Samsung C109STR User manual

SERVICE
MICROWAVE OVEN CONTENTS
MICROWAVE OVEN
1. Precaution
2. Specifications
3. Operating Instructions
4. Disassembly and Reassembly
5. Alignment and Adjustments
6. Troubleshooting
7. Exploded Views and Parts List
8. PCB Diagrams
9. Schematic Diagrams
Manual
C109STR

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1-2 Special Servicing Precautions (Continued)
17. When checking the continuity of the witches
or transformer, always make sure that the
power is OFF, and one of the lead wires is
disconnected.
18. Components that are critical for safety are
indicated in the circuit diagram by
shading, or .
19. Use replacement components that have the
same ratings, especially for flame resistance
and dielectric strength specifications. A
replacement part that does not have the
same safety characteristics as the original
might create shock, fire or other hazards.
1-3 Special High Voltage Precautions
1. High Voltage Warning
Do not attempt to measure any of the high
voltages --this includes the filament voltage
of the magnetron. High voltage is present
during any cook cycle.
Before touching any components or wiring,
always unplug the oven and discharge the
high voltage capacitor (See Figure 1-1)
2. The high-voltage capacitor remains charged
about 30 seconds after disconnection. Short
the negative terminal of the high-voltage
capacitor to to the oven chassis. (Use a
screwdriver.)
3. High voltage is maintained within specified
limits by close-tolerance, safety-related
components and adjustments. If the high
voltage exceeds the specified limits, check
each of the special components.
PRECAUTION
There exists HIGH VOLTAGE ELECTRICITY
with high current capabilities in the circuits of the
HIGH VOLTAGE TRANSFORMER secondary
and filament terminals. It is extremely dangerous
to work on or near these circuits with the oven
energized.
DO NOT measure the voltage in the high voltage
circuit including filament voltage of magnetron.
PRECAUTION
Never touch any circuit wiring with your hand nor
with uninsulated tool during operation.
PRECAUTION
Servicemen should remove their watches
whenever working close to or replacing the
magnetron.
Fig. 1-1. Discharging the High Voltage Capacitor
H. V. Diode
Short
H. V. Capacitor
Touch chassis ground first then short to the high
voltage capacitor terminal by using screwdriver or
jumper wire.

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2. Specifications
2-1 Table of Specifications
TIMER
POWER SOURCE
POWER CONSUMPTION
OUTPUT POWER
OPERATING FREQUENCY
MAGNETRON
COOLING METHOD
OUTSIDE DIMENSIONS
SHIPPING WEIGHT
99 MINUTES
230V 50Hz, AC
MICROWAVE : 1,400W
GRILL : 1,300W
CONVECTION : 1,700W
FROM 100 TO 900W(6 LEVEL POWER)
(IEC-705 TEST PROCEDURE)
2,450MHz
OM75PH(31)
COOLING FAN MOTOR
517(W) x 310(H) x 511(D)mm
24.5 kg
27.5 kg

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3. Operating Instructions
3-1 Control Panel
3-2 Features & External Views
Ventilation Holes
Door
Light Safety Interlock Holes
Control Panel
Coupler
Guide Roller
Grill Rack
Glass
Door Latches
517mm
369mm
310mm
216mm
511mm

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4. Disassembly and Reassembly
4-1 Replacement of Magnetron, Motor Assembly and Lamp
Remove the magnetron including the shield case,
permanent magnet, choke coils and capacitors (all
of which are contained in one assembly).
1. Disconnect all lead wires from the magnetron
and lamp.
2. Remove the bracket mounting.
3. Remove the magnetron supporter.
4. Remove the air cover.
5. Remove screws securing the magnetron to the
wave guide.
6. Take out the magnetron very carefully.
7. Remove screws from the back panel.
8. Take out the fan motor.
9. Remove the oven lamp by rotating to pull out from
hole of air cover.
NOTE1: When removing the magnetron, make sure that its antenna does not hit any adjacent parts, or it
may be damaged.
NOTE2: When replacing the magnetron, be sure to remount the magnetron gasket inthe correct position and
make sure the gasket is in good
4-2 Replacement of High Voltage Transformer
1. Discharge the high voltage capacitor.
2. Disconnect all the leads.
3. Remove the mounting bolts.
4. Reconnect the leads correctly and firmly.
PRECAUTION
Servicemen should remove their watches
whenever
working close to or replacing the magnetron.
PRECAUTION
There exists HIGH VOLTAGE ELECTRICITY with
high current capabilities in the circuits of the
HIGH VOLTAGE TRANSFORMER secondary
and filament terminals. It is extremely dangerous
to work on or near these circuits with the oven
energized.
DO NOT measure the voltage in the high voltage
circuit including filament voltage of magnetron.
H.V Capacitor
Screw
Fan Motor
Thermo S/W
Cover Air
Magnetron
H. V. Trans

