1. All repairs should be done in accordance with the
procedures described in this manual. This product
complies with Federal Performance Standard 21
CFR Subchapter J(DHHS).
2. Check all grounds.
3. Do not power the OVEN from a “2
Be sure that all of the built-in protective devices are
replaced. Restore any missing protective shields.
4. When reinstalling the chassis and its assemblies,
be sure to restore all protective devices including
nonmetallic control knobs and compartment covers.
5. Make sure that there are no cabinet openings
through which people --particularly children --might
insert objects and contact dangerous voltages.
6. Service technicians should remove their watches
while repairing an OVEN.
7. Design Alteration Warning:
Use exact replacement parts only, i.e., only those
that are specied in the drawings and parts lists of
this manual. Never alter or add to the mechanical or
electrical design of the OVEN. Any design changes
or additions will void the manufacturer’s warranty.
Always unplug the unit’s AC power cord from the
AC power source before attempting to remove or
reinstall any component or assembly.
-prong” AC cord.
10. Always connect a test instrument’s ground lead to
the instrument chassis ground before connecting
the positive lead; always remove the instrument’s
ground lead last.
11. Components that are critical for safety are indicated in the circuit diagram by shading,
or .
12. Use replacement components that have the same
ratings, especially for flame resistance and dielectric strength specications. A replacement part
that does not have the same safety characteristics
as the original might create shock, re or other
hazards.
NOTE: Connect the oven to a 25 A.
When connecting the oven to a 16 A,
make sure that circuit breaker can operate.
13. Never touch any circuit wiring with your hand nor
with uninsulated tool during operation.
14. For your safety, wear gloves on your hands.
15. Remove the all water from water-tank and Steam
generator, before repairing the oven set.
8. Never defeat any of the B+ voltage interlocks. Do
not apply AC power to the unit (or any of its assemblies) unless all solid-state heat sinks are correctly
installed.
9. Some semiconductor (“solid state”) devices are
easily damaged by static electricity. Such components are called Electrostatically Sensitive Devices
(ESDs). Examples include integrated circuits and
eld-effect transistors. Immediately before handling
any semiconductor components or assemblies,
drain the electrostatic charge from your body by
touching a known earth ground.
The following accessories are provided with your oven.
DescriptionCode No.Q’ty
RACK-WIREDG59-00001A1
RACK-WIRE ROASTDG59-00004A1
TRAY-BAKING ADG63-00012A1
Front
Front
TRAY-BAKING BDG63-00011A1
ASSY-PARTITIONDG97-00015A1
- 4 -
Page 7
3. Disassembly and Reassembly
3-1 Tools for Removal and Reassembly
Tool
1. Tool : Nut Driver
2. Type : 7mm
3. Remarks : Heater bracket Nut
1. Tool : Nut Driver
2. Type : 9mm
3. Remarks : Convection Fan Nut
1. Tool : Longnose
2. Remarks : Tube Clamp
3-2 Replacement of Case upper & Cover back
* You must remove it before the repair
- 5 -
Page 8
3. Disassembly and Reassembly
3-3 Replacement the Tube
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Prepare long-nose to remove
the Tube clamp.
2. Grab the Tube clamp with longnose.
Tube
3. remove the Tube clamp.
4. remove the Tube.
- 6 -
Page 9
3. Disassembly and Reassembly
3-4 Replacement of Door Assembly
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Turn over the clips of both
hinges.
Door Assembly
2. With both hands, grasp the
middle sides of the oven door.
3. Rotate the door by approx.
70degree until the hinges can
be taken out completely from
the hinges holes.
- 7 -
Page 10
3-5 Replacement of Door Glass
WARNING
Whenever the door is separated from the oven, the clips should always be turned over.
When the door is mounted, if some of the parts (Door glass or other parts) are removed from the door, it can
cause injury due to sheet.
ATTENTION
The glass may break if you use force especially on the edges of the front sheet.
PartsExplaination PhotoExplaination
Cover Duct
Glass #1Glass #1
Door bracketDoor bracket
Cover Duct
1. Remove the two screws of the left and
right sides of the door.
ScrewScrew
2. Take off the two cover duct and door
bracket.
Door Glass
Cover Duct
Cover Duct
ScrewScrew
Glass #1Glass #1
Glass #2Glass #2
Glass #1
Printing
3. Detach the inner glass #1 (number 1)
from the door.
