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FCC ID: AEZM313

Test Report

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FCCID_76195

Report No. MO—065 Date : June 4, 1998 ENGINEERING TEST REPORT 1. Name of Manufacturer SANYO Industries (Singapore) Pte., Ltd. 117/119, Neythal Road, Singapore 628604 2. Description of Equipment Microwave Oven FCC ID AEZM313 e .9 a o 0 p® Model No. 565.69380890 Rated Power Supply AC Single Phase 120V, 60Hz Rated Power Consumption 1,650 Watts Operating Frequency 2,450 MHz RF (Microwave) Power 1,100 Watts Magnetron 2M—247H 3. Intended Use Household Cooking Appliance 4. Measurement Procedure Used FCC Rules Part 18, Subpart B and C 5. Date of Measurement May 13, 1998 June 3, 1998 1 hereby certify that the tests reported herein were conducted in accordance with the method of measurement described in FCC Rules Part 18, Subpart B and C. Muneaki Sugimoto, Section Manager SANYO Electric Co., Ltd. Microwave Oven Div. Engineering Dept. Phone +81—77—543—5669 Fax +81—77—545—3583

Issued : June 4, 1998 18.207 TECHNICAL REPORT (a) DESCRIPTION OF THE MEASUREMENT FACILITIES {1) —SANYO Electric Co., Ltd. Shiga Measurement Station ..... Refer to Report No. FO—86—1 (February 1, 1986) (2) Kansai Electric Industry Development Center (KEC), lIkoma Testing Laboratory, Open Test Site No. 2 ..... Refer to Attachment #1C in this Test Report. A COPY OF THE INSTALLATION AND OPERATING INSTRUCTIONS See Attachment #4. THE FULL NAME AND MAILING ADDRESS OF THE MANUFACTURER FOR THE EQUIPMENT AUTHORIZATION Mr. James Roach SANYO Sales & Supply (U.S.A.) Corp. Suite 300, N. Arlington Heights Road, Itasca, Illinois 60143, U.S.A. THE FCC IDENTIFIER, MODEL NUMBER(S) FCC iD : AEZM313 MODEL NO(S) :o 565.69380890 STATEMENT OF THE RATED TECHNICAL PARAMETERS (1) Circuit Diagram : See Attachment #3 (2) Nominal Operating Frequency : 2,450 MHz (3) Maximum RF Energy Generated _: 1,100 Watts (4) Electrical Power Requirements of Equipment _: 1,650 Watts (5) Any Other Pertinent Operating Characteristics _: None. (e) REPORT OF MEASUREMENTS See Attachment #1, #1A, #1B, #1C and #1D

sA/WWYO SANYO Electric Co., Ltd. 8 Home Appliances Business Seadquarters Microwave Oven Division 1—1, Seta, 1—chome, Otsu City, Shiga, Japan TH—98—102—E2 Date : June 4, 1998 Federal Communication Commission c/o Melon Bank Three Melon Bank Center, 525 William Penn Way 27 Fioor, Room 153—2713 Pittsburgh, Pennsylvania 15251—5315 Attention : Wholesale Lockbox Shift Supervisor Subject : Application of FCC ID : AEZM313 for Certification Dear Sir and Madam, We apply new FCC ID AEZM313 for FCC Certification under Rules and Regulation Part 18. Microwave Oven with this new ID will be manufactured by SANYO Industries (Singapore) Pte., Ltd. and will be marketed in quantities excess of five units. The following materials are attached for your investigation. FCC Form 731 e e e e e ) — Engingering Test Report No. MO—065 Report of Measurements (Attachment #1, #1A, #1B, #1C and #1D) A copy of FCC ID Label {Attachment #2) A copy of Circuit Diagram (Attachment #3) A copy of Use & Care Manual (Attachment #4) Photographs (Attachment #5) Your prompt attention to the above matter would be highly appreciated. Very truly yours, Muneaki Sugimoto, Section Manager SANYO Electric Co., Ltd. Microwave Oven Div. Engineering Dept. Phone +81—77—543—5669 Fax +81—77—545—3583 Copy to : Mr. James Roach, SANYO Sales & Supply (U.S.A.) Corp.

