LG LRFC25750xx Service Manual

CAUTION

BEFORE SERVICING THE UNIT,
READ THE SAFETY PRECAUTIONS IN THIS MANUAL.

REFRIGERATOR

SERVICE MANUAL

TITANIUM

http://biz.lgservice.com

MODEL:LRFC25750ST

LRFC21755SB

LRFC21755ST

STAINLESS-STEEL

LRFC21755TT

CONTENTS

SAFETY PRECAUTIONS ....................................................................................................................................................... 2

SPECIFICATIONS................................................................................................................................................................... 3

PARTS IDENTIFICATION ....................................................................................................................................................... 4

DISASSEMBLY.................................................................................................................................................................... 5-6

DOOR................................................................................................................................................................................... 5

FAN AND FAN MOTOR........................................................................................................................................................ 6

DEFROST CONTROL ASSEMBLY...................................................................................................................................... 6

LAMP.................................................................................................................................................................................... 6

CONTROL BOX-REFRIGERATOR ...................................................................................................................................... 6

MULTI DUCT ........................................................................................................................................................................ 6

ADJUSTMENT..................................................................................................................................................................... 7-8

COMPRESSOR.................................................................................................................................................................... 7

PTC-STARTER ..................................................................................................................................................................... 7

OLP (OVERLOAD PROTECTOR)........................................................................................................................................ 8

TO REMOVE THE COVER PTC...........................................................................................................................................8

CIRCUIT DIAGRAM................................................................................................................................................................ 9

TROUBLESHOOTING..................................................................................................................................................... 10-15

COMPRESSOR AND ELECTRIC COMPONENTS ........................................................................................................... 10

PTC AND OLP.................................................................................................................................................................... 11

OTHER ELECTRICAL COMPONENTS ............................................................................................................................. 12

SERVICE DIAGNOSIS CHART.......................................................................................................................................... 13

REFRIGERATION CYCLE ............................................................................................................................................ 14-15

OPERATION PRINCIPLE & REPAIR METHOD OF ICEMAKER .................................................................................. 16-19

DESCRIPTION OF FUNCTION & CIRCUIT OF MICOM ............................................................................................... 20-38

EXPLODED VIEW & REPLACEMENT PARTS LIST ......................................................................................................... 39-

SAFETY PRECAUTIONS

Please read the following instructions before servicing your
refrigerator.

1. Check the refrigerator for current leakage.

2. To prevent electric shock, unplug before servicing.

3. Always check line voltage and amperage.

4. Use standard electrical components.

5. Don't touch metal products in the freezer with wet
hands. This may cause frostbite.

6. Prevent water from spiling onto electric elements or the
machine parts.

- 2 -

7. Close the top door before opening the bottom door.
Otherwise, you might hit your head when you stand up.

8. When tilting the refrigerator, remove any materials on
the refrigerator, especially the thin plates (ex. glass
shelf or books.)

9. When servicing the evaporator, wear cotton gloves.
This is to prevent injuries from the sharp evaporator
fins.

10. Service on the refrigerator should be performed by a
qualified technician. Sealed system repair must be
performed by a CFC certified technician.

1. SPECIFICATIONS

21 cu. ft. / 25 cu. ft.

ITEMS SPECIFICATIONS

DOOR DESIGN Side Rounded

DIMENSIONS (inches)

NET WEIGHT (pounds)

COOLING SYSTEM Fan Cooling

TEMPERATURE CONTROL Micom Control

DEFROSTING SYSTEM

DOOR FINISH Embossed Metal, VCM, Stainless

HANDLE TYPE Bar

INNER CASE ABS Resin

INSULATION Polyurethane Foam

35 3/4 X 30

35 3/4

278 (

302 (

Full Automatic

Heater Defrost

X 69

1

/4

X 34

21cu.ft)

25cu.ft)

3

/4 (WX

3

/4

X 69

(WXDXH) 25cu.ft

DXH) 21cu.ft

ITEMS SPECIFICATIONS

VEGETABLE TRAY Opaque Drawer Type

COMPRESSOR PTC Starting Type

EVAPORATOR Fin Tube Type

CONDENSER Wire Condenser

REFRIGERANT R-134a (115 g)

LUBRICATING OIL Freol @ 10G (310 cc)

DEFROSTING DEVICE SHEATH HEATER

REFRIGERATOR 60 W (2EA)

LAMP

FREEZER 40 W (1EA)

- 3 -

2. PARTS IDENTIFICATION

Digital Sensor

Control

Refrigerator Light

Shelves

Optibin Crisper

Keeps fruits and

vegetable fresh

and crisp

Customcube

Icemaker

Glide N Serve

Ice Bin

Durabase

Divider

Pull out Drawer

Freezer
Door Rack
(Tilting)

Design-A-Door

Design-A-Door

Wine Holder

Dairy Bin

Egg Box

Design-A-Door

- 4 -

3. DISASSEMBLY

HINGE

HINGE COVER

GASKET

LOWER HINGE

BOLT

3-1 DOOR

● Refrigerator Door

1. Remove the hinge cover by pulling it upwards.

2. Loosen the hex head bolts attaching the upper hinge to
the body and lift the freezer door.

Figure 1

3. Pull out the door gasket to remove from the door foam
assembly.

● Freezer Door

1. Loosen the hex head bolts attaching the lower hinge to
the body to remove the refrigerator door only.

Figure 3

2. Pull out the door gasket to remove from the door foam
assembly.

Figure 2

- 5 -

3-2 FAN AND FAN MOTOR

BRACKET

MOTOR

GRILLE

FAN MOTOR

FAN

GRILLE ASSEMBLY

DEFROST-CONTROL
ASSEMBLY

CONTROL BOX

COVER LAMP

1. Remove the freezer shelf. (If your refrigerator has an
icemaker, remove the icemaker first)

2. Remove the grille by pulling it out and by loosening a
screw.

3. Remove the Fan Motor assembly by loosening 2 screws
and disassemble the shroud.

4. Pull out the fan and separate the Fan Motor and Bracket.

Figure 5

3-4-1 Refrigerator Compartment Lamp

1. Unplug the power cord from the outlet.

2. Remove refrigerator shelves.

3. Release the hooks on both ends of the lamp shield and
pull the shield downward to remove it.

4. Turn the lamp counterclockwise.

5. Assemble in reverse order of disassembly. Replacement
bulb must be the same specification as the original
(Max. 60 W2EA).

