8CC Test Report

FCC ID: BEJE18MRE07

Test Report

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FCCID_3562163

m GUMI UNIVERSITY EMC CENTER Page 1 of 17 FCC EVALUATION REPORT FOR CERTIFICATION FCC Part 18 (Class II Permissive Change) Applicant: LG Electronics USA. Date of Issue: Sep. 08, 2017 1000 Sylvan Avenue, Order Number: GETEC—C1—17—441 Englewood Cliffs New Jersey United States 07632, Test Report Number: GETEC—E3—17—045 Attn: Kyung—Su Han / Director Test Site: GUMI UNIVERSITY EMC CENTER (FCC Test Firm Registration No.: 269701) FCC ID. BEJE18MREO7 Applicant LG Electronics USA. Rule Part(s) : FCC Part 18 Test Method : FCC/OET MP—5 EUT Type : Refrigerator Equipment Class : Part 18 Consumer Device(8CC) Type of Authority : Certification Model Name : SKSCR3001P Trade Mark : LG This equipment has been shown to be in compliance with the applicable technical standards as indicated in the measurement report and was tested in accordance with the measurement procedures specified in FCC/OET MP—5 (1986) I attest to the accuracy of data. All measurements reported herein were performed by me or were made under my supervision and are correct to the vest of my knowledge and belief. I assume full responsibility for the completeness of these measurements and vouch for the qualifications of all persons taking them. Tested by, Reviewed by, /;éz/ ‘ Sang Hyun Park, Associate Engineer Hyoung Seop Kifi, Te'clhnica:fll’lanager GUMI UNIVERSITY EMC CENTER GUMI UNIVERSITY EMC CENTER GETEC—QP—28—007 (Rev.02) EMC CENTER This test report only contains the result ofa specific sample supplied for the examination. It is not allowed to copy this report even partly without the approval of EMC center GUMIUNIVERSITY EMC CENTER

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 2 / 17 CONTENTS 1. GENERAL INFORMATION ...................................................................................................................................... 3 2. INTRODUCTION ........................................................................................................................................................ 4 3. PRODUCT INFORMATION ...................................................................................................................................... 5 3.1 DESCRIPTION OF EUT .............................................................................................................................................. 5 3.2 DEFINITION OF MODELS ........................................................................................................................................... 5 3.3 SUPPORT EQUIPMENT / CABLES USED ..................................................................................................................... 5 3.4 MODIFICATION ITEM(S) ........................................................................................................................................... 5 4. DESCRIPTION OF TESTS ......................................................................................................................................... 6 4.1 TEST CONDITION ...................................................................................................................................................... 6 5. CONDUCTED EMISSION.......................................................................................................................................... 8 5.1 OPERATING ENVIRONMENT ..................................................................................................................................... 9 5.2 TEST SET-UP ............................................................................................................................................................. 9 5.3 MEASUREMENT UNCERTAINTY................................................................................................................................ 9 5.4 LIMIT ...................................................................................................................................................................... 10 5.5 TEST EQUIPMENT USED.......................................................................................................................................... 10 5.6 TEST DATA FOR CONDUCTED EMISSION ................................................................................................................ 10 6. RADIATED EMISSION ............................................................................................................................................ 12 6.1 OPERATING ENVIRONMENT ................................................................................................................................... 12 6.2 TEST SET-UP ........................................................................................................................................................... 12 6.3 MEASUREMENT UNCERTAINTY.............................................................................................................................. 13 6.4 LIMIT ...................................................................................................................................................................... 15 6.5 TEST EQUIPMENT USED.......................................................................................................................................... 15 6.6 TEST DATA FOR RADIATED EMISSION .................................................................................................................... 16 7. SAMPLE CALCULATIONS ..................................................................................................................................... 17 7.1 EXAMPLE 1 : ........................................................................................................................................................... 17 7.2 EXAMPLE 2 : ........................................................................................................................................................... 17 8. RECOMMENDATION & CONCLUSION .............................................................................................................. 17 APPENDIX A – ATTESTATION STATEMENT APPENDIX B – INFORMATION OF CLASS II PERMISSIVE CHANGE APPENDIX C – TEST SETUP PHOTOGRAPH APPENDIX D – INTERNAL PHOTOGRAPH APPENDIX E – EXTERNAL PHOTOGRAPH EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 3 / 17 Scope: Measurement and determination of electromagnetic emissions (EME) of radio frequency devices including intentional and / or unintentional radiators for compliance with technical rules and regulations of the Federal Communications Commission. 1. General Information Applicant: LG Electronics USA. Applicant Address: 1000 Sylvan Avenue, Englewood Cliffs New Jersey United States 07632 Manufacturer: LG Electronics Inc. Manufacturer Address: 170, Sungsanpaechong-ro, Seongsan-gu, Changwon-si, Gyeongsangnam-do, 642-711, Korea Contact Person: Bogeun Lee / Senior Engineer Telephone Number: +82-55-260-3966  FCC ID. BEJE18MRE07  EUT Type Refrigerator  Model Name SKSCR3001P  Rule Part(s) FCC Part 18  Test Method FCC/OET MP-5  Type of Authority Certification  Test Procedure(s) FCC/OET MP-5  Dates of Test Sep. 01, 2017 ~ Sep. 02, 2017  Place of Test GUMI UNIVERSITY EMC CENTER (FCC Test Firm Registration Number: 269701) 37 Yaeun-ro, Gumi-si, Gyeongsangbuk-do, 730-711, Republic of Korea.  Test Report Number GETEC-E3-17-045  Dates of Issue Sep. 08, 2017 EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number ©GETEC—C1—17—441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC—E3—17—045 Page 4/17 2. Introduction The measurement procedure described in American National Standard for Methods of Measurement of Radio—Nose Emissions From Low—Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz (ANSI C63.4— 2014) was used in determining radiated and conducted emissions emanating from LG Electronics USA. Refrigerator (Model name: SKSCR3001P). These measurement tests wereconducted at GUMI UNIVERSITY EMC CENTER. The site address is 37 Yaeun—ro, Gumi—si, Gyeongsangbuk—do, 730—711, Gyeongnam 641—713, Korea This test site is one of the highest point of GUMI UNIVERSITY at about 200 kilometers away from Seoul city and 40 kilometers away from Daegu city. It is located in the valley surrounded by mountains in all directions where umbient 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 C634 (2014) Strgniens terro 20D—rl GUML UNIVERSITY EMC CENTER rursems sbert 37 Yaeun—to, Gumi—si, Gyeongsangbuk—do, 730—71 1, Herto Acit—ri tastiers Gyeongnam 641—713, Korea Seandurcing Minseong 200—ri Tel: +82—54—440—1 195 Fax: +82—54440—1199 dorvang—szng naesemg‘rvmr eang 2Ghineging seong 20D—tong Dorseongcri Homman—dong Huronggok 1G1D—cong Cuadgpeong—torg Fig 1. The map above shows the GUMI UNIVERSITY in vicinity area. EUT Type: Refrigerator FCC ID.; BEJE1SMREO7 .E:I

