PR4GH8185Microwave Oven

FCC ID:PR4GH8185 PHOTOGRAPH OF THE PRODUCT FRONT VIEW OF THE PRODUCT REAR VIEW OF THE PRODUCT

FCC ID: PR4GH8185 MADE IN CHINA This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

FCC ID: PR4GH8185 LABEL LOCATION BOTTOM VIEW OF THE DEVICE WITH FCC ID LABEL FCC ID: PR4GH8185 MADE IN CHINA This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. FCC ID Label

FCC ID:PR4GH8185 PHOTOGRAPH OF THE PRODUCT INNER CIRCUIT TOP VIEW INNER CIRCUIT BOTTOM VIEW

Date: 2000-05-21 TEST REPORT Page 1 of 9 No.: HM104422A Steven TsangPatrick Wong Verify byPatrick Wong for Managing Director APPLICANT: (Code: WHS001) Whirlpool Microwave Products Development Limited 16 th Floor, Paliburg Plaza, 68 Yee Woo Street, Causeway Bay, Hong Kong. DATE OF SAMPLES RECEIVED: 2001-03-26 SUBMITTED SAMPLE (S): 1 sample DATE OF TESTING: 2001-05-17 to 2000-05-19 DESCRIPTION OF SAMPLE (S): A sample of product said to be: Product:Microwave Hood Combination Manufacturer:Shunde Whirlpool Electrical Appliances Co., Ltd. Model Number:GH8185XKx Brand Name:Whirlpool Rating:120Va.c. 60Hz 1500W 15A Origin:CHINA Additional Model Number/Brand Name:6165 series/Kenmore, 6168 series/Kenmore INVESTIGATIONS REQUESTED: Perform relevant tests for F.C.C. part 18 certification. REMARK: Please see report no.: HM104422 for measurement of performed in accordance with F.C.C. part 15. RESULTS: Please see attached sheet(s). CONCLUSION: From the measurement data obtained, the tested sample was considered to have COMPLIED with the requirement for the relevant clauses of Part 18 of the Federal Communications Commission Rules for Microwave Oven. APPENDICES: Appendix A – Test Facility Appendix B – Test Equipment Appendix C – Photo Appendix D – Graphical Data Date: 2000-05-21 TEST REPORT Page 2 of 9 No.: HM104422A TEST SUMMARY TEST CONDITIONTEST REQUIREMENT TEST METHODSTATUS Radiated Emission, 100MHz to 18GHz FCC Part 18 Subpart CFCC / OST MP-5Pass Input Power MeasurementFCC Part 18 Subpart CFCC / OST MP-5Pass Output Power Measurement FCC Part 18 Subpart CFCC / OST MP-5Pass Measurement of Output Frequency FCC Part 18 Subpart CFCC / OST MP-5Pass Output Frequency StabilityFCC Part 18 Subpart CFCC / OST MP-5Pass Date: 2000-05-21 TEST REPORT Page 3 of 9 No.: HM104422A (1) Radiated Emissions (100MHz to 18GHz) TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Test method: Measurement were in accordance with F.C.C. part 18 requirement and F.C.C. / OST MP-5. Emission Frequency (MHz) Meter reading (Including antenna factor) dBμV/m Polarization (H/V) Field Strength (at 3m) μV/m FCC Limit μV/m 211.533.6H47.93708 258.838.4H83.23708 274.939.4H93.33708 299.339.4H93.33708 315.139.0H89.13708 493828.6H26.93708 738733.0H44.73708 988631.7H38.53708 1237131.9H39.43708 1474436.2H64.63708 1723036.0H63.13708 * 247.81748.7V272.33708 315.433.9V49.53708 347.430.2V32.43708 492034.8V55.03708 741352.6V426.63708 989438.2V81.33708 1235739.8V97.73708 1475843.0V141.33708 1732146.2V204.23708 Date: 2000-05-21 TEST REPORT Page 4 of 9 No.: HM104422A ============= SUMMARY =============== All data is within