* When assembly the inner glass#1, put
printing to direction below.
4. Detach the inner glass #2 and holder
glass rubber from the door.
- 8 -
Page 11
3-5 Replacement of Door Glass (Continued)
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
Door Bracket
Holder Glass
Rubber
Door Glass
Glass #1
Glass #2
Glass #3
3-6 Replacement of the rear oven Lamp Bulb
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Take off the cap by turning counterclockwise.
2. Remove the metal ring and the sheet ring and clean the
glass cap.
Lamp Bulb
Glass cap
Sheet ring
Metal ring
Lamp
3. If necessary, replace the bulb with a 25 watt, 230 V, 300 °C
heat - resistant oven light bulb.
4. Fit the metal and the sheet ring to the glass cap.
5. Replace the glass cap.
3-7 Replacement of the side Halogen Lamp (Optional)
The Assembly is reverse order of disjointing.
Side Lamp is optional, refer to specication of model.
PartsExplaination PhotoExplaination
1. To remove the glass cover, hold the lower end with one
hand, insert a flat sharp implement such as a table knife
between the glass and the frame and pop out the cover.
2. If necessary, replace the halogen bulb with a 25 ~ 40 watt,
230 V, 300 °C heat - resistant halogen oven light bulb.
Lamp Bulb
Always use a cloth when handling a halogen bulb to
avoid depositing oils from your ngers on to the surface
of the bulb.
3. Replace the glass cover.
- 9 -
Tip
Page 12
3-8 Replacement of Assy Control Box
The Assembly is reverse order of disjointing.
PartsExplaination Photo
Assy
Control Box
Assy Inlet
Pump Motor
Explaination Photo
Assy Knob Dial
Encoder Parts
Motor Fan Cooling
Assy Display
1. Remove one connector from the main
Buzzer
Assy Knob Dial
Select Parts
Assy PCB Parts
(Main PCB)
Explaination
pcb.
2. Remove two Tubes and one connector at
assy inlet.
3. Remove 3 screws at both sides and top
inside of assy control box, lift up assy
control box and pull forward to separate.
- 10 -
Page 13
3-8 Replacement of Assy Control Box (Continued)
Remove 2 screws.
Remove 11 screws.
Remove 4 screws.
- 11 -
Page 14
3-9 Replacement of Tube Steam Module
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Remove the control-box.
2. Remove the 3 tubes.
Tube Steam
Module
3. Remove the 2 connectors and 4 hook.
4. Remove the 4 screws.
- 12 -
Page 15
3-9 Replacement of Tube Steam Module (Continued)
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
5. Remove the Pump Motor.
Tube Steam
Module
6. Remove 2 rubbers.
- 13 -
Page 16
3-10 Replacement of Assy Steam Module
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Seperate the wire-harness from the hook
on assy steam module and separate the
1 tube from assy steam generator.
2. Remove 7 connectors and 2 TCO from
the assy steam generator.
* Lower Lamp is optional.
Assy Steam
Module
3. Seperate the 2 tubes.
4. Remove 5 screws.
- 14 -
Page 17
3-10 Replacement of Assy Steam Module (Continued)
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
5. Lift up assy steam module to seperate
from oven.
Seperate the cover upper steam.
There are totally 4 hook that each has
different direction.
Assy Steam
Module
6. Seperate right and up side hook rst.
7. Seperate left and up side hook also.
8. Seperate last 2 hook.
- 15 -
Page 18
3-10 Replacement of Assy Steam Module (Continued)
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
9. Remove 5 tubes.
10. Seperate the right side hook by using a
flat head screwdriver. And then remove
the assy steam generator.
Assy Steam
Module
11. Seperate the right side hook by using a
flat head screwdriver. And then remove
the water valve.
12. Seperate the 4 hook by using a flat head
screwdriver. And then remove the assy
water tank.
- 16 -
Page 19
3-11 Assembly for Main Assy Steam module part
PartsExplaination PhotoExplaination
Assy Water
tank
Water valve
1. Press the 4 point of assy water tank and
check the right assembly with hook.
1. Insert left side of water valve into hook.
Assy Steam
generator
2. Press the right side of water valve.
1. Insert left side of assy steam generator
into hook.
- 17 -
Page 20
3-11 Assembly for Main Assy Steam module part (Continued)
PartsExplaination PhotoExplaination
Assy Steam
generator
2. Press the right side of assy steam
generator.