Figure 9

3-4-2 Freezer Compartment Lamp

1. Unplug refrigerator or disconnect power.

2. Reach behind light shield to remove bulb.

3. Replace bulb with a 40-watt appliance bulb.

4. Plug in refrigerator or reconnect power.

3-3 DEFROST CONTROL ASSEMBLY

Defrost Control assembly consists of Defrost Sensor and
FUSE–M.

The Defrost Sensor works to defrost automatically. It is
attached to the metal side of the Evaporator and senses its
temperature. At 72°C, it turns the Defrost Heater off.

Fuse-M is a safety device for preventing over-heating of
the Heater when defrosting.

1. Pull out the grille assembly. (Figure 6)

2. Separate the connector with the Defrost Control
assembly and replace the Defrost Control assembly
after cutting the Tie Wrap. (Figure 7)

3-4 LAMP

Figure 6

Figure 7

3-5 CONTROL BOX-REFRIGERATOR

1. First, remove all shelves in the refrigerator, than remove
the Refrigerator control Box by loosening 2 screws.

Figure 10

2. Remove the Refrigerator Control Box by pulling it
downward.

3. Disconnect the lead wire on the right position and
separate the lamp sockets.

3-6 MULTI DUCT

1. Remove an upper and
lower Cap by using a flat
screwdriver, and loosen 3
screws. (Figure 11)

2. Disconnect the lead wire
on the bottom position.

Figure 8

Figure 11

- 6 -

4. ADJUSTMENT

PTC STARTER

SEALED

TERMINAL

COMPRESSOR
MOTOR

C

M

S

M

2

5

6

3

S

PTC

N

L1

OVERLOAD PROTECTOR

Resistance Starter Capacitor Running

4-1 COMPRESSOR

4-1-1 Role

The compressor intakes low temperature and low pressure
gas from the evaporator of the refrigerator and compresses
this gas to high-temperature and high-pressure gas. It then
delivers the gas to the condenser.

4-1-2 Composition

The compressor includes overload protection. The PTC
starter and OLP (overload protector) are attached to the
outside of the compressor. Since the compressor is
manufactured to tolerances of 1 micron and is hermetically
sealed in a dust and moisture-free environment, use
extreme caution when repairing it.

4-1-3 Note for Usage

(1) Be careful not to allow over-voltage and over-current.
(2) If compressor is dropped or handled carelessly, poor

operation and noise may result.

(3) Use proper electric components appropriate to the

Particular Compressor in your product.

(4) Keep Compressor dry.

If the Compressor gets wet (in the rain or a damp
environment) and rust forms in the pin of the Hermetic
Terminal, poor operation and contact may result.

(5) When replacing the Compressor, be careful that dust,

humidity, and soldering flux don’t contaminate the inside
of the compressor. Dust, humidity, and solder flux
contaminate the cylinder and may cause noise,
improper operation or even cause it to lock up.

4-2 PTC-STARTER

4-2-1 Composition of PTC-Starter

(1) PTC (Positive Temperature Coefficient) is a no-contact

semiconductor starting device which uses ceramic
material consisting of BaTiO

(2) The higher the temperature is, the higher the resistance

value. These features are used as a starting device for
the Motor.

4-2-2 Role of PTC-Starter

(1) The PTC is attached to the Sealed Compressor and is

used for starting the Motor.

(2) The compressor is a single-phase induction motor.

Durign the starting operation, the PTC allows current
flow to both the start winding and main winding.

4-2-3 PTC-Applied Circuit Diagram

● Starting Method for the Motor

Figure 12

4-2-4 Motor Restarting and PTC Cooling

(1) It requires approximately 5 minutes for the pressure to

equalize before the compressor can restart.

(2) The PTC device generates heat during operation.

Therefore, it must be allowed to cool before the
compressor can restart.

4-2-5 Relation of PTC-Starter and OLP

(1) If the compressor attempts to restart before the PTC

device is cooled, the PTC device will allow current to
flow only to the main winding.

(2) The OLP will open because of the over current

condition. This same process will continue (3 to 5
times) when the compressor attempts to restart until
the PTC device has cooled. The correct OLP must be
properly attached to prevent damage to the
compressor.
Parts may appear physically identical but could have
different electrical ratings. Replace parts by part

3.

number and model number. Using an incorrect part
could result in damage to the product, fire, injury, or
possibly death.

4-2-6 Note for Using the PTC-Starter

(1) Be careful not to allow over-voltage and over-current.
(2) Do not drop or handle carelessly.
(3) Keep away from any liquid.

If liquid such as oil or water enters the PTC,
PTC materials may fail due to breakdown of their
insulating capabilities.

(4) If the exterior of the PTC is damaged, the resistance

value may be altered. This can cause damage to the
compressor and result in a no-start or hard-to-start
condition.

(5) Always use the PTC designed for the compressor and

make sure it is properly attached to the compressor.
Parts may appear physically identical but could have
different electrical ratings. Replace parts by part
number and model number. Using an incorrect part
could result in damage to the product, fire, injury, or
possibly death.

- 7 -

4-3 OLP (OVERLOAD PROTECTOR)

Part

Customer part
number

Lot code/
date code

330 FBYY -S1 BOX98

12345678

Physical
termination
part number

Electrical

characteristics

part number

No. Name

Base, phenolic
(UL 94 V-0 rated)
Movable arm support, plated steel
Stationary contact support,
plated steel
Heater support, plated steel
Heater, resistance alloy
Disc, thermostatic alloy
Movable arm, spring temper
copper alloy
Contact, movable, silver on copper
Contact, stationary, silver on copper
Slug, plated steel
Cover, polyester
(UL 94 V -0 rated)
Pin connector, plated copper alloy
(To engage 2.33/2.66 mm dia. pin)
Quick-connect terminal, brass,
conforms to UL 310, MEMA
DC-2, DIN 46344

(OVERLOAD PROTECTOR cross section)

1

2

4-3-1 Definition of OLP

(1) OLP (OVERLOAD PROTECTOR) is attached to the

Compressor and protects the Motor by opening the
circuit to the Motor if the temperature rises and
activating the bimetal spring in the OLP.

(2) When high current flows to the Compressor motor, the

Bimetal works by heating the heater inside the OLP,
and the OLP protects the Motor by cutting off the
current flowing to the Compressor Motor.

4-3-2 Role of the OLP

(1) The OLP is attached to the Sealed Compressor used

for the Refrigerator. It prevents the Motor Coil from
being started in the Compressor.

(2) For normal operation of the OLP, do not turn the Adjust

Screw of the OLP in any way.