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4-3 Replacement of Door Assembly
4-3-1 Removal of Door Assembly
securing the upper hinge and lower hinge.
The remove door assembly.
4-3-2 Removal of Door "C"
Insert flat screwdriver into the gap between Door
"A" and Door "C" to remove Door "C". Be careful
when handling Door "C" because it is fragile.
4-3-3 Removal of Door "E"
Following the procedure as shown in the figure,
insert and bend a thin metal plate between Door
"E" and Door "A" until you hear the ’tick’ sound.
1. Insertion depth of the thin metal plate should be
0.5mm or less.
4-3-4 Removal of Key Door &Spring
Remove pin hinge from Door "E"
Datach spring from Door "E" and key door.
4-3-5RemovalofScreen-Door&Deco-Door
1. Remove Door "E" from Door "A"
2. Remove Door-Screen"B" and Deco Door.
Upper Hinge
Screws
Screws
Low Hinge
Door "C"
Door "A"
Door "E"
Door "E"
SpringKey Door
Deco-Door

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4-3-6 Reassembly Test
1. When mounting the door to the oven, be sure to adjust the door parallel to the bottom line of the
oven face plate by moving the upper hinge and lower hinge in the direction necessary for proper
alignment.
2. Adjust so that the door has no play between the inner door surface and oven front surface. If the door
assembly is not mounted properly, microwave energy may leak from the space between the door and oven.
3. Do microwave leakage test.
4-4 Replacement of Fuse
1. Disconnect the oven from the power source.
2. When 15A fuse blows out by the operation of interlock monitor switch failure, replace the primary interlock
switch, door sensing switch, monitor switch and power relay.
3. When the above three switches operate properly, check if any other part such as the control circuit board,
blower motor or high voltage transformer is defective.
4-5 Replacement of Drive Motor
1. Take out the glass tray, guide roller and coupler
from cavity.
2.Turntheovenupsidedowntoreplacethedrivemotor.
3. Remove a screw securing the drive motor cover.
4. Disconnect all the lead wires from the drive motor.
5. Remove screws securing the drive motor to the cavity.
6. Remove the drive motor.
7. When replacing the drive motor, be sure to
remount it in the correct position.
8. Connect all the leads to the drive motor.
9. Screw the drive motor cover to the base plate
with a screw driver.
After replacement of defective component parts of the door, reassemble it and follow the instructions
below for proper installation and adjustment so as to prevent an excessive microwave leakage.
Drive Motor
Screw
Base Plate
Drive Motor Cover

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4-6 Replacement of Control Circuit Board
1. Be sure to disclyarge any static electricity from
your body, and avoid touching the "touch
control" circuitry.
2. Disconnect the connectors from the control
circuit board.
3. Remove screws securing the control box
assembly.
4. Lift up the control circuit board from right side
and remove the hooks holding the control
circuit board to the box assembly. SCREWS

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5. Alignment and Adjustments
5-1 High Voltage Transformer
1. Remove connectors from the transformer terminals
and check continuity.
2. Normal resistance readings are as follows:
(Room temperature = 20°C)
5-2 Low Voltage Transformer
1.Thelowvoltagetransformerislocatedonthe
Assy base plate.
2. Remove the low voltage transformer from the
Assy base plate and check continuity.
3. Normal resistor reading is shown in the table.
5-3 Magnetron
1. Continuity checks can indicate only an open
filament or a shorted magnetron. To diagnose an
open filament or shorted magnetron :
2. Isolate the magnetron from the circuit by
disconnecting its leads.
3. A continuity check across the magnetron filament
terminals should indicate one ohm or less.
4. A continuity check between each filament terminal
and magnetron case should read open.
Filament Terminals
Primary
Terminals
PRECAUTION
1. High voltage is present at the high voltage terminals during any cook cycle.
2. It is neither necessary nor advisable to attempt measurement of the high voltage.
3. Before touching any oven components or wiring, always unplug the oven from its power source and
discharge the high voltage capacitor.
Terminals Resistance
1~2(Input)
3~4(Output)
5~6(Output)
290Ω.
4.0Ω..
1.0Ω.
Gasket Plate
Magnetron Antenna
Cooling Fins
Secondary
Filament
Primary
Approx. 100
Approx. 0
Approx. 1.450