limits ======================================== Horn Antenna and Broad-band Antennas were used and both polarizations of emissions were measured. ======================================== Quasi-peak measurements were performed if the maximised measurements were less than 6dB below the quasi-peak limit line. Quasi-peak measurements are denoted by * in the table above Date: 2000-05-21 TEST REPORT Page 5 of 9 No.: HM104422A (2) Input Power Measurement TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHODFCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-17 Test Method: Input power was measured using a Wattmeter. A 1000ml water load was located at the center of the oven. The oven was operated at full output power. Results: Input MeasurementManufacturer’s Rating Voltage (Vac)Current (A)Input Power (W) Current (A) Input Power (W) 12013.880158615.01500 Date: 2000-05-21 TEST REPORT Page 6 of 9 No.: HM104422A (3) Output Power Measurement TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Test Method: The output power was measured by the calorimetric method; using 1000ml load and evaluate the power output from the observed temperature rise of the load over a period of time. The test method was based on clause 8 of IEC 705, Edition 3, Household Microwave Ovens – Methods for Measuring Performance. Results: Initial Temp ( o C)Final Temp ( o C)Observed Period (s) Output Power (W) 10.022.350.01030.0 Remark: Power (W) = 50 )()/(187.4TxmlxVolumecaljoules∆ Power (W) = 50 3.121000187.4xx = 1030.0(W) Date: 2000-05-21 TEST REPORT Page 7 of 9 No.: HM104422A (4) Measurement of Output Frequency TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Test method: The fundamental frequency was measured using a spectrum analyzer with precision frequency reference, with 1000ml load at the center of the oven. Results: Measured Frequency (MHz)Manufacturer’s Rated Frequency (MHz) 24602450 Remark: Please see appendix D for graphical data. Date: 2000-05-21 TEST REPORT Page 8 of 9 No.: HM104422A (5) Output Frequency Stability TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Frequency variation with time: Test method: A spectrum analyzer was used to measure the frequency variation with time, with a 1000ml load located at the center of the oven with maximum power. The test was performed until the volume was reduced by evaporation to approximately 20% of the original quantity. During the test, the spectrum analyzer trace was put on maximum hold in order to obtain a bandwidth plot showing the sideband edges. Measurements were performed with the antenna in both horizontal and vertical polarities. Results: LoadMaximum sideband edge (GHz) Minimum sideband edge (GHz) Initial Volume (ml) Final Volume (ml) MeasuredLimitMeasuredLimit 10002002.4632.5002.4542.400 Remark: Please see appendix D for graphical data. Date: 2000-05-21 TEST REPORT Page 9 of 9 No.: HM104422A Frequency variation with line voltage: Test Method: A spectrum analyzer was used to measure the frequency variation for line voltage variation from 80% to 125% of normal voltage, with a 1000ml load located a…