SANYO Sales& Supply Company 900 N Ar\mglon Hewghts Rd. — Suite 300 ltasca, IL 60143—2844 Telephone: (630) 775—0404 Jidé 111983 JMR—98—016 Federal Communications Commission C/0 Mellon Bank Three Mellon Bank Center 525 William Penn Way 27th Floor, Room 153—2713 Pittsburgh, PA 15251—5313 Subject: Application of Equipment, Authorization of Certification AEZM313/Model 565.69380890 Dear Application Officer: We respectfully request approval of the subject Microwave Oven under FCC ID AEZM313. Enclosed, please find Mr. N. Sugimoto‘s letter TH—87—102—E2, that is attached to this letter. Your prompt attention to the aforementioned would be greatly appreciated. If you have any questions or comments, please contact me at (630) 875—3512. Very truly yours, SANYO Sales & Supply Company A Division of SANYO North America Corp. % en l es M. Roach Technical Consultant Home Appliances JMR/dh C: Mr. M. Sugimoto, MWO Div., Sanyo Japan Mr. T. Hotta, MWO Div., Sanyo Japan Enclosure & Application check

Attachment #1 REPORT OF MEASUREMENTS (MICROWAVE OVEN TEST DATA) FCC ID : _AEZM313 MODEL : _565.69380890 DATE : June 03.1998 NOMINAL FREQUENCY: 2450 __M Hz. TESTED BY : HHAYASHI 74( 7/!7/!4'/!1 DESCRIPTION : (Unit Dimension : em) Cabinet Dimension : _55.0 by 44.7 by 31.7 Door Dimension :_ 43.9 by 27.9 Oven Cavity Dimension : __37.6 by 40.4 by 24.2 Door Viewing area : __33.0 by 16.8 Feed Type and Location : Waveguide, located right side Stirrer : Rotating tray (incl. Rotating tray) Doorseal Type : Choke Seal Magnetron Type : Sanyo, 2M—247H Others : N/A TEST EQUIPMENT USED : 1. Antenna (Horn Antenna) Frequency Range Correction Factor AILTECH 91888—2 1.0 — 2.0 G Hz 21.5 — 22 dB AILTECH 91889—2 2.0 — 3.6 G Hz 20.5 — 21 dB AILTECH 94613—1 3.6 — 7.6 G Hz 37 dB AILTECH 91891—2 7.3 — 10.0 G Hz 39.8 dB Other Correction Factor (a) Cable loss Frequency (M Hz) Cable loss (dB) 2,400 L1 2,500 1.1 4,900 1.6 7.350 2.2 9,800 2.7 (b) Loss of Band Rejection Filter Frequency Range (G Hz) Filter loss (dB) 2.0 — 3.6 3.0 Field Strength Meter m AILTECH NM—67 (SER 0241—03088) Last calibrated date : July 7, 1997 Setting : Bandwidth ——————— 1 MHz Function —————— Field Intensity (average value detector) 3. When measureing sidebands close to the fundamental, band reject filter Model 6N45—2450/60 (SER FK837—1) was employed.

