A3LSMV916Microwave Oven

Code No. : DE68- Microwave OvenOwner’s Manual SMV9165SC / BC / WC

         2 S AVE T HESE I NSTRUCTIONS Safety P RECAUTIONS TO A VOID P OSSIBLE E XPOSURE TO E XCESSIVE M ICROWAVE E NERGY : (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 importan t not to defeat or tamper with the safety interlocks. (b) Do not place any object between 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 or dented), 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. WARNINGAlways observe Safety Precauti ons when using your oven. Never try to repair the oven on your own – there is dangerous voltage inside. If th e oven needs to be repaired, call 1-800-SAMSUNG for the name of an authorized service center near you. I MPORTANT S AFETY I NSTRUCTIONS When using any electrical appliance, basic safety precautions should be followed, in cluding the following: WARNINGTo reduce risk of burns, electric shock, fire, personal injury or exposure to excessive microwave energy: • Read all safety instructions before using the appliance.• Read and follow the specific “ PRECAUTIONS TO AVOID POSSIBLE EXPOSURE TO EXCESSIVE MICROWAVE ENERGY ” on this page. • This appliance must be grounded. Connect only to properly grounded outlets. See “ IMPORTANT GROUNDING INSTRUCTIONS ” on page 4 of this manual. • Install or place this appliance only in accordance with the installation instructions provided. • Some items, like whole eggs and food in sealed containers, may explode if heated in this oven. • Use this appliance only for its intended use as described in the manual. Do not use corrosive chemicals or vapors in this appliance. This type of oven is specifically designed to heat, cook, or dry food. It is not designed for industrial or laboratory use. • As with any appliance, close supe rvision is necessary when used by children. • Do not operate this appliance if it has a damaged cord or plug, if it is not working properly, or if it has been damaged. • This appliance should be serviced only by qualified service personnel. Contact the nearest authorized service facility for examination, repair, or adjustment. • Do not cover or block any of the openings on this appliance.

         3 S AVE T HESE I NSTRUCTIONS Safety Important Safety Inst ructions, continued • Do not store this appliance outdoors. Do not use near water – for example, near a kitchen sink, in a wet basement, or near a swimming pool, etc. • Keep the inside of the oven clean. Food particles or spattered oils stuck to the oven walls or floor can cause paint damage and reduce the efficiency of the oven. • Do not immerse cord or plug in water.• Keep cord away from heated surfaces.• Do not let cord hang over edge of table or counter.• When cleaning door and oven surfaces, use only mild, nonabrasive soaps or detergents applied with a sponge or soft cloth. • To reduce the risk of fire in the oven: a. Do not overcook food. Watch appliance carefully if paper, plastic, or other combustible materials are inside. b. Remove wire twist-ties from plastic cooking bags before placing bags in oven. c. If materials inside the oven ignite, keep the oven door closed, turn the oven off, disconnect the power cord, or shut off the power at the fuse or circuit breaker panel. d. Do not use the oven compartment for storage purposes. Do not leave paper products, cooking utensils, or food in the oven when not in use. • Do not try to preheat oven or operate while empty.• Do not cook without the glass tray in place on the oven floor. Food will not cook properly without the tray. • Do not defrost frozen beverages in narrow-necked bottles. The containers can break. • Dishes and containers can become hot. Handle with care.• Carefully remove container coverings, directing steam away from hands and face. • Remove lids from baby food before heating. After heating baby food, stir well and test temperature by tasting before serving. • Do not operate any other heating or cooking appliance beneath this appliance. • Do not mount over a sink. • Do not store anything directly on top of the appliance when it is in operation. • If materials inside oven should ignite, keep the oven door closed, turn the oven off and disconnect the power cord, or shut off power at the fuse or circuit breaker panel. If the door is opened, the fire may spread. • This over-the-range oven was designed for use over ranges no wider than 76.2 cm(30 inches). It may be installed over both gas and electric cooking equipment. Important Safety Inst ructions for using the heater features • Do not touch hot areas of oven, and always use hot pads, holders or gloves when removing hot items from the oven. • Do not use these features to heat baby food or bottles. • Do not use these functions for defrosting your food. There is an “Auto Defrost“ especially for this. • Do not use the warm feature to reheat cold foods. Do not warm food for more than 1 hour. • Do not use paper, cardboard, plas tic or anything containing these substances. • Do not move oven when it is hot.• Use caution when disposing of hot grease.• Do not clean with metal scouring pads. Residue from pads can contact electrical parts increas ing risk of electric shock. • Do not use paper products when appliance is operated in the toaster mode. • Do not cover racks or any other part of the oven with metal foil. This will cause overheating of the oven. • Use caution when heater features are in use. Heater functions Convection, Broil, Combi, Preheat, Warm, Defrost, Speed Cook. • Do not let children …

Text truncated - open the document above for the full version.