Connectors
and Assy
steam
module
1. Check the right position between assy
steam module hole and connector.
- 18 -
Page 21
3-12 Replacement of Assy generator sub
PartsExplaination PhotoExplaination
Assy
generator
sub
1. Remove 2 connectors.
2. Remove the 2 tubes and 2 screws.
- 19 -
Page 22
3-13 Replacement of Motor Fan Cooling
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
Fan Cooling
1. Remove two screws and turn toward the
clockwise to separate.
3-14 Replacement of Duct Cover, Bracket & Spring Duct & Ceramic Filter
PartsExplaination PhotoExplaination
Fan Cooling
1. Remove 6 screws from ass’y cover
cooling motor.
- 20 -
Page 23
3-15 Replacement of Motor Convection
Upper
Lower
Nut-Hexagon cap
Nut-Hexagon cap
Main Blade
E-ring
Cavity
Motor
Convection
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Seperate the 1 tube from the
adiabatic rear.
* Be sure to connect tube again
when assembly.
2. Remove 5 screws at the back
inside cavity to separate the cover
casing.
3. Turn flange nut to the left to
release and separate spacer fan
convection and fan convection.
Motor
Convection
4. Remove two connector from
convection motor
5. Remove turn toward the counterclockwise to separate.
Reference
Convection fan is turn in the
opposite direction each other for
improvement cook performance.
Upper fan is turn in counterclockwise direction, Lower fan
is fan turn in clockwise direction
therefor convection fan direction
and netflange are opposited each
other.
Convection fan is indicated
(U),(L) and netflange is different
the head shape.
UpperLower
Fan-Convection
- 21 -
Page 24
3-16 Replacement of Heater Convection twin
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Remove the two connectors.
2. Remove two screws securing heater
convection twin at the rear.
Heater
Convection
Twin
3. Pull the securing bracket at the left
forward, and pull it toward the left to
separate heater convection twin.
3-17 Replacement of Assy Partition S/W
PartsExplaination PhotoExplaination
Partition
S/W
1. Remove a connector.
2. Remove two screws.
- 22 -
Page 25
3-18 Replacement of Thermostat
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
Thermostat
1. Unfold one point.
3-19 Replacement of Terminal Block
PartsExplaination PhotoExplaination
Terminal
Block
1. Remove two wires from terminal block..
2. Remove three screws.
3-20 Replacement of Sensor Thermistor
PartsExplaination PhotoExplaination
Sensor
Thermistor
- 23 -
1. Remove one screws.
Page 26
3-21 Replacement of Heater Grill
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
1. Remove the four connectors.
2. Remove each nut frange at right and
left sides.
Heater Grill
3. Turn the upper nut circular inside
the cavity to the counterclockwise to
release, pull heater girll forward to
separate.
3-22 Replacement of Heater Bottom
PartsExplaination PhotoExplaination
Heater
Bottom
1. Remove the two connectors.
2. Remove one screw and pull forward to
separate it.
- 24 -
Page 27
3-23 Replacement of Assy PCB Parts (Main PCB)
The Assembly is reverse order of disjointing.
PartsExplaination PhotoExplaination
Assy PCB Parts
(Main PCB)
1. Remove a screw.
2. Seperate 3 hook.
- 25 -
Page 28
4. Troubleshooting
4-1 Failure Codes
There are a kind of error code and two kinds of warning
codes. Possible error codes during use can be checked
before service. Press [Stand by Mode + Current time
0:00] and [Function + Time] at the same time and
hold them for 5 seconds, error codes are displayed.
Press [Function] button, the latest 5 error codes can be
checked. But, if the oven turns off, the stored error codes are deleted. Press [Function + Time] button to return to
‘normal display mode’.
4-1-1 Temp Sensor Error
Error CodeGerneral FunctionSolutionPage
Cavity upper sensor open
Cavity lower sensor open
Cooling motor sensor open
Steam generator sensor open
Cavity upper sensor short
Cavity lower sensor short
Cooling motor sensor short
Steam generator sensor short
Sensor Open Error
It occurs due to a defective sensor, misplaced
wires, a defective PCB.
Sensor Short Error
It occurs due to a defective sensor, misplaced
wires, a defective PCB. It may occur when the
ambient temperature falls under -5°C.