ATTACHMENT #1A REPORT OF MEASUREMENT (MICROWAVE OVEN TEST DATA SHEET B) FCC ID : AEZM313 MODEL : 565.69380890 DATE: June 03 .1998 Nomina! Frequency : 2,450 MHz TESTED BY : H.HAYASHI DATA SUMMERRY (FOC MEASUREMENT PROCEDURE MP—5) 34. Hasyettia CALCULATION E<300m> = K*10 ((A+B+C+D+E)/20) SAFETY CHECK (at 5 cm) Load : 275 ml/center 0.02 mW/sq.cm FUNDAMENTAL Load : 1,000 ml/center 2,450 MHz. LIMIT = 25+,/(power/500) 37.1 uV/m * Note : Location of load for the oven provided with the rotating tray is : Contiguous with the shelf circumference. RADIATION FIELD STRENGTH (uV/m at 300 m) . Emission Meter Antenna Cable Filter Calou. Max. Field Load Location of Load Frequency| Reading Factor Loss Loss Factor The Value of K Strength Limit (mi) (MHz) (dBuV) (dB) (dB) (4B) (dB) (E<300m>=K*E<3m>) {uV/m at 300m) {uV/m at 300m) 2nd Harmonic 300 Center 4,920 16.0 37.0 1.6 5 0.0100 9.5 37.1 2nd Harmonic 300 * Right/Front Corner 4920 14.0 37.0 1.6 5 0.0100 7.6 37.1 2nd Harmonic 700 Center 4,925 22.0 37.0 1.6 5 0.0100 19.1 37.1 2nd Harmonic 700 * Right/Front Corner 4,919 17.0 37.0 1.6 5 0.0100 10.7 37.1 3rd Harmonic 300 Center 7431 22.0 39.8 2.2 5 9.0100 28.2 37.1 3rd Harmonic 300 * Right/Front Corner 7416 21.0 39.8 2.2 5 0.0100 25.1 37.1 3rd Harmonic 100 Center 1428 22.0 39.8 2.2 5 0.0100 28.2 37.1 3rd Harmonic 700 * Right/Front Corner 7,370 23.0 39.8 2.2 5 0.0100 31.6 37.1 4th Harmonic 700 Center 9,873 20.0 39.8 2.7 5 0.0100 23.7 37.1 Spurious 700 Center 2,320 27.0 20 .8 1.1 3 5 0.0059 4.1 37.1 Emission Sideband 2,400 700 Center 2400 25.0 20.8 1.1 3 5 0.0061 3.4 37.1 MHz Emission Sideband 2,500 700 Center 2,500 16.0 20.8 1.1 3 5 0.0064 1.3 37.1 MHz |_ Maximum Frequency Variation 1,000 ml load 2,457 to 2,458 M Hz. 1830 MHz — 2745 MHz 26230 * 10(—3) * frequency : GHz) —0.0002 Total Power Input to Oven 1,650 Watts 2745 MHz — 3660 MHz 21858 * 10"(~3) * frequency GHz) +0.0010 Power Development in dummy load (Thermal Method) 1,100 Watts (IEC705Test Procedure) 3660 MHz — 4575 MHz 1.0929 * 10"(—3) * frequency : GHz) +0.0050 Supply Voltage AC 120 V 60 Hz 4575 MHz and above 0.0100

Attachment #1B rCC ID : AEZM313 MODEL : _565.69380890 DATE : June 03.1998 TESTED BY : _HHAYASHI 7|x47.77% 1 Note : In order to convert the measured field strength at Bmeters to the field at 300 meters, comply with FCC/OST MP—5 Appendix C "4.6.1 Computations to determine compliance". A culculation factor of 5 dB, this figure is fixed by SANYO, is introduced bfor adjusting a tolerance in measurement. A calculation factor of 5 dB should be added to "METER READING" as shown in SAMPLE CALCULATION below. SAMPLE CALUCULATION (1) 2"" Harmonic with 300 ml/Center load Field Strength at 300 m =0.0100 x 10( 160 +376 16+5) . = 9.5 uV/m (2) Emission sideband 2,400 M Hz., 700 ml/Center load Field Strength at 300 m 0.0061% 10( 250 +208 + L1 +3 +5) 20 11 = 3.4 uV/m