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5-4 High Voltage Capacitor
1. Check continuity of the capacitor with the meter set at the highest resistance scale.
2. Once the capacitor is charged, a normal capacitor shows continuity for a short time, and then indicates 9M.
3. A shorted capacitor will show continuous continuity.
4. An open capacitor will show constant 9M.
5. Resistance between each terminal and chassis should read infinite.
5-5 High Voltage Diode
1. Isolate the diode from the circuit by disconnecting its leads.
2. With the ohm-meter set at the highest resistance scale, measure across the diode terminals. Reverse the
meter leads and read the resistance. A meter with 6V, 9V or higher voltage batteries should be used to
check the front-to back resistance of the diode (otherwise an infinite resistance may be read in both
directions). The resistance of a normal diode will be infinite in one direction and several hundred Kin the
other direction.
5-6 Main Relay and Power Control Relay
1. The relays are located on the PCB Ass’y. Isolate them from the main circuit by disconnecting the leads.
2. Operate the microwave oven with a water load in the oven. Set the power level set to high.
3. Check continuity between terminals of the relays after the start pad is pressed.
5-7 Adjustment of Primary Switch, Door Sensing Switch and Monitor Switch
1. When mounting Primary switch and Interlock
Monitor switch to Latch Body, consult the figure.
2. No specific adjustment during installation of
Primary switch and Monitor switch to the latch
body is necessary.
3. When mounting the Latch Body to the oven
assembly, adjust the Latch Body by moving it so
that the oven door will not have any play in it.
Check for play in the door by pulling the door
assembly. Make sure that the latch keys move
smoothly after adjustment is completed.
Completely tighten the screws holding the Latch
Body to the oven assembly.
4. Reconnect to Monitor switch and check the
continuity of the monitor circuit and all latch
switches again by following the components test
procedures.
5. Confirm that the gap between the switch
housingandtheswitchactuatorisnomorethan
0.5mm when door is closed.
6. Interlock Switch Replacement - When
replacing faulty switches, be sure switch mounting
tabs are not bent, broken or otherwise deficient in
their ability to secure the switches in place.
Precaution
For continued protection against radiation hazard, replace parts in accordance with the wiring diagram and be sure to
use the correct part number for the following switches: Primary and secondary interlock switches, and the interlock
monitor switch (replace all together). Then follow the adjustment procedures below. After repair and adjustment, be
sure to check the continuity of all interlock switches and the interlock monitor switch.
Primary Interlock Switch
Door Open Door Closed
Primary switch
Monitor switch(COM-NC)
Door Sensing S/W
∞
0
∞
0
∞
0
Body Latch
Interlock Monitor
Switch
Door Sensing
Switch
Lever Door(B)

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5-8 Output Power of Magnetron
The output power of the magnetron can be measured by performing a water temperature rise test.
Equipment needed :
* Two 1-liter cylindrical borosilicate glass vessel (Outside diameter 190 mm)
* One glass thermometer with mercury column
NOTE: Check line voltage under load. Low voltage will lower the magnetron output. Make all temperature
and time tests with accurate equipment.
1. Fill the one liter glass vessel with water.
2. Stir water in glass vessel with thermometer, and record glass vessel’s temperature ("T1", 10±1°C).
3. After moving the water into another glass vessel, place it in the center of the cooking tray. Set the oven to
high power and operate for 49 seconds exactly. (3 seconds included as a holding time of magnetron
oscillation:)
4. When heating is finished, stir the water again with the thermometer and measure the temperature ("T2").
5. Subtract T1 from T2. This will give you the water temperature rise. (T)
6. The output power is obtained by the following formula;
Output Power = 4.187 x 1000 x T+0.88xMcx(T
2-T0) 49:HeatingTime(sec)
46 4.187 : Coefficient for Water
1000 : Water (cc)
T : Temperature Rise (T1-T2)
Mc : Cylindrical borosilicate glass weight
To : Room Temperature
7. Normal temperature rise for this model is 9°C to 11°C at 'HIGH'.
NOTE 1: Variations or errors in the test procedure will cause a variance in the temperature rise.
Additional power test should be made if temperature rise is marginal.
NOTE 2: Output power in watts is computed by multiplying the temperature rise (step E) by a factor of 91
times the of centigrade temperature.
CAUTION
MICROWAVE RADIATION
PERSONNEL SHOULD NOT ALLOW EXPOSURE TO MICROWAVE RADIATION FROM MICROWAVE
GENERATOR OR OTHER PARTS CONDUCTING MICROWAVE ENERGY.

