as SEM
RREEMMAARRKKPPAARRTT NNAAMMEE
90
Page 92
EXPLODED VIEW& PARTS LIST
38
4-5
4-6
40
27-1
27-2
27-4
27-3
27
23
18
39
37
5-3) Cabinet
91
Page 93
EXPLODED VIEW& PARTS LIST
■■
Parts List of Cabinet
NNOO
CCOODDEE--NNOO
1
DA90-05502A
1
DA90-05502B
1
DA90-05502C
1
DA90-05501A
1
DA90-05501B
1
DA90-05501C
2
DA97-07049K
2-1
6002-000630
2-2
6002-001122
2-3
DA34-00043B
2-4
DA41-00412H
2-5
DA61-04793A
2-6
DA61-04783A
2-7
DA64-02736A
2-8
DA64-02738A
2-9
DA64-02076E
2
DA97-07049L
2-1
6002-000630
2-2
6002-001122
2-3
DA34-00043B
2-4
DA41-00412H
2-5
DA61-04793A
2-6
DA61-04783A
2-7
DA64-02736B
2-8
DA64-02738A
2-9
DA64-02076E
2
DA97-07049M
2-1
6002-000630
2-2
6002-001122
2-3
DA34-00043B
2-4
DA41-00412H
2-5
DA61-04793A
2-6
DA61-04783A
2-7
DA64-02736C
2-8
DA64-02738A
2-9
DA64-02076E
3
DA67-02131A
3
DA67-02131B
3
DA67-02131C
4
DA97-06998A
4-1
DA60-00162A
4-2
DA61-04771A
4-3
DA61-03301A
4-4
DA97-07026A
4-5
DA63-03673A
4
DA97-06998B
4-1
DA60-00162A
4-2
DA61-04771A
4-3
DA61-03301A
4-4
DA97-07026B
4-5
DA63-03673A
4
DA97-06998C
ASSY CABINET FORM
ASSY CABINET FORM
ASSY CABINET FORM
ASSY CABINET FORM
ASSY CABINET FORM
ASSY CABINET FORM
ASSY-TOP TABLE
SCREW-TAPPING
SCREW-TAPPING
SWITCH REED-ASS'Y
PBA PANEL
CASE-PBA DISPLAY
PLATE-TOP TABLE
TOP TABLE
BUTTON-CONTROL
INLAY-DISPLAY
ASSY-TOP TABLE
SCREW-TAPPING
SCREW-TAPPING
SWITCH REED-ASS'Y
PBA PANEL
CASE-PBA DISPLAY
PLATE-TOP TABLE
TOP TABLE
BUTTON-CONTROL
INLAY-DISPLAY
ASSY-TOP TABLE
SCREW-TAPPING
SCREW-TAPPING
SWITCH REED-ASS'Y
PBA PANEL
CASE-PBA DISPLAY
PLATE-TOP TABLE
TOP TABLE
BUTTON-CONTROL
INLAY-DISPLAY
CAP-TOP TABLE
CAP-TOP TABLE
CAP-TOP TABLE
ASSY HINGE UPP-L
FASTENER-RING
HINGE-UPP L
SPRING ETC-AUTO CLOSE
ASSY LEVER-AUTO CLOSE
GROMMET-LEVER
ASSY HINGE UPP-L
FASTENER-RING
HINGE-UPP L
SPRING ETC-AUTO CLOSE
ASSY LEVER-AUTO CLOSE
GROMMET-LEVER
ASSY HINGE UPP-L
SSPPEECC
AW-SEM(INVERTER),RF266,REAL STAINLESS,PLATINUM INOX
AW-SEM(INVERTER),RF266,BLACK
AW-SEM(INVERTER),RF266,SNOW WHITE
AW-SEM(INVERTER),RF265,REAL STAINLESS,PLATINUM INOX
AW-SEM(INVERTER),RF265,BLACK
AW-SEM(INVERTER),RF265,SNOW WHITE
AW-SEM(265,266)- Inverter,CREAMY-STS
PH,+,2S,M3,L8,ZPC(WHT),SWRCH18A
FH,+,M4,L14,ZPC(WHT),SWRCH18A
200VDC,0.5A,MDCG-4 type