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Date: 2000-05-21 TEST REPORT Page 1 of 9 No.: HM104422 Testing EngineerVerify byPatrick Wong for Managing Director APPLICANT: (Code: WHS001) Whirlpool Microwave Products Development Limited 16 th Floor, Paliburg Plaza, 68 Yee Woo Street, Causeway Bay, Hong Kong. DATE OF SAMPLES RECEIVED: 2001-03-26 SUBMITTED SAMPLE (S): 1 sample DATE OF TESTING: 2001-05-17 to 2000-05-19 DESCRIPTION OF SAMPLE (S): A sample of product said to be: Product:Microwave Hood Combination Manufacturer:Shunde Whirlpool Electrical Appliances Co., Ltd. Model Number:GH8185XKx Brand Name:Whirlpool Rating:120Va.c. 60Hz 1500W 15A Origin:CHINA Additional Model Number/Brand Name:6165 series/Kenmore, 6168 series/Kenmore INVESTIGATIONS REQUESTED: Perform relevant tests for F.C.C. part 18 certification. REMARK: Please see report no.: HM104422A for measurement of performed in accordance with F.C.C. part 15. RESULTS: Please see attached sheet(s). CONCLUSION: From the measurement data obtained, the tested sample was considered to have COMPLIED with the requirement for the relevant clauses of Part 18 of the Federal Communications Commission Rules for Microwave Oven. TEST EQUIPMENT AUDIT: Please see Appendix B. Date: 2000-05-21 TEST REPORT Page 2 of 9 No.: HM104422 T E S T S U M M A R Y TEST CONDITIONTEST REQUIREMENT TEST METHODSTSTUS Radiated Emission, 100MHz to 18GHz FCC Part 18 Subpart CFCC / OST MP-5Pass Input Power MeasurementFCC Part 18 Subpart CFCC / OST MP-5Pass Output Power Measurement FCC Part 18 Subpart CFCC / OST MP-5Pass Measurement of Output Frequency FCC Part 18 Subpart CFCC / OST MP-5Pass Output Frequency StabilityFCC Part 18 Subpart CFCC / OST MP-5Pass Date: 2000-05-21 TEST REPORT Page 3 of 9 No.: HM104422 (1) Radiated Emissions (100MHz to 18GHz) TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Test method: Measurement were in accordance with F.C.C. part 18 requirement and F.C.C. / OST MP-5. Emission Frequency (MHz) Meter reading (Including antenna factor) dBμV/m Polarization (H/V) Field Strength (at 3m) μV/m FCC Limit μV/m 211.533.6H47.95396 258.838.4H83.25396 274.939.4H93.35396 299.339.4H93.35396 315.139.0H89.15396 493828.6H26.95396 738733.0H44.75396 988631.7H38.55396 1237131.9H39.45396 1474436.2H64.65396 1723036.0H63.15396 * 247.81748.7V272.35396 315.433.9V49.55396 347.430.2V32.45396 492034.8V55.05396 741352.6V426.65396 989438.2V81.35396 1235739.8V97.75396 1475843.0V141.35396 1732146.2V204.25396 Date: 2000-05-21 TEST REPORT Page 4 of 9 No.: HM104422 ============= SUMMARY =============== All data is within limits ======================================== Horn Antenna and Broad-band Antennas were used and both polarizations of emissions were measured. ======================================== Quasi-peak measurements were performed if the maximised measurements were less than 6dB below the quasi-peak limit line. Quasi-peak measurements are denoted by * in the table above Date: 2000-05-21 TEST REPORT Page 5 of 9 No.: HM104422 (2) Input Power Measurement TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHODFCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-17 Test Method: Input power was measured using a Wattmeter. A 1000ml water load was located at the center of the oven. The oven was operated at full output power. Results: Input MeasurementManufacturer’s Rating Voltage (Vac)Current (A)Input Power (W) Current (A) Input Power (W) 12013.880158615.01500 Date: 2000-05-21 TEST REPORT Page 6 of 9 No.: HM104422 (3) Output Power Measurement TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Test Method: The output power was measured by the calorimetric method; using 1000ml load and evaluate the power output from the observed temperature rise of the load over a period of time. The test method was based on clause 8 of IEC 705, Edition 3, Household Microwave Ovens – Methods for Measuring Performance. Results: Initial Temp ( o C)Final Temp ( o C)Observed Period (s) Output Power (W) 10.022.350.01030.0 Remark: Power (W) = 50 )()/(187.4TxmlxVolumecaljoules∆ Power (W) = 50 3.121000187.4xx = 1030.0(W) Date: 2000-05-21 TEST REPORT Page 7 of 9 No.: HM104422 (4) Measurement of Output Frequency TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Test method: The fundamental frequency was measured using a spectrum analyzer with precision frequency reference, with 1000ml load at the center of the oven. Results: Measured Frequency (MHz)Manufacturer’s Rated Frequency (MHz) 24602450 Remark: Please see appendix D for graphical data. Date: 2000-05-21 TEST REPORT Page 8 of 9 No.: HM104422 (5) Output Frequency Stability TEST REFERENCE:FCC Rules Part 18 Subpart C TEST METHOD:FCC / OST MP-5 TEST CONDITION:On mode (max. power) TEST DATE:2001-05-19 Frequency variation with time: Test method: A spectrum analyzer was used to measure the frequency variation with time, with a 1000ml load located at the center of the oven with maximum power. The test was performed until the volume was reduced by evaporation to approximately 20% of the original quantity. During the test, the spectrum analyzer trace was put on maximum hold in order to obtain a bandwidth plot showing the sideband edges. Measurements were performed with the antenna in both horizontal and vertical polarities. Results: LoadMaximum sideband edge (GHz) Minimum sideband edge (GHz) Initial Volume (ml) Final Volume (ml) MeasuredLimitMeasuredLimit 10002002.4632.5002.4542.400 Remark: Please see appendix D for graphical data. Date: 2000-05-21 TEST REPORT Page 9 of 9 No.: HM104422 Frequency variation with line voltage: Test Method: A spectrum analyzer was used to measure the frequency variation for line voltage variation from 80% to 125% of normal voltage, with a 1000ml load located at the center of the oven with maximum power. During the test, the spectrum an…