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5-9 Procedure for Measurement of Microwave Energy Leakage
1) Pour 275±15cc of 20±5°C(68±9°F) water in a beaker
which is graduated to 600cc, and place the beaker in
the center of the oven.
2) Start to operate the oven and measure the leakage by
using a microwave energy survey meter.
3) Set survey meter with dual ranges to 2,450MHz.
4) When measuring the leakage, always use the 2 inch
spacer cone with the probe. Hold the probe
perpendicular to the cabinet door. Place the spacer
cone of the probe on the door and/or cabinet door
seam and move along the seam, the door viewing
window and the exhaust openings moving the
probe in a clockwise direction at a rate of 1 inch/sec. If the leakage testing of the cabinet door seam is
taken near a corner of the door, keep the probe perpendicular to the areas making sure that the probe end
at the base of the cone does not get closer than 5cm to any metal. If it gets closer than 5cm, erroneous
readings may result.
5) Measured leakage must be less than 4mW/cm2,after repair or adjustment.
5-10 Check for Microwave Leakage
1. Remove the outer panel.
2. Pour 275±15cc of 20±5°C(68±9°F) water in a beaker
which is graduated to 600cc, and place the beaker in
the center of the oven.
3. Start the oven at the highest power level.
4. Set survey meter dual ranges to 2,450MHz.
5. Using the survey meter and spacer cone as described
above, measure near the opening of magnetron, the
surface of the air guide and the surface of the wave
guide as shown in the following photo.( but avoid the
high voltage components.) The reading should be
less than 4mW/cm2.
5-11 Note on Measurement
1) Do not exceed the limited scale.
2) The test probe must be held on the grip of the handle, otherwise a false reading may result when the
operator's hand is between the handle and the probe.
3) When high leakage is suspected, do not move the probe horizontally along the oven surface; this may
cause damage to the probe.
4) Follow the recommendation of the manufacturer of the microwave energy survey meter.
5-12 Leakage Measuring Procedure
5-12-1 Record keeping and notification after measurement
1) After adjustment and repair of a radiation preventing device, make a repair record for the measured
values, and keep the data.
2) If the radiation leakage is more than 4 mW/cm2after determining that all parts are in good condition,
functioning properly and the identical parts are replaced as listed in this manual notify that fact to ;
CENTRAL SERVICE CENTER
5-12-2 At least once a year have the microwave energy survey meter checked for accuracy by its manufacturer.
Maximum allowable leakage is 5mW/cm2.
4mW/cm2is used to allow for measurement and meter accuracy
WARNING
AVOID THE HIGH VOLTAGE COMPONENTS