AW INVERTER(℉)BLUE LED,(℉),12V, 5V,60Hz,N
AW-SEM,ABS,COOL WHITE
AW-SEM(265),SBHG1,T0.3
AW-SEM(265),ABS,CREAMY-STS
AW-SEM,GPPS,NTR,GPPS (HF-2660S)
AW-PJT,PC,0.25,28,300
AW-SEM(265,266)- Inverter,i-BLACK
PH,+,2S,M3,L8,ZPC(WHT),SWRCH18A
FH,+,M4,L14,ZPC(WHT),SWRCH18A
200VDC,0.5A,MDCG-4 type
300*24.5*1.6T,BLUE LED,12V, 5V,60Hz
AW-SEM,ABS,COOL WHITE
AW-SEM(265),SBHG1,T0.3
AW-SEM(265),ABS,i-BLACK
AW-SEM,GPPS,NTR,GPPS (HF-2660S)
AW-PJT,PC,0.25,28,300
AW-SEM(265.266)- Inverter,Snow-White
PH,+,2S,M3,L8,ZPC(WHT),SWRCH18A
FH,+,M4,L14,ZPC(WHT),SWRCH18A
200VDC,0.5A,MDCG-4 type
300*24.5*1.6T,BLUE LED,12V, 5V,60Hz
AW-SEM,ABS,COOL WHITE
AW-SEM(265),SBHG1,T0.3
AW-SEM(265),ABS,SNOW WHITE
AW-SEM,GPPS,NTR,GPPS (HF-2660S)
AW-PJT,PC,0.25,28,300
AW-SEM,ABS,CREAMY STS
AW-SEM,ABS,BLACK
AW-SEM,ABS,WHITE
AW-SEM,CREAMY STS
AW-PJT,STS304,ID5,T0.5,OD11,BLACK
AW-SEM,SHP1,T2.9,BLACK,ELECTRODEPOSITON
AW-PJT,STS604,1.4,9.2,12,-,24,
AW-SEM,CREAMY STS(SC-07009R)
AW-PJT,NBR,BLACK
AW-SEM,BLACK
AW-PJT,STS304,ID5,T0.5,OD11,BLACK
AW-SEM,SHP1,T2.9,BLACK,ELECTRODEPOSITON
AW-PJT,STS604,1.4,9.2,12,-,24,
AW-SEM,I-BLACK(SC-00477R)
AW-PJT,NBR,BLACK
AW-SEM,WHITE
92
QQUUAANN
SSGGEECC CCOODDEE
TTIITTYY
1
DA90-03646V
1
DA90-03646V
1
DA90-03646V
1
DA90-03646Q
1
DA90-03646Q
1
DA90-03646Q
1
DA97-04901M
3
same as SEM
2
same as SEM
2
same as SEM
1
same as SEM
1
DA61-03194B
1
DA61-04052A
1
DA64-02066B
1
same as SEM
1
same as SEM
1
DA97-04901M
3
same as SEM
2
same as SEM
2
same as SEM
1
same as SEM
1
DA61-03194B
1
DA61-04052A
1
DA64-02066B
1
same as SEM
1
same as SEM
1
DA97-04901M
3
same as SEM
2
same as SEM
2
same as SEM
1
same as SEM
1
DA61-03194B
1
DA61-04052A
1
DA64-02066B
1
same as SEM
1
same as SEM
1
DA67-01613B
1
DA67-01613B
1
DA67-01613B
1
DA97-04874B
1
same as SEM
1
DA61-03239A
1
same as SEM
1
DA97-04903B
1
same as SEM
1
DA97-04874B
1
same as SEM
1
DA61-03239A
1
same as SEM
1
DA97-04903B
1
same as SEM
1
DA97-04874B
RREEMMAARRKKPPAARRTT NNAAMMEE
Page 94
EXPLODED VIEW& PARTS LIST
■■
Parts List of Cabinet
NNOO
CCOODDEE--NNOO
4-1
DA60-00162A
4-2
DA61-04771A
4-3
DA61-03301A
4-4
DA97-07026C
4-5
DA63-03673A
5
DA97-07002A
5-1
DA60-00162A
5-2
DA61-04774A
5-3
DA61-03301A
5-4
DA97-07026A
