C5F7NF9FMO180NCommercial Microwave Oven

Before operating this oven, please read these instructions completely. OPERATING INSTRUCTIONS MICROWAVE OVEN KOM-9F0CTX / 9F0CDA FOR COMMERCIAL USE 1 PRECAUTIONS TO AVOID POSSIBLE EXPOSURETO EXCESSIVE MICROWAVE ENERGY (a)Do not attempt to operate this oven with the door open since open-door operation can result in harmful exposure to microwave energy. It is important not to defeat or tamper with the safety interlocks. (b)Do not place any objectbetween the oven front face and the door or allow soil or cleaner residue to accumulate on sealing surfaces. (c)Do not operate the oven if it is damaged. It is particularly important that the oven door close properly and that there is no damage to the: (1) door (bent), (2) hinges and latches (broken or loosened), (3) door seals and sealing surfaces. (d)The oven should not be adjusted or repaired by anyone except properly qualified service personnel. PRECAUTIONS TO AVOID POSSIBLE EXPOSURETO EXCESSIVE MICROWAVE ENERGY......1 INSTALLATION ..................................................................................................................................2 FEDERAL COMMUNICATIONS COMMISSION RADIO FREQUENCY INTERFERENCE STATEMENT..4 GROUNDING INSTRUCTIONS .........................................................................................................4 SPECIFICATIONS ..............................................................................................................................5 IMPORTANT.......................................................................................................................................5 IMPORTANT SAFETY INSTRUCTIONS............................................................................................6 FEATURES DIAGRAM .......................................................................................................................7 FEATURES DIAGRAM (continued) ...................................................................................................8 OPERATION PROCEDURE...............................................................................................................9 CONTROLS ......................................................................................................................................10 Manual Cooking...........................................................................................................................10 Preprogrammed Pads..................................................................................................................11 Double Quantity ...........................................................................................................................12 Programming Pads ......................................................................................................................13 Programming Cook Factor...........................................................................................................14 20 sec.+ pad ................................................................................................................................15 Changing User Options ...............................................................................................................16 COOKING INSTRUCTIONS .............................................................................................................17 MICROWAVING PRINCIPLES .........................................................................................................18 HOW MICROWAVES COOK FOOD ................................................................................................18 CONVERSION CHARTS ..................................................................................................................18 COOKING TECHNIQUES ................................................................................................................19 DEFROSTING GUIDE ......................................................................................................................20 DEFROST AND COOKING CHART.................................................................................................21 CARE OF YOUR MICROWAVE OVEN............................................................................................23 CARE AND CLEANING ....................................................................................................................23 CLEANING THE CEILING COVER ..................................................................................................24 CLEANING THE AIR FILTER ...........................................................................................................24 USE YOUR MICROWAVE OVEN SAFELY .....................................................................................25 BEFORE YOU CALL FOR SERVICE ...............................................................................................26 QUESTIONS AND ANSWERS .........................................................................................................26 QUESTIONS AND ANSWERS (continued) .....................................................................................27 DISPOSAL OF USED ELECTRICAL & ELECTRONIC EQUIPMENT..............................................27 TABLE OF CONTENTS 2 1Steady, flat location This oven should be set on a steady, flat surface. This oven is designed for counter top use only. 2Leave space behind and side All air vents should be kept a clearance. If all vents are covered during operation, the oven may overheat and, eventually, oven failure. 3Away from radio and TV sets Poor television reception and radio interference may result if the oven is located close to a TV, Radio antenna, feeder and so on. Position the oven as far from them as possible. 4Away from heating appliance and water taps Keep the oven away from hot air, steam or splash when choosing a place to position it, or the insulation might be adversely affected and breakdowns …

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FCC ID: C5F7NF9FMO18ØN Note: Components outlined with dotted line is optional and may not be employed in the model Lamp H.V. Ca pacitor H.V. Transformer Fan Motor Heating Element Turntable Motor H.V. Diode Magnetron Oven Cavity BLOCK Input 208/230Vac 60Hz Conrol Panel (Clock Frequency 4MHz ) Turntable Motor H.V. Ca pacitor H.V. Transformer H.V. Diode Magnetron

                G      ! " #  $%$%& '  ( )'$%*$+,% -.)$%*++/     -0  11     11    2   0     31   2     +%*'4  05 0  165$/7&   8 0 4  !9 109   10 9 :  ; 0 <11  5      10      50   0 1 4 '5,-$ '5,-== 8'' '5,-==0     6 10 '5 ,-$.  9 10  1    ! 0 -  0   ) > First ‘*” : 0~9 or A~Z (enclosure design difference) ) >Second ‘*” : 0~9 (mechanical type) or A~Z (electronic type)    <$*& 16 $&   < )1<& '1 ;  <5  9      DAEWOO ELECTRONICS CORPORATION.

Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 76 of 98 APPENDIX C – EUT PHOTOGRAPHS  Front View of EUT Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 77 of 98  Rear View of EUT

Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 71 of 98 APPENDIX A – SAMPLE LABEL The sample label shown shall be permanently affixed at a conspicuous location on the device and be readily visible to the user at the time of purchase.  FCC ID Location of EUT Labeling Requirements

Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 78 of 98  Door open View of EUT Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 79 of 98  Left View of Inside Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 80 of 98  Right View of Inside Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 81 of 98  Top View of Inside Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 82 of 98  Front View of Magnetron Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 83 of 98  Rear View of Magnetron Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 84 of 98  Front View of Main Board Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 85 of 98  Rear View of Main Board Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 86 of 98  Front View of LED Board Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 87 of 98  Rear View of LED Board Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 88 of 98  Front View of Power Board Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 89 of 98  Rear View of Power Board Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 90 of 98  Front View of Trans Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 91 of 98  Rear View of Trans Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 92 of 98  Label View of Trans Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 93 of 98  Enclosure View of Capacitor Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 94 of 98  Front View of Fan Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 95 of 98  Rear View of Fan

Model : KOM-9F0C ■ OPERATION DESCRIPTION After suppling main power to microwave oven, press start button, then low voltage circuit parts supply DC 5V to the micom in control panel. The micom makes 2-main relays keep on-state in sequency, and makes 2-seperated high voltage circuit for each magnetron. This high voltage circuit consists of combination of H.V Transformer, H.V Capacitor and H.V Diode, and generats about DC 4kV. This high voltage is supplied to each magnetron of top and buttom. Microwave generated by magnetrons and guided to the oven cavity. Lamp H.V. Ca pacitor H.V. Transformer Fan Motor Heating Element Turntable Motor H.V. Diode Magnetron Oven Cavity Input 208/230Vac 60Hz Conrol Panel (Clock Frequency Turntable Motor H.V. Ca pacitor H.V. Transformer H.V. Diode Magnetron

Parts Manufacturer 1 MAGNETRONToshiba 2 TRANS H.V.DPC 3 CAPACITOR H.V.Elcomtec 4 DIODE H.V.Frontier 5 FAN MOTOROh Sung 6 STIRRER MOTORElensys 7 INTERLOCK SWITCHSeveral 2M248H DY-R10X0-9FT 2300VAC 1.05UF ■ Electrical Components SPEC. HV03-12 400MA 12000V OBB-1501Q2 120V 60Hz SM16F 20V, 3W 16 A, 125/250 V ac