4-4 TO REMOVE THE COVER PTC

1) Remove the Cover Back M/C.

(2) Remove the screw on Cover PTC.

Figure 13

(3) Remove two Housings on upper part of Cover PTC.

(4) Take out the cover PTC from upper to lower position

like .

(5) Turn 45° in the direction of  and take it out.

(6) Assembly in reverse order of disassembly.

- 8 -

5. CIRCUIT DIAGRAM

BETTER MODEL

- 9 -

6. TROUBLESHOOTING

1

2

3

4

5

2

5

5

3

5

1

43

YES

NO

YES

The range of resistance is between 1~50Ω(ok)

Open or short

YES

YES

NO

NO

6-1 COMPRESSOR AND ELECTRIC COMPONENTS

Power Source.

Remove PTC-Starter
from Compressor and
measure voltage
between Terminal C of
Compressor and
Terminals 5 or 6 of PTC.

No Voltage.

Applied voltage isn't
in range of Rating
Voltage ±10%.

(Rated Voltage
±10%)?

OLP disconnected?

Advise customer that
power supply needs to be
checked by an electrician.

Replace OLP.

Check connection
condition.

Reconnect.

Check
resistance of
Motor
Compressor.

Check
resistance of
PTC-Starter.

Check resistance
between M-C, S-C and
M-S in Motor
Compressor.

Check resistance of
two terminals in
PTC-Starter.

Replace
Compressor.

Reference Page12.

Check OLP.

Check resistance of two
terminals in OLP.

Reference Page12.

Check
starting state.

Check the power supply
under load.
(Compressor attempting
to re-start after being off
for 5 minutes).

Supply
voltage rating
with ±10%.

Did
compressor
start?

Compressor
is OK

Replace the
compressor

- 10 -

6-2 PTC AND OLP

65

Shows continuity

Open

Normal operation of
Compressor is
impossible or poor.

Separate PTC-Starter
from Compressor and
measure resistance
between No. 5 and 6
of PTC-Starter with a
Tester.
(Figure 14)

Separate OLP from
Compressor and check
resistance value
between two terminals
of OLP with a Tester.
(Figure 15)

Observation value is
115V/60Hz : 6.8Ω±30%

The resistance value
is 0Ω (short) or
∞ (open).

Check another
electric component.

Replace OLP.

Replace PTC­Starter.

Figure 14

Figure 15

- 11 -

6-3 OTHER ELECTRICAL COMPONENTS

▼ Not cooling at all

Compressor
doesn't run.

▼ Poor cooling performance

Compressor runs
poorly.

Check for open short or
incorrect resistance readings
in the following components

a. Starting devices

b. OLP

c. Compressor coil

d. Wiring harness

Check starting
voltage.

Check voltage at
starting devices.

Cause

Short, open, or broken.

Poor contact
or shorted.

Coil open or shorted.

Poor contact
or shorted.

Low voltage.

Poor or broken or
open contact.

Replace
indicated component.

Advise customer that
the Power supply
needs to be checked
by an electrician.

Replace
indicated component.

Fan motor
doesn't run.

Heavy frost buildup on
EVAPORATOR.

Check current flowing
in sub-coil of
Compressor.

Check rating of OLP.

Check wiring circuit.

Check Fan Motor.

Check current flow in
the following
components:
Sensor
Fuse-M

Check current flow in
the Defrost Heater.

Shorted.

Lack of capacity.

Wire is open or
shorted.

Coil is shorted
or open.

Open.

Open.

Replace
indicated component.

Replace
indicated component.

Replace
Defrost Heater.

- 12 -

6-4 SERVICE DIAGNOSIS CHART

COMPLAINT POINTS TO BE CHECKED REMEDY

No Cooling.

Cools poorly.

Food in the
Refrigerator
is frozen.

Condensation or ice
forms inside
the unit.

Condensation forms
in the Exterior Case.

There is abnormal
noise.

• Is the power cord unplugged from the outlet?

• Check if the power switch is set to OFF.

• Check if the fuse of the power switch is shorted.

• Measure the voltage of the power outlet.

• Check if the unit is placed too close to the wall.

• Check if the unit is placed too close to the stove,

gas cooker, or in direct sunlight.

• Is the ambient temperature too high or
the room door closed?

• Check if food put in the refrigerator is hot.

• Did you open the door of the unit too often

or check if the door is sealed properly?

• Check if the Control is set to Warm position.

• Is food placed in the cooling air outlet?

• Check if the control is set to colder position.

• Is the ambient temperature below 41°F(5°C)?

• Is liquid food sealed?

• Check if food put in the refrigerator is hot.

• Did you open the door of the unit too

often or check if the door is sealed properly?

• Check if the ambient temperature and humidity
of the surrounding air are high.

• Is there a gap in the door gasket?

• Is the unit positioned in a firm and even place?

• Are any unnecessary objects placed

in the back side of the unit?

• Check if the Drip Tray is not firmly fixed.

• Check if the cover of the compressor enclosure

in the lower front side is taken out.

• Plug into the outlet.

• Set the switch to ON.

• Replace the fuse.

• If the voltage is low, correct the wiring.

• Place the unit about 4 inches (10 cm) from the wall.

• Place the unit away from these heat sources.

• Lower the ambient temperature.

• Put in foods after they have cooled down.

• Don't open the door too often and close

it firmly.

• Set the control to Recommended position.

• Place foods in the high-temperature section.

(front part)

• Set the control to Recommended position.

• Set the control to Warm position.

• Seal liquid foods with wrap.

• Put in foods after they have cooled down.

• Don't open the door too often and close

it firmly.

• Wipe moisture with a dry cloth. It will disappear
in low temperature and humidity.

• Fill up the gap.

• Adjust the Leveling Screw, and position the

refrigerator in a firm place.

• Remove the objects.

• Fix the Drip Tray firmly in the original position.

• Place the cover in its original position.

Door does not
close well.

Ice and foods
smell unpleasant.

● Other possible problems:

Check if frost forms in
the freezer.

Check the
refrigeration system.

Check the
Thermistor.

• Check if the door gasket is dirty with
an item like juice.

• Is the refrigerator level?

• Is there too much food in the refrigerator?

• Check if the inside of the unit is dirty.

• Are foods with a strong odor unwrapped?

• The unit smells of plastic.

Not
defrosting

The system
is faulty.

The operation of
the Thermistor is
incorrect.

• Clean the door gasket.

• Position in the firm place and level the

Leveling Screw.

