Sharp AX-GX2T(R), AX-GX2T(W) Service Manual

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AXGX2TR

SERVICE MANUAL

No.S3201AXGX2TR_T

WATER OVEN

MODELS

AX-GX2T(R)
AX-GX2T(W)

In the interests of user-safety the oven should be restored to its original condition and only parts identical to those
specified should be used.

CONTENTS

CHAPTER 1. BEFORE SERVICING

CHAPTER 2. WARNING TO SERVICE PERSONNEL

CHAPTER 3. PRECAUTIONS FOR USING LEAD­FREE SOLDER

CHAPTER 4. PRODUCT DESCRIPTION

CHAPTER 5. OPERATION

CHAPTER 6. TEST PROCEDURE

CHAPTER 7. COMPONENT REPLACEMENT AND
ADJUSTMENT PROCEDURE

CHAPTER 8. MICROWAVE MEASUREMENT

CHAPTER 9. CIRCUIT DIAGRAMS

Parts Guide

This document has been published to be used for
after sales service only.
The contents are subject to change without notice.

CONTENTS

CHAPTER 1. BEFORE SERVICING

[1] GENERAL IMPORTANT INFORMA-

TION ........................................................... 1-1

[2] CAUTION MICROWAVE RADIATION ........ 1-1

[3] WARNING................................................... 1-1

CHAPTER 2. WARNING TO SERVICE PERSON­NEL

[1] Before Servicing.......................................... 2-1

[2] When the testing is completed,................... 2-1

[3] After repairing.............................................. 2-2

[4] Before replacing the Printed Wiring

Board .......................................................... 2-2

CHAPTER 3. PRECAUTIONS FOR USING LEAD­FREE SOLDER

CHAPTER 4. PRODUCT DESCRIPTION

[1] SPECIFICATIONS ...................................... 4-1

[2] OVEN COMPONENTS ILLUSTRATION..... 4-2

CHAPTER 5. OPERATION

[1] Water supply/drainage schematic............... 5-1

[2] Operation of electric parts in each heat-

ing mode ..................................................... 5-3

[3] OFF CONDITION........................................ 5-4

[9] BOTTOM PLATE ASSEMBLY REMOV-

AL................................................................ 7-4

[10] ENGINE UNIT REMOVAL........................... 7-4

[11] TUBE PUMP ASSEMBLY REMOVAL......... 7-5

[12] DC FAN MOTOR (Ventilation) REMOV-

AL................................................................ 7-5

[13] CONVECTION UNIT ASSEMBLY............... 7-6

[14] MAGNETRON REPLACEMENT................. 7-6

[15] SIROCCO MOTOR REMOVAL................... 7-7

[16] ANTENNA MOTOR AND ANTENNA

SWITCH REMOVAL...............................

[17] POWER SUPPLY CORD REPLACE-

MENT.......................................................... 7-7

[18] INVERTER UNIT ASSEMBLY REMOV-

AL................................................................ 7-8

[19] CONTROL UNIT REMOVAL....................... 7-8

[20] DISPLAY UNIT REPLACEMENT................ 7-8

CHAPTER 8. MICROWAVE MEASUREMENT

CHAPTER 9. CIRCUIT DIAGRAMS

[1] PICTORIAL DIAGRAM ............................... 9-1

[2] MAIN CIRCUIT ........................................... 9-5

[3] INVERTER UNIT CIRCUIT......................... 9-5

[4] CONTROL UNIT CIRCUIT ......................... 9-6

[5] DISPLAY UNIT CIRCUIT ............................ 9-7

..... 7-7

CHAPTER 6. TEST PROCEDURE

[1] MAGNETRON (MG) TEST ......................... 6-1

[2] SECONDARY INTERLOCK SWITCH

AND PRIMARY INTERLOCK SYSTEM

TEST........................................................... 6-2

[3] MONITOR SWITCH TEST.......................... 6-3

[4] FUSE F20A TEST....................................... 6-3

[5] CHECKING TEMPERATURE IN THE

CONVECTION (Oven) MODE .................... 6-4

[6] ERROR LIST .............................................. 6-4

[7] How to check in the event of an error ......... 6-5

[8] Check and remedy in the event of mal-

function ....................................................... 6-9

[9] TEST MODE ............................................. 6-12

CHAPTER 7. COMPONENT REPLACEMENT AND
ADJUSTMENT PROCEDURE

[1] WARNINGS ................................................ 7-1

[2] OUTER CASE REMOVAL .......................... 7-1

[3] BACK PLATE REMOVAL............................ 7-1

[4] DOOR ASSEMBLY REPLACEMENT ......... 7-2

[5] DOOR COVER REMOVAL AND DOOR

PACKING INSTALLATION .......................... 7-2

[6] DOOR ADJUSTMENT ................................ 7-3

[7] DOOR SENSING SWITCH, SECOND-

ARY INTERLOCK SWITCH AND MONI-

TOR SWITCH REPLACEMENT ................. 7-3

[8] DOOR SENSING SWITCH, SECOND-

ARY INTERLOCK SWITCH AND MONI-

TOR SWITCH ADJUSTMENT .................... 7-4

Parts Guide

1 – 1

Service Manual

CHAPTER 1. BEFORE SERVICING

[1] GENERAL IMPORTANT INFORMATION

This Manual has been prepared to provide Sharp Corp. Service engineers with Operation and Service Information.

It is recommended that service engineers carefully study the entire text of this manual, so they will be qualified to render satisfactory customer ser­vice.

[2] CAUTION MICROWAVE RADIATION

DO NOT BECOME EXPOSED TO RADIATION FROM THE MICROWAVE GENERATOR OR OTHER PARTS CON­DUCTING MICROWAVE ENERGY.

Service engineers should not be exposed to the microwave energy which may radiate from the magnetron or other
microwave generating devices if it is improperly used or connected. All input and output microwave connections,
waveguides, flanges and gaskets must be secured. Never operate the device without a microwave energy absorbing
load attached. Never look into an open waveguide or antenna while the device is energized.

[3] WARNING

Never operate the oven until the following points are ensured.
(A) The door is tightly closed.
(B) The door brackets and hinges are not defective.
(C) The door packing is not damaged.
(D) The door is not deformed or warped.
(E) There is not any other visible damage with the oven.
Servicing and repair work must be carried out only by trained service engineers.

All the parts marked " " on parts list are used at voltages more than 250V.
Removal of the outer wrap gives access to potentials above 250V.
All the parts marked "*" on parts list may cause undue microwave exposure, by themselves, or when they are damaged,

loosened or removed.

WARNING: THIS APPLIANCE MUST BE EARTHED

IMPORTANT

THE WIRES IN THIS MAINS LEAD ARE COLOURED IN ACCORDANCE WITH THE FOLLOWING CODE:
GREEN----------------------------------EARTH
WHITE -----------------------------------NEUTRAL
BLACK----------------------------------- LIVE

2 – 1

Service Manual

CHAPTER 2. WARNING TO SERVICE PERSONNEL

The ovens contain circuitry capable of producing very high voltage and current, contact with following parts may result in a severe, possibly fatal,
electrical shock.

(Example)

Inverter unit, Magnetron, High Voltage Harness etc..

Read the Service Manual carefully and follow all instructions.

[1] Before Servicing

1. Disconnect the power supply cord, and then remove the outer case and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after discharging.

WARNING: Use the pliers that the portions of their handles are insulated completely to avoid an electric shock.

WARNING: RISK OF ELECTRIC SHOCK. DISCHARGE THE HIGH-VOLTAGE CAPACITOR BEFORE SERVICING.

The high-voltage capacitor remains charged about 60 seconds after the oven has been switched off. Wait for 60 seconds.

Whenever troubleshooting is performed the power supply must be disconnected. It may, in some cases, be necessary to connect the power supply
after the outer case has been removed, in this event,

1. Disconnect the power supply cord, and then remove the outer case and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after discharging.

WARNING: Use the pliers that the portions of their handles are insulated completely to avoid an electric shock.

8. Remove the bottom plate assembly, referring to “BOTOM PLATE ASSEMBLY” in page 8-4.

9. Disconnect the leads to the primary of the inverter unit.

10.Ensure that the leads remain isolated from other components and oven chassis by using insulation tape.

11.After that procedure, reconnect the power supply cord.

[2] When the testing is completed,

1. Disconnect the power supply cord, and then remove the outer case and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

Don't Touch !
Danger High Voltage

2 – 2

7. Reconnect the high voltage wire to the magnetron terminal after discharging.

WARNING: Use the pliers that the portions of their handles are insulated completely to avoid an electric shock.

8. Reconnect all leads removed from components during testing.

9. Reinstall the outer case and the back plate assembly.

10.Reconnect the power supply cord after the outer case and the back plate assembly are installed.

11.Run the oven and check all function.

[3] After repairing

1. Reconnect all leads removed from components during testing.

2. Reinstall the outer case (cabinet) and the back plate assembly.

3. Reconnect the power supply cord after the outer case and the back plate assembly are installed.

4. Run the oven and check all functions.

Super-Steam ovens should not be run empty. To test for the presence of microwave energy within a cavity, place a cup of cold water on the ceramic
oven floor, close the door and set the power to 100% and set the microwave timer for two (2) minutes. When the two minutes has elapsed (timer at
zero) carefully check that the water is now hot. If the water remains cold carry out Before Servicing procedure and re-examine the connections to the
component being tested.

When all service work is completed and the oven is fully assembled, the microwave power output should be checked and microwave leakage test
should be carried out.

[4] Before replacing the Printed Wiring Board

Some normal boards are found in board units that have been returned due to oven failure. So, most of board replacements may arise from poor har­ness connection. Accordingly, before replacing any board that was judged to require its replacement, use the following procedure to re-check that the
connection terminal of a connector has been properly inserted:

1. When the connectors have been incorrectly inserted to the control unit.

2. When latch switch adjustment is incorrect

When latch switch adjustment is incorrect, symptoms such as no heating, no heating start, no activation even with start button pressed, etc. will occur.

PWB CONNECTOR Symptom

CONTROL UNIT CN-A The oven cannot be powered on.

CN-B No heating can be done (even if the door or thermistor has not been opened). No cooling fan runs.
CN-D No indication, no key insertion and no buzzer sound.
CN-E The oven cannot be powered on, no fan motor runs and no oven lamp illuminate.
CN-G No heating can be done. (Humidity sensor error)

3 – 1

Service Manual

CHAPTER 3. PRECAUTIONS FOR USING LEAD-FREE SOLDER

Employing lead-free solder

The “Main PWB” of this model employs lead-free solder. This is indicated by the “LF” symbol printed on the PWB and in the service manual. The suf­fixletter indicates the alloy type of the solder.

Example:

Using lead-free wire solder

When repairing a PWB with the “LF” symbol, only lead-free solder should be used. (Using normal tin/lead alloy solder may result in cold soldered
joints and damage to printed patterns.)

As the melting point of lead-free solder is approximately 40?C higher than tin/lead alloy solder, it is recommend that a dedicated bit is used, and that
the iron temperature is adjusted accordingly.

Soldering

AAs the melting point of lead-free solder (Sn-Ag-Cu, Sn-Cu-Ni) is higher and has poorer wettability, (flow), to prevent damage to the land of the PWB,
extreme care should be taken not to leave the bit in contact with the PWB for an extended period of time. Remove the bit as soon as a good flow is
achieved. The high content of tin in lead free solder will cause premature corrosion of the bit. To reduce wear on the bit, reduce the temperature or

turn off the iron when it is not required.

Leaving different types of solder on the bit will cause contamination of the different alloys, which will alter their characteristics, making good soldering
more difficult. It will be necessary to clean and replace bits more often when using lead-free solder. To reduce bit wear, care should be taken to clean
the bit thoroughly after each use.

Indicates lead-free solder of tin, silver and copper Indicates lead-free solder of tin, copper and nickel

4 – 1

Service Manual

CHAPTER 4. PRODUCT DESCRIPTION

[1] SPECIFICATIONS

* The International Electrotechnical Commission’s standardized method for measuring output wattage. This test method is widely recognized.

If you cook the food over 8 minutes at 800W, the microwave power will be automatically reduced to 500W to avoid overcooking.

ITEM DESCRIPTION

Power Requirements

110 Volts
60 Hertz
Single phase, 3 wire grounded

Power Consumption

Microwave 1400W 13.0A
Oven/Grill 1410W 12.8A
Steam 930W 8.4A

Microwave Power Output

*800 W nominal of RF microwave energy ( )
500 W nominal of RF microwave energy (Steady)

Operating frequency 2450 MHz
Convection Heating Element Output 1350W
Engine Heating Elements Output 900W

Outside Dimensions

Width 555mm

Height 440mm

Depth 485mm

Cooking Cavity Dimensions

Width 359mm

Height 256mm

Depth 339mm
Weight Approx. 23kg

Control Complement

• Heating modes

Water oven

Oven

WAter Grill

Grill

Steam

Microwave

• Temperature control ----- 100°C ~ 250°C

• Microwave power --------- 800W, 600W, 500W, 200W

4 – 2

[2] OVEN COMPONENTS ILLUSTRATION

1. OVEN

4 – 3

4 – 4

2. CONTROL PANEL

4 – 5

4 – 6

• If the engine unit is replaced, carry out the treatment after engine unit replacement on page 7-5.This page shows how to operate in

" “(steam cooking) which is used at the treatment .

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4 – 7

• How to carry out " "(citrate washing)

Carry out " "(citrate washing) if the display unit is replaced.

5 – 1

Service Manual

CHAPTER 5. OPERATION

[1] Water supply/drainage schematic

1. When installing the reservoir

2. When Steam, Water Oven and Water Grill operations

FEED-WATER RESERVOIR

Water level sensor

ENGINE UNIT ASSEMBLY

TUBE PUMP

Water level unit

DEW TRAY

Water supply tube
to the engine as­sembly

Inserting the reservoir delivers water to the water level unit.

Turning the heater ON generates steam.

Dew condensation water in the oven cavity and the exhaust air
duct is discharged to the dew tray

Activation of the
pump delivers
water to the
engine through
the tube.

5 – 2

3. When removing the reservoir

4. When operating the oven in order to discharge remained water in the engine unit assembly and tube (“Drain
water” mode).

Removing the reservoir discharges remained water in the water level unit to the dew tray.

Remained water
in the tube and
t

he engine is not
discharged even
with the reservoir
removed.

Remained water in the tube is delivered to the engine.
Then the engine heater turn ON so as evaporate
remained water in the engine unit assembly.

Remained water in the water level unit and dew condensation water in the oven cavity
and the exhaust air duct are discharged to the dew tray.

Make sure to
remove the
reservoir.

Remained water
in the tube is
delivered to the
engine unit.

5 – 3

[2] Operation of electric parts in each heating mode

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㪚㫆㫆㫃㫀㫅㪾㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉 㪁㪈

㪭㪼㫅㫋㫀㫃㪸㫋㫀㫆㫅㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉

㪜㫏㪿㪸㫌㫊㫋㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉㩷㩿㫊㫀㫉㫆㪺㪺㫆㪀 㪁㪈

㪧㫌㫄㫇㩷㫄㫆㫋㫆㫉

㪘㫅㫋㪼㫅㫅㪸㩷㫄㫆㫋㫆㫉

㪚㫆㫅㫍㪼㪺㫋㫀㫆㫅㩷㪿㪼 㪸㫋㪼㫉㩷㩿㪈㪊㪌㪇 㪮㪀

㪜㫅㪾㫀㫅㪼㩷㪿㪼 㪸㫋㪼㫉㩷㩿㪐㪇㪇 㪮㪀

㪁㪎

㪚㫆㫅㫍㪼㪺㫋㫀㫆㫅㩷㫄㫆㫋㫆㫉 㪁㪌

㪚㫆㫆㫃㫀㫅㪾㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉 㪁㪌

㪭㪼㫅㫋㫀㫃㪸㫋㫀㫆㫅㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉

㪜㫏㪿㪸㫌㫊㫋㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉㩷㩿㫊㫀㫉㫆㪺㪺㫆㪀 㪁㪌

㪧㫌㫄㫇㩷㫄㫆㫋㫆㫉

㪘㫅㫋㪼㫅㫅㪸㩷㫄㫆㫋㫆㫉

㪚㫆㫅㫍㪼㪺㫋㫀㫆㫅㩷㪿㪼 㪸㫋㪼㫉㩷㩿㪈㪊㪌㪇 㪮㪀 㪁㪏

㪜㫅㪾㫀㫅㪼㩷㪿㪼 㪸㫋㪼㫉㩷㩿㪐㪇㪇 㪮㪀 㪁㪍

㪚㫆㫅㫍㪼㪺㫋㫀㫆㫅㩷㫄㫆㫋㫆㫉 㪁㪈

㪚㫆㫆㫃㫀㫅㪾㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉 㪁㪈

㪭㪼㫅㫋㫀㫃㪸㫋㫀㫆㫅㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉

㪜㫏㪿㪸㫌㫊㫋㩷㪽㪸㫅㩷㫄㫆㫋㫆㫉㩷㩿㫊㫀㫉㫆㪺㪺㫆㪀 㪁㪈

㪧㫌㫄㫇㩷㫄㫆㫋㫆㫉

㪘㫅㫋㪼㫅㫅㪸㩷㫄㫆㫋㫆㫉

㪝㪸㫅㩷㫄㫆㫋㫆㫉 㪁㪊

㪤㪸㪾㫅㪼㫋㫉㫆㫅

㪤㪸㪾㫅㪼㫋㫉㫆㫅

㪝㪸㫅㩷㫄㫆㫋㫆㫉

㪤㪸㪾㫅㪼㫋㫉㫆㫅

㪤㪸㪾㫅㪼㫋㫉㫆㫅

㪝㪸㫅㩷㫄㫆㫋㫆㫉 㪁㪊

㪤㪸㪾㫅㪼㫋㫉㫆㫅

㪝㪸㫅㩷㫄㫆㫋㫆㫉 㪁㪊

㪝㪸㫅㩷㫄㫆㫋㫆㫉

㪦 㫍 㪼 㫅 㩷㪆㩷㪞 㫉 㫀 㫃 㫃

㩿㪧㫉㪼㪿㪼㪸㫋㪀

㪦 㫍 㪼 㫅 㩷㩿㪤 㪸 㫀 㫅 㩷㪿㪼 㪸㫋 㫀 㫅 㪾㪀

㪮㪸㫋 㪼 㫉㩷㪦 㫍 㪼 㫅 㩷㪆 㩷㪮 㪸 㫋㪼 㫉 㩷㪞㫉㫀 㫃 㫃

㩿㪧㫉㪼㪿㪼㪸㫋㪀

㪮㪸㫋 㪼 㫉㩷㪦 㫍 㪼 㫅 㩷㪆 㩷㪮 㪸 㫋㪼 㫉 㩷㪞㫉㫀 㫃 㫃

㩿㪤㪸㫀㫅㩷㪿㪼㪸㫋㫀㫅㪾㪀

㪞㫉㫀㫃㫃㩷㩿㪤㪸㫀㫅㩷㪿㪼㪸㫋㫀㫅㪾㪀

㪧㫉㪼㫊㪼㫋㩷
㫋㪼㫄㫇㪼㫉㪸㫋㫌㫉㪼㩷
㪸㫋㫋㪸㫀㫅㫄㪼㫅㫋㩷

㪈㩷㫄㫀㫅㪅㩷㪹㪼㪽㫆㫉㪼㩷㪼㫅㪻㩷㫆㪽㩷㪺㫆㫆㫂㫀㫅㪾

㪙㪼㪼㫇㩷㫊㫆㫌㫅㪻

㪙㪼㪼㫇㩷㫊㫆㫌㫅㪻

㪝㪸㫅㩷㫄㫆㫋㫆㫉㩷㫎㫀㫃㫃㩷㫊㫋㫆㫇㩷㪽㫆㫉㩷㪌㩷
㫄㫀㫅㪅㩷㪹㫐㩷㫋㪼㫄㫇㪼㫉㪸㫋㫌㫉㪼㩷
㪺㫆㫅㫋㫉㫆㫃㪅

㪝㪸㫅㩷㫄㫆㫋㫆㫉㩷㫎㫀 㫃㫃㩷㫊㫋㫆㫇㩷㪽㫆㫉㩷
㪌㩷㫄㫀㫅㪅㩷㪹㫐㩷㫋㪼㫄㫇㪼㫉㪸㫋㫌㫉㪼㩷㪺㫆㫅㫋㫉㫆㫃㪅

5 – 4

*1 After the end of cooking, when the door is kept closed and the temperature is high,the motor will continue to rotate until the temperature falls to the
constant temperature.