5-5
DA63-03673A
5
DA97-07002B
5-1
DA60-00162A
5-2
DA61-04774A
5-3
DA61-03301A
5-4
DA97-07026B
5-5
DA63-03673A
5
DA97-07002C
5-1
DA60-00162A
5-2
DA61-04774A
5-3
DA61-03301A
5-4
DA97-07026C
5-5
DA63-03673A
6
DA63-04599A
7
DA97-06572A
8
DA97-06573A
9
DA61-04702A
10
DA61-01920A
11
DA97-06977A
11-1
DA61-04721A
11-2
DA61-03217A
12
DA63-05079A
12
DA63-05079B
12
DA63-05079C
13
DA97-06969A
13-1
DA66-00649A
13-2
DA61-04703A
13-3
DA64-02735A
14
DA97-07825A
14-1
6009-001252
14-2
DA63-05078A
14-3
DA63-40128A
14-4
DA63-40171B
14-5
DA97-07824A
14-5-1
6003-000003
14-5-2
DA31-00146B
14-5-3
DA61-05343A
14-5-4
DA61-04764A
14-5-5
DA63-01146A
14-5-6
DA63-40167A
14-5-7
DA96-00042A
14-6
DA97-06988A
FASTENER-RING
HINGE-UPP L
SPRING ETC-AUTO CLOSE
ASSY LEVER-AUTO CLOSE
GROMMET-LEVER
ASSY HINGE UPP-R
FASTENER-RING
HINGE-UPP R
SPRING ETC-AUTO CLOSE
ASSY LEVER-AUTO CLOSE
GROMMET-LEVER
ASSY HINGE UPP-R
FASTENER-RING
HINGE-UPP R
SPRING ETC-AUTO CLOSE
ASSY LEVER-AUTO CLOSE
GROMMET-LEVER
ASSY HINGE UPP-R
FASTENER-RING
HINGE-UPP R
SPRING ETC-AUTO CLOSE
ASSY LEVER-AUTO CLOSE
GROMMET-LEVER
GROMMET HINGE-MID R
ASSY HINGE MID-L
ASSY HINGE MID-R
CASTER-FRONT
CASTER-RIVET
ASSY SUPPORT-FOOT FRONT
FOOT-FRONT
SUPPORT-FOOT FRONT
COVER-LEG FRONT
COVER-LEG FRONT
COVER-LEG FRONT
ASSY CHASSIS-COMP
SHAFT-CASTER
CASTER-REAR
CHASSIS COMP
ASSY TRAY DRAIN WATER
SCREW-SPECIAL
TRAY DRAIN-WATER
GROMMET-SUB COND
GROMMET-SUCT PIPE A
ASSY SUPPORT-CIRCUIT MOTOR
SCREW-TAPPING
MOTOR BLDC
SUPPORT-CIRCUIT MOTOR
BRACKET-CIRCUIT MOTOR
GROMMET-MOTOR,REAR
GROMMET-COVER CHIL
ASSY-HARNESS MOTOR
ASSY PIPE-SPIRAL COND
DA97-05147A
same as SEM
same as SEM
DA63-02907C
same as SEM
SSGGEECC CCOODDEE
1
DA31-00010D
1
DA31-00015C
1
same as SEM
4
same as SEM
1
MK172DR2U/E09
1
same as SEM
1
same as SEM
2
same as SEM
1
same as SEM
1
DA61-02657A
1
DA97-06085A
1
DA61-02434A
2
DA97-04049A
1
same as SEM
1
same as SEM
1
same as SEM
1
same as SEM
1
same as SEM
1
DA97-05029B
1
DA97-06321A
1
DA97-05031B
1
same as SEM
1
same as SEM
1
same as SEM
1
DA61-03467A
1
DA63-00586B
1
same as SEM
1
same as SEM
4
same as SEM
RREEMMAARRKKPPAARRTT NNAAMMEE
COMP ACCESARY
COMP ACCESARY
94
Page 96
EXPLODED VIEW& PARTS LIST
8-1
8-2
7-1