• Make sure food stored in shelves does not prevent
the door from closing.

• Clean the inside of the unit.

• Wrap foods that have a strong odor.

• New products smell of plastic, but this

will go away after 1-2 weeks.

Check Components
of the defrosting
circuit.

Perform sealed
system repair.

Replace the
Thermistor.

- 13 -

6-5 REFRIGERATION CYCLE

▼ Troubleshooting Chart

CAUSE

PARTIAL Freezer Low flowing sound of A little higher • Refrigerant level is low due
LEAKAGE compartment and Refrigerant is heard and than ambient • to a leak.

LEAKAGE

COMPLETE Freezer Flowing sound of refrigerant Equal to ambient • No discharging of Refrigerant.
LEAKAGE compartment and is not heard and frost isn't temperature. • Normal cooling is possible by

CLOGGED BY DUST

PARTIAL Freezer Flowing sound of refrigerant A little higher • Normal discharging of the
CLOG compartment and is heard and frost forms than ambient • refrigerant.

WHOLE
CLOG

MOISTURE Cooling operation Flowing sound of refrigerant Lower than • Cooling operation restarts
CLOG stops periodically. is not heard and frost melts. ambient • when heating the inlet of the

COMPRESSION

COMP- Freezer and Low flowing sound of A little higher • Low pressure at high side

DEFECTIVE

RESSION Refrigerator refrigerant is heard and than ambient • of compressor due to low

STATE OF

THE UNIT

Refrigerator don't frost forms in inlet only. temperature. • Normal cooling is possible by
cool normally. • restoring the normal amount of

Refrigerator don't formed. • restoring the normal amount of
cool normally. • refrigerant and repairing the leak.

Refrigerator don't in inlet only. temperature. • The capillary tube is faulty.
cool normally.

Freezer
compartment and
Refrigerator don't cool.

don't cool. frost forms in inlet only. temperature. • refrigerant level.

STATE OF THE

EVAPORATOR

Flowing sound of refrigerant Equal to ambient • Normal discharging of the
is not heard and frost isn't temperature. • Refrigerant.
formed.

TEMPERATURE

OF THE

REMARKS

COMPRESSOR

• refrigerant and repairing the leak.

temperature. • capillary tube.

NO COMP- No compressing Flowing sound of refrigerant Equal to ambient • No pressure in the high
RESSION operation. is not heard and there is temperature. • pressure part of the

no frost. • compressor.

- 14 -

6-5-1 SEALED SYSTEM DIAGNOSIS

“Not Cooling” Complaint

All components operating, No airflow problems, Not frosted up as a defrost problem

problem has been isolated to sealed system area

Frost

Pattern?

Equalization

Test

Partial

Very Fast

Inefficient

Compressor

Partial

Restriction

Complete

Restriction

Equalization

Test

Condenser

Temperature

None

Very Fast

Very SlowVery Slow

Hotter than Normal

Air/Low Side

Leak

Loss of Change

Compressor Not

Pumping

Cap Tube

Sound

Room Temperature

Trace of Oil

Undercharge

Leak

Yes

No

Faint

Fast

None to Weak

(The equalization test is trying to restart a compressor using a start kit after it has been operating.)

- 15 -

7. OPERATION PRINCIPLE AND REPAIR METHOD OF ICEMAKER

• Adjusts EJECTOR to Start Position with power on.

Power On

Start Position

Ice Making

Mode

Harvest

Mode

Park Position

Fill

Test Mode

• Waits until water becomes cold after starting the
ice making operation.

• Runs MOTOR to drop ice from the tray the ICE BIN.

• Performs Ice Making Mode after supplying water by operating

the SOLENOID in ICE VALVE.

• To operate LINE and SERVICE, press and hold the Fill Key
for 3 seconds. The ice maker will run through 3 stages:
Harvest Fill Icemaking.

• With the detect lever, checks if the ICE BIN is full.

7-1 OPERATION PRINCIPLE

7-1-1 Operation Principle of IceMaker

1. Turning the Icemaker stop switch off (O) stops the ice making function.

2. Setting the Icemaker switch to OFF and then turning it back on will reset the icemaker control.

- 16 -

7-2 CONTROL METHOD ACCORDING TO FUNCTIONS

Heater

on

off

on

0V

5V

off

30 sec.

10 sec.

Motor

Hall IC

Ice removing
completion point

2 ms

Ice making sensor temperature is 50°F(10˚C)
or more
Max. 18 minutes
After detect LEVER rises

7-2-1 Start Position

1. After POWER OFF or Power Outage, check the EJECTOR's position with MICOM initialization to restart.

2. How to check if it is in place:

- Check HIGH/LOW signals from HALL SENSOR in MICOM PIN.

3. Control Method to check if it is in place:
(1) EJECTOR is in place,

- It is an initialized control, so the mode can be changed to ice making control.

(2) EJECTOR isn't in place:

A. If EJECTOR is back in place within 2 minutes with the motor on, it is being initialized. If not, go to Step B.
B. If EJECTOR is back in place within 18 minutes with the heater on (to control Heater on its OFF condition), it is being

initialized. If not, it is not functioning. Repeat Step B with Heater and Motor off.

7-2-2 Ice Making Mode

1. Ice Making control refers to the freezing of supplied water in the ice trays. Complete ice making operations by measuring
the temperature of the Tray with Ice-Making SENSOR.

2. Ice Making starts after completing fulfilled ice control and initial control.

3. The Ice Making function is completed when the sensor reaches 19°F(-7°C), 60 to 240 minutes after starting.

4. If the temperature sensor is defective, the ice-making function will be completed in 4 hours.

NOTE : After Icemaker Power is ON, the Icemaker heater will be on for test for 9 sec.

7-2-3 Harvest Mode

1. Ice-removing control refers to the operation of dropping cubes into the ice bin from the tray when ice-making has
completed.

2. Ice removing control mode:
(1) Operates Heater for 30 seconds; then operate MOTOR.
(2) After performing Step 1 (to control the Heater on its off condition), Ice-Removal control will be back in place wthin 18

minutes. (Hall SENSOR sign = OV). Ice removal is then complete. Then change the mode to the water supply control.
If this control phase fails to start, it is not functioning. Put the Heater and Motor in the off position. Restart every 2
hours. (Refer to fig.1)

NOTE : If the motor malfunctions and starts before the detect lever rises, MICOM regards the Ice-Removing phase as
completed. Water then starts flowing. To prevent this, MICOM doesn’t switch to water-supply mode, but restarts the ice­removing mode. If this happens 3 times, the motor is malfunctioning and you should stop the loads (Heater, Motor). Then
restart the Ice-Removing mode every 2 hours. (See Step 2 above.)