28 Page
29 Page
4-1-2 Safety Error
Error CodeGerneral FunctionSolutionPage
Overtime
TempTime
~ 100°C16 hours
105°C ~ 240°C8 hours
245°C ~ 4 hours
This error occurs when the oven works during
CUT-OFF TIME in the same mode and at the same
temperature without any operation of an user.
This error is to prevent a risk of re and hazards in
case an user forgets to turn off the oven after use or
the oven automatically starts in an unusual way.
The oven can be used after off.
31 Page
Touch Button ShortThis error occurs when a button is pressed and held
for over 10 seconds.
It may occur when water soaks through the inside
of the control panel or dust particles are stuck to
TOUCH PAD. In this case, remove DISPLAY PCB,
clean TOUCH PAD PCB or replace it.
- 26 -
30 Page
Page 29
4-1-2 Safety Error (Continued)
Error CodeGerneral FunctionSolutionPage
Divider MissingThis error occurs when the divider sensing switch
senses that the divider is used at the inappropriate
mode.
Preheating Time OutThis error occurs when the set preheating time, 30
minutes, is over.
It may occur due to a heater’s open, defects of relay
contact point and wiring defects.
32 Page
34 Page
Excess of cooking compartment’s temperature
Excess of cooking compartment’s temperature
Cooling motor lock sensed- This error occurs when the temperature sensor on
Exess of steam generator
temperature
Water valve open sensed- This error occurs when generator sensor can not
- This error occurs when the temperature of cooking
compartment maintains over 320°C for more than 5
minutes.
- This error occurs when a re occurs inside cooking
compartment or the temperature cannot be controlled because of sensor’s failure.
- This error occur immediately after the temperature
of cooking compartment reaches 350°C.
- This error occurs when a re occurs inside cooking
compartment or the temperature cannot be controlled because of sensor’s failure.
the Main PCB senses abnormal temperature.
- It occurs 30 ~ 60 minutes after the cooling motor
does not operate.
- It may occur when the cooling motor stops running
by power off during operation of the oven, then it
runs again.
- This error occurs when the temperature sensor in
the steam generator senses abnormal temperature.
sense the water even though water valve is opened
for 30 sec.
37 Page
37 Page
33 Page
35 Page
36 Page
- 27 -
Page 30
4-1-3 E-27,E-29, E-2b, E-71
Sensor Open Error (E-27, E-29, E-2b, E-71)
Connect the sensor.
YES
Is the sensor disconnected?
NO
: Check if the sensor housing
is inserted into the connector
of the main PCB.
Connect the
wire properly.
S/W Error
NO
After Power -> On, does
the symptom continue?
Replace the PCB.
YES
NO
Perform the operation again and check if it
Is the sensor wire
connected properly?
YES
Does the voltage change
as the humidity, temperature
and weight change?
NO
The sensor is out of order.
Replace the sensor.
is working properly.
: Check if the sensor wire is damaged, if the
housing is loose and if the sensor and the
wire are properly connected.
: Check if the voltage of the GND and sensor
changes using a digital multi-meter
by forcefully changing the humidity, temperature
and weight.
- 28 -
Page 31
4-1-4 E-28, E-2A, E-2C, E-72
Sensor Short Error (E-28, E-2A, E-2C, E-72)
Remove the shorted part
of the temperature sensor.
Remove any foreign
Substance from the
shorted part.
S/W Error
NO
After Power > On, does
the symptom continue?
YES
Replace the PCB.
YES
YES
YES
Is the sensor shorted?
NO
Is the sensor terminal part
of the PCB shorted?
NO
Does the voltage change
as the humidity, temperature
and weight cha
NO
The sensor is out of order.
Replace the sensor.
: Check if both terminals of the
sensor are slightly shorted.
: Check if the sensor and related
parts such as the connector or
soldering parts are slightly shorted.
: Check if the voltage of the GND and
sensor changes using a digital multi-meter
by forcefully changing the humidity,
temperature and weight.
Perform the operation again and
check if it is working properly.
- 29 -
Page 32
4-1-5 -SE-
Key Short Error (- SE -)
The membrane
is defective.
Replace the
Control Panel.
YES
YES
YES
NO
Is the key not recognized
at all?
NO
Is the key recognized
intermittently?
NO
Is a specific key
not recognized?
NO
S/W Error
After Power > On,
does the symptom continue?
YES
Replace the PCB.
Perform the operation again and check if it
is working properly.