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 5 / 17 3. Product Information 3.1 Description of EUT The Equipment under Test (EUT) is the LG Electronics USA. Refrigerator (Model Name: SKSCR3001P) FCC ID.: BEJE18MRE07. Type of Equipment Refrigerator Model Name SKSCR3001P Serial Number Prototype RF Frequency 330 kHz ~ 370 kHz External connector DC input 1 EA Rated Voltage Input : AC 115 V, 60 Hz ( Wireless Power Transmitter input voltage: DC 12 V) Output Electricity Power Less than 3W Size(W x H x T) 29 3/4(W) x23 3/4(D) x831/2(H) inch (Wireless Power Transmitter module :50 (mm) x 35 (mm) x 1.0 (mm)) 3.2 Definition of models - None. 3.3 Support Equipment / Cables used 3.3.1 Used Support Equipment Description Manufacturer Model Name S/N & FCC ID. S/N: - None - - FCC ID.: - See “Appendix C – Test Setup Photographs” for actual system test set-up 3.3.2 System configuration Description Manufacturer Model Name S/N & FCC ID. S/N: -. None. - - FCC ID.: -. 3.3.3 Used Cable(s) Cable Name Condition Description Power cable Connected to the EUT and AC power 2.20 m Unshielded. 3.4 Modification Item(s) -. None EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 6 / 17 4. Description of tests 4.1 Test Condition The EUT was installed, arranged and operated in a manner that is most representative of equipment as typically used. The measurements were carried out while varying operating modes and cable positions within typically arrangement to determine maximum emission level. The representative and worst test mode(s) were noted in the test report.  Test Voltage / Frequency: AC 115 V, 60 Hz ( Wireless Power Transfer Device supplied DC 12 V)  Operating condition during the test(s) : This device has been tested in the configurations of Power transmitting mode Transmitting Current Support Equipment Comment 1 000 mA Refrigerator Shelf RX module EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 7 / 17 4.2 General Test Procedures Conducted Emissions The EUT is placed on the turntable, which is 0.8 m above ground plane. According to the requirements in Section 13.1.4.1 of ANSI C63.4 (2014) Conducted emissions from the EUT measured in the frequency range between 0.15 MHz and 30MHz using CISPR Quasi-peak and average detector modes. Radiated Emissions The EUT is placed on a turn table, which is 0.8 m above ground plane. The turntable shall rotate 360 degrees to determine the position of maximum emission level. EUT is set 3 m away from the receiving antenna, which Fixed at 2 m above the ground plane to find out the highest emission. And also, each emission was to be maximized by the table was turned from 0 degrees to 360 degrees. In order to find out the max emission, the relative positions of this hand-held transmitter (EUT) was rotated through three orthogonal axes according to the requirements in Section 13.1.4.1 of ANSI C63.4 (2014). EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC—C1—17—441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC—E3—17—045 Page 8 /17 5. Conducted Emission ~Test Description The Line conducted emissiontest facility is inside a 4 m _X 8 m x 2.5 m shielded enclosure. (FCC Test Firm Registration No.: 269701) The EUT was placed on a non—conducting 1.0 m by 1.5 m table, which is 0.8 m in height and 0.4 m away from the vertical wall of the shielded enclosure. The EUT is powered from the Rohde & Schwarz LISN (ENV216) and the support equipment is powered from the Rohde & Schwarz LISN (ENV216). Powers to the LISN are filtered by high—current high insertion loss power line filter. Sufficient time for EUT, support equipment, and test equipment was allowed in order for them to warm up to their normal operating condition. The RF output of the LISN was connected to the EMItest receiver (Rohde & Schwarz, ESCI. Exploratory measurements were conducted to identify the highest emission by operating the EUT in a range of typical modes of operation, cable positions, system configuration and arrangement. Based on exploratory measurements, the final measurements were conducted at the worst test conditions. Exploratory measurements were scanned using Peak mode of EMI Test receiver from 150 kHz to 30 MHz with 20 ms sweep time. The final measurements were measured with Quasi—Peak and Average mode. The bandwidth of EMI Test Receiver was set to 9 kHz. Interface cables were connected to the available interface ports of the test unit. Excess cable lengths were bundled at center with 30 cm ~ 40 cm. Iimpedance ® ponts impegance «o 52 21 aa as ao Tolerance on curve is £20% joor oais on2 oo3 oo« ace acs on ors o2 oa o4 as os 1 0.000 Frequency Mc Fig 2. Impedance of LISN EUT Type: Refrigerator FCC ID.: BEJE18MREO7