3. Wiring Diagram ( SCHEMATICS ) FCC ID: C5F7NF9FMO18ØN

Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 2 of 98 TABLE OF CONTENTS SCOPE INTRODUCTION (Site Description) EUT INFORMATION DESCRIPTION OF TESTS (Radiation Hazard) DESCRIPTION OF TESTS (Input Power Measurement) DESCRIPTION OF TESTS (RF Output Power Measurement) DESCRIPTION OF TESTS (Operating Frequency Measurements) DESCRIPTION OF TESTS (Conducted Emissions) DESCRIPTION OF TESTS (Radiated Emissions) TEST DATA (Radiation Hazard) TEST DATA (Input Power Measurement) TEST DATA (RF Output Power Measurement) TEST DATA (Operating Frequency Measurements) TEST DATA (Conducted Emissions) TEST DATA (Radiated Emissions) PLOT OF EMISSIONS (Operating Frequency Measurements) PLOT OF EMISSIONS (Conducted Emissions Diagram) PLOT OF EMISSIONS (Radiated Emissions Diagram) ACCURACY OF MEASUREMENT LIST OF TEST EQUIPMENT APPENDIX A - SAMPLE LABEL APPENDIX B - PHOTOGRAPHS OF TEST SET-UP APPENDIX C - EUT PHOTOGRAPHS APPENDIX D - SCHEMATIC DIAGRAM APPENDIX E - USER’S MANUAL APPENDIX F - BLOCK DIAGRAM 3 4 5 6 6 6 6 7 8 9 9 10 11 15 16 51 57 61 67 70 71 72 76 96 97 98 Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 3 of 98 SCOPE Measurement and determination of electromagnetic emissions (EME) of radio frequency devices including intentional and/or unintentional radiators for compliance with the technical rules and regulations of the Federal Communications Commission under FCC part 18. Responsible Party : Contact Person : Manufacturer : Factory : Daewoo Electronics Corporation Mr. Seongok Kim Tel No.: + 82 32 510 7919 Daewoo Electronics Corporation Kitchen Appliances Div. R&D Center, 412-2, Cheongcheon2-Dong, Bupyeong-Gu, Incheon, 403-032, Korea 1) Daewoo Microwave Oven Co., Ltd. Dagang, District, Development Area Tianjin, China 2) INA Inc. 729-6, Ancheong-dong, Gwangsan-gu, Gwangju, Korea  FCC ID: C5F7NF9FMO180N  Model: KOM-9F0C  Variant Model : KOM-9F** Note 1) First * : 0~9 or A~Z (Enclosure design difference) Note 2) Second * : 0~9 (Mechanical type) or A~Z (Electrical type)  Brand Name: DAEWOO  EUT Type: Commercial Microwave Oven  Applied Standard:  Test Procedure(s):  Dates of Test:  Place of Tests:  Test Report No.: FCC Part 18 & Part 2 MP-5:1986 July 30, 2011 to August 14, 2011 Nemko Korea Co., Ltd. EMC Site NK-11-E-570 ※The model KOM-9F0C was tested for the representative model. Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 4 of 98 INTRODUCTION The measurement procedure described in MP5:1986 for Methods of Measurement of radiated, powerline conducted radio noise, frequency and power output was used in determining emissions emanating from Daewoo Electronics Corporation. FCC ID : C5F7NF9FMO180N, Commercial Microwave Oven. These measurement tests were conducted at Nemko Korea Co., Ltd. EMC Laboratory. The site address is 67-1 & 300-2, Osan-Ri, Mohyeon-Myeon, Cheoin-Gu, Yongin-Si, Gyeonggi-Do, Korea The area of Nemko Korea Corporation Ltd. EMC Test Site is located in a mountain area at 80 kilometers (48 miles) southeast and Incheon International Airport (Incheon Airport), 30 kilometers (18 miles) south-southeast from central Seoul. It is located in the valley surrounded by mountains in all directions where ambient radio signal conditions are quiet and a favorable area to measure the radio frequency interference on open field test site for the computing and ISM devices manufactures. The detailed description of the measurement facility was found to be in compliance with the requirements of §2.948 according to ANSI C63.4 on 2003. Fig. 1. The map above shows the Seoul in Korea vicinity area. The map also shows Nemko Korea Corporation Ltd. EMC Lab and Incheon Airport. Nemko Korea Co., Ltd. 67-1 & 300-2, Osan-Ri, Mohyeon- Myeon, Cheoin-Gu, Yongin-Si, Gyeonggi-Do, Korea, 449-852 Tel) + 82 31 330 1700 Fax) + 82 31 330 1701 ☜ Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 5 of 98 EUT INFORMATION EUT Information Electric Rating : a.c. 208/230 V, 60 Hz Clock : 4 MHz Magnetron Type : 2M248 (TOSHIBA) Operating Frequency : 2.45 GHz Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 6 of 98 DESCRIPTION OF TESTS Radiation Hazard A 700 ml water load was placed in the center of the oven. The power setting was set to maximum power. While the oven was operating, the Microwave Survey Meter probe was moved slowly around the door seams to check for leakage. Input Power Measurement The EUT was placed on a wooden table 0.8 m at 1 m distance Horn antenna. A 700ml water load was placed in the center of the oven and the oven set to maximum power. A 700 ml water load was chosen for its compatibility. Input power and current were measured using a Power Analyzer. Manufacturers to determine their input ratings commonly use this procedure. Output Power Measurement The Caloric Method was used to determine maximum output power. The initial temperature of a 1000 ml water load was measured. The water load was placed in the center of the oven. The oven was operated at maximum output power for 120 seconds. Then the temperature of the water re-measured. Frequency Measurements Following the above test, after operating the oven long enough to assure that stable operating temperature were obtained, the operating frequency was monitored as the input voltage was varied between 80 to 125 percent of the nominal rating. And the load quantity was reduced by evaporation to approximately 20 % of the original quantity with nominal rating. Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 7 of 98 DESCRIPTION OF TESTS Conducted Emissions The Line conducted emission test facility is located inside a 4 x 7 x 2.5 meter shielded enclosure. It is manufactured by EM engineering. The shielding effectiveness of the shi…

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Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 72 of 98 APPENDIX B – PHOTOGRAPHS OF TEST SET-UP The Conducted Test Picture and Radiated Test Picture and show the worst-case configuration and cable placement. ● Radiation hazard Test Picture  Operating Frequency Test Picture Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 73 of 98  Conducted Test Picture (Front)  Conducted Test Picture (Rear) Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 74 of 98  Radiated Test Picture – 30 MHz ~ 1 GHz (Front)  Radiated Test Picture – 30 MHz ~ 1 GHz (Rear) Test Report No.: NK-11-E-570 FCC Certification Daewoo Electronics Corporation FCC ID: C5F7NF9FMO180N Page 75 of 98  Radiated Test Picture (0.15 MHz~30 MHz)  Radiated Test Picture (1 GHz~18 GHz)