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6. Troubleshooting
6-1 Electrical Malfunction
PRECAUTION
1. CHECK GROUNDING BEFORE CHECKING FOR TROUBLE.
2. BE CAREFUL OF THE HIGH VOLTAGE CIRCUIT.
3. DISCHARGE THE HIGH VOLTAGE CAPACITOR.
4. WHEN CHECKING THE CONTINUITY OF THE SWITCHES OR TRANSFORMER, DISCONNECT
ONE LEAD WIRE FROM THESE PARTS AND THEN CHECK CONTINUITY WITHOUT THE
POWER SOURCE ON. TO DO OTHERWISE MAY RESULT IN A FALSE READING OR DAMAGE
TO YOUR METER.
5. DO NOT TOUCH ANY PART OF THE CIRCUIT OR THE CONTROL CIRCUIT BOARD, SINCE
STATIC DISCHARGE MAY DAMAGE IT.
ALWAYS TOUCH GROUND WHILE WORKING ON IT TO DISCHARGE ANY STATIC CHARGE
BUILT UP.
SYMPTOM CAUSE CORRECTIONS
Oven is dead.
Fuse is OK.
No display and no operation at all.
1. Open or loose lead wire harness
2. Open thermal cutout (Magnetron)
3. Open low voltage transformer
4. Defective Ass’y PCB
Check fan motor when thermal
cutout is defective.
Check Ass’y PCB when L.V.T
is defective.
No display and no operation at all.
Fuse is blown. 1. Shorted lead wire harness
2. Defective primary latch switch
(NOTE 1)
3. Defective monitor switch (NOTE1)
4. Shorted H.V.Capacitor
5. Shorted H.V.Transformer (NOTE2)
Check adjustment of primary,
interlock monitor,
power relay, door sensing
switch.
NOTE 1: All of these switches must be replaced at the same time.
(refer to adjustment instructions)
Check continuity of power relay contacts and if it has
continuity, replace power relay also.
NOTE 2: When H.V.Transformer is replaced, check diode and
magnetron also.
Oven does not accept
key input (Program) 1. Key input is not in-Sequence 2. Open or loose connection of
membrane key pad to Ass’y PCB
3. Shorted or open membrane panel
4. Defective Ass’y PCB
Refer to operation procedure.
Replace PCB main.
Timer starts countdown but no
microwave oscillation.
(No heat while oven lamp and fan
motor turn on.)
1. Off-alignment of latch switches
2. Open or loose connection of high
voltage circuit especially
magnetron filament circuit
NOTE: Large contact resistance will
bring lower magnetron
filament voltage and cause
magnetron to lower output
and/or intermittent oscillation.
3. Defective high voltage
components H.V.Transformer
H.V. Capacitor
H.V.Diode, H.V.Fuse
Magnetron
4. Open or loose wiring of power relay
5. Defective primary latch switch
6. Defective power relay or Ass’y PCB
Adjust door and latch switches.
Check high voltage component
according to component test
procedure and replace if it is
defective.
Replace PCB main.

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6-1 Electrical Malfunction(continued)
SYMPTOM CAUSE CORRECTIONS
Oven lamp and fan motor turn on 1. Misadjustment or loose wiring
of primary latch switch
2. Defective primary latch switch
Adjust door and latch switches.
Oven can program but timer
does not start. 1. Open or loose wiring of secondary interlock switch
2. Off-alignment of primary
interlock
3.
Defective secondary interlock S/W
Adjust door and interlock switches.
Microwave output is low;.
Oven takes longer time to
cook food.
1. Decrease in power source
voltage.
2. Open or loose wiring of
magnetron filament circuit.
(Intermittent oscillation))
3. Aging of magnetron
Consult electrician.
Fan motor turns on when plugged in Loose wiring of door sensing switch Check wire of door sensing switch.
Oven does not operate and return to
the plugged in mode. Defective Ass’y PCB Replace PCB main.
Loud buzzing noise can be heard. 1. Loose fan and fan motor
2. Loose screws on
H.V.Transformer
3. Shorted H.V.Diode
Tighten screws of fan motor.
Tighten screws of H.V.Transformer.
Replace H.V.Diode.
Turntable motor does not rotate. 1. Open or loose wiring of
turntable motor.
2. Defective turntable motor.
Replace turntable motor.
Oven stops operation during
cooking 1. Open or loose wiring of primary interlock switch
2. Operation of thermal
cutout(Magnetron)
Adjust door and latch switches.
Sparks 1. Metallic ware or cooking dishes
touching on the oven wall.
2. Ceramic ware trimmed with
gold or silver powder also
causes sparks.
Inform the customer.
Do not use any type of cookware
with metallic trimming.
Uneven cooking Uneven intensity of microwave due
to its characteristics. Wrap thinner parts of the food with aluminum foil.
Use plastic wrap or cover with a lid.
Stir once or twice while cooking
foods such as soup, cocoa, or milk.
Noise from the turntable motor
when it starts to operate. Noise may result from the motor. Replace turntable motor.

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7. Exploded Views and Parts List
7-1 Exploded Views
MM01
MM52
MM67
MM42
MM21
MM08
MM09
MM62
MM31
MM32
MM125
MM106
MM105
MM103
MM104
MM93
MM27
MM30
MM29
MM14
MM22
MM18
MM19
MM20
MM64
MM64
MM16
MM35
MM65 MM87
MM58
MM28
MM17
MM63 MM61
MM68
MM60
MM69
MM72
MM66
MM73
MM07
MM03
MM05
MM55
MM06
MM10
MM71
MM17
MM88
MM56
MM59
MM57
MB01
MB05 MB03
MB02
MB04
MM50
MM33