UnitdB Ê V A SWT 5 ms RF Att 30 dB Ref Lvl 120 dB Ê V Ref Lvl 120 dB Ê V Start2.3 GHzStop2.6 GHz30 MHz/ RBW 1 MHz VBW 1 MHz IN1 1MA1MAX D 1MA 30 40 50 60 70 80 90 100 110 20 120 1 2 3 Marker 1 [T1] 107.64 dB Ê V 2.44849699 GHz 1 [T1] 107.64 dB Ê V 2.44849699 GHz 2 [T1] 80.83 dB Ê V 2.42685371 GHz 3 [T1] 85.31 dB Ê V 2.47855711 GHz F1 F2 D1 107.8 dB Ê V D2 87.8 dB Ê V Date: 15.APR.2003 13:15:56

CONV. HRATER Drawing Number: POWER-LOW INRUSH 9 C C 1 B 2 HEATER 1 8 5 1 7 FA Date Changed: VENT. C/T LAMP R&D CHK: 12 HEATER 2 MAIN LOUVER T/TABLE B TEMP 6 H Address D 2 QA CHK: 45 REV: G COMPANY NAME 7 Changed by: DOC CTRL CHK:MFG ENGR CHK: POWER-HIGH 10 34 E City Size: 6 DAMPER RA-SOTR2V A2 12 1 8 A CONV. MOTOR 3 E FGH CONVECTION OPTION Time Changed: Engineer: 9 D Drawn by: TITLE: SENSOR 12 A DOOR S/W Page: FAN 11 8 10 11 1K 2:54:59 pm HC.KIMHC.KIM 1 R04 470 R01 FTR-F3AA024ERY05 D12MM4148 SMW250-04V_REDCN04 1234 DGND DGND 1nFC20 D08 47uF C10 MM4148 470R45 1KR63 T835-600B TAC1 T1 T2 R47 3.3K 270MPTC1 78 0V +5V R17 100K SMW250-08V_WHT CN08 123456 FTR-F3AA024E RY03 FTR-F3AA024E RY06 TR11 KRC246 DGND R31 47K +24V +5V DGND D15 MM4148 TR03 KRC246 T1 T2 DGND 470KR44 TAC2 T835-600B +5V GF1GD27 VCC=+12V,GND=DGND 3 +- 2 1 -24V DGND R21 200K IC05 KIA358F SMW250-07AV_RED 1357 +5V D05GF1G DGND DGND +24V DGND CN02 FTR-F3AA024ERY04 C26 FTR-JRJB024WRY01 4.7nF R10 1K KRC246 TR04 D16MM4148 100KR26 DGND R28 20K 0V D14MM4148 DGND DGND TLP-560J 123 46 DGND TR16 F2 PT02 D18MM4148 KRC246 TR13 KRC246 5V-1 R19 19.1K 22uF C231nF C06 C04 1000uF R50 1K 1KR32 4.7uF C11 MM4148D19 R16 1K 47uF 1K R25 C09 47K R37 DGND DGND R40470 1K R22 DGND +5V DGND R0720K R24 1K +5V DGND 12.5MHzXTL1 +24V DGND RY02FTR-JRJC024W +5V R20 26.1K DGND MM4148D13 DGND BZ01CBE2220BA ZD02 +24V D22MM4148 TR07 KRC246 ZMM55CV1 R29 1K 3 +5V ELM7533CBA-S IC03 GND IN OUT CN05 SMW250-03V_WHT 12 C24 TR06 KRC246 MM4148D07 1nF -24V F2 KRC246TR02 3.3K R43 D24MM4148 10K R08 678 MM4148D23 LVT1SLV-1850U(P) 132 54 R5947K 47KR58 R5747K 100nF C15 47KR56 TR05 KRC246 DGND R13 1K D06MM4148 7172737475 77141013393840 78 798 55565758596061626364656667686970 7631 4142434445464748495051525354 6 2530 8079 2 112912 323334353637 1 2120221718262324 5 16 43 19152827 KRA226 DGND IC01 TMP88CU74F TR18 GF1G D01 R38 47K D02 GS1G RY07 +5V +24V 5V-1 MM4148 D25 FTR-F3AA024E R14 10K DGND R051K -24V ZD01 UZ5.6BSB 2930 P7 P8 3132 P9 TR01KRC246 P11P12 3536 P13 P14 3738 P15 P16 39 P17 4025 P226 P3 P4 2728 P5 P69G 15 F11 1 F12 23 F13 F21 42 F22 43 44 F23 NC 5 24 P1 P10 3334 16G17G 76 18G 1G 2322 2G 3G 2120 4G 5G 1918 6G 7G 1716 8G14 10G13 11G12 12G 13G 1110 14G 15G 98 6 MM4148D17 DSP1 HNM-18LS04 3 PT01 TLP-560J 123 4 DGND SMW250-03AV_REDCN07 1 R03 1KR41 D03GF1G 10K 123456 R23 CN03SMW250-06V(WHT) 47K R33 +12V 1K R6147K DGND 47KR60 MM4148D21 KRC246 TR17 R52 220 1uFC08 DGND R11 100K R124.7K D04 GF1G C17 1K R30 R35 +5V 100nF 78 DGND DGND +5V 47K IC0624LC04B 1234 56 4.7nF DGND R461K C27 DGND 10D471 ZNR1 DGND 100nFC12 C30 KRA226 TR08 100uF DAC1 DGND DGND C191nF1nFC22 DB4DW R36 47K 100nFC14 470uFC29 C144.7uF C0247uF 10K 4.7nFC29 DGND R09 IC10 KIA7824AF GND IN OUT +5V C05100uF D11MM4148 13 DGND +5V 1K R51 +5V SPC-717M PC1 64 C07 C211nF GND IN OUT DGND 10uF 470uF KIA7805AF IC04 100nF C25 C01 78L05 IC02 GND IN OUT C13100nF R27 KRA226 TR10 DGND DGND 2K R02 470 F1 D20MM4148 KRC246 TR12 KRA226 DGND TR09 KRA226 R42 100K TR15 +5V DGND C032200uF R5547K 47KR54 R53 +5V 47KR62 456789 1K DGND DGND SMW250-09V_RED CN01 123 14 1516 87654321 12516HS-16CN06 9 10 11 1213 100nF C18 100K R18 R48470K KRC246 TR14 BD1DF06S MM4148D10 D09MM4148 47K DGND F1 R34