If the door is opened, the motor will rotate for 10 min.

*2 The heater will be turned on and off by the temperature control.

*3 After the end of cooking, the motor will rotate at about 2000 rpm for maximum 10 min.

*4 After the magnetron is operated at 800W power level for 8 min., the power level is fallen to 500W.

*5 After the end of preheating, if the door is opened, the motor will rotate for 10 min.

*6 The heater will be turned off 1 min. before the end of cooking.

*7 After the temperature rises to preset one, the heater will be turned on for 1 min.

*8 The heater will be turned on for 1 min. before the end of cooking.

[3] OFF CONDITION

1. When the oven is plugged in with the door closed, the line voltage is supplied to the noise filter. And the display shows nothing.

2. When the door is opened with plugged in, the contacts (COM-NC) of the secondary interlock switch is closed. And the line voltage is supplied to
the T/C transformer and the control unit. Then the contacts of the relay RY-8 are closed and the oven lamp is turned on. And the contacts of the
relay RY-11 are closed. The display shows “0”.

3. When the door is closed, the contacts (COM-NC) of the secondary interlock switch are opened. Because the contacts of the relay RY-11 have
been closed, the line voltage is kept supplying to the T/C transformer and the control unit. But the contacts of the relay RY-8 are opened and the
oven lamp is turned off.

NOTE: Automatic power off function

1) If the following 3 conditions are met, the contacts of the relay RY-11 will be opened and the control unit will be not energized. The oven is
turned off after 1~30min according to the temperature of the oven cavity.

a) The door is closed.

b) The display shows "0".

c) The display does not show " ".

2) Open and close the door, the control unit will resume.

6 – 1

Service Manual

CHAPTER 6. TEST PROCEDURE

[1] MAGNETRON (MG) TEST

NEVER TOUCH ANY PART IN THE CIRCUIT WITH YOUR HAND OR AN INSULATED TOOL WHILE THE OVEN IS IN OPERATION.

CARRY OUT 3D

CHECKS.

Isolate the magnetron from the high voltage circuit by removing all leads connected to the filament terminal.

To test for an open circuit filament use an ohmmeter to make a continuity test between the magnetron filament terminals, the meter should show a
reading of less than 1 ohm.

To test for a short circuit filament to anode condition, connect ohmmeter between one of the filament terminals and the case of the magnetron
(ground). This test should be indicated an infinite resistance. If a low or zero resistance reading is obtained then the magnetron should be replaced.

MICROWAVE OUTPUT POWER (1 litre water load)

The following test procedure should be carried out with the microwave oven in a fully assembled condition (outer case fitted). Microwave output power
from the magnetron can be measured by IEC test procedure, i.e. it can be measured by using water load how much it can be absorbed by the water
load. To measure the microwave output power in the microwave oven, the relation of calorie and watt is used. When P(W) heating works for t (sec-

ond), approximately P x t/4.187 calorie is generated. On the other hand, if the temperature of the water with V(ml) rises T (°C) during this microwave
heating period, the calorie of the water is v x T.

Measuring condition:

1) Container

The water container must be a cylindrical borosilicate glass vessel having a maximum material thickness of 3 mm and an outside diameter of
approximately 190 mm.

2) Temperature of the oven and vessel

The oven and the empty vessel are at ambient temperature prior to the start of the test.

3) Temperature of the water

The initial temperature of the water is (10±1)°C

4) Select the initial and final water temperature so that the maximum difference between the final water temperature and the ambient temperature is
5°C.

5) Select stirring devices and measuring instruments in order to minimize addition or removal of heat.

6) The graduation of the thermometer must be scaled by 0.1°C at minimum and an accurate thermometer.

7) The water load must be (1000±5) g.

8) “t” is measured while the microwave generator is operating at full power. Magnetron filament heat-up time is not included.

NOTE: The operation time of the microwave oven is “t + 3" sec. 3 sec. is magnetron filament heat-up time.

Measuring method:

1) 1.Measure the initial temperature of the water before the water is added to the vessel.

(Example: The initial temperature T1 = 11°C)

2) Add the 1 litre water to the vessel.

3) Place the load on the centre of the shelf.

4) Operate the microwave oven at 100% for the temperature of the water rises by a value T of 10°C.

5) Stir the water to equalize temperature throughout the vessel.

6) Measure the final water temperature. (Example: The final temperature T2 = 21°C)

7) Calculate the microwave power output P

in watts from above formula.

JUDGEMENT: The measured output power should be at least ± 15% of the rated output power.

CAUTION: 1°C CORRESPONDS TO 80 WATTS. REPEAT MEASUREMENT IF THE POWER IS INSUFFICIENT.

The formula is as follows;
P x t / 4.187 = V x T+ 0.55 x mc (T2-T0)/4.187 P (W) = 4.187 x V x T / t + 0.55 x mc (T2-T0)/t

Our condition for water load is as follows:

Room temperature (T0) ......................... around 20°C Power supply ........................... VoltageRated voltage

Water load .........................................................1000 g Initial temperature (T1) .................................... 10±1°C

Heating time ..................................................... 52 sec. Mass of container (mc) ...................................... 330 g

T2 .................................................... Final Temperature T = T2 - T1 P = 80 x T + 0.55 x mc (T2-T0)/52

Room temperature ................................................................... To = 21°C

Initial temperature ..................................................................... T1 = 11°C

Temperature after (52 + 3) = 55 sec. ..................................... T2 = 21°C

Temperature difference Cold-Warm ( T = T2 - T1) .......... T = 10°C

Measured output power

The equation is "P = 80 x T" .................... P = 80 x 10°C = 800 Watts

6 – 2

[2] SECONDARY INTERLOCK SWITCH AND PRIMARY INTERLOCK SYSTEM TEST

1. SECONDARY INTERLOCK SWITCH

1. Disconnect the power supply cord, and then remove the outer case and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after discharging.

WARNING: Use the pliers that the portions of their handles are insulated completely to avoid an electric shock.

8. Isolate the switch and connect the ohmmeter to the common (COM.) and normally open (NO) terminal of the switch. The meter should indicate an
open circuit with the door open and a closed circuit with the door closed. If improper operation is indicated, replace the secondary interlock switch.

9. Reconnect all leads removed from components during testing.

10.Reinstall the outer case and the back plate assembly.

11.Reconnect the power supply cord after the outer case and the back plate assembly are installed.

12.Run the oven and check all function.

2. PRIMARY INTERLOCK SYSTEM

2.1. DOOR SENSING SWITCH

1. Disconnect the power supply cord, and then remove the outer case and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after discharging.

WARNING: Use the pliers that the portions of their handles are insulated completely to avoid an electric shock.

8. Isolate the switch and connect the ohmmeter to the common (COM.) and normally open (NO) terminal of the switch. The meter should indicate an
open circuit with the door open and a closed circuit with the door closed. If improper operation is indicated, replace the door sensing switch.

9. Reconnect all leads removed from components during testing.

10.Reinstall the outer case and the back plate assembly.

11.Reconnect the power supply cord after the outer case and the back plate assembly are installed.

12.Run the oven and check all function.

2.2. PRIMARY INTERLOCK RELAY (RY1)

1. Disconnect the power supply cord, and then remove the outer case and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after discharging.

WARNING: Use the pliers that the portions of their handles are insulated completely to avoid an electric shock.

1000g

1000g

1000g

T1 C

T2 C

Heat up for 55 sec.

6 – 3

8. Disconnect the wire leads from the fan thermal cut out.

9. Connect the ohmmeter to the red/red terminal of the convection heater and one of the terminal of the convection thermal cut-out. By doing so, the
state of the relay contacts using a ohmmeter can be checked. The meter should indicate an open circuit. Because the relay contacts should be
open. If the relay contacts are closed, replace the circuit board entirely or the relay itself.

10.Reconnect all leads removed from components during testing.

11.Reinstall the outer case and the back plate assembly.

12.Reconnect the power supply cord after the outer case and the back plate assembly are installed.

13.Run the oven and check all function.

[3] MONITOR SWITCH TEST

1. Disconnect the power supply cord, and then remove the outer case and the
back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter
unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated
pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magne­tron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after discharg­ing.

WARNING: Use the pliers that the portions of their handles are insulated

completely to avoid an electric shock.

8. Before performing this test, make sure that the secondary interlock switch
and the primary interlock relay are operating properly, according to the above Switch Test Procedure. Disconnect the wire lead from the monitor
switch (COM) terminal. Check the monitor switch operation by using the ohmmeter as follows. When the door is open, the meter should indicate a
closed circuit. When the monitor switch actuator is pushed by a screw driver through the right latch hole on the front plate of the oven cavity with
the door opened (in this condition the plunger of the monitor switch is pushed in), the meter should indicate an open circuit. If improper operation
is indicated, the switch may be defective. After testing the monitor switch, reconnect the wire lead to the monitor switch (COM) terminal and check
the continuity of the monitor circuit.

9. Reconnect all leads removed from components during testing.

10.Reinstall the outer case and the back plate assembly.

11.Reconnect the power supply cord after the outer case and the back plate assembly are installed.

12.Run the oven and check all function.

[4] FUSE F20A TEST

1. Disconnect the power supply cord, and then remove the outer case and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after discharging.

WARNING: Use the pliers that the portions of their handles are insulated completely to avoid an electric shock.

8. If the fuse is blown when the door is opened, check the primary interlock relay, secondary interlock switch and monitor switch according to the
“TEST PROCEDURE” for those switches before replacing the blown fuse.

CAUTION: BEFORE REPLACING A BLOWN FUSE, TEST THE PRIMARY INTERLOCK RELAY, SECONDARY INTERLOCK SWITCH, DOOR

SENSING SWITCH AND MONITOR SWITCH FOR PROPER OPERATION.

9. Reconnect all leads removed from components during testing.

10.Reinstall the outer case and the back plate assembly.

11.Reconnect the power supply cord after the outer case and the back plate assembly are installed.

12.Run the oven and check all function.

Monitor switch

N.C.

COM.

6 – 4

[5] CHECKING TEMPERATURE IN THE CONVECTION (Oven) MODE

The following test procedure should be carried out with the oven is a fully assembled condition (outer case fitted).

It is difficult to measure the exact temperature in the convection oven. An accurate thermocouple type temperature tester must be used. A low priced
bi-metal type thermometer is not reliable or accurate. Position the thermocouple in the center of the oven cavity. The temperature should be checked
with outer case cabinet installed and set the oven temperature to 250°C in the convection mode (Oven). Approx. 15 minutes after the oven is started,
the temperature experienced may be approx. 15°C more or less than set temperature, however, in most cases the food cooking results will be satis­factory. Difference in power supply voltage will also affect the oven temperature. The Household power supply voltage may sometimes become lower
than the rated voltage and cause under-cooking. If the power supply voltage is 10% lower than the rated voltage, longer cooking time is required by
10% to 20%.

[6] ERROR LIST

EE code

EE code is memorized in the EEPROM address 04h as error history.

Only antenna error code is memorized in the EEPROM address 05h.

To check the EE code, carry out the test mode No.2 as follows.

Error
display

EE
code

Detail of error Error condition Application

menu

Check

method

Check timing

from heating

start

Note

U04 04

Oven temperature
is high.

Oven temperature is too
high

fermentation
defrost

Thermistor
(Oven)

After 1sec.

" " is blinking in the display.
When oven temperature is turned
under 90C, error is released.

U11 0B

Water exist in the
water tank

Water exist in the water
tank at drain mode

drain mode

Water level
sensor

After 1sec

U15 0F Water tank is frozen

Engine heater tempera­ture is too low.

Steam mode
water oven
water grill

Thermister
(Oven)

immediately

" "
blinking

0A Shortage of Water

Water in the water tank
isn't enough.

Steam mode
water oven
water grill

Water level
sensor

Auto mode:
after 30 sec
manual mode:
within 7 sec

Error

dis-

play

EE
code

Detail of error Error condition Application menu Check timing Note

C00 Matching error The control unit and/or display unit is not for this model. Plug in
C01
<=>

888

11

Thermister (Oven)
error

Thermister (Oven) is short or
open.

Oven mode
Grill mode

Immediately

C02
<=>
888

12

Humidity sensor
error

Humidity sensor is short or
open.

Microwave mode
(Humidity sensor menu)

After 16 sec

C05
<=>
888

15

Engine heater
error

Engine heater temperature is
too high.

Steam mode
Water oven
Water grill

Always

C07
<=>
888

17

Relay monitor
error

error condition
microwave mode: when convection heater or engine heater
operate.
all relay is off: when convection heater or engine heater
operate both convection heater and engine heater operate.

Microwave mode:
immediately
Oven, Grill mode:
when heater is off

01(Ad
dress

05)

Antenna error Antenna motor or antenna switch does not work. Microwave mode

When antenna error
is detected,
outout of miccrowave

is stopped.
C12
<=>
888

1C

Thermister
(Engine) error

Thermister (Engine) is open.

Steam mode
Water oven
Water grill

When engine heater
operates
more than 30sec.

C14

EEPROM error
(EEPROM data
verification error)

EERROM Read data is not
same as EEPROM write data.

PWB short check program

Short check program
Plug in

(reset)

Something is burn­ing in the oven.

Humidity ladder level is too
low.

After 7 min

Power on and door closed[][][][Door open]Version No. is displayed.
Select test number 2 by encoder)[](Select address 04h or o5h by [ ])

6 – 5

[7] How to check in the event of an error

NOTE: HOW TO SET THE TEST MODE

1. How to check water supply performance

1) Check of water level sensor performance

Within 2 sec.

(Power on and door closed )

[ ] [ ] [ ] [OPEN DOOR] Version No. is displayed. (Test number is selected by encoder) [ ]

[

or push direct select key

]

End

Check

2) Check of tube pump performance

1) Check of water level sensor performance

End

NO

NO

NO

NO

NO

NO

NO

YES

YES

NO

YES

YES

YES

YES

YES

YES

NO

YES

Power ON after disconnecting the

water tank from the unit.

Fill the tank with water to the water

level 2 and set it to the main body.

Has the WL unit been filled with water?

Are there disconnection and short circuit in the water level sensor

connectors, connecting between the board and the sensor section?

Are there disconnection and short circuit in the water level sensor

connectors, connecting between the board and the sensor section?

Measure resistance of a set of the three (3) water level sensors with the

sensor connecting connector pulled out of the board.

Measure resistance of a set of the three (3) water level

sensors with the sensor connecting connector pulled out of

the board. (with the water tank filled with water)

Is the measured resistance value of

the set infinite?

Is the measured resistance value

of the set infinite?

Replace the control board or

the display board.

Replace the control board or the display board.

Check/replace the connection between the tank and the WL unit.

Do the H-side and L-side water level sensors

indicate 01 or more in the test mode?

Is ion-changed or pure water being used?

Use common water suitable for drinking.
(Filtered)

After confirming that the water level sensor wiring

of the water tank is OK, replace the WL unit.

After confirming that the water level sensor wiring of the water tank is OK,

replace the WL unit.

Is the unit in the following conditions?

Test mode: 00 (See Note)
H-side water level sensor: 00h~05h
L-side water level sensor: 00h~05h

Is the unit in the following conditions?
Test mode: 00

(See Note)
H-side water level sensor: 80 (h) or more
L-side water level sensor: 80 (h) or more

Repair connector.

Repair connector.

Note1 Note 1. If the display unit is replaced,

˴˴˴carry out "ࠢࠛࡦ㉄ᵞᵺ(citrate washing)".

6 – 6

2) Check of tube pump performance

2. How to check performance of sensors (Humidity sensor, Water level sensors and Engine thermistor)

NO

NO

YES

NO

YES

NO

YES

YES

NO

YES

NO

YES

Measure the weight of the water tank filled with

water to water level 2.(this weight is A)

Is the connector

between the motor terminal and

board disconnected?

After stopping the operation,

connect/repair the connector.

Press the STOP/CLEAR key

to stop the operation.

Replace the control board.

Replace or repair the tube.

Replace the motor or the pump unit.

Press the STOP/CLEAR key to stop the operation.

Hole of the angle base for the motor
of the tube pump unit

Is it confirmed that the roller, which is observed
through the hole of the angle base for the motor of
the tube pump unit, is rotating?