<fig1. Harvest mode Process>

- 17 -

7-2-4 Fill / Park Position

1. Once a normal harvest mode has been completed, the water solenoid will be activated.

2. The amount of water is adjusted by pressing the water supply control S/W. This changes the time allowed for fill as
illustrated in the chart.

<Water supply amount TABLE>

STAGE TIME TO SUPPLY INDICATIONS REMARKS

1

2

3

4

5

NOTE : Below is an example used by another vendor as an explanation of what is taking place.

6 sec.

6.5 sec.

7 sec.

7.5 sec.

8 sec.

The water amount will vary depending

on the water control Switch setting, as

well as the water pressure of the

connected water line.

- 18 -

7-2-5 Function TEST

1.

This is a compulsory operation for TEST, SVC, cleaning, etc. It is operated by pressing the water supply control KEY for 3 seconds.

2. It operates in the Ice Making mode, but not in the Ice-Removing mode or water supply process. (If there is an ERROR, it
can only be checked in the TEST mode.)

3. If the water supply control KEY is pressed for 3 seconds in the Ice-Making mode (no matter what condition the Ice­Making tray is in) the Ice-Removing operation starts immediately. Water is not yet frozen, so water is poured instead of
ice. If the control doesn’t operate normally in the TEST mode, check and repair as needed.

4. After water is supplied, the normal CYCLE is followed: ice making → Harvest → Fill → Park Position.

5. When Stage 5 is completed in the TEST mode, minimize MICOM in 5 seconds, the time needed to supply water resets to
the previous status in the TEST mode.

<Diagnosis TABLE>

STAGE ITEMS INDICATOR REMARKS

Five seconds after heater starts, heater will

1

2

HEATER

MOTOR

go off if temperature recorded by sensor is
10°C or lever is in up position.

Five seconds after heater starts, you can
confirm that motor is moving.

HALL IC I

3

4

5

6

(detection of

position)

VALVE

HALL IC II

(detection of full-

filled Ice)

Reset

Mark Previous Status on
TEST MODE

You can confirm Hall Ic detection of position.

Two seconds after detection of initial
position, you can confirm that valve is on.

You can check whether hall is sensing Full
ice condition. (If there is a full-filled error, the
fifth LED is not on.)

Five seconds after fifth stage is completed,
the icemaker reset at initial status.

7-3 DEFECT DIAGNOSIS FUNCTION

7-3-1 ERROR CODES shown on Ice Maker water supply control panel

NO DIVISION INDICATOR CONTENTS REMARKS

1

2

Normal

Ice-Making

Sensor

malfunction

Mark time to

supply

None

Open or short-circuited wire

Display switch

operates properly

Make sure that the wire

on each sensor is

connected.

3

ERROR indicators in table can be checked only in TEST mode.

Ice Maker Kit

malfunction

When ejector blades don’t reach

park position over 18 minutes

since Harvest Mode starts.

- 19 -

Check of

HALL IC/MOTOR/

HEATER/RELAY

8. DESCRIPTION OF FUNCTION & CIRCUIT OF MICOM

Better Model

REFRIGERATOR TEMP

COLDER WARMER 37 °F IS RECOMMENDED 0 °F IS RECOMMENDED

FREEZER TEMP

COLDER WARMER

EXPRESS
FREEZING

8-1 FUNCTION

8-1-1 Function

1. When the appliance is plugged in, it is set to "37" for Refrigerator and "0" for freezer.
You can adjust the Refrigerator and the Freezer control temperature by pressing the ADJUST button.

2. When the power is initially applied or restored after a power failure, it is automatically set to "37" & "0".

Control range : 32°F ~ 46°F

0°C ~ 8°C

Control range : -6°F ~ 9°F

-21°C ~ -13°C

8-1-2 How to Change the Temperature Display from °F / °C

1. The temperature display can be toggled between °F & °C by pressing the Refrigerator COLDER key and the Freezer
COLDER Key at the same time and holding for more than one second.

2. The initial setting is °F. Whenever the mode is changed, the LED lights are changed.

8-1-3 Control of freezer fan motor

1. Freezer fan motor has high and standard RPMs.

2. High RPM is used when electricity is first on, for express freezing, and when refrigerator is overloaded.
Standard RPM is used for normal usage.

3. Fan motor stops when refrigerator of freezer door opens.

8-1-4 EXPRESS FREEZING

1. The purpose of this function is to intensify the cooling speed of freezer and to increase the amount of ice.

2. Whenever selection switch is pressed, selection/release, the LED will turn ON or OFF.

3. If there is a power cut and the refrigerator is power on again, EXPRESS FREEZING function will be canceled.

4.To activate this function you need to press the Express Freezing key and the LED will turn ON. This function will remain

activated for 24 hrs. The first three hours the compressor and Freezer Fan will be ON. The next 21hours the freezer will
be controlled at the lowest temperature. After 24 hours or if the Express Freezing key is pressed again, the freezer will
return to its previous temperature.

5. For the first three hours notice the following cases:

(1) Compressor and freezer fan(HIGH RPM) continuously operate for three hours.
(2) If defrost starts during EXPRESS FREEZING, EXPRESS FREZZING operates for the rest of time after defrost is

completed, when EXPRESS FREZZING operation time is less than 90 minutes.
If EXPRESS FREZZING operates for more than 90minutes, the EXPRESS FREZZING will operate for two hours after
defrost is completed.

(3) If EXPRESS FREZZING is pressed during defrost, EXPRESS FREZZING LED is on but this function will start seven

minutes after defrost is completed and it shall operate for three hours.

(4) If EXPRESS FREZZING is selected within seven minutes after compressor has stopped, the compressor (compressor

delays seven minutes) shall start after the balance of the delay time.

(5) The fan motor in the freezer compartment rotates at high speed during EXPRESS FREZZING.

6. For the rest of 21 hours, the freezer will be controlled at the lowest temperature.

8-1-5. REFRIGERATOR LAMP AUTO OFF

1. To protect the risk of lamp heat, when Refrigerator door opens for 7 min., refrigerator lamp is auto off.

- 20 -

8-1-6 Alarm for Open Door

Closed Open Closed Open

3 Times 3 Times 3 Times 3 Times

Closed

Within 1 min. 1 min.