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7-2 Main Parts List - S.N.A : SERVICE NOT AVAILABLE
No. Code No. Description Specification Q’ty Remark
MB01 DE93-20020D ASSY BODY LATCH M959/XSA,-,-,-,- 1
MB02 3405-000175 SWITCH-MICRO 250V,15A,200gf,SPST-NO 1
MB03 3405-000178 SWITCH-MICRO 250V,15A,200gf,SPST-NO 2
MB04 DE66-90054B LEVER-SWITCH NYLON#66(2021SW),40G,M959/X 1
MB05 DE66-40021B LATCH-BODY -,-,-,M959/XSA,-,-,- 1
MM01 DE64-00643A PANEL-OUTER C109ST,STS430#4,T0.5,W380.3, 1
MM03 DE39-00345A WIRE HARNESS-A C109ST,230V50HZ,-,-,-,-,- 1
MM05 DE96-00011A ASSY NOISE FILTER SN-3WUA,120V15A,3W 15A 1
MM06 DE96-00070A ASSY-MOTOR FAN SMF-2N2EA1,230V50Hz,2420R 1
MM07 DE39-00022A ASSY POWER CORD -,250V,16A,-,KKP-4819D/B 1
MM08 OM75P(31)ERHT ASSY-MAGNETRON OM75P(31)ERHT 1
MM09 DE71-60016D COVER-AIR CK95,NYLYN#66(TEFRON523),-,-,- 1
MM10 4713-001046 LAMP-INCANDESCENT 240V,104mA,25W,ORG,-,-,25x62mm 1
MM14 DE26-00063A TRANS-H.V SHV-E2914A,230V,50HZ,2340V/3.4 1
MM16 DE71-00015A COVER-CEILING CE2933,-,T0.3,W114.2,L121. 1
MM17 DE47-20009A THERMOSTAT PW2N-520PB,160/60,250V/7.5A,H 1MGT
MM18 DE74-20015G TRAY-COOKING -,T6,-,- 1
MM19 DE92-90189U ASSY-GUIDE ROLLER 1.0CUFT(PPS)15.5,-,-,- 1
MM20 DE67-60081A COUPLER PPS,-,-,BROWN,3RD-1.0/1.3,- 1
MM21 DE39-40409A WIRE HARNESS-E 230V50HZ,M9G45,CTW,-,-,- 1
MM22 DE31-10170A MOTOR-SYNCHRONOUS M2LJ24Z702,ST-16F,220/ 1
MM27 DE61-40065A FOOT -,PP,T2x22x17mm,BLK,-,-,- 4
MM28 DE80-10001P BASE-PLATE 3RD(1.0-NEW),SGCC,T0.8,W345,L 1
MM29 2501-001015 C-OIL 1.0uF,2100V,BK,35X54X80,20mm 1
MM30 DE61-50106A BRACKET-HVC -,SECC,T0.8,W31,L125.8,-,- 1
MM31 DE91-70065A ASSY-HVD BMP28,SEMA,12KV,SUMI,- 1
MM32 DE91-70061A ASSY-H.V.FUSE THV060T-0800-H,5KV/0.80A,W 1
MM33 DE26-20152A TRANS-L.V SLV-105E,230V,50HZ,AC17V/3V,-, 1
MM35 DE32-10013A SENSOR THERMISTOR PT-312-K2,-,-,-,-,-,- 1
MM42 DE39-00042A WIRE HARNESS-B C100,230V50HZ,AMFO,-,-,-, 1
MM52 DE63-90035H CUSHION-RUBBER -,DFA20,T2,W190,L200,-,- 1
MM55 3601-001197 FUSE-CARTRIDGE 250V,15A,SLOW-BLOW,CERAMI 1
MM56 DE92-90555D ASSY-COVER ADIA(R) C100,CONV,-,- 1
MM57 DE61-50027B BRACKET-HEATER -,SECC,T1.0,W51,L55,CE945 1
MM58 DE92-90554B ASSY-COVER ADIA(L) C100,CONV,-,- 1
MM59 DE71-60448A COVER-BACK CK95,SCP3(Cr),T0.6,-,-,-,-,- 1
MM60 DE63-20017A GASKET-HEATER -,BRASS,T1.5,OD30.5,ID22.5 1
MM61 DE47-00001A HEATER SHG-2933E,-,-,1300W(1250W),-,230V 1
MM62 DE61-70060A SPRING-PLATE -,SK-5,T0.5,T0.5,-,-,-,-,-, 1
MM63 DE61-30006A SUPPORT-HEATER -,ALUMINA,5G,2ND-W/P,-,-, 1
MM64 DE97-00136B ASSY-WIRE RACK CK95,LOW-RACK,-,-,-,- 1
MM64 DE97-00136E ASSY-WIRE RACK MG104WA,114,FOOT,VE-TYPE 1
MM65 DE72-60035R GUIDE-AIR CK135,SECC,T0.5,-,-,- 1
MM66 DE61-50570C BRACKET-AIR GUIDE CK95,SECC,T0.8,-,-,-,D 1
MM67 DE61-50565A BRACKET-UPPER -,SECC,T0.5,W362,L294,-,- 1
MM68 DE60-40009B WASHER-TEFLON SLOT,ID22.2,OD28,T1.2,TEFL 1
MM69 DE61-50021A BRACKET-FLANGE -,SECC1,T0.8,32,32,-,- 1
MM71 DE61-50564A BRACKET-TCO -,SECC1,T0.6,W45,L21,-,- 1
MM72 DE61-50347A BRACKET-EARTH -,BSS2-A,T1.0,W35,L43,MBGF 1
MM73 -ASSY-CASING CK95,-,-,-,-,- 1
MM88 DE73-90027A FERRITE-CORE NI-ZN,T13.8,W21.0,L28.0,BNF 2
MM93 DE60-60025A PIN-FOOT PP-JI350,BLK,-,-,-,-,-,- 4