NOTE: The motor of tube pump operates On

and Off.

Set the water tank to the set and power ON.

Start 11-minute steaming operation.

The 11-minute steam operation is finished (For the last one (1)

minute, the tube pump does not run for dew dissipation.)

Open the door and drop water remaining in the main body into the drip tray. Then close the door again.

Ensure that the drip tray is empty and set it to the main body.

After 20 seconds, remove the drip tray and return accumulated water in the tray to the water tank.

Remove the water tank from the main body.

Confirm that water is flowing at the feed-water inlet
of the engine.

YES

Is there breakage or clogging in the tube?

(Stop the operation.)

Normal

Measure weight of the water tank. (Weight after the operation is B g.)

Is the weight reduction (= A - B) equal to or more than 150 (g)?

Is there a voltage of 110V AC at the motor terminal?

* If the display shows "11 11" during operation, the humidity sensor,

water level sensor and engine thermistor are normal.
So, press the " " key and finish the operation.

YES

YES

NO

YES

NO

NO

Set the water tank, which has been filled with water to the water level 2, to the set and power ON.

(Confirm that there is no water remaining in the oven cavity.)

Set the test mode to 10. (See How to set test mode on page 6-5)

Press the START key.

Microwave heating (for one (1) minute) starts and the Humidity sensor is checked.

Steaming (strong) operation (for 20 minutes) starts.

The operation is finished.

*

Is Engine thermistor failure (11 01) indicated?

C12: Proceed to checking the engine thermistor for failure.

Is Humidity sensor failure (- - 10) indicated?

C02: Proceed to checking the Humidity sensor for failure.

Is water level sensor failure (10 10,10 01, 10 11 or 10 00) indicated?

Go to 1) Checking performance of the water level sensor
in page 6-5.

Normal termination (Indication: 11 11)

6 – 7

3. How to check sensor (oven thermistor) performance

4. C01 Oven thermistor failure

I Before starting the P.W.B. unit replacement, make sure to refer to “Before replacing the Printed Wiring Board” in page 2-2.

5. C02 Humidity sensor failure

I Before starting the P.W.B. unit replacement, make sure to refer to “Before replacing the Printed Wiring Board” in page 2-2.

YES

NO

YES

NO

C01: Proceed to checking the oven thermistor for failure.

Power ON the main body.

Press the START key.

Does a measured value for the oven thermistor change as oven heating proceeds?

Is the measured value within ±10 bits with respect to the

reference value after about eight (8) minutes?

Press the [ ] key to finish the operation.

(This action is required when everything is OK.)

Set the test mode to 03.

(See How to set test mode on page 6-5)

NO

YES

YES

NO

Measure the oven thermistor resistance using a tester with the thermistor connecting

connector pulled out of the board.

The oven thermistor resistance is within its appropriate range.

Is the connector between the oven thermistor and board either disconnected or shorted?

Connect or repair the connector.

Replace the oven thermistor or the harness.

Replace the control unit or the display unit.

Note1

Note 1. If the display unit is replaced,
˴˴˴carry out "ࠢࠛࡦ㉄ᵞᵺ(citrate washing)".

YES

YES

YES

YES

NO

NO

NO

NO

Measure element resistance between the opened and sealed sides of the humid-

ity sensor with the humidity sensor connector disconnected from the board.

Normal resistance of the humidity sensor:

Has the humidity sensor connector been disconnected from the control board?

Connect the connector.

Is the resistance 0?

Replace the humidity sensor.

Replace the humidity sensor.

Replace the humidity sensor.

Is the resistance infinite?

Is the resistance normal?

Replace the control board.

6 – 8

6. CO5 Engine high temperature failure

I Before starting the P.W.B. unit replacement, make sure to refer to “Before replacing the Printed Wiring Board” in page 2-2.

7. C12 Engine thermistor failure

I Before starting the P.W.B. unit replacement, make sure to refer to “Before replacing the Printed Wiring Board” in page 2-2.

YES

YES

NO

NO

Measure the engine thermistor resistance using a tester with the thermistor connector

pulled out of the board.

Connect/repair the connector(s) or replace the

thermistor/harness.

The oven thermistor resistance is within its appropriate range.

Is the connectors between the engine thermistor, board and engine mounting section

disconnected or short circuited?

Replace the engine thermistor or the harness.

Replace the control unit and the engine unit

Note 2. If the engine unit is replaced, carry out

"Treatment after engine unit replacement".

Note 2

YES

YES

YES

YES

YES

YES

NO

NO

NO

NO

NO

NO

NO

YES

Measure the engine thermistor resistance using a tester with the thermistor

connector pulled out of the board.

Are there disconnection, breakage and short circuit in the engine heater

connections (the engine terminals and board)?

Is the engine heater normal to meet the following requirements?

Insulation resistance: One (1) M or more at 500 VDC
Dielectric strength: 1000 V for one (1) minute
Leakage current: 0.3 mA or less
Resistance (in cold condition): 10.45 to 11.26

Connect/repair the connector(s) or replace the

thermistor/harness.

The latch switch is in the door

open position.

Is there a voltage of

230 - 240V AC

at

each terminal of the E thermostat?

Adjust the latch.

Replace the Engine
thermostat.

Is the connectors between the engine thermistor, board and engine mounting section

disconnected or short circuited?

Connect/repair the terminal(s) or replace the harness.

Replace the engine thermistor or the harness.

Replace the engine unit.

Replace the control board, the display board or the harness.

The engine thermistor resistance is within its appropriate range.

About 200 kW at
About 10 kW at
About 1 kW at

Is there a voltage of 110V AC between the engine heater terminals?

Note 2. If the engine unit is replaced, carry out "Treatment after engine unit replacement".

Note 1. If the display unit is replaced, carry out "ࠢࠛࡦ㉄ᵞᵺ(citrate washing)".

Note 1Note 2

6 – 9

[8] Check and remedy in the event of malfunction

1. List

I Before starting the P.W.B. unit replacement, make sure to refer to “Before replacing the Printed Wiring Board” in page 2-2.

Operation Trouble

YES:

Action

Even
with plug­ged in

When
heating
operation
started

No display

Is there a voltage of about

110V

between the oven lamp terminals.

YES: Replace the oven lamp.

NO: Replace the control unit.

Has the harness between the control unit (CN-D) and the display unit (WH-A) been connected?

NO: Connect the harness.

The door switch is in the door open position (Even with the door closed, the oven lamp does not go out.).

YES: Adjust the door switch.

NO: Replace the control unit or display unit.

Is there a voltage of

110 V

fortheACfanor24VfortheDCfan?

YES: Replace the fan motor.

NO: Replace the control unit.

YES: Adjust the latch.

NO: The latch switch is in the door open position.

The rotary knob does not
function.

No sound

The " ˴˴˴˴"key
does not function.

Is there a voltage of about

110V

between the tube pump motor terminals.

YES: Replace the pump unit assembly.(Check the tube pump motor.)

NO: Replace the control unit.

The tube pump motor does
not run.

Has the water tank been inserted all the way?

NO: Insert the water tank or replace the tank or the tank spring.

Replace the control unit.

Reset occurs.

Is there a voltage of about

110V

between the terminals of each of the engine heater and convection heater?

Replace the engine unit assembly (when the engine heater does not function.
Replace the convection heater (when the convection heater does not function).

The engine heater does not
function.

The convention does not
function.

The fan motor does not run.

The oven lamp does not il­luminate.

(Note that the lamp
goes out after three (3) minutes
from opening the door.)
(Note that the lamp is off during
fermention mode.)

No backlight for display
illuminates

No key is valid.

Even with the water tank filled
with water, " " is
indicated and heating does not
start.

Has the oven been not operated for 1~30 minutes or more?

Others

NO: Replace the control unit.

Replace the display unit.

Replace the display unit.

Replace the display unit.

YES: Open and close the door.

NO: Has the fuse 20A blown?

YES: Refer to

"

Check in the event of 20A fuse blowing".

NO: Check the display unit, fan motor thermal cut-out,

convection thermal cut-out and engine thermal cut-out.

YES: Replace the control unit or display unit.

YES: Replace the WL joint or the control unit.

YES: Do not use distiled water (ion charged water/ pure water) or Ro water.

Use water suitable for drinking (filtered).

Note 2. If the engine unit is replaced, carry out "Treatment after engine unit replacement". (See page 7-5.)

Note 1. If the display unit is replaced, carry out "ࠢࠛࡦ㉄ᵞᵺ(citrate washing)". (See page 4-7.)

6 – 10

2. Check in the event of a fuse 20A blowing

When the fuse F10A was blown, observe the following instruction:

There are many high voltage components in the oven, therefore, except for performing operational check, unplug the power cable before starting
work. For the harness, check for poor caulking, poor connection, etc.

3. Check in the event of no microwave cooking

Check of high voltage sections is very dangerous. Therefore, after the inverter boards (M and AC3) and 110V at the primary terminal are confirmed to
be satisfactory, disconnect the main power and wait for at least one (1) minute before starting the check.

Check of individual components is done with the high voltage circuit wiring disconnected.

*1 Disconnect only the inverter unit terminals M and AC3. Then measure voltage between CN-A pins #1 and #3 (between PD 100 2P and 1P) with an

analog tester while performing heating operation.

*2 If a value measured by a digital tester is unstable, connect a resistor of 10 kΩ to 100 kΩ between the pins #1 and #3 to measure the value.

NO

YES

YES

NO

Replace the inverter unit.

(Function is normal.)

Check is finished.

(The fuse has blown.)

Replace the secondary interlock switch.

Replace the monitor switch and fuse 20A.

Poor insulation of the low voltage parts,

Is there continuity between the COM and NO terminals of the secondary interlock switch when the
door is opened?

Is there continuity between the monitor switch terminals when the door is closed?

Disconnect the 110 volt supply (terminals AC3 and M) to the inverter unit. Operate the oven

YES

YES

YES

YES

NO

NO

NO

NO

NO

NO

YES

YES

YES

YES

NO

NO

YES

NO

YES YES

YES

NO

NO

NO

Check

(Inverter unit M, AC3, CN-A and F&FA, and magnetron F and FA)

(Function is normal.)

(Function is normal.)

(Function is not normal.)

(Function is not normal.)

Is there a voltage of 110V between the primary
terminal ends of the inverter unit?

Replace the control unit.

Is there a voltage of about 0.4 - 0.5V DC between the
inverter CN-A pins #1(negative) and #3 (positive)?

*1,*

2

Adjust the latch base angle.
Check the secondary interlock switch.

In this case, check the high-voltage
diodes (D120 and D121) of the
inverter unit for a short circuit.

Replace the magnetron.

Check is finished.

Is the secondary interlock switch ON?

Is there a continuity between the antenna switch
terminals?

Is there a history of the antenna motor rotation
error in the test mode 02?

Antenna motor rotates.

Replace the antenna motor. Replace the antenna switch.

Is the fan motor running?

Is there a voltage of about 110V between the fan
motor terminal ends?

Replace the fan motor.

Is wiring on the high voltage side correct?
Have the terminals been completely inserted?

Correct the wiring.
Completely insert the harnesses.

Is there continuity between the magnetron terminals?

Is there a short circuit between the magnetron heater
terminal and any metal part of the magnetron body?

Are the magnetron cooling fins easily deformed?
Has the magnet cracked?

Replace the inverter unit.

6 – 11

4. How to check input voltage at the primary terminal of the inverter board

Measure voltage between the terminal (BLU/BLU) and the terminal (RED) of the inverter unit.

Terminal (BLU/BLU) of the inverter unit

Terminal (RED) of the inverter unit

6 – 12

[9] TEST MODE

How to operate test mode

No. Test name Detail of test Output Example of display

0 A/D data monitor Following A/D data is displayed. OFF Water level sensor :high

The display of A/D data is changed by pushing 䇼ᚻേടᾲ䇽key. 㵘䋱䋰㵘䌘䌘 Measurement data㵘XXBit

䉡䉤䊷䉺䊷

(1) water level sensor: high
㸣 Water level sensor :low
(2) water level sensor: low 㵘䋲䋰㵘䌘䌘 Measurement data㵘XXBit

㸣 䉡䉤䊷䉺䊷
(3) oven thermister䋨oven mode and fermentation mode䋩
㸣

Oven thermister level

(4) engine thermister 㵘䌘䌘㵘䌙䌙 Oven mode㵘XXBit
㸣 䉥䊷䊑䊮 Fermentation mode YYBit
return to (1)

Engine thermister level

㵘䋴䋰㵘䌘䌘 Measurement data㵘XXBit
䉫䊥䊦

1 Frequency of power supply Frequency of power supply is displayed. OFF

Frequency of power supply

Buzzer beeps for 2 sec after checking frequency.

㵘䌟䌟㵘䋶䋰 60Hz

(The display is kept.)

Address setup mode

2 EEPROM data

by pushing 䇼ᚻേടᾲ䇽EEPROM check sum is displayed.

Address

02

by pushing 䇼ᚻേടᾲ䇽㹢䇼䉴䉺䊷䊃䇽EEPROM data is written and

㵘䋰䋲㵘䌄䋰 Data

䌄䋰

updated checksum is displayed.(address range is 10h-FFh.)

䊧䊮䉳

by pushing 䇼઀䈏䉍䂦䇽address is incresed.(+1)
by pushing 䇼઀䈏䉍䂰䇽address is decresed.(-1).
*Reference address range is 00h to FFh.
by pushing䇼䉴䉺䊷䊃䇽setup moves EEPROM data edit mode

EEPROM data edit mode
by pushing 䇼઀䈏䉍䂦䇽data is incresed.(+1)

Address

02

by pushing 䇼઀䈏䉍䂰䇽data is decresed.(-1)

㵘䋰䋲㵘䌄䋰 Data

䌄䋰

by pushing 䇼䉴䉺䊷䊃䇽data is written into EEPROM and return address setup mode.

㵘㵘䉥䊷䊑䊮

Convection heater

3 Thermister(oven) check The oven heating at 170㷄 start and the display shows

CM Standard data㵘XXBit

standard data and measurement data of oven thermister at 170㷄.

(OL) AM 㵘䌘䌘㵘䌙䌙 Measurement data㵘YYBit
DC fan(cooling)

Exhaust fan

RY1, (OL)

4 Safety check Cook relay and fan work for 60sec.

FM, AM

For Insulation resistance inspection

The oven lamp key works.

DC fan(cooling) 㵘䋰䋰㵘䋰䋰

and withstanding voltage test

DC fan(ventilation) 㵘㵘㵘㵘ടᾲ
Exhaust fan

5 software version Software version is displayed.

OFF Version

᳒XųXX 䌘XXX

Engine heater, (OL),AM

6 water drain Pushing 䇼䈅䈢䈢䉄䉴䉺䊷䊃䇽 key water draining works.

PM, RY1 ถط

If water exist in the water tank, display appeares"U 11.".

FM ų Ყ᳙ų᳙᳙
DC fan(cooling) ųųųųь༏ɶ
Exhaust fan ųųஜ˳൦৷Ɩ

Water draining finishes for 80sec.. (max. working time is 7min 20sec.) OFF

ų ᳙᳙ų᳙Ც
ųųஜ˳൦৷Ɩ

7 CONSUMPTION CHECK Output switches by key operation.

䌏䌆䌆

direct select key :䇼઀䈏䉍䂦䇽

If no key operation continues for 60sec, output turns off .

㵘䋰䋰㵘䋰䋰 Waiting condition
㵘㵘㵘㵘

䇼઀䈏䉍䂦䇽key Engine heater, RY1
䊶Engine heater mode with temperature control by Engine thermistor FM䋬(OL)

DC fan(cooling) 㵘䋰䋰㵘䋰䋱
Exhaust fan ⫳䈚‛㵘㵘ടᾲ
PM,AM

䇼䉴䉺䊷䊃䇽key

Convection heater, RY1
CM,(OL)

䊶C01 is displayed when oven thermister is defect.

DC fan(cooling) ų ᲫᲫųᲪᲪ
Exhaust fan ǪȸȖȳࢊь༏ɶ
AM

䇼ᚻേടᾲ䇽key

Convection heater, RY1
CM,(OL)

䊶C01 is displayed when oven thermister is defect.

DC fan(cooling) 㵘䋰䋱㵘䋰䋰
Exhaust fan 䉥䊷䊑䊮㵘ടᾲ
AM

Oven thermister error

㵘㵘䌃㵘䋰䋱

䇼ᐶౝἮ䇽key Inverter unit

FM䋬(OL),AM
DC fan(cooling) 㵘䋱䋰㵘䋰䋰
DC fan(ventilation) 䊧䊮䉳㵘ടᾲ
Exhaust fan, RY1

Within 2 sec.

(Power on and door closed )

[ ] [ ] [ ] [OPEN DOOR] Version No. is displayed. (Test number is selected by encoder) [ ]

[

or push direct select key

]

䊶Convection heater mode with temperature control at 250㷄.

䊶Convection heater mode with temperature control at 45㷄.

䊶Microwave mode at full power.

6 – 13

8

䋭

9t

10

I

A

11

12

Monitor key, 60tim es speed key and s tage cancel key are ava ilabl e until
power turn off.

Without cleaning cycle
Microwave mode w orks for 1 mi n and dis play s hows H umidity s ensor lev el.

After 1 mi n Judgment appears i n the displ ay.

䊶Acceptable l evel: less than 10 bit

䊶When Humidity sensor is defect "1111"appears in the dis play.

After 16 sec Humidity ladder adjustment starts.㵘㵘

㸣㵘Humidity sensor max. level for 1sec is displayed.

"䋭䋭㵘䋰䋱" appears when AM or Antenna switch is defect.
And test mode doesn't continue.

After 1min judgment OK: less than 16 bit. Turn to steam mode.

NG: more than 16bit

"䋭䋭㵘䋱䋰" appears when AH sensor is defect or
Humidity sensor level is more than 16bit.㵘
And test mode doesn't continue.

FM䋬(OL)
DC fan(cooling)
DC fan(ventilation)
Exhaust fan, RY1
AM

Inverter unit
FM䋬(OL)
DC fan(cooling)
DC fan(ventilation)
Exhaust fan, RY1
AM

Engine heater
PM
FM, (OL)
DC fan(cooling)
DC fan(ventilation)
Exhaust fan
RY1
AM

(2)steam mode
Steam mode(high) works for 20min.(water tank level is high.)