- 30 -
Page 33
4-1-6 S-01
Over Time Error (S-01)
YES
S/W Error
NO
After Power > On,
does the symptom continue?
Has it worked for
6 hours continuously?
NO
Re-check the Cut-Off-Time
for the corresponding
internal temperature.
Does same error arise?
YES
YES
YES
Has it worked for
4 hours continuously?
Re-check the Cut-Off-Time
for the corresponding
internal temperature.
Does same error arise?
Is it temperature
100°C in oven?
Is it temperature
105°C~240°C in oven?
YES
Is it temperature
245°C in oven?
YES
NO
NO
NO
YES
YES
Has it worked for
8 hours continuously?
NO
Re-check the Cut-Off-Time
for the corresponding
internal temperature.
Does same error arise?
NO
Replace the PCB.
Turn the oven off and
let it cool sufficiently.
NO
NO
does the symptom continue?
Perform the operation again and check if it
S/W Error
After Power > On,
YES
Replace the PCB.
is working properly.
- 31 -
Page 34
4-1-7 dE
Divider Missing Error (dE)
NO
YES
NO
Is it Upper,
Lower Mode?
YES
Is divider inserted?
NO
Insert divider
NO
Single Mode?
YES
Is divider inserted?
YES
Remove the Divider.
Is the Cooking Mode
Twing?
YES
Is the Divider detection
S/W out of order?
NO
Is the Divider detection S/W
connected properly?
YES
Are the connections in the
Main PCB normal?
YES
S/W Error
YES
NO
NO
Replace S/W
Connect correctly wire.
Connect correctly.
NO
Perform the operation again and check if it
After Power > On,
does the symptom continue?
YES
Replace the PCB.
is working properly.
- 32 -
Page 35
4-1-8 E-0b
Cooling Motor Sensor Error (E-0b)
An “E-2b” error
occurred.
Insert the
temperature sensor.
An “E-0b” error
occurred.
Check the Motor
drive part.
YES
NO
Is the Cooling Motor
The temperature
sensor is out of order.
temperature sensor.
YES
rotating?
YES
Replace the
Is the temperature
sensor of the PCB open?
NO
Was there a short-
circuit in the temperature
sensor of the PCB?
NO
Is the temperature
of the PCB over 90°C?
NO
S/W Error
NO
After Power > On,
does the symptom
continue?
YES
An “E-2C” error occurred.
Repair the short circuit.
YES
Replace the PCB.
Perform the operation again and check if it
is working properly.
- 33 -
Page 36
4-1-9 E-08
Preheating Error (E-08)
Check the heater
related drive part.
Reconnect the
temperature
sensor properly.
Replace the
heater.
Replace the
heater.
NO
YES
NO
YES
Does the heater work?
YES
Is the heater temperature
very low?
NO
Is the temperature sensor
connected properly?
YES
Is the resistance
between the heater terminals
more then a few MΩ?
NO
S/W Error
: Check the voltages of
both heater terminals.
: After operating the heater for more then
10 minutes check if the heater temperature
remains low.
: A normal heater’s resistance is a few Ω.
A short circuit increases the resistance
to a few MΩ.
NO
Perform the operation again and check if it
After Power > On,
does the symptom continue?
YES
Replace the PCB.
is working properly.
- 34 -
Page 37
4-1-10 E-73
Steam generator temp Error (E-73)
Temp sensor
malfunction.
Replace the Assy steam generator.
NO
NO
Does the steam generator
temp sensor work?
YES
Is the PCB part shorted?
YES
Replace the PCB.
Perform the operation again and check if it
is working properly.
: Check the Resistance of temp sensor
: Check short circuit in the PCB part
such as relay and sensor part.
- 35 -
Page 38
4-1-12 E-78
Water Over Supply Error (E-78)
Connect steam generator
water level connector.
Replace the Water Valve
YES
NO
NO
Is steam generator water
level connector disconnected?
NO
Does Water Valve work?
YES
S/W Error
After Power > On,
does the symptom continue?
YES
Replace the PCB.
: Check short circuit in the PCB part
such as relay and sensor part.
Perform the operation again and check if it
is working properly.
- 36 -
Page 39
4-1-10 E-0A, E-09
Oven을 Off 하고
Turn the oven off and let
it cool sufficiently.
충분히 식힌다.
An “E-09” error
occurred.
An “E-24, E-0A” error
occurred.
Reconnect the
temperature
sensor properly.