JOB Number : LBE030489 Page 1 of 14 EMC TEST REPORT According to FCC CFR47 Part 18 Subpart C JOB Number : LBE030489 1. This test reports does not constitute an endorsement by NIST/NVLAP or U.S Government. 2. This test report is to certify that the tested device properly complies with the requirements of FCC Rules and Regulations Part 18 CFR47 Subpart C Intentional Radiators. All tests necessary to show compliance to the requirements were and these results met the specifications requirement. 1. Applicant Name :SAMSUNG ELECTRONICS CO., LTD. 416 Maetan 3 Dong, Paldal-Ku, Suwon City, Kyungki Do, Korea, 442-742 2. Identification of tested device 2.1 FCC ID :A3LSMV916 2.2 Device Name :MICROWAVE OVEN 2.3 Trade Name :SAMSUNG Electronics Co.,Ltd. 2.4 Model Number :SMV9165WC 2.5 RF Output Power :950W (by IEC 705 method) 1600 W (Convection Grill) 3. Test Procedure and Items 3.1 FCC/OST MP-5 : 1986 4. Issued Date :APRIL 18, 2003 Tested by: Jay Yong, PARK / Test Engineer Reviewed by: No Cheon, PARK / Manager of EMC Lab. Authorised by: Kyu Baek, CHUNG / Chief of EMC Lab. This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. This laboratory is registered by the NIST/NVLAP, U.S.A. The test reported herein have been performed in accordance with its terms of registration. NVLAP LAB CODE 200447-0 JOB Number : LBE030489 Page 2 of 14 TABLE OF CONTENTS 1. Product Description 2. Test Facility 3. Accreditation and Listing 4. Radio Noise Emission Measurement Procedures/Results 4.1 Radiation Hazard Measurement 4.2 Input Power Measurement 4.3 RF Output Power Measurement 4.4 Operation Frequency Measurement 4.4.1 Variation in Operating Frequency with Time Measurement 4.4.2 Variation in Operating Frequency with Voltage Measurement 4.4.3 Variation in Operating Frequency with Time Plot 4.4.4 Variation in Operating Frequency with Voltage Plot(96Vac) 4.4.5 Variation in Operating Frequency with Voltage Plot(120Vac) 4.4.6 Variation in Operating Frequency with Voltage Plot(150Vac) 4.5 Radiated Emission Measurement 4.5.1 Radiated Emission Measurement Procedure 4.5.2 Radiated Emission Measurement Configuration 4.5.3 Radiated Emission Measurement Data(30 - 1000MHz) 4.5.4 Radiated Emission Measurement Data(1 - 25GHz) 5. Measurement Equipment List This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. JOB Number : LBE030489 Page 3 of 14 1. Product Description The equipment under test is a microwave oven sold for consumer use. Model :SMV9165WCis a950W microwave oven with digital controls. Installation Type: Over-the range < Magnetron > Model : OM-75P manufactured by Samsung Electronic Co., Ltd. 2. Test Facility The Semi-anechoic chamber and Conducted measurement facilities used to collect the radiated data are located at 416 Maetan 3 Dong, Paldal-Ku, Suwon City, Kyungki Do, Korea. The sites are constructed in conformance with the requirements of ANSI C63.4 and CISPR Publication 22. 3. Accreditation and Listing The test facilities used to perform radiated and conducted emissions tests are accrediated by National Voluntary Laboratory Accreditation Program for the specific of accreditation under Lab Code: 200447-0 to perform Electromagnetic Interference tests according to FCC PART 15 and CISPR 22 requirements. No part of this report may be used to claim or imply product endorsement by NVLAP or any agency of the US Government. In addition, the test facilities are listed with Federal Communications Commission(Registration Number:98856, Anechoic Chamber #1). This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. JOB Number : LBE030489 Page 4 of 14 4. Radio Noise Emission Measurement Procedures/Results 4.1 Radiation Hazard Measurement 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. The results of this test are as follows. ProbeMaximum LeakageLimit Location[mW/Cm2][mW/Cm2] 20.051.0 50.101.0 60.051.0 All others0.051.0 This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. 1 2 3 4 5 6 7 8 9 JOB Number : LBE030489 Page 5 of 14 4.2 Input Power Measurement Input power and current were measured using a Power Analyzer. 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. Manufacturers to determine their input ratings commonly use this procedure. Fig. 2 Test Setup for Input power The results of this test are as follows. InputInputMeasuredEUT Spec. VoltageCurrentInput powerInput power [Vac][amps][watts][watts] 120 12.32 1465 1600 Based on the measured input power, the EUT was found to be operating within the intended specifications. This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. JOB Number : LBE030489 Page 6 of 14 4.3 RF 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. Fig.3 Test Setup for RF output power QuantityStartingFinalElapsedRF Power of waterTemperatureTemperatureTime [ml][centigrade][centigrade][seconds][watts] 10001032.6120788.6 10001032.4120781.6 10001032.1120771.1 780.4 Power = (4.187 Joules/Cal) x (Volume in ml) x (Temp. Rise) Time in seconds The measured output was found to be ABOVE 500Watts. Therefore, in accordance with section 18.305 of Subpart C, the measured out-of-band emissions were compared to the 25xSQRT(power/500)[uV/m] @ 300M limit. This reports shall not be reproduced except in full, without the written …