㵘㵘䊶Check the water level when operation starts.
㵘㵘䊶Check if the water level change from high to low.
㵘㵘䊶Check the engine thermister works correctly.(open / short check)
㵘㵘䊶Check if Humidity sensor level is more then 16 bit.
㵘㵘䊶"䉦䊨䊥䊷䉻䉡䊮" display appears after EEPEOM(2) min.

(3)Judgement

OK 11 11 Water level sensor, Engine thermistor and Humidity sonsor is OK.

OFF

Regarding NG, please refer to the below table "The detail of judgment
䋨test no.10)".

Humidity sensor check
without load 㹢
steam mode check

(water level sensor check)
direct select key :䇼ᐶౝἮ䇽

how to operate at production line

power on

㸣

䇼઀䈏䉍䂰䇽

㸣

䇼ᚻേടᾲ䇽

㸣

䇼ᚻേടᾲ䇽

㸣

䇼ᐶౝἮ䇽

㸣

test start

(4)Shortcut to the test mode 06
When OK display (1111) and "䉦䊨䊥䊷䉻䉡䊮" display appears,
stand-by mode of test mode turns by opening the door
Before pushing 䇼䈅䈢䈢䉄䉴䉺䊷䊃䇽 key, water tank should be removed.(Refer
to test mode 06)

By push 䇼䈅䈢䈢䉄䉴䉺䊷䊃䇽Microwave leakage test starts.

Antenna works continuously for 90 secs.
If testmode 11 is left for 90secs at some mode,
test mode 11 finishes and turn to 0 display.

Microwave mode at full power works for 5 min.
When 䇼઀䈏䉍䂦䇽 or 䇼઀䈏䉍䂰䇽 key is pushed during heating PWM signal
is changes as follows;

䇼઀䈏䉍䂦䇽 50Hz: -60us, 60Hz: -48us
䇼઀䈏䉍䂰䇽 50Hz: +60us, 60Hz: +48us

By turning encoder is available.

By push 䇼䉴䉺䊷䊃䇽key EEPROM writes offset data.

"㘩ຠ" appears after offset is written into EEPROM.

setup range min. power center max. power

-50 䌾㵘-01 0 1 䌾㵘50

䋨By pushing "ขᶖ䈚" key, oven lamp lighting mode is memorized into EEPROM.䋩
When EEPROM is defect display shows "C14".

Adjustment of full power
at microwave mode

direct select key :䇼ᚻേടᾲ䇽

Microwave leakage test
Caution:
Make sure the followings before
operation.

1.Temperature in the oven
is low.

㵘Oven thermistor level

in lower than 12(h).

2.Something is put in the oven.

Inverter unit
FM䋬(OL)
DC fan(cooling)
DC fan(ventilation)
Exhaust fan, RY1
AM
Inverter unit
FM䋬(OL)
DC fan(cooling)
DC fan(ventilation)
Exhaust fan, RY1
AM

OFF

monitor mode

Humidity sensor check without

load

direct select key :䇼઀䈏䉍䂰䇽

䋭

Inverter unit
FM䋬(OL),AM
DC fan(cooling)
DC fan(ventilation)
Exhaust fan, RY1

OFF

No.

Test mode

Detail of test

output Example of display

䋭

Checking

Detected Humidity

㵘䋰䌁㵘䋰䋳 sensor level: 3 Bit
䊧䊮䉳㵘ടᾲ

Check end䋨Passing䋩

Detected Humidity

㵘䋰䌁㵘䋰䋳

sensor level: 3 Bit

䊧䊮䉳㵘㵘㜞󰶘
Check end䋨Failing䋩

㵘䋱䋱㵘䋱䋱
䊧䊮䉳㵘㜞󰶘 More than 10 Bit

Error

Humidity judgment level is displayed.

㵘䋱䋰㵘䋰䋰

ടᾲ

AH level is displayed.

Judgment㵘16 bit

㵘䋱䋰㵘䋰䋹 Example:Detection 9 bit
䊧䊮䉳 ടᾲ

The maximum value is

displayed by the hexadecimal

Error display

number.

㵘䋭䋭㵘䋱䋰

More than 16 Bit

㵘䋰䋰㵘1䋰
⫳䈚‛ ടᾲ

Judgment

ᴎᴳᴰᴈᴘᴶᴋᴵ

OK

㵘䋱䋱㵘䋱䋱
⫳䈚‛ ടᾲ

NG

㵘䋰䋱㵘䋰䋰 Water level sensor (high)

is defect.

ᴎᴳᴰᴈᴘᴶᴋᴵ
ųᲫᲫųᲫᲫ
ᔕƠཋ ь༏ɶ

ų ᳙ᲫųᲬᲭ

ų ᳙᳙ų᳙Ძ
ȬȳǸ ь༏ɶ

㵘䌟䋭㵘䋰䋰
ടᾲ 䊧䊮䉳㵘ᒙ

When 䇼઀䈏䉍䂦䇽key pushed 3 times.

ȓǿȟȳ܍

After offset is written into

㵘䌟䌟㵘䌟䋳

EEPROM

ടᾲ 䊧䊮䉳㵘ᒝ

(1)Humidity sensor check without load

By push 䇼䈅䈢䈢䉄䉴䉺䊷䊃䇽Humidity sensor check starts.

"䋭䋭㵘01" appears when Antenna is defect.
And test mode doesn't continue.

6 – 14

The detail of judgment䋨test no.10)

Display Error timing Water level sensor Engine thermistor 䌈umidity sensor

䋭-㵘䋱䋰 immediate steam heating not judged not judged NG OK Humidity sensor is defect.
䋭-㵘䋰䋱 micro heating works for 16 sec not judged not judged not judged NG Antenna motor or switch is defect.
䋰䋰㵘䋰䋰 during steam heating mode under checking NG under checking OK Engine heater is defect when error appears after 30 sec.
䋰䋰㵘䋰䋰 during steam heating mode under checking NG not judged OK 䌅ngine thermistor is defect(short)
䋱䋱㵘䋰䋰 during steam heating mode OK NG not judged OK 䌅ngine thermistor is defect(short/open)
䋱䋱㵘䋰䋱 during steam heating mode OK NG OK OK 䌅nginethermisotrisdefect(short/open)
䋰䋰㵘䋱䋰 during steam heating mode under checking under checking under checking OK Oven thermistor is defect(open)
䋱䋰㵘䋰䋰 immediate steam heating no water not judged under checking OK No water
䋱䋰㵘䋱䋰 during steam heating mode NG OK under checking OK Both water level sensor is off at the same time.
䋱䋰㵘䋰䋱 during steam heating mode NG under checking OK OK Both water level sensor is off at the same time.
䋱䋰㵘䋱䋱 during steam heating mode NG OK OK OK Both water level sensor is off at the same time.
䋰䋱㵘䋰䋰 immediate steam heating shortage of water not judged not judged OK Water shortage
䋱䋰㵘䋰䋰 during steam heating mode NG under checking under checking OK Water sensor level change is inverted 䋨H:ON䇮䌌:OFF䋩
䋱䋱㵘䋱䋰 steam heating works for 20 min OK OK NG OK Humidity sensor does not detect steam.

Antena motor
or switch

No. Test mode Detail of test Output

13 Last menu monitor The last operation is displayed. 䌏䌆䌆

Inverter unit

14 Micro output mode Microwave 800W mode

FM䋬(OL)

for power detect

800W output 8min + 500W output 7min. DC fan(cooling)

DC fan(ventilation)
Exhaust fan, RY1
AM

OFF

Power detect standby.
by push 䇼䉴䉺䊷䊃䇽Microwave pawer detect starts.

15 Descale number of times D escalenum berdisplay m ode 䌏䌆䌆

of execution Descale number is dissplayed.

by push 䇼䉴䉺䊷䊃䇽setup moves descale number clear mode.

D escale num berclearm ode 䌏䌆䌆

by pushing 䇼䉴䉺䊷䊃䇽number is cleared and return descale number display mode.

Example of display

ȬȳǸ Microwave
ų ᳙ᲯЎᲪ0 ᅺ 5min

Ჲ00W 800W

ȬȳǸ
ų ᲫᲮЎᲭᲪᅺ
ь༏ɶ ȬȳǸ

ų᳙4Ў00ᅺ

800W

ų᳙᳙ų10 10 times

ųȸȸųȸȸ

7 – 1

Service Manual

CHAPTER 7. COMPONENT REPLACEMENT AND ADJUSTMENT PROCEDURE

[1] WARNINGS

Please refer to “OVEN PARTS, CABINET PARTS, CONTROL PANEL PARTS, DOOR PARTS”, when carrying out any of the following removal proce­dures:

[2] OUTER CASE REMOVAL

To remove the outer case, procedure as follows.

1. Disconnect the power supply cord.

2. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

3. Open the oven door and block it open.

4. Remove the one (1) screw holding the steam cap to the outer case
cabinet (back side).

5. Remove the seven (7) screws from the rear side of outer case.

6. Slide the entire outer case back out about 1 inch (3 cm) to free it
from retaining clips on the cavity face plate.

7. Lift entire outer case from the unit.

8. Now, the outer case with the steam cap is free.

CAUTION: DISCONNECT OVEN FROM POWER SUPPLY BEFORE

REMOVING OUTER CASE.

WAIT FOR 60 SECONDS BEFORE TOUCHING ANY
OVEN COMPONENTS OR WIRING.

[3] BACK PLATE REMOVAL

1. Disconnect the power supply cord.

2. Remove the outer case cabinet, referring to “OUTER CASE
REMOVAL”.

3. Open the oven door and block it open.

4. Remove the one (1) screw holding the side angle to the back plate.

Microwave ovens contain circuitry capable of producing very high voltage and current, contact with following parts may result
in severe, possibly fatal, electric shock.

(Example) Inverter unit, Magnetron, High Voltage Harness etc..

WARNING:

Avoid possible exposure to microwave energy. Please follow the instructions below before
operating the oven.

WARNING AGAINST HIGH VOLTAGE :

1. Disconnect the power supply cord.

2. Visually check the door and cavity face plate for damage
(dents, cracks, signs of arcing etc.).

Carry out any remedial work that is necessary before operat­ing the oven.
Do not operate the oven if any of the following conditions exist;

1. Door does not close firmly.

2. Door hinge, support or latch hook is damaged.

3. The door gasket or seal is damaged.

4. The door is bent or warped.

5. There are defective parts in the door interlock system.

6. There are defective parts in the microwave generating
and transmission assembly.

7. There is visible damage to the oven.

Do not operate the oven:

1. Without the RF gasket (Magnetron).

2. If the wave guide or oven cavity are not intact.

3. If the door is not closed.

4. If the outer case (cabinet) is not fitted.

To prevent an electric shock, take the following precau­tions.

1. Before wiring,

2. Do not let the wire leads touch to the following parts;

1) High voltage parts:
Magnetron, Inverter unit and High voltage capacitor .

2) Hot parts:
Oven lamp, Magnetron, Inverter unit and Oven
cavity.

WARNING FOR WIRING

3) Sharp edge:

Bottom plate, Oven cavity, Waveguide flange and
other metallic plate.

4) Movable parts (to prevent a fault)

Fan blade, Fan motor, Switch, Switch lever.

3. Do not catch the wire leads in the outer case cabinet.

4. Insert the positive lock connector until its pin is locked and
make sure that the wire leads do not come off even if the
wire leads are pulled.

5. To prevent an error function, connect the wire leads
correctly, referring to the Circuit Diagram.

1) Disconnect the power supply cord, and then remove
the outer case and the back plate assembly.

2) Open the door and block it open.

3) Wait for 60 seconds to discharge the high voltage ca­pacitors of the inverter unit.

4) Disconnect the high voltage wire from the magnetron
terminal with insulated pliers.

5) Make the terminal (metal part) of the high voltage wire
contact to the magnetron body with insulated pliers.

6) Now, the capacitors of the inverter unit are discharged.

7) Reconnect the high voltage wire to the magnetron ter­minal after discharging.

WARNING : Use the pliers that the portions of their

handles are insulated completely to
avoid an electric shock.

7 – 2

5. Remove the two (2) screws holding the back plate to the rear
angle.

6. Remove the four (4) screws fixing the back plate.

7. Now, the back plate with exhaust cover is free.

[4] DOOR ASSEMBLY REPLACEMENT

1. REMOVAL

1. Disconnect the power supply cord.

2. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

3. Remove the outer case cabinet, referring to “OUTER CASE
REMOVAL”.

4. Remove the dew tray

5. Disconnect the 12-pin connector of the control panel harness.

6. With the door open 45°, push the door cam down and back and
then slowly open the door to remove it.

7. With the door open more than 106°, slide the door left from the
hinge pin slot to remove it.

NOTE: Be careful not to make the 12-pin harness caught in the

square hole of the oven.

Be careful when installing the door, since the door cam is eas­ily pulled in the back of the oven.

After replacing the door or loosening/removing the hinge
screws, make sure to adjust the door.

2. REINSTALL

1. To facilitate reinstallation, first put the hinge pin in the right hinge.

CAUTION: If bent, the comb-shaped teeth should be straighten (other-

wise, microwave leakage may result.)

After replacing or repairing the door, ensure that there is no
microwave leakage (otherwise, microwave leakage may
result).

Always make latch adjustment (otherwise, malfunction may
result)

3. After any service to the door

1) Make sure that the door sensing switch, the secondary interlock
switch and the monitor switch are operating properly. (Refer to
chapter “Test Procedure”.)

2) An approved microwave survey meter should be used to assure
compliance with proper microwave radiation emission limitation
standards.

[5] DOOR COVER REMOVAL AND DOOR PACKING INSTALLATION

1. DOOR COVER REMOVAL

1. Disconnect the power supply cord.

2. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

3. Put a putty knife (thickness of about 0.5mm) into the gap between
the door cover and the door frame (for tab positions, refer to photo).
First disengage four(4) tags on the right side, four(4) tags on the left
side, and six(6) tags on the front side.

4. Lift up the this side of the door cover. And disengage the center tab
and the seven (7) tabs on the back side. If it is difficult to disengage
the seven (7) tabs on the back side, remove the door packing.

5. Remove the door packing from the door cover.

6. Following the above steps 3, 4 and 5 can remove the door cover
without breaking it.

NOTE: * Embed the entire circumference of the door packing in the

door cover and then fit the door packing with the door
frame.

* After assembling, press the entire circumference of the

door packing so that the door packing is in a uniform condi­tion without protrusion.

* Be careful not to damage the surface.

* After assembling, check that there is no microwave/steam

leakage from the door.

2. DOOR PACKING INSTALLATION

1. Turn the door cover over.

2. Install the four (4) corners of the door packing into the four (4) cor­ners of the door cover opening.

3. As the cross section of the door cover opening is T character type,
put the door packing over the door cover opening.

Panel R

Handle

Slide to left

Door Cam

Door Cam

106º

Door Cover

Door packing

This side

Positions of tabs

Right sideLeft side

Door cover

Center tab

Magnified picture of the door packing

Groove of
the door packing

Door packing

Reverse side of the door cover

T character part of the door cover

Magnified picture of the door cover

7 – 3

4. Carry out the procedure of item 3 around all the circumferences of
the door cover opening.

5. Turn the door cover over again.

6. Put the door packing over the door cover opening if there are any
portions that the door packing is not put correctly.

7. Make sure that the door packing is not tight or not slack. And make
sure that the door packing is put uniformly around all the circumfer­ences of the door cover opening.

NOTE: 1) Do not scratch the door cover and the door packing.

2) After the door and the oven are assembled, carry out the
microwave leakage measurement test and make sure that
there is no leakage of steam.

[6] DOOR ADJUSTMENT

When removing and/or loosening the oven hinges such as in door
replacement, the following adjustment criteria are taken.

Door adjustment is performed with the door properly installed and
closed and while the oven hinges are loose.

1. Loosen the screws holding the oven hinge right and the oven hinge
left to the bottom plate with screwdriver.

2. Insert a spacer of 0.8mm in thickness between the door sealer sec­tion (lower portion) and the front plate.

3. Adjust the door by moving it so that the door is parallel with the
oven cavity front plate lines (right and left side lines) and the door
latch heads pass through the latch holes correctly.

4. Tighten the screws holding the right oven hinge to the bottom plate.
Then tighten the screws holding the left oven hinge to the bottom
plate.

5. Adjust the latch (see [8]).

NOTE: In order to prevent deformation of parts, lay a soft mat and

then turn the unit on it.

1. After adjustment, make sure of the following:

1. The door latch heads smoothly catch the latch hooks through latch
holes and the latch heads goes through center of latch holes.

2. The door is positioned with its face pressed toward oven cavity
front plate.

3. Reinstall the outer case cabinet and check for microwave leakage
around the door with an approved microwave survey meter. (Refer
to Microwave Measurement Procedure.)

NOTE: The door on a microwave oven is designed to act as an elec-

tronic seal preventing the leakage of microwave energy from
the oven cavity during cook cycle. This function does not
require that the door be airtight, moisture (condensation)-tight
or light-tight. Therefore, occasional appearance of moisture,
light or sensing of gentle warm air movement around the oven
door is not abnormal and do not of themselves indicate a leak­age of microwave energy from the oven cavity. If such were
the case, your oven could not be equipped with a vent, the
very purpose of which is exhaust the vapor-laden air from the
oven cavity.

[7] DOOR SENSING SWITCH, SECONDARY INTERLOCK SWITCH AND MONITOR SWITCH
REPLACEMENT

1. REMOVAL

1. Disconnect the power supply cord.

2. Remove the outer case cabinet, referring to “OUTER CASE CABI­NET REMOVAL”.

3. Open the oven door and block it open.

4. Wait for 60 seconds to discharge the high voltage capacitor of the
inverter unit.

5. Disconnect the wire leads from the switch.

6. Keep extending the two stopper tabs holding the switch to the latch
base angle and revolve the switch on the pole.

7. Remove the switch from the latch base angle.

8. Now, the switch is free.

2. REINSTALLATION

1. Reinstall the switch in its place. The door sensing switch is in the
upper position of the latch base angle. The monitor switch is in the
lower position of the latch base angle. The secondary interlock
switch is in the middle position of the latch base angle.

2. Reconnect the wire leads to the switch.

3. Make sure that the monitor switch is operating properly and check
continuity of the monitor circuit. Refer to chapter “Test Procedure
and Adjustment” procedure.