Check and repair
히터 구동부를
the heater
점검 수리한다
drive part if
necessary.
Internal Oven Temperature Abnormal Error (E-0A, E-09)
YES
YES
“E-09, E-24, E-0A” 가 표시된다
Is the oven internal temperature
maintained over 320 degrees?
YES
NO
NO
NO
Has the oven internal temperature
reached over 350 degrees?
Is the temperature sensor
connectivity normal?
connectivity normal?
NO
NO
NO
YES
Is the Heater
- 37 -
YES
S/W Error
NO
Perform the operation again and check
After Power > On,
does the symptom
continue?
YES
Replace the PCB.
if it is working properly
Page 40
4-1-11 Power Failure
No Power
- Check terminal block voltage, 230V.
YES
- TCO open Check
(main TCO, Convection TCO)
YES
- Check the input voltage of PCB
SMPS (input checkpoint : 230V )
YES
NO
NO
NO
Reset The circuit braker or
Check main power
Replace TCO
Repair Faulty wiring
Replace PCB or display PCB check
- 38 -
Page 41
4-1-12 TCO Open
TCO Open
Replace TCO
Note : When oven is operating , if main power off,
power oven off, in temporary temperature rise,
TCO is possible will can open.
1CN101Display connector-1A Terminal for Connecting with display module.12RY104Upper heater RelayA relay for Connecting with Upper heater
2CN102Display connector-2A Terminal for Connecting with display module.13RY105Lower heater RelayA relay for Connecting with Lower heater
3CN103Temp sensor & divider switch connectorA Terminal for Connecting with divider and temp sensor.14RY106Latch open RelayLatch open control
4CN104BuzzerA Terminal for Connecting with speaker.15RY107Latch close RelayLatch close control
5CN105Door Lock motor connectorA Terminal for Connecting with Door Lock motor.16RY108Uppwe lamp RelayUppwe lamp control
6CN106Neutral , upper/lower lampA Terminal for Connecting with Neutral,upper/lower lamp.17RY109Lower lamp RelayLower lamp control
7CN107Spit , Upper/lower fan , Cooling fanA Terminal for Connecting with Spit , Upper/lower fan , Cooling fan.18RY111Spit RelaySpit Source
8CN108Door latch , Door sensingA Terminal for Connecting with Door latch , Door sensing19RY112Source RelaySupply power for all relay
9RY101Large grill RelayA relay for Connecting with Large grill heater20SSR101Upper fan SSRUpper fan control
10RY102Small grill RelayA relay for Connecting with Small grill heater21SSR102Lower fan SSRLower fan control
11RY103Bottom heater RelayA relay for Connecting with Bottom heater22SSR103Cooling fan SSRCooling fan control
Part NameFunction and RuleNo.
- 48 -
Parts
Number
Part NameFunction and Rule
Page 51
7. Wiring Diagram
7-1 Wiring Diagram
( This Document can not be used without Samsung’s authorization. )
- 49 -
Page 52