Text truncated - open the document above for the full version.

JOB Number : LBE030489 Page 4 of 14 4. Radio Noise Emission Measurement Procedures/Results 4.1 Radiation Hazard Measurement 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. The results of this test are as follows. ProbeMaximum LeakageLimit Location[mW/Cm2][mW/Cm2] 20.051.0 50.101.0 60.051.0 All others0.051.0 This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. 1 2 3 4 5 6 7 8 9 JOB Number : LBE030489 Page 5 of 14 4.2 Input Power Measurement Input power and current were measured using a Power Analyzer. 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. Manufacturers to determine their input ratings commonly use this procedure. Fig. 2 Test Setup for Input power The results of this test are as follows. InputInputMeasuredEUT Spec. VoltageCurrentInput powerInput power [Vac][amps][watts][watts] 120 12.32 1465 1600 Based on the measured input power, the EUT was found to be operating within the intended specifications. This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. JOB Number : LBE030489 Page 6 of 14 4.3 RF 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. Fig.3 Test Setup for RF output power QuantityStartingFinalElapsedRF Power of waterTemperatureTemperatureTime [ml][centigrade][centigrade][seconds][watts] 10001032.6120788.6 10001032.4120781.6 10001032.1120771.1 780.4 Power = (4.187 Joules/Cal) x (Volume in ml) x (Temp. Rise) Time in seconds The measured output was found to be ABOVE 500Watts. Therefore, in accordance with section 18.305 of Subpart C, the measured out-of-band emissions were compared to the 25xSQRT(power/500)[uV/m] @ 300M limit. This reports shall not be reproduced except in full, without the written approval of SEC EMC Testing laboratory. Average RF Power of 3 Trials