7-2
5-4) Disassembly of Freeze Door
95
Page 97
EXPLODED VIEW& PARTS LIST
■■
Parts List of Freezer Door
NNOO
CCOODDEE--NNOO
1
DA91-02826A
1-1
DA67-02143A
1-2
DA67-02142A
1
DA91-02826B
1-1
DA67-02143A
1-2
DA67-02142A
1
DA91-02826C
1-1
DA67-02143B
1-2
DA67-02142B
1
DA91-02826D
1-1
DA67-02143C
1-2
DA67-02142C
2
DA97-07192A
2
DA97-07192B
3
DA61-04840A
4
DA61-04841A
5
DA61-04836A
6
DA97-06429F
6-1
DA64-02527F
6-2
DA67-02060B
6-3
DA67-02061B
6-4
DA66-00579A
6-5
6002-000213
6
DA97-06429H
6-1
DA64-02527H
6-2
DA67-02060B
6-3
DA67-02061B
6-4
DA66-00579A
6-5
6002-000213
6
DA97-06429E
6-1
DA64-02527E
6-2
DA67-02060A
6-3
DA67-02061A
6-4
DA66-00579A
6-5
6002-000213
6
DA97-06429G
6-1
DA64-02527G
6-2
DA67-02060C
6-3
DA67-02061C
6-4
DA66-00579A
6-5
6002-000213
7
DA97-07036A
7-1
DA61-04828A
7-2
DA63-40167A
8
DA97-07035A
8-1
DA61-04828A
8-2
DA63-40167A
9
DA97-07031A
9-1
DA63-04628A
9-2
DA63-04627A
10
DA61-04837A
11
DA61-04838A
ASSY DOOR FOAM FRE
CAP DOOR-FRE SUB L
CAP DOOR-FRE SUB R
ASSY DOOR FOAM FRE
CAP DOOR-FRE SUB L
CAP DOOR-FRE SUB R
ASSY DOOR FOAM FRE
CAP DOOR-FRE SUB L
CAP DOOR-FRE SUB R
ASSY DOOR FOAM FRE
CAP DOOR-FRE SUB L
CAP DOOR-FRE SUB R
ASSY-GASKET DOOR FRE
ASSY-GASKET DOOR FRE
HANGER-RAIL FRONT L
HANGER-RAIL FRONT R
SUPPORT-DOOR POSITION IN
ASSY HANDLE-BAR FRE
HANDLE-BAR FRE
CAP-HANDLE FRE L
CAP-HANDLE FRE R
SHAFT-CAP HANDLE
SCREW-TAPPING
ASSY HANDLE-BAR FRE
HANDLE-BAR FRE
CAP-HANDLE FRE L
CAP-HANDLE FRE R
SHAFT-CAP HANDLE
SCREW-TAPPING
ASSY HANDLE-BAR FRE
HANDLE-BAR FRE
CAP-HANDLE FRE L
CAP-HANDLE FRE R
SHAFT-CAP HANDLE
SCREW-TAPPING
ASSY HANDLE-BAR FRE
HANDLE-BAR FRE
CAP-HANDLE FRE L
CAP-HANDLE FRE R
SHAFT-CAP HANDLE
SCREW-TAPPING
ASSY SUPPORT-GUARD FRE L
SUPPORT-GUARD FRE L
GROMMET-COVER CHILL
ASSY SUPPORT-GUARD FRE R
SUPPORT-GUARD FRE R
GROMMET-COVER CHILL
ASSY GUARD FRE
GUARD-FRE
GUARD-FRE FLIP
FIXER-SHAFT HANDLE L
FIXER-SHAFT HANDLE R
SSPPEECC
AW-SEM,REAL STAINLESS
AW-PJT,ABS,CREAMY STS(SC-07009R)
AW-PJT,ABS,CREAMY STS(SC-07009R)
AW-SEM,PLATINUM INOX
AW-PJT,ABS,CREAMY STS(SC-07009R)
AW-PJT,ABS,CREAMY STS(SC-07009R)
AW-SEM,BLACK
AW-PJT,ABS,I-BLACK(SC-00477R)
AW-PJT,ABS,I-BLACK(SC-00477R)
AW-SEM,WHITE
AW-PJT,ABS,SNOW WHITE
AW-PJT,ABS,SNOW WHITE