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Date: 2001-05-21 TEST REPORT Page A1 of A1 No.: HM104422A APPENDIX A NOTES FOR THE RADIATION MEASUREMENT (1) Test site facility: Open field test site located at Taipo (Hong Kong) with a metal ground plane in compliance with the requirements of ANSI C63.4:1992. (2) Test Equipment: HP 8572A EMI receiver was set to CISPR quasi-peak mode and the bandwidth of the receiver was set to 100KHz or 1MHz depending on the type of signal. A biconical log- Periodic antenna and horn antenna was used for frequency range from 100MHz to 18GHz. (3) Test Set-Up: The EUT and support equipment are placed in accordance with ANSI C63.4. (4) Measuring Procedure: An initial pre-scan measurement was performed in a semi-anechoic chamber using a 25dB gain pre-amplifier. The receive antenna in the chamber was 1.5m above the groundplane and 3m from the sample. The sample was placed 0.8m above the groundplane. Measurements in both horizontal and vertical polarities were performed. All emissions recorded during the prescan were subsequently re-measured on the open field test site (described in 1 above) using the following procedure: The ambient noise scanning was made before powering on the EUT and support equipment to identify the emissions from the environment. During the test, each emission was maximized by: having the EUT continuously working, arranging, rotating turntable and manipulating interconnecting cables, rotating turntable and varying antenna height from 1m to 4m in both horizontal and vertical polarizations. The frequency range tested is from 100MHz to 18GHz and the worst-case emissions are shown in Test Results. (5) Measuring Uncertainty: The calculated uncertainty for measurement performed at 3M test distance are:- 30MHz to 300MHz = +3.7dB, 300MHz to 1000MHz = +3.0dB/-2.7dB. (6) Address of test site facility: The Hong Kong Standards & Testing Centre Ltd. 10 Dai Wang Street, Taipo Industrial Estate, Taipo, N.T., Hong Kong Date: 2001-05-21 TEST REPORT Page B1 of B1 No.: HM104422A APPENDIX B TEST EQUIPMENT AUDIT Radiated Emission EQP NO. DESCRIPTIONMANUFACTURERMODEL NO.SERIAL NO.LAST CAL. EM007SPECTRUM ANALYZERHEWLETT PACKARDHP85660B3144A2119218/07/00 EM020HORN ANTENNAEMCO3110B183009/08/00 EM008SPECTRUM ANALYZER DISPLAYHEWLETT PACKARDHP85662A3144A2051418/07/00 EM009QUASI PEAK ADAPTORHEWLETT PACKARDHP85650A3303A0170218/07/00 EM010RF PRESELECTORHEWLETT PACKARDHP85685A3221A0141018/07/00 EM011ATTENNUATOR/SWITCHHEWLETT PACKARDHP11713A2508A1059518/07/00 EM012PRE-AMPLIFIERHEWLETT PACKARDHP8449B3008A0026218/07/00 EM013CONTROLLER (COMPUTER), COLOR