Screws

Screws

Door cam

Door cam

Sealer

Oven
cavity
front

Spacer

Stopper tab

Stopper tab

Stopper tab

Door sensing switch

Secondary interlock switch

Monitor switch

7 – 4

[8] DOOR SENSING SWITCH, SECONDARY INTERLOCK SWITCH AND MONITOR SWITCH
ADJUSTMENT

1. Adjustment

If the door sensing switch, secondary interlock switch and monitor
switch do not operate properly due to a misadjustment, the following
adjustment should be made.

1. Disconnect the power supply cord.

2. Remove the outer case cabinet, referring to “OUTER CASE
REMOVAL”.

3. Open the oven door and block it open.

4. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

5. Loosen two (2) screws holding the latch base angle to the oven
cavity front plate.

6. With door closed, adjust the latch base angle by moving them back
and forth, and up and down. In and out play of the door allowed by
the latch base angle should be less than 0.5 mm.

The position of the latch base angle should be adjusted so that the
plungers of the door sensing switch, the secondary interlock switch
and the monitor switch are pushed with the door closed.

7. Secure the screws firmly.

8. Check all of the switches operation. If each switch plunger has not
been pushed with the door closed, loosen the screws and adjust
the position of the latch base angle.

2. After adjustment, check the following.

1. In and out play of the door remains less than 0.5 mm when in the
latched position. First check the position of the latch base angle
pushing and pulling right portion of the door toward the oven face.
Then check the position of the latch base angle, pushing and pull­ing left portion of the door toward the oven face. Both results (play
in the door) should be less than 0.5 mm.

2. The door sensing switch and the secondary interlock switch open
within 3.0mm gap between the oven door and cavity face.

3. The monitor switch contacts (NC and COM) close when the door is
opened.

4. Reinstall the outer case cabinet and check for microwave leakage
around the door with an approved microwave survey meter. (Refer
to Microwave Measurement Procedure.)

[9] BOTTOM PLATE ASSEMBLY REMOVAL

Before the control unit, noise filter unit, inverter unit, fan motor and
magnetron are replaced, removal of the bottom plate is required.

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

WARNING: Use the pliers that the portions of their handles are

insulated completely to avoid an electric shock.

7. Pull the reservoir (feed reservoir assembly) out of the set.

8. Remove the dew tray and drain accumulated water from the tray.

9. Disconnect the wire leads from the convection motor, the thermal
cut-out (convection) and the thermal cut-out (Fan).

10.Remove the motor angle from the filter cover by removing the one
(1) screw and releasing the one (1) tab.

11.In order to remove the bottom plate assembly, turn over the unit.

NOTE: When turning over the unit, first place its left or right side

down and then the top side down (otherwise, the convec­tion motor and/or convection duct will be damaged).

12.Remove the nine (9) screws fixing the bottom plate assembly (bot­tom face) to the left heat shield plate, the right heat shield plate, the
left hinge assembly, the right hinge assembly and the front plate of
the oven.

13.Place the oven right side down. And open the bottom plate assem­bly from the oven.

14.Disconnect the two (2) blue connectors from the blue connectors of
the control harness and the main harness which are installed in the
heat cover R assembly.

15.Take the snap bands tying the harnesses out of the hole of the bot­tom plate.

16.Lift the bottom plate assembly to remove it from the oven body.

NOTE: In order to prevent the fan duct covering around the mag-

netron terminal from hitting the terminal, slightly shift the
bottom plate assembly toward the left hinge assembly
and then lift the bottom plate assembly.

[10] ENGINE UNIT REMOVAL

1. ENGINE UNIT REMOVAL

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

Mounting screws of bottom plate assembly

7 – 5

6. Now, the capacitors of the inverter unit are discharged.

WARNING: Use the pliers that the portions of their handles are

insulated completely to avoid an electric shock.

7. Remove the water tube from the engine unit assembly.

CAUTION: When the water tube is removed from the engine unit,

remained water may bleed from the engine unit.

8. Remove the two (2) screws holding the latch base angle.

And remove the latch base angle.

9. Remove the wire harness from the heater terminal of engine unit
assembly by removing the two (2) screws.

10.Disconnect the engine thermistor from the wire harness.

11.Remove the one (1) screw holding the thermo mounting plate to the
heat cover-right assembly.

12.Remove the one (1) screw holding the engine unit assembly to the
heat cover-right assembly.

13.Remove the three (3) screws which are holding the engine unit
assembly from inside of the oven cavity.

14.Now, the engine unit assembly is free.

CAUTION: When the new engine unit is installed, the thermistor

(engine) and engine packing B should be reinstalled.

2. TREATMENT AFTER ENGINE UNIT REPLACE-

MENT

After the new engine unit assembly is installed, carry out the following
three procedures to avoid the error operation.

1. At first, fill the tank assembly with water and carry out

“ (steam cooking)” with manual operation for about five (5)
minutes, referring to operation manual.

2. Then, carry out “ (drain water function)”.

3. At last, fill the tank assembly with water and carry out

“ (steam cooking)” again for about ten (10) minutes. And
check that the error does not appear on the display.

4. If the error is appeared and the oven stops at above step 1, carry
out step 2 and step 3.

REASON

Inside walls of the engine unit assembly have been painted to protect
the engine unit assembly with special paint. And special paint will shed
water initially. By carrying out Steam cooking, paint can be accus­tomed to water. If this operation is not carried out, the oven will judge
that there is no water in the tank assembly. And the display will show
the error and then the oven will stop.

Because this oven judges that there is water or not by checking on/off
time ratio of the engine unit assembly.

If paint is not accustomed to water, off time will become longer than on
time. At this time, the oven will judge no water.

[11] TUBE PUMP ASSEMBLY REMOVAL

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

WARNING: Use the pliers that the portions of their handles are

insulated completely to avoid an electric shock.

7. Remove the four (4) screws holding the side angle.

8. Remove the side angle.

9. Remove the two (2) screws holding the latch base angle.

10.Remove the latch base angle.

11.Remove the wire harness from the oven lamp, pump motor and WL
joint (Upper).

12.Remove the engine unit assembly, referring to “ENGINE UNIT
ASSEMBLY REMOVAL.”

13.Disconnect the DC fan motor (cooling) connector. Then remove the
motor angle mounting the DC fan motor (cooling) from the filter
cover (by removing the one (1) screw).

14.Straighten the tags of the front plate of the oven fixing the panel R.
If screw clamping has been applied, remove the one (1) screw.

15.Open the door

16.Pull the right panel R upward and remove it from the front plate of
the oven.

17.Remove the one (1) screw fixing the tank cover to the front plate of
the oven from the front.

18.Remove the one (1) screw fixing the tank cover to the right heat
shield plate assembly.

19.Remove the one (1) screw fixing the tube pump assembly to the
right heat shield plate assembly.

20.Disconnect the display board harness from the control harness.

21.Disengage the control harness connector from the tank cover tags.

22.Remove the drain tube from the exhaust fan motor (sirocco motor)
by loosening the hose band.

23.Remove the tank cover (tank cover assembly) with the tube pump
assembly installed from the set.

24.Remove the one (1) screw fixing the tube pump assembly to the
tank cover.

25.Pull the tube pump assembly out of the tank cover.

26.Disconnect the drain tube from the tube pump assembly by loosen­ing the hose band.

NOTE: Before installing the tube pump assembly, ensure that the

water supply tube and the drain tube have been connected to
the pipes of the tube pump assembly.

[12] DC FAN MOTOR (Ventilation) REMOVAL

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7 – 6

7. Reconnect the high voltage wire to the magnetron terminal after
discharging.

WARNING: Use the pliers that the portions of their handles are

insulated completely to avoid an electric shock.

8. Remove the four (4) screws holding the side angle.

9. Remove the side angle.

10.Remove the two (2) screws holding the latch base angle.

11.Remove the latch base angle.

12.Remove the tube pump assembly, referring to “TUBE PUMP
ASSEMBLY REMOVAL”.

However, the tube pump assembly does not need to remove from
the tank cover.

13.Remove the two (2) screws holding the DC fan motor to the heat
cover right assembly.

[13] CONVECTION UNIT ASSEMBLY

1. CONVECTION UNIT REMOVAL

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

7. Reconnect the high voltage wire to the magnetron terminal after
discharging.

WARNING: Use the pliers that the portions of their handles are

insulated completely to avoid an electric shock.

8. Remove the wire harness from the convection heater by removing
the two (2) screws.

9. Remove the wire harness from the convection motor.

10.Remove the two (2) screws holding the water proof angle to the
oven cavity.

11.Remove the ten (10) nuts holding the convection unit to the oven
cavity assembly.

12.Now, the convection unit is free

2. CONVECTION HEATER REMOVAL

1. Remove the convection unit from oven the cavity assembly, refer­ring to “CONVECTION UNIT REMOVAL”.

2. Remove the two (2) screws holding the convection heater to con­vection duct.

3. Remove the convection heater from the two (2) heater mounting
plates.

4. Remove the convection heater from the convection duct.

5. Now the convection heater is free.

3. CONVECTION MOTOR REMOVAL

1. Remove the convection unit from oven the cavity assembly, refer­ring to “CONVECTION UNIT REMOVAL”.

2. Remove the duct divide plate from the convection cover.(Remove
the one (1) mounting screw.)

3. Remove the convection cover angle assembly from the convection
cover. (Release the tab and remove the one (1) mounting screw)

4. Remove the convection cover angle C from the convection cover.
(Release the tab and remove the one (1) mounting screw)

5. Remove the fan blade from the convection motor shaft by removing
the one (1) nut, three (3) washer and one (1) spacer.

6. Remove the convection motor mounting angle from the convection
cover by removing the two (2) screws.

7. Remove the convection motor from the convection mounting angle
by removing the two (2) screws.

8. Remove the one (1) ring from the convection motor shaft.

NOTE: If the ring, when removed, has been deformed, replace it with

new one. Using any deformed ring causes unbalanced rota­tion of the cooling fan.

9. Now, the convection motor is free

[14] MAGNETRON REPLACEMENT

1. REMOVAL

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

WARNING: Use the pliers that the portions of their handles are

insulated completely to avoid an electric shock.

7. Remove the bottom plate, referring to “BOTTOM PLATE
REMOVAL”.

8. Disconnect the wire leads from magnetron.

9. Remove the two (2) screws holding the bottom shield plate to the
oven cavity with the magnetron.

10.Remove the two (2) screws holding the magnetron to the
waveguide.

11.Remove the magnetron from waveguide.

12.Now, the magnetron is free.

2. REINSTALLTION

1. Reinstall the magnetron to waveguide flange with the two (2)
screws.

2. Reinstall the bottom shield plate with magnetron by the two (2)
screws.

3. Reinstall the bottom plate assembly to the oven with eleven (11)
screws.

4. Reconnect the wire leads to the magnetron, convection heater,
convection motor and thermal cut-outs.

5. Reinstall outer case and check that the oven is operating properly.

CAUTION: WHEN REPLACING THE MAGNETRON, BE SURE THE

R.F. GASKET IS IN PLACE AND THE MAGNETRON
MOUNTING SCREWS ARE TIGHTENED SECURELY.

7 – 7

[15] SIROCCO MOTOR REMOVAL

1. Disconnect the power supply cord.

2. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

3. Remove the outer case cabinet, referring to “OUTER CASE
REMOVAL”.

4. Remove the one (1) screw fixing the sirocco motor to the steam
duct ORG.

5. Hold the left end of the sirocco motor and pull it toward you to
remove it from the steam duct.

6. Remove the drain tube from the sirocco motor by loosening the
hose band.

[16] ANTENNA MOTOR AND ANTENNA SWITCH REMOVAL

The antenna motor and the antenna switch can be changed with the
cabinet installed.

1. Disconnect the power supply cord.

2. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

3. With the unit upside down, cut the six (6) ribs of the bottom plate so
as to partly cut off the bottom plate.

NOTE: When installing, install some cut parts by adding the two (2)

screws (XHTS740P08000).

1. ANTENNA MOTOR REMOVAL

4. Disconnect the terminal from the antenna motor.

5. Remove the two (2) antenna motor screws and remove the antenna
motor.

2. ANTENNA SWITCH REMOVAL

4. Disconnect the terminals from the antenna motor and the antenna
switch.

5. Remove the two (2) screws holding the TT motor mounting angle to
the oven cavity bottom plate.

6. Remove the TT motor mounting angle (with antenna motor and
antenna switch) from the oven cavity bottom plate.

7. Remove the one (1) screw holding the antenna switch to the TT
motor mounting angle.

[17] POWER SUPPLY CORD REPLACEMENT

1. Removal

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

WARNING: Use the pliers that the portions of their handles are

insulated completely to avoid an electric shock.

7. Remove the bottom plate assembly, referring to “BOTTOM PLATE
ASSEMBLY REMOVAL”.

8. Remove the one (1) screw holding the filter cover to the bottom
plate.

9. Straighten the tab of the bottom plate holding the filter cover to the
bottom plate.

10.Remove the filter cover from the bottom plate.

11.Remove the one (1) nut holding the earth wire of the power supply
cord to the bottom plate.

12.Disconnect the wire leads of the power supply cord from the noise
filter unit.

13.Remove the power supply cord from the square hole of the bottom
plate.

2. Installation

1. Insert the moulding cord stopper of the power supply cord into the
square hole of the bottom plate, referring to the figure.

2. After inserting the moulding cord stopper, slide it to the right side.

3. Install the earth wire lead of the power supply cord to the bottom
plate with the one (1) nut. And tight the nut.

4. Connect the wire leads of the power supply cord to the noise filter
unit correctly, referring to “CIRCUIT DIAGRAMS”.

5. Reinstall the filter cover to the bottom plate with the one (1) screw.

6. Hold the filter cover to the bottom plate by bending the tab of the
bottom plate.

7. Reinstall the bottom plate assembly to the oven.

8. Reconnect all leads removed from components during testing.

9. Reinstall the outer case and the back plate assembly.

10.Reconnect the power supply cord after the outer case and the back
plate assembly are installed.

11.Run the oven and check all function.

Steam duct ORG

Steam duct cover ORG

Steam duct angle

Screw

Sirocco motor

1

2

Power supply cord

Bottom plate

Square hole

Moulding cord stopper

7 – 8

[18] INVERTER UNIT ASSEMBLY REMOVAL

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

WARNING: Use the pliers that the portions of their handles are insu-

lated completely to avoid an electric shock.

7. Remove the bottom plate, referring to “BOTTOM PLATE
REMOVAL”.

8. Disconnect the wire leads and the connectors from the inverter unit
assembly.

9. Remove the one (1) screw earthing the inverter unit assembly to
the bottom plate.

10.Remove the two (2) screws holding the inverter unit assembly to
the bottom plate.

11.Remove the inverter unit assembly from the bottom plate.

12.Now, the inverter unit assembly is free.

[19] CONTROL UNIT REMOVAL

1. Disconnect the power supply cord, and then remove the outer case
and the back plate assembly.

2. Open the door and block it open.

3. Wait for 60 seconds to discharge the high voltage capacitors of the
inverter unit.

4. Disconnect the high voltage wire from the magnetron terminal with
insulated pliers.

5. Make the terminal (metal part) of the high voltage wire contact to
the magnetron body with insulated pliers.

6. Now, the capacitors of the inverter unit are discharged.

WARNING: Use the pliers that the portions of their handles are insu-

lated completely to avoid an electric shock.

7. Remove the bottom plate, referring to ÅgBOTTOM PLATE
REMOVALÅh.

8. Disconnect the wire leads and the connectors from the control unit.

9. Remove the one (1) screw earthing the control unit to the bottom
plate.

10.Remove the two (2) screws holding the control unit the PWB
holder.

11.Remove the control unit from the PWB holder.

12.Now, the control unit is free.

NOTE: After the control unit is reinstalled, make sure that the main

harness, the control harness and the humidity sensor harness
are held with the one (1) wire holder and the one (1) purse
lock LL as shown in the picture.

[20] DISPLAY UNIT REPLACEMENT

When the display unit is replaced, carry out " “ citrate
washing).

Because If the display unit is replaced, the number of times for

" “(citrate washing) is not taken over to new display unit.

Screw

Screw of earting

Bottom plate assembly

Wire holder

Purse lock LL

Control unit

Screw

Screw of
earting

Inverter unit
aseembly

Screw

8 – 1

Service Manual

CHAPTER 8. MICROWAVE MEASUREMENT

After adjustment of door latch switches, monitor switch and door are completed individually or collectively, the following leakage test must be per­formed with a survey instrument and it must be confirmed that the result meets the requirements of the performance standard for microwave oven.

REQUIREMENT

The safety switch must prevent microwave radiation emission in excess of 5mW/cm

2

at any point 5cm or more from external surface of the oven.

PREPARATION FOR TESTING

Before beginning the actual test for leakage, proceed as follows;

1. Make sure that the test instrument is operating normally as specified in its instruction booklet.

Important:

Survey instruments that comply with the requirement for instrumentations as prescribed by the performance standard for microwave ovens must
be used for testing.

Recommended instruments are:

NARDA 8100

NARDA 8200

HOLADAY HI 1500

SIMPSON 380M

2. Place the oven tray into the oven cavity.

3. Place the load of 275 ±15ml of water initially at 20 ±5°C in the centre of the oven tray. The water container should be a low form of 600 ml beaker
with inside diameter of approx. 8.5cm and made of an electrically non-conductive material such as glass or plastic.

The placing of this standard load in the oven is important not only to protect the oven, but also to insure that any leakage is measured accurately.

4. Close the door and turn the oven ON with the timer set for several minutes. If the water begins to boil before the survey is completed, replace it
with 275ml of cool water.

5. Move the probe slowly (not faster that 2.5cm/sec.) along the gap.

6. The microwave radiation emission should be measured at any point of 5cm or more from the external surface of the oven.