AW-SEM,GRAY
AW-SEM,BLACK
AW-PJT,SECC1,COOL WHITE
AW-PJT,SECC1,COOL WHITE
AW-PJT,HIPS,NATURAL
AW-PJT,AL,NEW VERSAILLES-SILVER
AW-PJT,AL,724,Versailles-Silver
AW-PJT,PC-ABE,CREAMY-STS
AW-PJT,PC-ABE,CREAMY-STS
AW-PJT,MSWR10,108,5,ZPC3(Y)
TH,+,1,M4,L12,ZPC(WHT),SWRCH18A
AW-PJT,AL,724,Versailles-Silver(sanding)
AW-PJT,AL,724,Versailles-Silver(sanding)
AW-PJT,PC-ABE,CREAMY-STS
AW-PJT,PC-ABE,CREAMY-STS
AW-PJT,MSWR10,108,5,ZPC3(Y)
TH,+,1,M4,L12,ZPC(WHT),SWRCH18A
AW-PJT,AL,MATURE-BLACK
AW-PJT,AL,724,MATURE-BLACK
AW1-PJT,PC-ABS,I-BLACK
AW1-PJT,PC-ABS,I-BLACK
AW-PJT,MSWR10,108,5,ZPC3(Y)
TH,+,1,M4,L12,ZPC(WHT),SWRCH18A
AW-PJT,AL,SNOW-WHITE
AW-PJT,AL,SNOW-WHITE
AW-PJT,PC,SNOW WHITE
AW-PJT,PC,SNOW WHITE
AW-PJT,MSWR10,108,5,ZPC3(Y)
TH,+,1,M4,L12,ZPC(WHT),SWRCH18A
AW-SEM
AW-PJT,HIPS,COOL WHITE
SILICON,L16,WHITE
AW-SEM
AW-PJT,HIPS,COOL WHITE
SILICON,L16,WHITE
AW-SEM
AW-PJT,HIPS,COOL WHITE
AW-PJT,TALC PP,COOL WHITE
AW-PJT,POM,NATURAL
AW-PJT,POM,NATURAL
DA91-02719E
DA67-02055B
DA67-02054B
DA91-02719E
DA67-02055B
DA67-02054B
DA91-02719E
DA67-02055B
DA67-02054B
DA91-02719E
DA67-02055B
DA67-02054B
DA97-05557B
DA97-05557B
DA61-03153B
DA61-03155B
DA61-02904B
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
same as SEM
NEW
DA61-03763A
same as SEM
NEW
DA61-03763A
same as SEM
DA97-04880A
DA63-03458A
DA63-03459A
DA61-04254A
DA61-04255A
Page 98
EXPLODED VIEW& PARTS LIST
■■
Parts List of Freezer Door
NNOO
CCOODDEE--NNOO
12
DA61-04839A
12
DA61-04839B
12
DA61-04839C
13
DA63-04640A
13
DA63-04640B
13
DA63-04640C
14
DA63-04641A
14
DA63-04641B
14
DA63-04641C
15
DA61-04335B
SLIDER-HANDLE FRE
SLIDER-HANDLE FRE
SLIDER-HANDLE FRE
COVER-HANDLE FRE L
COVER-HANDLE FRE L
COVER-HANDLE FRE L
COVER-HANDLE FRE R
COVER-HANDLE FRE R
COVER-HANDLE FRE R
SPRING ETC-EASY HANDLE
SSPPEECC
AW-SEM,POM,CREAMY STS(SC-07009R)
AW-SEM,POM,I-BLACK(SC-00477R)
AW-SEM,POM,NTR
AW-PJT,ABS,CREAMY STS(SC-07009R)
AW-PJT,ABS,I-BLACK(SC-00477R)
AW-PJT,ABS,SNOW WHITE
AW-PJT,ABS,CREAMY STS(SC-07009R)
AW-PJT,ABS,I-BLACK(SC-00477R)
AW-PJT,ABS,SNOW WHITE
AW-PJT,HSWR
ASSY DOOR FOAM REF L
ASSY DOOR FOAM REF L
ASSY DOOR FOAM REF L
ASSY DOOR FOAM REF L
MAGNET-ASSY
MAGNET-ASSY
MAGNET-ASS'Y
CAM-AUTO CLOSE L