30 sec 30 sec 30 sec

Freezer Door

or Refrigerator

Door

Buzzer

1. This feature sounds a buzzer when the freezer or refrigerator door is not closed within 1 minute after it is opened.

2. One minute after the door is opened, the buzzer sounds three times each for 1/2 seconds. These tones repeat every 30
seconds.

3. The alarm is cancelled when the freezer or the refrigerator is closed while the buzzer sounds.

8-1-7 Buzzer Sound

When the button on the front Display is pushed, a Ding~ Dong~ sound is produced.
(Refer to the Buzzer Circuit 7-2-4 No. 2)

8-1-8 Defrosting (removing frost)

1. Defrosting starts each time the COMPRESSOR running time reaches 7 hours.

2. For initial power on or for restoring power, defrosting starts when the compressor running time reaches 4 hours.

3. Defrosting stops if the sensor temperature reaches 46.4°F(8°C) or more. If the sensor doesn’t reach 46.4°F(8°C) in
2 hours, the defrost mode is malfunctioning. (Refer to the defect diagnosis function, 7-1-9.)

4. Defrosting won’t function if its sensor is defective (wires are cut or short circuited)

- 21 -

8-1-9 Electrical Parts Are Turned On Sequentially

Electrical parts such as COMP, defrosting heater, freezer FAN, etc. are turned on in the following order to prevent noise and
parts damage. Several parts are started at the same time at initial power on and are turned off together when TEST is
completed.

OPERATING ORDERS

Temperature of Defrosting
Sensor is 113°F [45°C] or
more (when unit is newly

Initial power on

purchased or when moved)

POWER

ON

in 0.5 sec in 0.5 sec

COMP

ON

Freezer FAN

ON

Temperature of defrosting
sensor is lower than 113°F
[45°C] (when power cuts,
SERVICE)

Reset to normal operation
from TEST MODE

POWER

in 0.5 sec

ON

in 0.5 sec in 0.5 sec

COMP

Defrosting

heater ON

ON

Total load

in 7 min in 0.5 sec

COMP

OFF

ON

in 10 sec

Freezer FAN

ON

Freezer FAN

Defrost heater

OFF

ON

- 22 -

8-1-10 Defect Diagnosis Function

 Defect code signs Defect code signs

Better Model

REFRIGERATOR TEMP

COLDER WARMER 37 °F IS RECOMMENDED 0 °F IS RECOMMENDED

FREEZER TEMP

COLDER WARMER

EXPRESS
FREEZING

1. Automatic diagnosis makes servicing the refrigerator easy.

2. When a defect occurs, the buttons will not operate; but the tones. such as ding. will sound.

3. When the defect CODE removes the sign, it returns to normal operation (RESET).

4. The defect CODE shows on the Refrigerator and Freezer Display.

ERROR CODE on display panel

NO ITEM

Failure of freezer

1

sensor

Failure of

2

Refrigerator sensor

ERROR CODE



Er

Er

FS

rS

CONTENTS REMARKS

Cut or short circuit wire

Cut or short circuit wire

Inspect Connecting wires

Failure of defrost

3

sensor

Failure of Room

4

Temperature
sensor

Failure of defrost

5

mode

Failure of BLDC
Fan Motor at

6

Freezing
Compartment

Er

dS

When display check

mode: Er rt

Er

Er

dH

FF

Cut or short circuit wire

Cut or short circuit wire

When defrost sensor

doesn’t reach 8°C within

2 hours after starting

defrost.

If there is no fan motor

signal for more than 65sec

in operation fan motor

on each sensor

Snapping of defrost heater

or Temperature fuse, pull-

out of connector (indicated

minimum 2 hours after

failure occurs)

Poor motor, hooking to
wires of fan, contact of

structures to fan, snapping

or short circuit of Lead

wires

Note 1) Room Temperature Sensor is not indicated on the failure indicating part but indicated in checking

Display. (When pressing for more than the warmer key of Refrigerator Temp. and the warmer kye of
Freezer Temp for more than 1 second).

✽ LED check function: If simultaneously pressing the warmer key of Refrigerator Temp and the warmer key of

Freezer Temp for a second, all display LED graphics on. If releasing the button, the LED graphics displays
the previous status.

- 23 -

8-1-11 TEST Mode

1. The Test mode allows checking the PCB and the function of the product as well as finding out the defective part in case of
an error.

2. The test mode is operated by pressing two buttons at Display panel.

3. While in the test mode, the function control button is not recognized, but the recognition tone (beep~) sounds.

4. After exiting the test mode, be sure to reset by unplugging and then plugging in the appliance.

5. If an error, such as a sensor failure, is detected while in the test mode, the test mode is cleared and the error code is
displayed.

6. While an error code is displayed, the test mode will not be activated.

MODE MANIPULATION CONTENTS REMARKS

TEST1

TEST2

TEST3

Reset

Push Express Freezing
Key and COLDER KEY
of Freezer Temp. at the
Same time over 3
seconds. OR Push TEST
S/W (in the main Board)
Once.

Push Express Freezing
Key and COLDER KEY
of Freezer Temp. at the
Same time over 3
seconds. In TEST MODE
1 OR Push TEST S/W
Once in TEST MODE 1

Push Express Freezing
Key and COLDER KEY
of Freezer Temp. at the
Same time over 3
seconds. In TEST MODE
2 OR Push TEST S/W
Once in TEST MODE 2

Push Express Freezing
Key and COLDER KEY
of Freezer Temp. at the
Same time over 3
seconds. In TEST MODE
3 OR Push TEST S/W
Once in TEST MODE 3

1) Continuous operation of the
COMPRESSOR and the Freezer fan

2) Stepping DAMPER OPEN

3) Defrosting HEATER OFF

4) DISPLAY LED all ON

1) Continuous operation of the
COMPRESSOR and the Freezer fan

2) Stepping DAMPER CLOSE

3) Defrosting HEATER OFF

4) DISPLAY LED ahows no. 2

1) COMPRESSOR and the Freezer fan
OFF

2) Stepping DAMPER CLOSE

3) Defrosting HEATER ON

4) DISPLAY LED ahows no. 3

Reset to the previously setting
Before TEST MODE

Reset if the
Temperature of the
Defrosting sensor is
46°F (8°C) or more.

The compressor will
Start after a 7-minute
Delay.