7-3 Door Parts List
No. Code No. Description Specification Q’ty Remark
MD01 DE94-00743A ASSY DOOR C109ST,-,STS 1
MD04 DE94-00075H ASSY DOOR-E(SEALANT) C100,SEALANT,3RD-1. 1
MD06 DE64-40012C DOOR-C CK95,PBT,-,-,-,-,BLK,- 1
MD07 DE61-00199A SPRING-KEY M1977,HSWR,D6,-,-,25 1/4,25 1 1
MD08 DE61-80002A HINGE-UPPER WHT,SHV-745CC1,SSEC,T2.3,26, 1
MD09 DE61-80003A HINGE-LOWER WHT,TN-5630T,SSEC,T2.3,26,77 1
MD10 DE64-00547A KEY-DOOR C100,NYLON#66,-,-,-,-,GV10% V0 1
MD12 DE64-00194A DOOR-SUB C109ST,PC(LEXAN#141),-,-,-,-,GR 1
MD24 DE94-00744A ASSY DOOR-A C109ST,-,STAINLESS 1
MD12
MD24
MD07
MD01
MD06
MD10
MD04
MD08
MD09


7-4ControlPartsList
No. Code No. Description Specification Q’ty Remark
MC01 -ASSY CONTROL-BOX - 1 S.N.A
MC07 RC-C139ST-01 ASSY PCB PARTS C109ST,230V50HZ 1
MC09 DE64-00455A KNOB CK3D79ST,PC,-,-,-,-,-,-,- 1
MC10 DE64-00456A KNOB-COVER CK3D79ST,PC,-,-,-,-,-,-,- 1
MC13 DE94-00741G ASSY CONTROL-PANEL -,C109STR,-,STS,RUSSIA 1
MC141 DE64-00450A BUTTON-SELECT(A) CK3D79ST,PC,-,-,SILVER, 1
MC142 DE64-00451A BUTTON-SELECT(B) CK3D79ST,PC,-,-,SILVER, 1
MC143 DE64-00452A BUTTON-SELECT(C) CK3D79ST,PC,-,-,SILVER, 1
MC15 DE64-00453A BUTTON-START CK3D79ST,PC,-,-,SILVER,1.3 1
MC27 DE64-00454A BUTTON-CANCEL CK3D79ST,PC,-,-,SILVER,1.3 1
MC55 DE63-00079A COVER-LED CK3D79ST,ABS,-,-,-,-,-,-,1.3 C 1
S.N.A : SERVICE NOT AVAILABLE
MC141
MC142
MC13
MC10
MC27
MC55
MC15
MC07
MC01
MC09
MC143