A—015—98—C Page 1 of 9 1 Designated by Ministry of International Trade and Industry Attachment #1C | Kansar Erectronic Inoustry Deverorment CentEr HEAD OFFICE IKOMA 6—8—7, NISHITEMMA TESTING LABORATORY KITAKU, OSAKA, 530 JAPAN 10630, TAKAYAMA—CHO IKOMA—CITY, NARA, 630—01 JAPAN Corporate Juridical Person ENGINEERING TEST REPORT REPORT NQ. A—015—98—C Issued Date : May 21, 1998 This test report is to certify that the tested device properly complies with the requirements of: FCC Rules and Regulations Part 18 Subpart C. Partly the tests necessary to show compliance to the requirements were performed and these results met the specifications of requirement. The results of this report should not be construed to imply compliance of equipment other than that which was tested. Unless the laboratory permission, this report should not be copied in part. 1. Applicant Company Name : SANYO Electric Co., Ltd. Home Appliances Business Headquarters Microwave Oven Division Mailing Address : 1—1, Seta, l—chome, Otsu City, Shiga, 520—2198 Japan 2. ldentification of Tested Device FCC ID : AEZM313 Device Name : Microwave Oven Trade Name : SANYO Model Number : 565.69380890 Serial Number : No.2 Date of Manufacture : May, 1998 3. Test Items and Procedure 1) Radiated Emission Measurement (30 MHz to 1000 MHz) Above all tests were performed under : FCC/OET MP—5 (1985) 4. Date of Test Receipt of Test Sample : May 13, 1998 Test Completed on :0 May 13, 1998 / CERTIFIED BY : 7 Fumitoshi Nagaoka Associate Director of Ikoma Testing Laboratory (KEC—23A)

A—015—98—C KR Page 2 of 9 ENGINEERING TEST REPORT Attachment #1C | TABLE OF CONTENTS 1. GENERAL INFORMATION 1.1 Product DeSCI’iptiOn .......................................... 3 1.2 Description for Equipment Authorization t+ttttttt= 89899999 n 6 6+ 3 1‘3 Test FaClllty ................................................ 3 2. TESTED SYSTEM 2.1 Test MOde +t 66868666866 t 6n 6n 66666666 6k 66 en e 6e n e e e e e e e n e e e e 4 2.2 Operation of EUT Sy¥8t@RM +t+t+<nt 8869666 tt t 66666966 6k 6k 6k + + +6k 4 2.3 Block Diagram of EUT SYSt@M ++ ++ +666 6 6t n t 66669 666666666 +k k60 4 3. MEASUREMENT OF ELECTRIC FIELD STRENGTH (30 MHz TO 1000 MHz) 3.1 Reference Rule and Specification ++t*++ttttt 9996896966« 6« «+ n e# 5 3.2 Test PPOCEUUPE <+>> 666366668 6+ 6666669666669 6 666 6k k e k e k6 k en n e e 5 3.3 Test APTADE@M@Nt ++t ++ 6t n +t 6969666 s 6666666666 66 ++ ++ ++ e e 66e 6e 6 3.4 Photographs of EUT System Configration <tttttttt n n< n 6 6n 66669 7 3.5 Test ReSUItS +++++>> +666 66663666666 k e k66 + k 66 66e e e k e k k e en e k 8 36 Llst Of TeSt Instruments ..................................... 9 KANSAI ELECTRONIG INDUSTRY DEVELOPMENT CENTER (KEC—21A)

A—015—98—C KEC Page 3 of 9 ENGINEERING TEST REPORT _ _Attachment #1G 1. GENERAL INFORMATION 1.1 Product Description The model number 565.69380890(refered to as the EVUT in this engineering test report) is a Microwave Oven for house hold. 1) Special Feature «Magnetron Frequency : 2.45 GHz*50 MHz +RF(Microwave) Power ; 1100 W(Microwave) 2) Rated Power Supply +AC 120 ¥,60 Hz,1650 W «Protection Class 1(with ground connector) 3) Contained Oscillator +4 + 0.4 MHz 1.2 Description for Equipment Authorization 1) Rules Part(s) under which equipment operated FCC Rule Part 18, Subpart C ISM Equipment 2) Kind of Equipment Authorization (x) Certification ( ) Verification 3) Procedure of Application (x) Original Equipment _( ) Modification 1.3 Test Facility N a m e o:) KANSAT ELECTRONIC INDUSTRY DEVELOPMENT CENTER(KEC) IKOMA TESTING LABORATORY Open Test Site No.2 Address : 10630, Takayama—cho Ikoma—city, Nara, 630—0101 Japan These test facilities have been filed with the FCC under the criteria of ANSI C63.4—1992 KANSAl ELECTRONIC INDUSTRY DEVELOPMENT CENTER (KEC—21A)