* Freezer Fan RPM Variable Check:

In case the freezer fan is in operation when the WARMER KEY in Refrigerator and Freezer Temp. Control are pressed for
more than one second at the same time freezer fan RPM changes. (for example if high speed, to normal speed or if
normal speed, to high speed for 30 seconds)
After 30 seconds, it turns to its original RPM.

* Demonstration MODE:

1. When the KEY of refrigerator Temp. control or of freezer Temp. control is pushed and held over 5 seconds, warmest
temperature’s It converts to Demonstration Mode.

2. In this status, each LED is rotated with 1 second interval.

3. In this status, all Loads are off (Compressor / Fan / Damper / Heater)
(Even is Demonstration Mode, the refrigerator Lamp automatic off function warks normally and can be demonstrated)

4. It reset if you do again as clause.

- 24 -

8-2 PCB FUNCTION

8-2-1 Power Circuit

The secondary part of the TRANSFORMER is composed of the power supply for the display, the BLDC FAN Motor drive
(15.5 V), the relay drive (12 Vdc) and the MICOM and IC (5 Vdc).

The voltage for each part is as follows:

PART VA 1 CE 3 CE 4 CE 5

VOLTAGE 115 Vac 12 Vdc 15.5 Vdc 5 V

VA1 is a part for preventing over voltage and noise. When 385V or higher power is applied, the inside elements are short­circuited and broken, resulting in blowout of the fuse in order to protect the elements of the secondary part of the
TRANSFORMER.

- 25 -

8-2-2 Oscillation Circuit

This circuit generates the base clock for calculating time and the synchro clock for transmitting data from and to the inside
logic elements of the IC1 (MICOM). Be sure to use specific replacement parts, since calculating time by the IC1 may be
changed. If changed, the OSC1 SPEC will not work.

8-2-3 Reset Circuit

The RESET circuit allows all the functions to start at the initial conditions by initializing various parts, including the RAM
inside the MICOM (IC1) when the power is initially supplied or the power supply to the MICOM is restored after a
momentary power failure. For the initial 10ms of power supply, LOW voltage is applied to the MICOM RESET terminal.
During a normal operation, 5V is applied to the RESET terminal. (If a malfunction occurs in the RESET IC, the MICOM will
not operate.)

- 26 -

8-2-4 Load / Buzzer Drive & Open Door Detection Circuit

1. Load Drive Condition Check

LOAD TYPE

Measurement Location (IC6)

ON

Condition

OFF

2. Fan motor driving circuit (freezing compartment fan)

1. This circuit makes standby power 0 by cutting off power supplied to ISs inside of the fan motor in the fan motor OFF.

2. This is a circuit to perform a temporary change of speed for the fan motor and applies DC voltage up to 7.5V ~ 16V to motor.

3. This circuit prevents over-driving the fan motor by cutting off power applied to the fan motor in the lock of fan motor by
sensing the operation RPM of the fan motor.

MOTOR OFF 2V or less 0V 5V

MOTOR ON 13V~15V 0V 2V~3V

COMP

NO.12 NO.14 NO.15 NO.13

part part part

a b

DEFROSTING

HEATER

LAMP

1V or below

12V

c

FRENCH DOOR

HEATER 1, 2 /
DEW HEATER

- 27 -

2. Buzzer Drive Condition Check

0 V

5 V

0 V

5 V

0.5 s 0.5 s

2.63 kz (Beep~)

OFF

0.05 s

0.1 s0.2 s 2 s

0 V

5 V

0 V

5 V

2.63 kz

(

Ding~)

2.21 kz (

Dong~)

Condition

Measure-

Tone (Ding~Dong~) when the button on

the display is pushed.

Alarm for open door

(beep-beep-beep)

ment Location

IC1 ( ) 0 V

A

IC1 ( ) 0 V

B

3. Open Door Detection Circuit Check

OFF

Freezer/
Refrigerator Door

Measurement

Location

Closed 5 V

Open 0 V

- 28 -

(PIN NO.30 & PIN NO.27)

8-2-5 Temperature Sensor Circuit

The upper CIRCUIT reads REFRIGERATOR temperature, FREEZER Temperature, and DEFROST-SENSOR temperature
for defrosting and the indoor temperature for compensating for the surrounding temperature into MICOM.
OPENING or SHORT state of each TEMPERATURE SENSOR are as follows:

SENSOR CHECK POINT NORMAL (-30°C ~ 50°C)

Freezer Sensor POINT Voltage

Refrigerator Sensor POINT Voltage

A

B

0.5 V ~ 4.5 V 0 V 5 V

Defrosting Sensor POINT Voltage

Room Temperature sensor

POINT Voltage

C

D

8-2-6 Refrigeration Compartment Stepping Motor Damper Circuit

* The circuit shown below is the damper circuit to regulate the refrigerator temperature.

SHORT-CIRCUITED

OPEN

- 29 -

8-2-7 Key Button Input & Display Light-On Circuit

➧ The circuit shown above determines whether a function control key on the operation display is pushed. It also turns on the

corresponding function indication LED (LED Module) SEVEN SEGMENT DISPLAY (SEVEN SEGMENT DISPLAY
MODULE). The drive type is the scan type

- 30 -

8-3 RESISTANCE SPECIFICATION OF SENSOR

TEMPERATURE

- 20 ˚C (-4 °F) 22.3 KΩ 77 KΩ

- 15 ˚C (5 °F) 16.9 KΩ 60 KΩ

- 10 ˚C (14 °F) 13.0 KΩ 47.3 KΩ

- 5 ˚C (23 °F) 10.1 KΩ 38.4 KΩ

0 ˚C (32 °F) 7.8 KΩ 30 KΩ

+ 5 ˚C (41 °F) 6.2 KΩ 24.1 KΩ

+ 10 ˚C (50 °F) 4.9 KΩ 19.5 KΩ

+ 15 ˚C (59 °F) 3.9 KΩ 15.9 KΩ

+ 20 ˚C (68 °F) 3.1 KΩ 13 KΩ

+ 25 ˚C (77 °F) 2.5 KΩ 11 K Ω

+ 30 ˚C (86 °F) 2.0 KΩ 8.9 KΩ

+ 40 ˚C (104 °F) 1.4 KΩ 6.2 KΩ

+ 50 ˚C (122 °F) 0.8 KΩ 4.3 KΩ

RESISTANCE OF FREEZER

SENSOR

RESISTANCE OF REFRIGERATOR &

DEFROST SENSOR & ROOM SENSOR

• The resistance of the SENSOR has a ±5% common difference.

• Measure the resistance of the SENSOR after leaving it for over 3 minutes in the measuring temperature.