MONITOR, KEYBOARD & MOUSE FLOPPY DRIVE HEWLETT PACKARD HEWLETT PACKARD HEWLETT PACKARD HP9000 HP A1097C HP9133L 6226A60314 3151J39517 2623A02468 CM EM131PORTABLE SPECTRUM ANALYSER HEWLETT PACKARD8595EM3710A0015510/07/00 EM017ANTENNAARA INC.LPB-2513/A106917/02/00 EM020HORN ANTENNAEMCO3115403209/08/00 EM072SIGNAL GENERATORHEWLETT PACKARD8640B1948A1189230/03/98 EM083HKSTC OPEN AREA TEST SITEHKSTCN/AN/A15/02/01 EM145EMI TEST RECEIVERR & SESCS 30830245/02131/05/00 Remarks:- CMCorrective Maintenance N/ANot Applicable or Not Available TBDTo Be Determined Date: 2001-05-21 TEST REPORT Page C1 of C9 No.: HM104422A APPENDIX C Photos of test setup Input & output Power Measurement, Measurement of Output Frequency and Output Frequency Stability Radiated Emission Date: 2001-05-21 TEST REPORT Page C2 of C9 No.: HM104422A APPENDIX C Photos of the test sample Date: 2001-05-21 TEST REPORT Page C3 of C9 No.: HM104422A APPENDIX C Date: 2001-05-21 TEST REPORT Page C4 of C9 No.: HM104422A APPENDIX C Date: 2001-05-21 TEST REPORT Page C5 of C9 No.: HM104422A APPENDIX C Date: 2001-05-21 TEST REPORT Page C6 of C9 No.: HM104422A APPENDIX C Date: 2001-05-21 TEST REPORT Page C7 of C9 No.: HM104422A APPENDIX C Date: 2001-05-21 TEST REPORT Page C8 of C9 No.: HM104422A APPENDIX C Date: 2001-05-21 TEST REPORT Page C9 of C9 No.: HM104422A APPENDIX C Date: 2001-05-21 TEST REPORT Page D1 of D2 No.: HM104422A APPENDIX D Measurement of Output Frequency Output Frequency Stability Test Frequency variation with time Date: 2001-05-21 TEST REPORT Page D1 of D2 No.: HM104422A APPENDIX D Frequency variation with voltage (96V) (150V)

Marianne Bosley From:Marianne Bosley Sent:Tuesday, August 21, 2001 2:12 PM To:'[email protected]' Cc:Marianne Bosley; Chris Harvey Subject:Whirlpool microwave application FCC ID:PR4GH8185 Hi Alice, The technical review is complete, and the following is an issue we need answered before we can Grant the device. 1. Please specify the manufacturer and model number of the magnetron being approved for use within the EUT. Upon receiving this answer, we may continue with the Granting. Have a good day. Marianne

Marianne Bosley From:Alice Wong [[email protected]] Sent:Wednesday, August 22, 2001 2:50 AM To:[email protected] Cc:EED - Choy, Kitty Subject:Whirlpool microwave application FCC ID:PR4GH8185 Subject: Re: Fw: Whirlpool microwave application FCC ID:PR4GH8185 Hi Marianne, The magnetron : Panasonic , type 2M261. Thanks and best regards, Alice

FCC ID:PR4GH8185 TEST SET UP PHOTOGRAPH OF THE PRODUCT MEASUREMENT OF RADIATED EMISSION TEST SET UP MEASUREMENT OF CONDUCTED EMISSION TEST SET UP