Page 4 of 9 ENGINEERING TEST REPORT Attachment #1C _ 2. TESTED SYSTEM 2.1 Test Mode The compliance tests were performed under following operation mode. Maximum Output Power Operation 2.2 Operaton of EUT System 1) Open the door of EUT. 2) Set the load as follows in EUT. * Receptacle 1000 ce volume Beaker + Load for the other test 700 cc water with beaker 3) Close the door of EUT. 4) Set the output power to maximum. 5) Set the cooking time. 6) Push the start pad. Then start the cooking. 2.3 Block Diagram of EUT System EUT AG Power Cord (Non ~ Shicld) 1.1m AC 120%, 60H2 KANSAI ELECTRONIG INDUSTRY DEVELOPMENT CENTER (KEC—24A)

A—015—98—C KR Page 5 of 9 ENGINEERING TEST REPORT . Attachment #1C 3. MEASUREMENT OF ELECTRIC FIELD STRENGTH (30 MHz T0 1000 MHz) 3.1 Reference Rule and Specification FCC Rule Part 18 Subpart C FCC/OET MP—5(1985) 3.2 Test Procedure 1) Configurate the EVT. [ See 3.3 Test arrangement and 3.4 Photographs of EUT System Configration] [Note] The power cords for the EUT are connected through the receptacle with the turn floor to the CVCF placed under the ground plane. 2) Operate the EWT. 3) To determine the emissions of the EUVT, preliminary radiated measurement was performed at a closer distance than that specified for final radiated measurement using the broad band antenna and the spectrum analyzer. 4) To search the frequency of maximum emission level on the spectrum analyzer, change the EUT System configuration, move the signal cables and the power cords, change the EUT conditions. 5) The spectrum was scanned from 30 MHz to 1000 MHz and collect the emissions on the spectrum analyzer. 6) The collected emissions for final test were measured at the specified distance using the tuned dipole antenna or broad band antenna and the test receiver *1). [Note] *1) Test Receiver Operation Mode Detector Function : Average IF Band Width : 120 kHz(frequency range in 30 MHz — 1000 MHz) KANSAI ELECTRONIG INDUSTRY DEVELOPMENT CENTER (KEC—24A)

A—015—98—C KEC Page 6 of 9 ENGINEERING TEST REPORT Attachment #1C / 3.3 Test Arrangement [ Opea Si te ] [] Glass Fiber Antenna fole Broad Band Antcnna or Tuned Dipole Antenna EUT System <———— i Bm —f———> 1 1 ~4 m i Coszial Cable g—“\ ! ! Power Cord \\* Nonconductive Spectrum Analyzer / ( Test Receiver Metal Ground Plane \ Turn Floor ever *« AC ouTPut KANSA! ELECTRONIC INDUSTRY DEVELOPMENT CENTER (KEC—2A)