CAM-AUTO CLOSE L
CAM-AUTO CLOSE L
ASSY-GASKET DOOR REF
ASSY-GASKET DOOR REF
FIXER-HANDLE
ASSY HANDLE-BAR(REF)
SCREW-TAPPING
HANDLE BAR
CAP-HANDLE UPP
CAP-HANDLE LOW
ASSY HANDLE-BAR(REF)
SCREW-TAPPING
HANDLE BAR
CAP-HANDLE UPP
CAP-HANDLE LOW
ASSY HANDLE-BAR
SCREW-TAPPING
HANDLE BAR
CAP-HANDLE UPP
CAP-HANDLE LOW
ASSY HANDLE-BAR
SCREW-TAPPING
HANDLE BAR
CAP-HANDLE UPP
CAP-HANDLE LOW
GUARD REF
TRAY-UTILITY
ASSY-FRENCH
HEATER CORD-FRENCH
PLATE-FRENCH
HINGE-FRENCH
CASE-FRENCH
INSULATION-FRENCH
COVER-HEATER FRENCH
GASKET-FRENCH
CAP-CASE FRENCH
CAP-CASE FRENCH MID
SPRING-ETC FRENCH
PIN-FRENCH SPRING
SCREW-TAPPING
CAP-GUIDE FRENCH UPP
SCREW-TAPTITE
ASSY-FRENCH
HEATER CORD-FRENCH
SSPPEECC
AW-SEM,REAL STAINLESS,RF266,265
AW-SEM,PLATINUM INOX,RF266,265
AW-SEM,BLACK,RF266,265
AW-SEM,WHITE,RF266,265
AW,ABS,5mm,7mm,18mm,CREAMY-STS
AW,ABS,5mm,7mm,18mm,I-BLACK
CORE-PJT,T5,W7,L18,WHITE
AW-PJT,NY-66,CREAMY STS
AW-PJT,NY-66,I-BLACK
AW-PJT,NY-66,SNOW WHITE
AW-SEM,GRAY
AW-SEM,BLACK
AW-PJT,NY-66,NATURAL
AW-PJT,VERSAILLES SILVER
TH,+,1,M4.0,L16,ZPC(WHT),SWRCH18A
A-TOP 06,AL(A6063),VERSAILLES SILVER,VERTICAL HAIR LINE
A-TOP06,ABS,NOBLE-GRAY,VERSAILLES SILVER
A-TOP06,ABS,NOBLE-GRAY,VERSAILLES SILVER
AW-PJT,PLATIUNEM STS
TH,+,1,M4.0,L16,ZPC(WHT),SWRCH18A
A-TOP06,AL(A6063),VERSAILLES SILVER
A-TOP06,ABS,NOBLE-GRAY,VERSAILLES SILVER
A-TOP06,ABS,NOBLE-GRAY,VERSAILLES SILVER
AW-PJT,MATURE BLACK
TH,+,1,M4.0,L16,ZPC(WHT),SWRCH18A
A-TOP 06,AL(A6063),BLACK,BLACK COATING
A-TOP06,ABS,I-BLACK(SC-00477R),MATURE-BLACK(SC-03106S)
A-TOP06,ABS,I-BLACK(SC-00477R),MATURE-BLACK(SC-03106S)
A-TOP06,AL(0603),L876,SNOW-WHITE
TH,+,1,M4.0,L16,ZPC(WHT),SWRCH18A
A-TOP06,AL(A6063),SNOW WHITE(SC-97527T)
A-TOP06,ABS,SNOW-WHITE(SC-97572R)
A-TOP06,ABS,SNOW-WHITE(SC-97572R)
AW-PJT,PP,COOL WHITE
AW-PJT,GPPS,NTR
AW-SEM,THAI SILVER
AW-PJT,P-CORD,8W,115V,1653ߟ,FRENCH
AW-PJT,SECC1,THAI SILVER
AW-PJT,PC,COOL WHITE
AW-PJT,ABS,COOL WHITE
AW-SEM,FOAM-PS
AW-PJT,PC,COOL WHITE
AW-PJT,SILICONE,W9.9,L41.1,GRAY
AW-PJT,ABS,COOL WHITE
AW-PJT,ABS,COOL WHITE
STS304,PI1.4
RD-PVC,WHITE
TH,+,1,M4,L12,ZPC(WHT),SWRCH18A
AW,POM,WHITE
RH,+,2S,M3,L10,ZPC(WHT),SWRCH18A
AW-SEM,BLACK
AW-PJT,P-CORD,8W,115V,1653ߟ,FRENCH