8. Schematic Diagram
TEMP SENSOR
LEVEL
Date Changed
TEMP SENSOR
INTERRUPT
Time Changed
STEAM TEMP
Engineer
OSCILLATOR
RELAY
of
CONTROL
SAMSUNG ELECTRONICS
DIVIDER &
RESET
TITLE
416, Maetan-3Dong, Yeongtong-Gu,
N/P SINGLE
LATCH
TEMP SENSOR
PCB TEMP
DISPLAY PCB
OVP
PYROLYTIC
Drawn by
PYROLYTIC TWIN
TEMP SENSOR
R&D CHK
WATER
Changed by
MODULE
Suwon-Si, Gyeonggi-Do, KOREA 443-742
EEP ROM
MEAT PROBE
N/P TWIN
On board writing
DOC CTRL CHK
MFG ENGR CHK
Drawing NumberSheet
QA CHKREV
1102 ,NAJ 71NOEJ_SM09:00 AM
MS_JEON
MS_JEON
11
24" OVEN_MD
A2
Size
-TWIN & PYROLYTIC
POWER SUPPLY
100K
R305
R313 10K
TTC05103K
TH901
+5V
D213
MM4148
KIA358F
VCC=+6V,GND=DGND
IC401
5
+
6
-
7
OUT
RY203
DU12D1-1P
TR217
KRC246
16.000MHz
XTL1
TR203
KRC246
TLP-181
PC102
MM4148
D202
ZD101
UZ5.1B
R105
KRC246
TR211
2K
KRC246
10uF
C103
TR221
4.7uF
EM518
D01
+5V
C01
PC101
TLP-181
C109
470uF
R101
47K
R308
1K
100nF
C04
DF06S
BD101
RY201
DU12D1-1P
1K
D02
EM518
R111
78L05
IC02
MM4148
D212
R201
2K
R406 2K
+5V
+12V
TR01
KRA226
+5V
R801
13K
470K
R07
+5V
R317 2K
C117 12pF
C102
2KR902
10uF
1N4007
D101
+5V
C105
10uF
D304 MM4148
12pF
1K
R08
C108
C116
VCC
VEE
470uF
VCC
VEE
IC302
KIA75S358
KIA75S358
IC303
+12V
10K
R03
KRC246
TR201
KRC246
TR214
VREFH3
X130
X228
C305
10nF
40
81
82
83
84
21
70
75
76
RESET32
43
RXD124
SCL078
SDA077
42
TXD123
9
10
89
14
63
67
68
41
19
22
62
18
11
33
34
39
2
7
8
1
92
100
99
91
98
90
97
93
94
80
95
96
25
20
73
74
71
72
6
79
58
61
57
56
55
87
69
88
45
44
46
51
50
49
48
47
59
60
52
15
16
17
13
12
AM131
AVCC5
AVSS4
DVCC27
DVCC166
DVCC285
DVSS29
DVSS164
DVSS286
EMU035
EMU136
37
38
NMI65
54
53
IC101
TMP91FW60FG
AM026
+5V
MM4148
D201
R803
2K
470uF
10nF
C111
C304
RY213
TR207
KRC246
M
P
G5T-1A-ASI-12VDC
10uF
C302
SSR202
AQG22212
1uF
C901
D206
MM4148
6
8
9
10
MM4148
D203
ST101
1
2
3
4
5
D208
MM4148
ST-ALCD
DU12D1-1P
RY202
R404 2K
R10
R302
26.1K
1K
RY205
DU12D1-1P
R113
2K
KRC246
TR219
3.01K
R319
R503
2KR311
2K
+5V
C110
470uF
R312
26.1K
+5V
+12V
470
R09
TR216
KRA226
3
+
-
2
OUT
1
MM4148
D209
VCC=+6V,GND=DGND
IC401
KIA358F
MM4148
D214
+12V
D303 MM4148
+5V
D204
MM4148
1
2
3
4
5
6
7
8
CN401 SMW250-08_WHT
DU12D1-1P
RY206
C115
100nF
100nF
1.2M
R107
C106
2K
100nF
C701
R701
12K
R06
47
R05
+5V
+5V
+5V
3
-
2
OUT
1
10K
R02
+5V
IC402
VCC=+6V,GND=DGND
KIA358F
+
80.6K
R502
MM4148D302
2K
R112
7033P
IC105
47K
R102
R409
2K
200KR414
Vss
7
WP
10KR307
1
A0
2
A1
3
A26SCL
5
SDA
8
Vcc
4
IC601
24C04
TR206
KRC246
1K
R314
D207
MM4148
In
2
Ire
1
Isw
3
Out
5
RC
6
Thr
8
Vcc
+5V
LM331N
IC01
4
Gnd
7
2
4
3
IC104
KIA7812API
CN302
SMW250-04_BLU
1
D105
1N4007
R402 2K
2KR405
+5V
R321
D301 MM4148
R306
+5V
+5V
2K
470
MM4148