A—015—98—C KR Page 8 of 9 ENGINEERING TEST REPORT Attachment #1C 3.5 Test Results Meter Reading Max imum Emission Antenna at 3 m Field Linits Frequency Factor [dB 4 ¥] Strength at 300 n [MHz] [dB] Horiz. Vert. [ 4V¥/m) [4¥/m) 39.5 16.5 <—5.0 <—5.0 <0.1 37.1 58.4 10.9 0.5 2.0 <0.1 37.1 68.5 9.5 —3.5 ~4.5 <0.1 37.1 105.1 13.1 <—5.0 <—5.0 <0.1 37.1 334.4 18.3 <—5.0 <—5.0 <0.1 37.1 T18.0 26.7 ~2.0 <—5.0 0.2 37.1 892.5 29.0 —1.0 2.0 0.4 37.1 [ Note 1 Distance Corr. Factor : —40 dB(from 3 m to 300 m) Antenna Factor : Antenna Factor and Cable Loss includes the cable loss Test Condition : 700 ml water load, at the center of tray. Limits 10— 254 P/500= 25\ 1100/500= 37. 1[ p V/ml P[W] : RF(Microwave) Power [ Environment ] Temperature : 20 °C Humidity : 53 % [ Sample Calculation ] Frequency §8.4 MHz, Vertical Polarization Field Strength (4V/m at 300 m) = 1O(Meter Reading [dBaV] + Antenna Factor {dB] + Distance Corr.Factor [dB])/20 10 90 + te* — 4 0) /2 0 d 10(*27.1/20) t < 0.1 [4V¥/m] 1 [ Summary of Test Result ] Minimum margin was 39.3 dB at 892.5 MHz (Vertical Polarization). ~ Tested Date : May 13, 1998 Signature /1// — f asunari Kawai KANSA! ELECTRONIC INDUSTRY DEVELOPMENT CENTER (KEC—24A)

A~015—98—C KR Page 9 of 9 ENGINEERING TEST REPORT , Attachment #1C | 3.6 List of Test Instruments Instrument Manufacturer iModel No Specifications KEC it «i. Last Next i Control checked Cal. Cal. i No.. by Cl Test Rohde & ESVP Frequency Range FS—48—3 J 1998/5 1999/5 Receiver Schwarz | 20 MHz — 1000 MHz ESV Frequency Range FS—53 1998/4 1999/4 | 20 MHz — 1000 MHz Spectrum Advantest ' TR4L72 Frequency Range FS—44—2 1997/9 1998/9 Analyzer | 50 Hz — 1.8 GHz Pre— Advantest TR14037 Frequency Range FS—44—3 1997/9 1998/9 Selecter i 10 kHz — 1.0 GHz Biconical Schwarzbeck BBA9106 Frequency Range AN—80 1998/2 1999/2 Antenna | 30 MHz — 300 MHz Log— Schwarzbeck _| UHALP Frequency Range AN—97 1998/2 1999/2 Periodic ; 9107 300 MHz — 1 GHz Antenna 1 Tuned Kyoritsu i KBA—5118 Frequency Range AN—112 C 1998/3 1999/3 Dipole i 25 MHz — 500 MHz Antenna [enoncncnnnnnafrn en en ennnnnnnnnnnnnnnnannob en en en ennnnnnhencnnn en nc hennnnnnnnnnnnf en ce n nnnnn Frequency Range AN—7—11 [C] 1998/3 199973 500 MHz — 1 GHz KANSAL ELECTRONIG INDUSTRY DEVELOPMENT CENTER (KEC—24A)

Attachment #1D REPORT OF MEASUREMENT (MICROWAVE OVEN TEST DATA) — Measurement of Frequency VS Line Voltage Stability — FCC ID : AEZM313 Model : 565.69380890 Date : _June03,1998 Nominal Frequency : 2,450 MHz Tested by : _ R.ISSIKI _____ A. Iss/ki Line Voltage Frequency Deviation for Limit Variation [GHz] ISM Frequency [MHz] [Volt] [MHz] 96 (— 20%) 2.456 6 + 50 120 (+ 0%) 2.457 7 + 50 150 (+ 25%) 2.456 6 + 50 [ Environment ] Temperature : 24.3 °C Humidity : 65.0 % [ Sample Calculation ] Frequency : 2.457 GHz Deviation for ISM Frequencies Calculated as follows, 2457 — 24500 = _0.0070 [GHz] = _7 [MHz] [ Summary of Test Results ] Cl Above data shows that the test device \g' o}/ do not complies with the requirements.


Document Created: 2001-05-10 21:40:42
Document Modified: 2001-05-10 21:40:42
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