Microwave leakage measurement at 5 cm distance

mW cm

2

mW cm

2

9 – 1

Service Manual

CHAPTER 9. CIRCUIT DIAGRAMS

[1] PICTORIAL DIAGRAM

1. CONTROL UNIT

2. DISPLAY UNIT

JP1

JP2

JP24

JP24

JP43

C7

IC2

C3

C1

R3

R148

Q45

E

B

R2

R1

I

E

B

Q1

0

ADJ

JP25

JP23

JP26

JP45

JP27

JP8

JP9

JP10

JP11

JP12

JPA

C5

IC1

0

G

I

C12

CNA

CNH

CNE

13

CNC

CR7

9

1

1

1

11

3

JP21

JP19

JP3

1

1

6

1

7

32

33

48

4

9

12 2

111

JP34

JP38

BZ1

CND

JP33

JP6

R51

JP14

JP15

CF100

CNG

3

JP5

JP7

ZD1

DIP

JP4

JP16

JP17

JP18

JP20

JP22

JP32

JP30

JP41

JP42

JP44

JP28

JP13

D3

RY5
WHT WHT

GRY

D1

D4

VRS1

CR6

CR10

CR9 CR8

2.5A

FUSE1

D2

D8

D7

D9

D6

JP29

JP39

1

1

19
20

D71

D70

2

JP40

JP37

CNB

RY3

RY2

RY1

JP36

JP35

JP31

R96

R97

RY4
BLU

BLU

RED

RED RED

BRN

BRN

BRN

WHT

GRY

RED

GRY

WHT

RY3 RY2 RY1

R5

R4

RY11

RY6

RY7

RY8

C11

RY9

RY5

RY10

RY4

2
4
6

8
10
12

CND

CNB

BLK

RED

BLK

RED

BLK

RED

GRY

RED

BLK

RED

BLU

BLK

BLK

WHT

RED

GRN

BRN

BLU

BLK
WHT

YLW

BLK

WHT

GRY

WHT

GRY

WHT

GRY

1
3
5
7
9

11

BLK

RED

ORG

BRN

BLK

1
2
3
4
5
6
7
8

9
10
11

CNE

GRY

WHT

1
2
3

CN-H

19
17
15
13
11

9
7
5
3
1

to Display Unit (WHA)

RED/BRN

RED/RED

WHT

GRY/WHT

WHT/BLU

WHT

20
18
16
14
12
10

8
6
4
2

RED

RED/RED

WHT/WHT

WHT

from Touch Control Transformer

12
11
10

9
8
7
6
5
4
3
2
1



RED

GRY

BLK

WHT

RED

GRY

BLK

WHT

RED

GRY

BLK

WHT

Control harness

Pin
connector

Control unit CND

9 – 2

3. OTHER COMPONENTS

Pump motor

RED

BLU

BLU

N.O

COM.

N.O

N.C

COM.

N.C

COM.

RED

RED

BLU

GRN

321

CN-A

Ground

Door Sensing
Switch

Monitor
Switch

WL joint upper
(Water sensor)

Secondary
Interlock
Switch

INVERTER UNIT

LATCH SWITCHES

NOISE FILTER UNIT

RED

BLK

B
L
K

W
H
T

Y
L

W

GRY

GRY

GRY

WHT

BLU

WHT

RED

WHT

WHT

Main wire harness

Power Supply Cord

GRN

EARTH

BLK

WHT

WHT

RED

Thermal cut-out (Engine)

Humidity sensor harness

Main harness

Pump motor

GRY / BLU

WHT

BLK

Control harness

Purse lock LL

WHT/ WHT

9 – 3

Convection motor

Connectors to the antenna motor harness and antenna switch harness

Magnetron

Thermal cut-out (Convection)

RED

WHT

RED

RED

Convection heater

Convection motor

Thermal cut-out (Fan)

RED

RED

WHT

RED/
RED

Control harness

Main harness

Heat cover R assembly

Bottom plate assembly

9 – 4

Antenna motor and antenna switch

Purse lock LL and wire holder

BLK for antenna
switch NO. terminal

Antenna motor

RED for antenna
motor terminal

WHT for antenna
motor terminal

BLU for antenna
switch COM. terminal

Wire holder

Purse lock LL

Inverter unit
assembly

Control unit

Bottom plate assembly

9 – 5

[2] MAIN CIRCUIT

[3] INVERTER UNIT CIRCUIT

A1

A3

B10

B14

E11 E1 E3 E5 E7

B11 B12 B13 B15 G1 G2 G3B20B9B1B2B3B4B5B6B8B7

A1

A3

VRS1

FUSE

A9

A8
A7

A6

H1

H3

RY3

RY4RY2

RY8

RY7

RY6

RY10

CR10

POWER
SAVING
RELAY

CR6 CR7 CR8

RY11

RY1

DOOR

SENSING

SWITCH

THERMISTOR

(OVEN)

THERMISTOR

(ENGINE)

ANTENNA

SWITCH

WATER
SENSOR

FAN M OTOR

PUMP MOTOR

CONVECTION MOTOR

ANTENNA MOTOR

OVEN LAMP

MONITOR SWITCH

MAGNETRON

VENTILATION
FAN

HUMIDITY SENSOR

INVERTER
UNIT

T/C TRANSFORMER

PRIMARY
INTERLOCK
RELAY

CONTROL UNIT

CONVECTION

HEATER

(1350W)

ENGIN HEATER

(900W)

(DC24V) (DC24V)

COOLING
FAN

EXHAUST
FAN

(DC24V
SIROCCO FAN)

FAN MOTOR
THERMAL CUT-OUT

ENGINE
THERMAL
CUT-OUT

CONVECTION
THERMAL CUT-OUT

SECONDARY
INTERLOCK SWITCH

NOISE SUPRESSION COIL

LINE CROSS CAPACITOR 3.3

LINE BYPASS CAPACITOR

10000pF/250V

LINE BYPASS CAPACITOR

10000pF/250V

FUSE

F20A

㧸

㧺

AC 110V
60HZ

NOISE FILTER UNIT

RESISTOR 150k

VRS100

D110

D100

R100

5W/1.8k

ZD100ZD101

10V x2

+

C100

100u/35V

C110

6.8u/200V

L110

VRS110

C111

0.33u/580V

P1

P2

R113

H1

H2

D121

UX-F5B

C121

4800p

3100V

D120

UX-F5B

C120

3000p

2800V

R120

120M(M)

1.3W

PD100
1

2

3

4

F

FA

39K

Q110

CN-A

1/2W

120kG

1/4W 200kG

R110

R114

R115

T110

CT100

1.1kF
1/4W

R101

BLUE

RED

PWM

VS

3
2
1

F

FA

R116

1/2W 47K1/2W 47K

11

9

8

310

21

4

567

A060DR

15A

TH111

60A/900V

J1

1/4W 820

ZD10

5.1V

R10

R117

1/4W 15k

1/2W1.2K

(HIC1)

ZD110

9 – 6

[4] CONTROL UNIT CIRCUIT

㪋㪎㪢

㪋㪎㪢㪋㪅㪎㪢

㪋㪅㪎㪢

㪟㪱㪈㪉㪙㪈

㪈㪆㪋㪮㩷㪉㪅㪉㪢

㪈㪆㪉㪮㩷㪈㪅㪍㪢

㪢㪫㪚㪊㪈㪐㪏㪰

㪈㪆㪉㪮㩷㪈㪅㪍㪢

㪌㪇㪭㪆㪈㪇㫌

㪌㪇㪭㪆㪇㪅㪈㫌

㪊㪍㪇㪢㪝

㪈㪅㪏㪢㪝

㪈㪇㪢

㪈㪇㪢㪈㪇㪢

㪈㪮㩷㪊㪊㪇

㪌㪇㪭㪆㪇㪅㪈㫌

㪌㪇㪭㪆㪇㪅㪈㫌

㪍㪉㪇㪢

㪎㪌㪢㪛

㪈㪌㪇㪢㪝

㪊㪇㪇㪢㪝

㪊㪎㪅㪋㪢㪛

㪊㪅㪌㪎㪢㪛

㪈㪇㪢

㪊㪅㪊㪉㪢㪛

㪈㪇㪢

㪊㪧㪠㪥㩷㪉㪅㪌㫄㫄㪧

㪙㪇㪊㪙㪄㪯㪥㪠㪩㪢㪄㪙㩿㪣㪝㪀㩿㪪㪥㪀

9 – 7

[5] DISPLAY UNIT CIRCUIT

㪣㪚㪛㪈

㪩㪣㪚㪛㪪㪘㪈㪐㪈㪛㪩㪱㪱

㪙㪘

㪚

-

-

-

-

㩿㪚㪝㪉㪇㪇㪀

㩿㪩㪈㪐㪍㪀

459

㪚㪈㪎㪇䌾㪚㪈㪎㪉䋺㪊㪊㪇㪧㩷㬍㪊㪩㪈㪎㪇䌾㪩㪈㪎㪉䋺㪈㪇㪇㪢㩷㬍㪊

㪩㪈㪎㪐

㪩㪈㪏㪇

㪩㪈㪏㪈

㪩㪈㪏㪉

㪚㪈㪎㪊

㪚㪈㪎㪋

㪩㪈㪎㪊䌾㪩㪈㪎㪏䋺㪋㪅㪎㪢㩷㬍㪍

㪚㪈㪐㪈

㪚㪈㪐㪉

㪌㪇㪭㪆㪇㪅㪈㫌

㪚㪋㪇㪈

㪈㪇㪢

㪨㪉㪇㪊

㪨㪉㪇㪈

㪩㪉㪇㪍 㪩㪉㪇㪎

㪨㪉㪇㪇

㪩㪉㪇㪇

㪩㪉㪇㪈

㪣㪛㪈

㪣㪚㪛㩷㪙㪘㪚㪢㩷㪣㪠㪞㪟㪫

㪩㪊㪇㪇䌾㪩㪊㪇㪋䋺㪈㪢㩷㬍㪌

㪩㪊㪇㪇
㪩㪊㪇㪈
㪩㪊㪇㪉

㪩㪊㪇㪊
㪩㪊㪇㪋

ࠬ࠲࡯࠻

㪨㪉㪇㪉

3㨪3

406.(6

㪮㪟㪄㪘

㪝㪮㪄㪭㪱㪘㪊㪋㪈㪛㪩㪱㪱

㪈㪇㪧㪠㪥㩷㪙㫆㪸㫉㪻㩷㫀㫅

406.(6

㪧㪉㪶㪇

㪧㪈㪶㪊

㪧㪈㪶㪉

㪧㪈㪶㪈

㪧㪈㪶㪇

㪧㪇㪶㪎

㪧㪇㪶㪍

㪧㪇㪶㪌

㪧㪇㪶㪋

㪧㪇㪶㪊

㪧㪇㪶㪉

㪧㪇㪶㪈

㪧㪇㪶㪇

㪭㪣㪈

㪭㪣㪉

㪭㪣㪊

㪧㪈㪉㪶㪊

㪧㪈㪉㪶㪉

㪭㪣㪋

㪚㪣㪢㪦

㪎㪏㪏㪇㪎㪐

㪎㪎㪎㪍㪎㪌㪎㪋㪎㪊

㪎㪉㪎㪈㪎㪇㪍㪐㪍㪏㪍㪎㪍㪍㪍㪌㪍㪋㪍㪊㪍㪉

㪍㪈

㪧㪉㪶㪌

㪧㪉㪶㪍

㪧㪉㪶㪎

㪠㪥㪫

㪧㪊㪶㪈

㪧㪊㪶㪉

㪧㪊㪶㪊

㪧㪊㪶㪋

㪧㪊㪶㪌

㪧㪊㪶㪍

㪧㪊㪶㪎

㪧㪋㪶㪇

㪧㪋㪶㪈

㪧㪋㪶㪉

㪧㪋㪶㪊

㪧㪋㪶㪋㪋㪈

㪋㪉
㪋㪊
㪋㪋
㪋㪌
㪋㪍
㪋㪎
㪋㪏
㪋㪐
㪌㪇
㪌㪈
㪌㪉
㪌㪊
㪌㪋
㪌㪌
㪌㪍

㪧㪉㪶㪈

㪧㪉㪶㪉

㪧㪉㪶㪊

㪧㪉㪶㪋㪌㪎

㪌㪏
㪌㪐
㪍㪇㪩㪯㪛㪇

㪫㪯㪛㪇

㪛㪘㪇

㪮㪢㪬㪧㪇

㪭㪩㪜㪝

㪤㪦㪛㪜

㪯㪚㪠㪥

㪯㪚㪦㪬㪫

㪩㪜㪪㪜㪫

㪯㪦㪬㪫

㪭㪪㪪

㪯㪠㪥

㪭㪚㪚

㪧㪈㪈㪶㪎

㪧㪈㪈㪶㪍

㪧㪈㪈㪶㪌㪈㪋㪈㪍

㪈㪌

㪈㪊
㪈㪉
㪈㪈

㪈㪇
㪐
㪏
㪎
㪍
㪌
㪋
㪊
㪉
㪈

㪧㪈㪈㪶㪋

㪪㪚㪪

㪪㪪㪦

㪪㪪㪠㪈㪏㪉㪇

㪈㪐

㪈㪎

㪉㪈㪉㪉㪉㪊

㪉㪋

㪉㪌

㪉㪍㪉㪎㪉㪏㪉㪐㪊㪇

㪊㪈㪊㪉㪊㪊

㪊㪋㪊㪌㪊㪍

㪧㪋㪶㪌

㪧㪋㪶㪍

㪧㪋㪶㪎

㪧㪍㪶㪇

㪊㪐

㪊㪏㪊㪎㪋㪇

㪧㪍㪶㪈

㪧㪍㪶㪉

㪧㪍㪶㪊

㪧㪍㪶㪋

㪧㪍㪶㪌

㪧㪍㪶㪍

㪧㪍㪶㪎

㪧㪎㪶㪇

㪧㪎㪶㪈

㪧㪎㪶㪉

㪧㪎㪶㪊

㪧㪎㪶㪋

㪧㪎㪶㪌

㪧㪎㪶㪍

㪧㪎㪶㪎

㪪㪪㪚㪢

㪠㪚㪉㪇㪇

㪛㫆㫋㩷㪘㫉㪼㪸

㪛㫆㫋㩷㪘㫉㪼㪸

㪩㪪㪫
㪚㪪㪦

㪭㪣㪚㪛
㪭㪙㪇㪂
㪭㪙㪇㪄
㪭㪙㪈㪄
㪭㪙㪈㪂

㪭㪪㪪
㪭㪛㪛

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PartsGuide

PARTS LIST

WATER OVEN

MODELS

AX-GX2T(R)
AX-GX2T(W)

Parts marked "*" may cause undue microwave exposure.
Parts marked " " are used in voltage more than 250V.

[1] OVEN PARTS

[2] CABINET PARTS

[3] DOOR PARTS

HOW TO ORDER REPLACEMENT PARTS

To have your order filled promptly and correctly, please
furnish the following information.

CONTENTS

[4] ACCESSORY PARTS AND

PACKING

[5] OTHER PARTS

 INDEX

1. MODEL NUMBER

2. REF. NO.

3. PART NO.

4. DESCRIPTION

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these
parts with specified ones for maintaining the safety and performance of the set.

This document has been published to be used
for after sales service only.
The contents are subject to change without notice.

[1] OVEN PARTS

9-10

1-25

1-15

1-27

1-22

1-5

8-3-1

9-6

1-26

1-16

9-2

9-2

9-32

8-21

9-41

9-43

9-46

9-27

9-7

9-2

8-70

9-40

9-40

8-87

8-36

8-32

8-33

8-18

8-134

8-146

8-146

9-33

8-13

8-150

8-2

8-88

9-2

9-32

9-32

9-15

9-33

9-39

9-2

9-4

9-45

9-4

9-4

8-37

1-21-4

9-2

9-2

9-2

9-2

9-7

9-16

9-2

9-2

8-83

8-76

8-52

8-53

8-50

8-70

8-34

8-22

8-28

8-28-1

8-84

8-35

1-21

1-21-1

1-21-3

1-21-2

9-2

1-28

9-18

9-17

9-15

9-12

9-14

9-2

9-20

9-20

9-21

9-14

9-15

8-49

8-45

8-48

8-47

9-15

9-47

9-15

9-19

8-39

8-153

8-15

8-40

8-46

8-43

9-33

9-2

9-2

9-2

8-86

8-78

8-55

8-44

8-43

8-51

8-51

8-3

8-80

8-81

9-13

9-33

8-72

8-41

8-42

8-74

8-104

9-2

9-2

9-47

9-9

1-30

8-123

8-148

8-77

8-85

1-17

1-19

8-23

8-16

8-17

8-17

8-121

8-122

1-18

9-46

8-131

9-15

9-23

9-24

9-25

9-24

8-109

8-108

8-110

8-113

8-114

8-26

8-101

8-25

8-64

8-100

8-102

8-27

1-29

9-11

9-11

1-31

9-42

1-21-3

8-154

1-12

8-82

9-29

1-2

1-1

8-1

9-39

9-47

9-39

9-45

1-3

1-21-5

1-21-6

8-132

2

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

RANK

DESCRIPTION

Electric parts

!