7-5 Casing Parts List
No. Code No. Description Specification Q’ty Remark
MA01 DE31-10171A MOTOR-CONVECTION SMC-105EA,230V/50HZ,280 1
MA02 DE31-90019A BLADE-FAN SECC,T0.6,-,-,-,-,- 1
MA02 DE31-90020A BLADE-FAN ALSTAR,T0.6,W250,L250,-,-,- 1
MA03 DE47-70077A HEATER-CONVECTION SHC-118E1,-,-,1680W,-, 1
MA04 DE60-40026B WASHER-PLAIN ID5.5,OD12,T1.0,SBC1,ZNC3,- 1
MA05 DE62-90098B ADIABATIC-CASING -,T8,W245,L336.8,CK95,- 1
MA06 DE72-30016A BUSH-MOTOR -,MSWR3,L11.2,D5.6,RE-1300,-, 1
MA07 DE92-90487A ASSY-COVER CASING CE115K,230V50HZ,-,-,-, 1
MA08 DE60-40014B WASHER-C MOTOR M16,T1.0,SECC,ZNC3,-,-,-, 1
MA09 DE61-50484A BRACKET-HEATER -,STS430,T0.8,W27.2,L26,C 2
MA08
MA02
MA01
MA02
MA04
MA06
MA05
MA09
MA03
MA07


7-6 Standard Parts List
Code No. Description Specification Q’ty Remark
DE60-10012A SCREW-TAP TITE -,SWR10,M4,L10,TH,+,-,3,ZPC2,- 1A-N-FILTER
DE60-10012A SCREW-TAP TITE -,SWR10,M4,L10,TH,+,-,3,ZPC2,- 1A-P-CORD
DE60-10012A SCREW-TAP TITE -,SWR10,M4,L10,TH,+,-,3,ZPC2,- 3B-PLATE
DE60-10012A SCREW-TAP TITE -,SWR10,M4,L10,TH,+,-,3,ZPC2,- 1C-B-EARTH
DE60-10018A SCREW-ASSY MACHINE -,WS,MSWR10,SN1,PH,M4X0.7P,-,8,-,- 2B-EARTH
DE60-10034A SCREW-TH -,-,L10,STS304,TH,+,-,M4,-,- 1SENSOR
DE60-10045A SCREW-TAP PH -,-,FEFZY,-,PH,M3,-,L6,-,- 2 -
DE60-10052A SCREW-TAP PH -,-,FEFZY,-,PH,M4,-,L8,-,- 2A-A-RIGHT
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 2A-A-LEFT
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 4A-C-BACK
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 3A-CASING
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 1A-THERMO-G
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 1B-A-GUIDE
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 2B-LATCH
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 1B-UPPER
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 1C-AIR
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 2C-BOX
DE60-10070A SCREW-TAP TH -,-,FEFZY,2-SLOT,TH,M4,-,L12,-,- 2M-FAN
DE60-10080B SCREW-WASHER -,2S,SWRCH18A,ZP2,PH,PI5,-,L10,-,- 4MAGNETRON
DE60-10080B SCREW-WASHER -,2S,SWRCH18A,ZP2,PH,PI5,-,L10,-,- 4TRANS-HV
DE60-10082H SCREW-A -,-,-,-,2S-4X12,TOOTHED,-,-,-,- 5P-OUTER
DE60-10098A SCREW-ASSY TAP TITE -,GLD,SWRCH18A,ZPC2,PH,TC,-,M4X8,WT,- 2M-DRIVE
DE60-10122A SCREW-TAP TH -,-,FE,FN,TAP,TH,-,2-4X8,-,- 3B-HEATER
DE60-10122A SCREW-TAP TH -,-,FE,FN,TAP,TH,-,2-4X8,-,- 2C-CEILING
DE60-10122A SCREW-TAP TH -,-,FE,FN,TAP,TH,-,2-4X8,-,- 1SENSOR
DE60-20063A BOLT-FLANGE M4,10,ZPC3,YEL,MSWR,-,-,-,- 4HING-L/U
DE60-10045A SCREW-TAP PH -,-,FEFZY,-,PH,M3,-,L6,-,- 1 -
DE60-10122A SCREW-TAP TH -,-,FE,FN,TAP,TH,-,2-4X8,-,- 3B-C-MOTOR
DE60-10122A SCREW-TAP TH -,-,FE,FN,TAP,TH,-,2-4X8,-,- 2BKT-HEATER
DE60-10122A SCREW-TAP TH -,-,FE,FN,TAP,TH,-,2-4X8,-,- 4CV-CAS
DE60-10012A SCREW-TAP TITE -,SWR10,M4,L10,TH,+,-,3,ZPC2,- 1M-D-CONVE
DE60-10012A SCREW-TAP TITE -,SWR10,M4,L10,TH,+,-,3,ZPC2,- 1B-T-MOTOR
DE60-10088A SCREW-TAP PH -,-,FEFZY,PLAIN,PH,M3,-,L8,-,- 8 -