This delay is necessary due to sensor response speed.

• Measure the F-SENSOR, SUPER FROST SENSOR, R1, R2-SENSOR after disconnect CON5 of PWB ASSY, MAIN.

- 31 -

COOLING is poor. NO COOLING. 1. If the COMPRESSOR USE TEST MODE1 COMPRESSOR locked or Replace COMPRESSOR.

is poor.

POWER SOURCE 1.

8-4 TROUBLESHOOTING

PROBLEM INDICATED BY CHECK CHECKING METHOD CAUSE SOLUTION

4. Door Line contact. Check the seal when Door liner damaged. Replace door liner.

the door is closed.

3. If SENSOR Check the resistance SENSOR RESISTANCE is Replace SENSOR.
is normal. sticking on the EVAPORATOR . is poor.

is normal. of the Refrigerator poor.

SENSOR.

TEMPERATURE is operates. (forced COOLING).

incorrect CONNECTING WIRE is poor. Refer to 8-2-4. 2 and check

2. If DEFROSTING Check the amount of frost DEFROSTING is poor. See DEFROSTING

FREEZER 1. If FAN MOTOR USE TEST MODE1 FAN MOTOR is poor. Replace the FAN MOTOR.

2. If refrigerant is leaking. Measure the amount of frost Refrigerant leakage. Replace the leaking part and

. sticking on EVAPORATOR replace any lost refrigerant.

and the surface temperature

of the condenser pipe.

DISPLAY operates the MAIN PWB CONNECTOR. is poor.

abnormally CONNECTOR. TRANS FUSE is open. Replace TRANS.

operate.

(forced COOLING).

If less than 7 minutes pass OLP, PTC is poor. Replace OLP, PTC.

after compressor shuts off, COMPRESSOR RELAY is Replace MAIN PWB.

don’t press the KEY and poor.

wait. THE CONNECTING WIRE Check the connection of the

2.
DISPLAY is off.

The whole DISPLAY

LED/SEVEN SEGMENT

DISPLAY LED/

SEVEN SEGMENT

2. If LAMP is dim. Check visually. Applied voltage error. Use boosting TRANS.

3. The connection of Check connection of CONNECTOR connection Reconnect CONNECTOR.

1. FREEZER/ Check if FREEZER/ POWER SOURCE is poor. Check outlet Voltage.

REFRIGERATOR. REFRIGERATOR DOOR IS

OPEN and check display.

is poor. black wire of the MAIN PWB

CONNECTOR (CON1).

blocked.

- 32 -

DEFROSTING is NO DEFROSTING. 1. If HEATER emits heat. USE TEST MODE2 HEATER disconnection. Replace HEATER.

poor. (forced DEFROSTING).

COOLING is poor. If REFRIGERATOR 1. If FREEZER TEMPERATURE Check is FREEZER Make sure the

TEMPERATURE is normal. TEMPERATURE is too low. DOOR isattached.

is too low. 2. If amount of cool air from Make sure that the amount FAN MOTOR is poor. Replace FAN MOTOR.

PROBLEM INDICATED BY CHECK CHECKING METHOD CAUSE SOLUTION

3. If ice remains after Make sure that DEFROST Connection is poor. Reassemble the

DEFROSTING. SENSOR is connected. DEFROST-SENSOR.

Make sure that FREEZER /

REFRIGERATOR DOOR is closed.

DOOR does not close Reassemble DOOR.

properly. Replace GASKET.

blocked. Check HEATER PLATE

2. If DRAIN PIPE is Check DRAIN PIPE. DRAIN PIPE is blocked. Remove ice and impurities.

TEMPERATURE FUSE Replace TEMPERATURE

disconnection. FUSE.

DEFROST-SENSOR is poor. Replace DEFROST-SENSOR.

HEATER RELAY is poor. Replace RY2 of MAIN PWB.

Connection is poor. Check EVAPORATOR

3. Door Line contact. Check door seal when Door liner damaged. Replace Door liner.

check supplied on the EVA frozen. See DEFROSTING is poor.

REFRIGERATOR.

door is closed.

FAN MOTOR is and speed of cool air are Passage of cool air Remove impurities.

sufficient. sufficient by touching the is blocked.

resistance.

connection and wire of MAIN

PWB CONNECTOR.

- 33 -

8-5 MAIN PWB ASSEMBLY AND PARTS LIST

8-5-1 Main PWB Assembly

- 34 -

8-5-2 Replacement Parts List

- 35 -

8-5-3 PWB Assembly, Display, And Parts List

SW106

- 36 -

8-6 PWB DIAGRAM

8-6-1 PWB Main Assembly

- 37 -

- 38 -

9. EXPLODED VIEW & REPLACEMENT PARTS LIST

106A

315A

400A

313A

501A

411A

501F

303C

318A

303B

314A

300A

312A

317A

304A

103A

105A

301A

283B

283B

328A

418A

207B

103B

207A

271C

271B

271A

271B

315B

315B

315C

315C

323B

329C

420A

319A

319C

503D

262B

410A

409D

409B

158A

405F

404A

405C

332A

135D

405A

158B

145B

409A

503C

503E

106A

120B

145A

406D

249D

249C

610A

610A

406A

282F

405B

329A

262H

103C

135C

402A

402A

410G

406B

CASE PARTS

CAUTION: Use the part number to order part, not the position number.

- 39 -

FREEZER PARTS

145C

136A

136B

237C

248F

145F

177B

131A

CAUTION: Use the part number to order part, not the position number.

- 40 -

REFRIGERATOR PARTS

141B

141C

141A

141B

141C

141A

146A

161E

*

141B

141C

141A

141B

141C

141A

147C

147B

147A

167B

154A

161A

*

145E

161C

*

160B

161A

*

161D

*

151A

248H

162B

145D

160B

162A

160C

155J

146B

151C

161F

*

210A

CAUTION: Use the part number to order part, not the position number.

: on some models

*

- 41 -

DOOR PARTS

233A233D

231A

233B 233C

231B

241C

237A

241C

241C

230B

241A

241B

241C

237A

241C

243A

243A

205C

203A

201A

205B

205A

249B

249A

281D

212D

281D

244E

244E

212G

230A

CAUTION: Use the part number to order part, not the position number.

: on some models

*

- 42 -

ICE & MAKER PARTS

602A

600A

616E

619A

623B

623A

CAUTION: Use the part number to order part, not the position number.

- 43 -

P/No. 3828JL8031C APR., 2004 Printed in Korea