*

Mechanical parts

*

[1] OVEN PARTS

1-1 CHET-A027WRKZ BF Engine unit assembly (ENGINE UNIT ASSY)
1-2 FH-HZA110WREZ AP Thermistor (Engine) (THERMISTOR)
1-2 FH-HZA100WREZ AN Thermistor (Engine) (THERMISTOR) (Interchangeable)
1-3 RTHM-A149WRZZ AK Thermal cut-out (Engine) (SH THERMOSTAT)
1-3 RTHM-A144WRZZ AF Thermal cut-out (Engine) (SH THERMOSTAT) (Interchangeable)
1-5 RTHM-A132WRZZ AM Thermal cut-out (Fan) (THERMAL CUT OUT)
1-5 RTHM-A116WRE0 AK Thermal cut-out (Fan) (THERMAL CUT OUT) (Interchangeable)

1-5 RTHM-A148WRZZ AH Thermal cut-out (Fan) (THERMAL CUT OUT) (Interchangeable)
1-12 QSW-MA117WRE0 AE Antenna switch (SENSING SW)
1-15 FH-HZA109WREZ AN Thermistor (Oven) (THERMISTOR)
1-15 FH-HZA099WREZ AN Thermistor (Oven) (THERMISTOR) (Interchangeable)
1-16 RMOTDA248WRZZ AH Antenna motor (TURNTABLE MOTOR)
1-17 QSW-MA168WRZZ AK Door sensing switch (MICRO SWITCH A)
1-17 QSW-MA147WRZZ AG Door sensing switch (MICRO SWITCH A) (Interchangeable)
1-18 QSW-MA148WRZZ AF Monitor switch (MICRO SWITCH B)
1-18 QSW-MA169WRZZ AF Monitor switch (MICRO SWITCH B) (Interchangeable)
1-19 QSW-MA170WRZZ AK Secondary interlock switch (MICRO SWITCH C)
1-19 QSW-MA146WRZZ AM Secondary interlock switch (MICRO SWITCH C) (Interchangeable)
1-21 FHLD-A030WRKZ Tube pump assembly (PUMP HOLDER ASSY)

1-21-1 RMOTDA248WRZZ AH Pump motor (TURNTABLE MOTOR)
1-21-2 XHPS740P08K00 AB Screw : 4mm x 8mm (TAP TIGHT SCREW)
1-21-3 XEPS740P08000 AB Screw : 4mm x 8mm (TAP TIGHT SCREW)
1-21-4 PCUS-A234WREZ AC Cushion (CUSHION)
1-21-5 PTUBXA069WREZ AE Water tube (WATER TUBE)
1-21-6 LBND-A047WREZ AF Hose band (HOSE BAND)

1-22 RHET-A431WRZZ BF Convection heater (CONVECTION HEATER)
1-25 RLMPTA087WRZZ AL Oven lamp (OVEN LIGHT)
1-25 RLMPTA082WRZZ AL Oven lamp (OVEN LIGHT) (Interchangeable)
1-25 RLMPTA085WRZZ AL Oven lamp (OVEN LIGHT) (Interchangeable)
1-25 RLMPTA096WRZZ AL Oven lamp (OVEN LIGHT) (Interchangeable)
1-26 RMOT-A028WRZZ AN Ventilation fan motor (FAN MOTOR)
1-26 RMOT-A034WRZZ AU Ventilation fan motor (FAN MOTOR) (Interchangeable)
1-27 RV-MZA366WRZZ BB Magnetron (MAGNETRON)
1-28 RMOTEA490WRZZ BA Convection motor (CONVECTION MOTOR)
1-29 RMOT-A029WRZZ AT Exhaust fan motor (SIROCCO MOTOR)
1-29 RMOT-A035WRZZ AY Exhaust fan motor (SIROCCO MOTER) (Interchangeable)
1-30 RTHM-A137WRZZ AH Thermal cut-out (Convection) (THERMAL CUT OUT)
1-30 RTHM-A123WRZZ AK Thermal cut-out (Convection) (THERMAL CUT OUT) (Interchangeable)
1-31 FDTCTA240WRKZ AU Humidity sensor

8-1 LANGKB372WRPZ AE THERMO MOUNT PLATE

8-2 PCUS-A262WREZ AD CUSHION

8-3 DOVN-A794WRKZ BX OVEN CAVITY ASSEMBLY

8-3-1 FSFTTA068WRFZ SHAFT ASSEMBLY

8-13 HDECQA513WRFZ PANEL R
8-15 LANGQA784WRPZ AF CONVECTION TERMO ANGLE
8-16 PSHT-A021WRFZ AD SHUTTER
8-17 MSPRTA228WREZ AB LATCH SPRING
8-18 FDUC-A490WRYZ AN EXHAUST DUCT ASSEMBLY
8-21 LANGKB126WRPZ AK TT MOTOR MOUNT ANGLE
8-22 FSLDHA077WRYZ AS HEAT COVER R ASSEMBLY
8-23 MLEVPA296WRFZ AG SWITCH LEVER
8-25 PPAC-A113WREZ AC STEAM DUCT PACKING L
8-26 PDUC-B181WRFZ AN STEAM DUCT ORG
8-27 PDUC-B132WRFZ AG FAN NOZZLE R
8-28 FTNK-A049WRKZ AY TANK ASSY (RESERVOIR)

8-28-1 PCOVPA525WRFZ AF TANK LID (RESERVOIR LID)

8-32 MJNTPA016WRFZ AG WL JOINT
8-33 MSPRPA106WREZ AF TANK SPRING
8-34 PCOVPA575WRFZ AQ TANK COVER
8-35 PCOVPA576WRFZ AH TANK COVER L
8-36 PJNT-A018WRFZ AD WL JOINT UPPER (WATER SENSOR)
8-37 PPAC-A131WREZ AC PUMP PACKING
8-39 LANGKB449WRPZ AF CONV. MOTOR MOUNTING ANGLE
8-40 LANGKB360WRPZ AL CONV. COVER ANGLE A
8-41 FANGKA229WRYZ AM CONV. COVER ANGLE ASSEMBLY

LANGKB364WRPZ AM CONV COVER ANGLE C

8-42
8-43 LBNDKA180WRPZ AE HEATER MOUNTING
8-44 NFANMA064WRWZ AF FAN BLADE
8-45 NFANMA069WRPZ AF COOLING FAN
8-46 PDUC-B086WRWZ BB CONVECTION DUCT
8-47 PFPF-A301WREZ AK HEAT INSULATION
8-48 PSLDHA281WRPZ AN CONV COVER
8-49 PSPA-A147WREZ AG SPACER
8-50 LANGKB315WRPZ AF SIDE AG
8-51 LANGKB340WRPZ AE REAR AG
8-52 LANGKB344WRPZ AH WATER PROOF AG
8-53 LANGKB353WRKZ AF OVEN SUPPORT AG
8-55 LANGQA792WRPZ AG LAMP MOUNTING ANGLE
8-64 PDUC-B131WRFZ AG FAN NOZZLE F
8-70 PCUS-A210WREZ AC CUSHION
8-72 PCUS-A212WREZ AC CUSSION
8-74 PCUS-A214WREZ AE CUSSION

3

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

RANK

[1] OVEN PARTS

8-76 PCUS-A216WREZ AD CUSSION
8-77 PCUS-A217WREZ AC CUSSION
8-78 PCUS-A218WREZ AE CUSSION
8-80 PGLSPA743WREZ AG LAMP GLASS
8-81 PPAC-A119WREZ AD LAMP PACKING
8-82 PPAC-A133WREZ AD ENGINE PACKING B
8-83 PSKR-A504WRPZ AG BOTTOM SHIELD PLATE
8-84 PSLDHA302WRPZ AQ HEAT COVER BOTTOM
8-85 PSLDHA276WRPZ AP HEAT COVER L
8-86 PSLDHA283WRPZ AQ HEAT COVER UPPER
8-87 PTUBXA070WREZ AF DRAIN TUBE

8-88 PZETPA003WRFZ AK INV SHEALD PLATE
8-100 LANGKB394WRPZ AL STEAM DUCT AG
8-101 PCOV-A157WRFZ AK STEAM DUCT COV ORG
8-102 PCUS-A222WREZ AC CUSHION
8-104 PCUS-A237WREZ AC CUSHION
8-108 PDUC-B136WRFZ AM JOINT DUCT FRONT
8-109 PDUC-B137WRFZ AM JOINT DUCT REAR
8-110 PPAC-A112WREZ AD DUCT PACKING
8-113 PPAC-A136WREZ AD JOINT DUCT PACING L
8-114 PPAC-A137WREZ AD JOINT DUCT PACING S
8-121 LANGKB492WRFZ AH LATCH BASE ANGLE

*

8-122 MLEVPA290WRFZ AG DOOR SWITCH LEVER
8-123 LANGKB426WRPZ AR DUCT DIVIDE PLATE
8-131 LBND-A033WREZ AC HOSE BAND
8-132 LBND-A047WREZ AF HOSE BAND
8-134 PSLDHA296WRPZ AF MOTOR REFLECTOR
8-146 PSPAFA002WREZ AF SPACER
8-148 PCUS-A256WREZ AF CUSHION
8-150 PCUS-A266WREZ AC CUSHION
8-153 PSHEPB361WREZ AF INSULATOR SHEET
8-154 TLABPA037WRRZ AF BLIND LABEL

Screw, washer and nut

9-2 XOTS740P08000 AA Screw : 4mm x 8mm

XEBS730P10000 AA Screw : 3mm x 10mm

9-4
9-6 XHPS740P08K00 AB Screw : 4mm x 8mm
9-7 XETS740P08000 AA Screw : 4mm x 8mm

9-9 XCPS740P20000 AK Screw : 4mm x 20mm
9-10 XCPS730P14000 AB Screw : 3mm x 14mm
9-11 XETS740P10000 AA Screw : 4mm x 10mm
9-12 XNEUW40-32000 AA Nut
9-13 LX-NZA002WRE0 AC Special nut
9-14 XOTWW40P06000 AC Screw : 4mm x 6mm
9-15 XOTWW40P08000 AB Screw : 4mm x 8mm
9-16 XCBWW30P06000 AA Screw : 3mm x 6mm
9-17 XBPS740P06K00 AC Screw : 4mm x 6mm
9-18 XREUW40-06000 AA Ring
9-19 XWHUW48-15120 AB Washer
9-20 XWHUW40-08000 AA Washer
9-21 XWSUW40-10000 AA Spring washer
9-23 XEPS740P40000 AB Screw : 4mm x 40mm
9-24 XEPS740P10000 AA Screw : 4mm x 10mm
9-25 XEPS740P14000 AB Screw : 4mm x 14mm
9-27 LX-NZA057WREZ AG Special nut
9-29 XHTS740P06000 AA Screw : 4mm x 6mm
9-32 LX-CZA088WREZ AB Special screw
9-33 XNES740-32000 AC Nut
9-39 XUBS740P36000 AC Screw : 4mm x 36mm
9-40 LX-BZA171WREZ AA Special screw
9-41 LX-CZA084WREZ AB Special screw
9-42 XFPWW30P06000 AD Screw : 3mm x 6mm
9-43 LX-BZA212WREZ AE Special screw
9-45 LX-BZA144WREZ AB Special screw
9-46 LX-CZ0052WRE0 AA Special screw
9-47 XCBS730P08000 AB Screw : 3mm x 8mm

DESCRIPTION

4

[2] CABINET PARTS

9-5

1-26

8-54

1-14

8-67

9-4

9-3

9-3

8-66

9-5

9-5

9-5

8-94

8-56

9-24

7-1

9-2

9-1

9-1

9-1

9-1

9-5

9-32

9-32

9-44

9-44

9-7

9-46

8-60

9-2

1-20

8-31

8-30

9-8

1-9

8-7

1-11

1-8

8-63

8-95

8-95

8-77

8-65

8-72

8-89

8-6

8-79

8-79

8-11

8-10

9-32

8-12

8-19

8-29

8-5

8-61

8-115

8-9

8-4

8-58

8-20

8-127

8-127

8-8

8-59

8-98

8-68

7-2

8-62

7-3

1-7

9-5

9-27

1-8

9-24

9-3

9-5

9-34

9-34

9-32

9-34

9-34

9-36

9-37

1-10

9-46

5

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

RANK

DESCRIPTION

[2] CABINET PARTS

!

Accessory and packing

1-7 DPWBFC618WRUZ BP Inverter unit assembly (INV UNIT ASSY)

1-8 QACC-A137WRZZ AU Power supply cord (POWER SUPPLY CORD)

1-9 DPWB-B088DRKZ BP Control unit (CONTROL UNIT)
1-10 QFS-BA009WRE0 AH Fuse 20A (FUSE 20A)
1-11 FPWBFA457WRKZ BC Noise filter unit (NOISE FILTER)
1-14 RTRNPA188DRZZ AZ Transformer (TRANSFORMER)
1-20 RMOTEA489WRZZ AW Fan motor (Ventilation) (FAN MOTOR)
1-26 RMOT-A028WRZZ AN Cooling fan motor (FAN MOTOR)
1-26 RMOT-A034WRZZ AU Cooling fan motor (FAN MOTOR)

Cabinet parts

7-1 FCABDA055WRWZ AX BACK PLATE ASSY

7-2 FDAI-A360WRYZ AY BOTTOM PLATE ASSEMBLY

7-3 GCABUB173WRPZ BG OUTER CASE CABINET [R]

7-3 GCABUB276WRPZ BG OUTER CASE CABINET [W]

Mechanical parts

8-4 GCOVPA021WRFZ AF DRIP TRAY COVER [R]

8-4 GCOVPA035WRFZ AH DRIP TRAY COVER [W]

8-5 GCUPPA033WRFZ AQ DRIP TRAY [R]

8-5 GCUPPA037WRFZ AP DRIP TRAY [W]

8-6 GLEGPA108WRFZ AF BACK SHADE GUIDE

8-7 LHLDPA016WRFZ AK PWB HOLDER

8-8 PCUS-A221WREZ AC CUSHION

8-9 PGID-A119WRFZ AN DEW TRAY GUIDE L [R]

8-9 PGID-A121WRFZ AN DEW TRAY GUIDE L [W]
8-10 PGID-A120WRFZ AN DEW TRAY GUIDE R [R]
8-10 PGID-A122WRFZ AN DEW TRAY GUIDE R [W]
8-11 PPAC-A069WREZ AF STOPPER
8-12 PSKR-A508WRFZ AG DEW SHIELD [W]
8-12 PSKR-A509WRFZ AK DEW SHIELD [R]

*
*

*

*
*
*

8-19 FHNG-A392WRYZ AS LEFT HINGE ASSEMBLY
8-20 FHNG-A391WRYZ AS RIGHT HINGE ASSEMBLY
8-29 NFANJA065WRFZ AK FAN BLADE
8-30 PCUS-A199WREZ AE CUSHION
8-31 PDUC-B244WRFZ AQ FAN DUCT
8-54 LANGKB358WRPZ AF MOTOR ANGLE
8-56 LBNDKA166WREZ AD WIRE HOLDER
8-58 MCAMPA160WRMZ AL L DOOR CAM
8-59 MCAMPA161WRMZ AL R DOOR CAM
8-60 MSPRTA277WREZ DOOR SPRING-R
8-61 MSPRTA267WREZ AF DOOR SPRING L
8-62 PCOV-A109WRPZ AH FILTER COVER
8-63 PCOV-A155WRFZ AT EXHAUST COVER
8-65 PCUS-A204WREZ AC CUSHION
8-66 PCUS-A205WREZ AC CUSHION
8-67 PCUS-A206WREZ AC CUSHION
8-68 TCAUAA368WRRZ AF CAUTION LABEL [R]
8-68 TCAUAA410WRRZ AC CAUTION LABEL [W]
8-72 PCUS-A212WREZ AC CUSSION
8-77 PCUS-A217WREZ AC CUSSION
8-79 PCUS-A223WREZ AB DEW TRAY GUIDE CUSHION
8-89 PCUS-A265WREZ AD CUSHION
8-94 PCUS-A234WREZ AC CUSHION
8-95 PCUS-A293WREZ AH CUSHION
8-98 GCAP-A020WRFZ AN STEAM CAP [R]

8-98 GCAP-A025WRFZ AL STEAM CAP [W]
8-115 PCUS-A240WREZ AC BOTTOM CUSHION L
8-127 PSPAJA011WRFZ AF SIDE SPACER

Screw, washer and nut

9-1 XOTS740P10000 AB Screw : 4mm x 10mm
9-2 XOTS740P08000 AA Screw : 4mm x 8mm
9-4 XEBS730P10000 AA Screw : 3mm x 10mm
9-3 LX-BZA138WREZ AB Special screw
9-5 XHTS740P08000 AC Screw : 4mm x 8mm
9-7 XETS740P08000 AA Screw : 4mm x 8mm

9-8 XEPS740P25K00 AC Screw : 4mm x 25mm
9-24 XEPS740P10000 AA Screw : 4mm x 10mm
9-27 LX-NZA057WREZ AG Special nut
9-32 LX-CZA088WREZ AB Special screw
9-34 LX-BZA148WREZ AC Special screw

XEPS740P08000 AB Screw : 4mm x 8mm

9-36
9-37 XOBS740P30000 AC Screw : 4mm x 30mm
9-44 XHPS740P10XS0 AC Screw : 4mm x 10mm
9-46 LX-CZ0052WRE0 AA Special screw

6

6-5

6-28

6-8

6-24

6-27

6-9

6-29

6-28

6-29

6-28

6-30

6-30

6-17

6-10

6-4

6-12

6-25

6-25

6-25

6-18

6-6

6-14

6-22

6-23

6-21

1-4

6-20

6-26

6-1

6-19

6-16

6-15

6-2

6-3

6-27

6-27

6-27

[3] DOOR PARTS

7

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

RANK

DESCRIPTION

[3] DOOR PARTS

6-27

6-27

6-27

6-27

6-27

6-27

6-27

6-27

6-27

6-27

6-30

6-30 6-30

6-30

6-26

6-27

6-26

6-26

6-26

6-26

6-27

6-26

6-26

6-26

6-26

6-26

6-26

6-28

6-28

6-29

6-29

6-28

6-28

Screw position before instolling door panel assembly

Screw position after instolling door panel assembly

Door panel assembly

Switch PWB cover

1-4 DPWB-B038DRKZ1 BP Display unit (DISPLAY UNIT)

Door parts

6-1 FBTN-A235WRKZ AK START BUTTON ASSEMBLY [R]

6-1 FBTN-A239WRKZ AK START BUTTON ASSEMBLY [W]

6-2 FBTN-A233WRKZ AM DEFROST BUTTON ASSEMBLY [R]

6-2 JBTN-B696WRRZ DEFROST BUTTON [W]

6-3 FBTN-A234WRKZ AL ENTER BUTTON ASSEMBLY [R]

6-3 FBTN-A238WRKZ AL ENTER BUTTON ASSEMBLY [W]

6-4 HDECAA673WRRZ BD DOOR DEC UPPER [R]

6-4 HDECAA687WRTZ AS DOOR DEC UPPER [W]

*

*
*
*

6-5 FDORFA502WRKZ BF DOOR PANEL ASSEMBLY

6-6 FKNBKA244WRKZ AS ENCODER BUTTON ASSEMBLY [W]

6-6 FKNBKA248WRKZ AT ENCODER BUTTON ASSEMBLY [R]

6-8 GCOVHA561WRFZ AV DOOR COVER

6-9 GWAKPB402WRTZ BG DOOR FRAME [R]

6-9 GWAKPB407WRTZ BG DOOR FRAME [W]
6-10 HDECAA672WRTZ AU DOOR FRAME UPPER [R]
6-10 HDECAA686WRTZ AU DOOR FRAME UPPER [W]
6-12 JHNDPA405WRKZ BE HANDLE SUB ASSEMBLY [R]
6-12 JHNDPA410WRKZ BE HANDLE SUB ASSEMBLY [W]
6-14 HDECAA676WRPZ AR PANEL DEC [R]
6-14 HDECAA689WRPZ AS PANEL DEC [W]
6-15 JBTN-B519WRFZ AG BUTTON SUPPORT
6-16 PSHT-A024WREZ AF LCD WINDOW SHEET
6-17 LANGKB493WRWZ AK DOOR SUPPORT ANGLE
6-18 FSTPPA009WRKZ AH GLASS DEC L ASSEMBLY [R]
6-18 FSTPPA010WRKZ AH GLASS DEC L ASSEMBLY [W]
6-19 JBTN-B691WRRZ AH DEFROST SMALL BUTTON [R]
6-19 JBTN-B700WRRZ AH DEFROST SMALL BUTTON [W]
6-20 PCOVPA620WRFZ SW PWB COVER
6-21 PCOVPA616WRFZ AD WIRE PROTECT COVER
6-22 FGLSPA080WRKZ AZ OUT DOOR GLASS ASSEMBLY [R]
6-22 PGLSPA877WREZ AZ OUT DOOR GLASS [W]
6-23 PPAC-A172WREZ AG PWB PACKING