D205
D210
MM4148
1
3
5
7
9
+5V
CN201
SMW250-09A_RED
2KR325
TR202
KRC246
KRC246
TR215
ZNR101
560V
TVR14561
TR102
KRC246
R413 200K
C306
200KR412
10uF
C202
10nF
+6V
R103
47K
3
4
5
6
R901
5.1K
SMW250-06(WHT)
CN301
1
2
R702
330
TR101
KRA226
RY211
G5T-1A-ASI-12VDC
G5T-1A-ASI-12VDC
RY210
SMW250-04_WHT
CN501
4
2
1
3
T9AS1D22-12
D215
MM4148
RY207
G5T-1A-ASI-12VDC
RY215
2K
R410
100K
R318
6
7
SMW250-07_WHT
CN402
2
1
3
4
5
150K
30.1K
R316
+5V
R108
1
3
KRC246
TR205
CN204
SMW250-03A_RED
8
7
6
9
3
SMW250-09(WHT)
CN102
1
2
4
5
AC
100nF
D104
MBRF5100
R11
470K
C112
R12
10K
LF-2CTOP
L101
12
34
2K
R320
DU12D1-1P
RY204
100nF
C307
12.7K
R315
10uF
C301
2K
R114
+5V
IC103
KIA78D05PI
UF4007
D102
KRC246
TR208
R322
100K
R304
1.87K
+5V
1nF
C114
3.01K
R323
26.1K
R301
2K
R324
2K
R408
R802
80.6K
+6V
R106
20K
TR218
KRC246
R411 200K
2KR403
TR213
MM4148
D211
KRC246
M
P
C03
10uF
AQG22212
SSR203
VCC
VEE
1nF
C104
+5V
KIA75S393F
IC301
1uF
C02
RY209
G5T-1A-ASI-12VDC
KRC246
TR209
220
R110
C
2.2nF
C107
MBRF5100
D103
A
3
2
1
1nF
C05
CN801
SMW250-03_WHT
+6V
R407
2K
5
7
TR222
KRC246
CN202
SMW250-07A_RED
1
3
R116
TR210
KRC246
M
P
47K
AQG22212
SSR201
+5V
RY214
G5T-1A-ASI-12VDC
R310
30.1K
R303 10K
2
3
4
100K
R04
CN203
SMW250-04_RED
1
47K
R104
10nF
C201
RY212
G5T-1A-ASI-12VDC
G5T-1A-ASI-12VDC
RY208
+5V
C601
100nF
12K
R109
TR204
KRC246
1
2
3
6
CN701
SMW200-06P
5
4
+5V
R309
12.7K
TLP-181
PC01
6
4
1
3
R401
2K
R115 47K
+
5
6
-
7
OUT
470K
R01
KIA358F
IC402
VCC=+6V,GND=DGND
13K
R501
KRC246
10nF
C303
TR212
10uF
C113
100nF
270M
PTC101
S67S7
S8
8
C101
TNY276P
B
24
D
1
E
S5
5
6
IC102
+5V
TR220
KRC246
TEST-1
TEST-2
2K
R601
OVP
NEUTRAL
LIVE-2
LIVE-2
LIVE-2
LIVE
EMU0
EMU0
DATA
STAND-BY
S-LEVEL
W-H
WH
WM
W-M
W-L
SL
WL
RXD
TXD
SCL
SDA
WAKE-UP
TOGGLE
BOT-HT
STEAM-HT
GRILL-SUB
GRILL-MAIN
OPTION
W-VALVE
WH
WL
SL
WM
STEAM-TEMP
SOURCE
STEAM-TEMP
S-U
PCB-TEMP
AD-IN-U
U-BAND-2
L-BAND-2
STEAM-HT
OPTION
W-M
DV-SW
RXD1
TXD1
RESET
UPPER-HT
AD_L
AD_U
RESET
OVP
INT
X2
WAKE-UP
RXD
SCL
TXD1
LOWER-HT
BOT-HT
GRILL-MAIN
LOWER-FAN
LATCH-CLOSE
LOWER-LP
COOLING
LATCH-2
DOOR-SW
L-BAND-1
CLK
S-LEVEL
W-H
W-L
STAND-BY
LATCH-1
SIDE-RACK
RXD1
SDA
TXD
X1
L-BAND-2
L-BAND-1
U-BAND-2
U-BAND-1
AD-IN-L
AD-IN-U
INT
LATCH-OPEN
W-VALVE
UPPER-HT
GRILL-SUB
UPPER-FAN
SOURCE
SPIT
W-PUMP
UPPER-LP
AD-IN-L
PROBE
S-L
U-BAND-1
TOGGLE
LIVE
NEUTRAL
LATCH-1
LATCH-2
SIDE-RACK
DOOR-SW
DATA
CLK
PROBE
X2
X1
AD_U
COOLING
SPIT
W-PUMP
LATCH-OPEN
LOWER-LP
UPPER-LP
LOWER-FAN
UPPER-FAN
LOWER-HT
LATCH-CLOSE
S-U
AD_U
LATCH-CONTROL
S-L
AD_L
LATCH-CONTROL
RESET
DV-SW
AD_U
PCB-TEMP
AD_L
8-1 Schematic Diagram
- 50 -
Page 53
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