PPAC-A160WREZ AT DOOR PACKING

6-24
6-25 XETS740P12000 AC Screw : 4mm x 12mm (TAP TIGHT SCREW)
6-26 XEBS730P12000 AB Screw : 3mm x 12mm (SCREW)
6-27 XEPS740P12000 AA Screw : 4mm x 12mm (TAP TIGHT SCREW)
6-28 XEPS740P25KS0 AE Screw : 4mm x 25mm (TAP TIGHT SCREW)
6-29 XETS740P20KS0 AC Screw : 4mm x 20mm (TAP TIGHT SCREW)
6-30 XETS740P14000 AB Screw : 4mm x 14mm (SCREW)

Screw position for door parts

8

[4] ACCESSORY PARTS AND PACKING

DEW TRAY ASSY

90-12

90-14

90-11

90-7

90-10

90-13

90-17

90-19

90-18

90-10

90-10

90-20

90-16

for only AX-GX2T(R)

90-12

90-1

90-12

90-8

90-5

90-3

90-2

90-9

90-2

90-6

9

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

RANK

DESCRIPTION

[4] ACCESSORY PARTS AND PACKING

90-1 PSRA-A080WRTZ BG SPLASH GUARD
90-2 PSRA-A074WRHZ BA BASE TRAY 30L
90-3 SPADFA658WREZ AH ACCESSORY CASE
90-5 SSAKHA117WREZ AF WRAP COVER
90-6 TCADCB088WRRZ AX COOK BOOK
90-9 UAMI-A177WREZ BD RACK 30L
90-7 SPAKHA035WREZ AE CABINET COVER [R]
90-8 SPADBB728WREZ AL ACCESSORY PAD

90-10 CPADBA456WRKZ AX PAD ASSY
90-11 SPADPA639WREZ AC DOOR SHEET
90-12 SSAKHA087WREZ AE WRAP COVER
90-13 SPAKCF263WREZ AX PACKING CASE [R]
90-13 SPAKCF267WREZ AL PACKING CASE [W]
90-14 SSAKHA032WRE0 AK WRAP COVER
90-16 SSAKHA124WREZ WRAP COVER
90-17 TGANJB240WREZ GURANTEE CARD
90-18 TLABMB416WRRZ AP MENU LABEL [R]
90-18 TLABMB418WRRZ AP MENU LABEL [W]
90-19 TLABMB417WRRZ AP KEY LABEL [R]
90-19 TLABMB419WRRZ AP KEY LABEL [W]
90-20 SPADPA665WREZ PROTECT SHEET A

[5] OTHER PARTS

1-23 FW-VZC201WREZ AK Antenna motor harness (HARNESS)
1-24 FW-VZC352WREZ Antenna switch harness (HARNESS)
1-32 FW-VZC349WREZ BC Main harness (MAIN HARNESS)
1-33 FW-VZC351WREZ AZ Control harness (CONTROL HARNESS)
1-34 QW-HZA132WRZZ AG High voltage harness (HV HARNESS)
8-57 LHLDWA013WRE0 AC PURSE LOCK LL

10

INDEX

PARTS CODE No.

[ C ]

CHET-A027WRKZ 1-1-1 BF

CPADBA456WRKZ 4-90-10 AX

[ D ]

DOVN-A794WRKZ 1-8-3 BX

DPWB-B038DRKZ1 3-1-4 BP

DPWB-B088DRKZ 2-1-9 BP

DPWBFC618WRUZ 2-1-7 BP

[ F ]

FANGKA229WRYZ 1-8-41 AM

FBTN-A233WRKZ 3-6-2 AM

FBTN-A234WRKZ 3-6-3 AL

FBTN-A235WRKZ 3-6-1 A K

FBTN-A238WRKZ 3-6-3 AL

FBTN-A239WRKZ 3-6-1 A K

FCABDA055WRWZ 2-7-1 AX

FDAI-A360WRYZ 2-7-2 AY

FDORFA502WRKZ 3-6-5 BF

FDTCTA240WRKZ 1-1-31 AU

FDUC-A490WRYZ 1-8-18 AN

FGLSPA080WRKZ 3-6-22 AZ

FH-HZA099WREZ 1-1-15 AN

FH-HZA100WREZ 1-1-2 AN

FH-HZA109WREZ 1-1-15 AN

FH-HZA110WREZ 1-1-2 AP

FHLD-A030WRKZ 1-1-21

FHNG-A391WRYZ 2-8-20 AS

FHNG-A392WRYZ 2-8-19 AS

FKNBKA244WRKZ 3-6-6 AS

FKNBKA248WRKZ 3-6-6 AT

FPWBFA457WRKZ 2-1-11 BC

FSFTTA068WRFZ 1-8-3-1

FSLDHA077WRYZ 1-8-22 AS

FSTPPA009WRKZ 3 -6-18 AH

FSTPPA010WRKZ 3 -6-18 AH

FTNK-A049WRKZ 1-8-28 AY

FW-VZC201WREZ 5-1-23 AK

FW-VZC349WREZ 5-1-32 BC

FW-VZC351WREZ 5-1-33 AZ

FW-VZC352WREZ 5-1-24

[ G ]

GCABUB173WRPZ 2-7-3 BG

GCABUB276WRPZ 2-7-3 BG

GCAP-A020WRFZ 2-8-98 AN

GCAP-A025WRFZ 2-8-98 AL

GCOVHA561WRFZ 3-6-8 AV

GCOVPA021WRFZ 2-8-4 AF

GCOVPA035WRFZ 2-8-4 AH

GCUPPA033WRFZ 2-8-5 AQ

GCUPPA037WRFZ 2-8-5 AP

GLEGPA108WRFZ 2-8-6 AF

GWAKPB402WRTZ 3-6-9 BG

GWAKPB407WRTZ 3-6-9 BG

[ H ]

HDECAA672WRTZ 3-6-10 AU

HDECAA673WRRZ 3-6-4 BD

HDECAA676WRPZ 3-6-14 AR

HDECAA686WRTZ 3-6-10 AU

HDECAA687WRTZ 3-6-4 AS

HDECAA689WRPZ 3-6-14 AS

HDECQA513WRFZ 1-8-13

[ J ]

JBTN-B519WRFZ 3-6-15 AG

JBTN-B691WRRZ 3-6-19 AH

JBTN-B696WRRZ 3-6-2

JBTN-B700WRRZ 3-6-19 AH

JHNDPA405WRKZ 3-6-12 BE

JHNDPA410WRKZ 3-6-12 BE

[ L ]

LANGKB126WRPZ 1-8-21 AK

LANGKB315WRPZ 1-8-50 AF

LANGKB340WRPZ 1-8-51 AE

LANGKB344WRPZ 1-8-52 AH

LANGKB353WRKZ 1-8-53 AF

LANGKB358WRPZ 2-8-54 AF

LANGKB360WRPZ 1-8-40 AL

LANGKB364WRPZ 1-8-42 AM

LANGKB372WRPZ 1-8-1 AE

LANGKB394WRPZ 1-8-100 AL

PRICE

RANK

NEW

MARK

PART

RANK

PARTS CODE No.

LANGKB426WRPZ 1-8-123 AR

LANGKB449WRPZ 1-8-39 AF

LANGKB492WRFZ 1-8-121 AH

LANGKB493WRWZ 3-6-17 AK

LANGQA784WRPZ 1-8-15 AF

LANGQA792WRPZ 1-8-55 AG

LBND-A033WREZ 1-8-131 AC

LBND-A047WREZ 1-8-132 AF

"1-1-21-6AF

LBNDKA166WREZ 2-8-56 AD

LBNDKA180WRPZ 1-8-43 AE

LHLDPA016WRFZ 2-8-7 AK

LHLDWA013WRE0 5-8-57 AC

LX-BZA138WREZ 2-9-3 AB

LX-BZA144WREZ 1-9-45 AB

LX-BZA148WREZ 2-9-34 AC

LX-BZA171WREZ 1-9-40 AA

LX-BZA212WREZ 1-9-43 AE

LX-CZ0052WRE0 1-9-46 AA

"2-9-46AA

LX-CZA084WREZ 1-9-41 AB

LX-CZA088WREZ 1-9-32 AB

"2-9-32AB

LX-NZA002WRE0 1-9-13 AC

LX-NZA057WREZ 1-9-27 AG

"2-9-27AG

[ M ]

MCAMPA160WRMZ 2-8-58 AL

MCAMPA161WRMZ 2-8-59 AL

MJNTPA016WRFZ 1-8-32 AG

MLEVPA290WRFZ 1 -8-122 AG

MLEVPA296WRFZ 1-8-23 AG

MSPRPA106WREZ 1-8-33 AF

MSPRTA228WREZ 1-8-17 AB

MSPRTA267WREZ 2-8-61 AF

MSPRTA277WREZ 2-8-60

[ N ]

NFANJA065WRFZ 2-8-29 AK

NFANMA064WRWZ 1-8-44 AF

NFANMA069WRPZ 1 -8-45 AF

[ P ]

PCOV-A109WRPZ 2-8-62 AH

PCOV-A155WRFZ 2-8-63 AT

PCOV-A157WRFZ 1-8-101 AK

PCOVPA525WRFZ 1-8-28-1 AF

PCOVPA575WRFZ 1-8-34 AQ

PCOVPA576WRFZ 1-8-35 AH

PCOVPA616WRFZ 3-6-21 AD

PCOVPA620WRFZ 3-6-20

PCUS-A199WREZ 2-8-30 AE

PCUS-A204WREZ 2-8-65 AC

PCUS-A205WREZ 2-8-66 AC

PCUS-A206WREZ 2-8-67 AC

PCUS-A210WREZ 1-8-70 AC

PCUS-A212WREZ 1-8-72 AC

"2-8-72AC

PCUS-A214WREZ 1-8-74 AE

PCUS-A216WREZ 1-8-76 AD

PCUS-A217WREZ 1-8-77 AC

"2-8-77AC

PCUS-A218WREZ 1-8-78 AE

PCUS-A221WREZ 2-8-8 AC

PCUS-A222WREZ 1-8-102 AC

PCUS-A223WREZ 2-8-79 AB

PCUS-A234WREZ 1-1-21-4 AC

"2-8-94AC

PCUS-A237WREZ 1-8-104 AC

PCUS-A240WREZ 2-8-115 AC

PCUS-A256WREZ 1-8-148 AF

PCUS-A262WREZ 1-8-2 AD

PCUS-A265WREZ 2-8-89 AD

PCUS-A266WREZ 1-8-150 AC

PCUS-A293WREZ 2-8-95 AH

PDUC-B086WRWZ 1-8-46 BB

PDUC-B131WRFZ 1-8-64 AG

PDUC-B132WRFZ 1-8-27 AG

PDUC-B136WRFZ 1-8-108 AM

PDUC-B137WRFZ 1-8-109 AM

PDUC-B181WRFZ 1-8-26 AN

PRICE
RANK

NEW

MARK

PART

RANK

11

PARTS CODE No.

PDUC-B244WRFZ 2-8-31 AQ

PFPF-A301WREZ 1-8-47 AK

PGID-A119WRFZ 2-8-9 AN

PGID-A120WRFZ 2-8-10 AN

PGID-A121WRFZ 2-8-9 AN

PGID-A122WRFZ 2-8-10 AN

PGLSPA743WREZ 1-8-80 AG

PGLSPA877WREZ 3-6-22 AZ

PJNT-A018WRFZ 1-8-36 AD

PPAC-A069WREZ 2-8-11 AF

PPAC-A112WREZ 1-8-110 AD

PPAC-A113WREZ 1-8-25 AC

PPAC-A119WREZ 1-8-81 AD

PPAC-A131WREZ 1-8-37 AC

PPAC-A133WREZ 1-8-82 AD

PPAC-A136WREZ 1-8-113 AD

PPAC-A137WREZ 1-8-114 AD

PPAC-A160WREZ 3-6-24 AT

PPAC-A172WREZ 3-6-23 AG

PSHEPB361WREZ 1-8-153 AF

PSHT-A021WRFZ 1-8-16 AD

PSHT-A024WREZ 3-6-16 AF

PSKR-A504WRPZ 1-8-83 AG

PSKR-A508WRFZ 2-8-12 AG

PSKR-A509WRFZ 2-8-12 AK

PSLDHA276WRPZ 1-8-85 AP

PSLDHA281WRPZ 1-8-48 AN

PSLDHA283WRPZ 1-8-86 AQ

PSLDHA296WRPZ 1-8-134 AF

PSLDHA302WRPZ 1-8-84 AQ

PSPA-A147WREZ 1-8-49 AG

PSPAFA002WREZ 1-8-146 AF

PSPAJA011WRFZ 2-8-127 AF

PSRA-A074WRHZ 4-90-2 BA

PSRA-A080WRTZ 4-90-1 BG

PTUBXA069WREZ 1-1-21-5 AE

PTUBXA070WREZ 1-8-87 AF

PZETPA003WRFZ 1-8-88 AK

[ Q ]

QACC-A137WRZZ 2-1-8 AU

QFS-BA009WRE0 2-1-10 AH

QSW-MA117WRE0 1-1-12 AE

QSW-MA146WRZZ 1-1-19 AM

QSW-MA147WRZZ 1-1-17 AG

QSW-MA148WRZZ 1-1-18 A F

QSW-MA168WRZZ 1-1-17 AK

QSW-MA169WRZZ 1-1-18 A F

QSW-MA170WRZZ 1-1-19 AK

QW-HZA132WRZZ 5-1-34 AG

[ R ]

RHET-A431WRZZ 1-1-22 BF

RLMPTA082WRZZ 1-1-25 AL

RLMPTA085WRZZ 1-1-25 AL

RLMPTA087WRZZ 1-1-25 AL

RLMPTA096WRZZ 1-1-25 AL

RMOT-A028WRZZ 1-1-26 AN

"2-1-26AN

RMOT-A029WRZZ 1-1-29 AT

RMOT-A034WRZZ 1-1-26 AU

"2-1-26AU

RMOT-A035WRZZ 1-1-29 AY

RMOTDA248WRZZ 1-1-16 AH

" 1-1-21-1 AH

RMOTEA489WRZZ 2-1-20 AW

RMOTEA490WRZZ 1-1-28 BA

RTHM-A116WRE0 1-1-5 AK

RTHM-A123WRZZ 1-1-30 AK

RTHM-A132WRZZ 1-1-5 AM

RTHM-A137WRZZ 1-1-30 AH

RTHM-A144WRZZ 1-1-3 AF

RTHM-A148WRZZ 1-1-5 AH

RTHM-A149WRZZ 1-1-3 AK

RTRNPA188DRZZ 2-1-14 AZ

RV-MZA366WRZZ 1-1-27 BB

[ S ]

SPADBB728WREZ 4-90-8 AL

SPADFA658WREZ 4-90-3 AH

SPADPA639WREZ 4-90-11 AC

SPADPA665WREZ 4-90-20

SPAKCF263WREZ 4-90-13 AX

SPAKCF267WREZ 4-90-13 AL

SPAKHA035WREZ 4-90-7 AE

PRICE

RANK

NEW

MARK

PAR T

RANK

PARTS CODE No.

SSAKHA032WRE0 4-90-14 AK

SSAKHA087WREZ 4-90-12 AE

SSAKHA117WREZ 4-90-5 AF

SSAKHA124WREZ 4-90-16

[ T ]

TCADCB088WRRZ 4-90-6 AX

TCAUAA368WRRZ 2-8-68 AF

TCAUAA410WRRZ 2-8-68 AC

TGANJB240WREZ 4-90-17

TLABMB416WRRZ 4-90-18 AP

TLABMB417WRRZ 4-90-19 AP

TLABMB418WRRZ 4-90-18 AP

TLABMB419WRRZ 4-90-19 AP

TLABPA037WRRZ 1-8-154 AF

[ U ]

UAMI-A177WREZ 4-90-9 BD

[ X ]

XBPS740P06K00 1-9-17 AC

XCBS730P08000 1-9-47 AB

XCBWW30P06000 1-9-16 AA

XCPS730P14000 1-9-10 AB

XCPS740P20000 1-9-9 AK

XEBS730P10000 1-9-4 AA

"2-9-4AA

XEBS730P12000 3-6-26 AB

XEPS740P08000 1-1-21-3 AB

"2-9-36AB

XEPS740P10000 1-9-24 AA

"2-9-24AA

XEPS740P12000 3-6-27 AA

XEPS740P14000 1-9-25 AB

XEPS740P25K00 2-9-8 AC

XEPS740P25KS0 3-6-28 AE

XEPS740P40000 1-9-23 AB

XETS740P08000 1-9-7 AA

"2-9-7AA

XETS740P10000 1-9-11 AA

XETS740P12000 3-6-25 AC

XETS740P14000 3-6-30 AB

XETS740P20KS0 3-6-29 AC

XFPWW30P06000 1-9-42 AD

XHPS740P08K00 1-9-6 AB

" 1-1-21-2 AB

XHPS740P10XS0 2-9-44 AC

XHTS740P06000 1-9-29 AA

XHTS740P08000 2-9-5 AC

XNES740-32000 1-9-33 AC

XNEUW40-32000 1-9-12 AA

XOBS740P30000 2-9-37 AC

XOTS740P08000 1-9-2 AA

"2-9-2AA

XOTS740P10000 2-9-1 AB

XOTWW40P06000 1-9-14 AC

XOTWW40P08000 1-9-15 AB

XREUW40-06000 1-9-18 AA

XUBS740P36000 1-9-39 AC

XWHUW40-08000 1-9-20 AA

XWHUW48-15120 1-9-19 AB

XWSUW40-10000 1-9-21 AA

PRICE
RANK

NEW

MARK

PART
RANK

12

EndPage

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