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 9 / 17 5.1 Operating Environment Temperature : 23.8 ℃ Relative Humidity : 55.5 % R.H. Air pressure : 100.5 kPa 5.2 Test Set-up The conducted emission measurements were performed in the shielded room. The EUT was placed on wooden table, 0.8 m heights above the floor, 0.4 m from the reference ground plane (GRP) wall and 0.8 m from AMN & ISN. AMN is bonded on horizontal reference ground plane. The ground plane, which was electrically bonded to the shield room, ground system and all power lines entering the shield room, were filtered. 5.3 Measurement Uncertainty The measurement uncertainty was calculated in accordance with ISO “Guide to the expression of uncertainty in measurement.” The measurement uncertainty was given with a confidence of 95 %. Test Items Uncertainty Remark Conducted emission (9 kHz ~ 150 kHz) 3.85 dB Confidence level of approximately 95 % (k = 2) Conducted emission (150 kHz ~ 30 MHz) 3.32 dB Confidence level of approximately 95 % (k = 2) Where relevant, the following measurement uncertainty levels have been estimated for tests performed on the EUT as specified in CISPR 16-4-2. The listed uncertainties are the worst case uncertainty for the entire range of measurement. please note that the uncertainty values are provided for informational purposes only are not used in determining the PASS/FAIL results EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 10 / 17 5.4 Limit RFI Conducted FCC Limit(dBµV/m) Freq. Range Quasi-Peak Average 150 kHz ~ 0.5 MHz 66 ~ 56* 56 ~ 46* 0.5 MHz ~ 5 MHz 56 46 5 MHz ~ 30 MHz 60 50 *Limits decreases linearly with the logarithm of frequency. 5.5 Test Equipment used Model Name Manufacturer Description Serial Number Due to Calibration  - ESCI Rohde & Schwarz EMI Test Receiver 100237 Apr. 18, 2018  - ENV216 Rohde & Schwarz LISN 100172 Apr. 19, 2018  - ENV216 Rohde & Schwarz LISN 100173 Apr. 19, 2018  - ISN T8 TESEQ.GmbH ISN 24568 Apr. 21, 2018  - EMC 32 Rohde & Schwarz Software Ver.8.53 N/A 5.6 Test data for Conducted Emission -. Test Date : Sep. 01,2017 -.Resolution Bandwidth : 9 kHz -. Frequency Range : 0.15 MHz ~ 30 MHz -. Line : L1: Live, N: Neutral -. Comment : None EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 11 / 17 ▪ Operating condition: Continuous Power transmitting mode EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 12 / 17 6. Radiated Emission 6.1 Operating Environment Temperature : 22.5 ℃ Relative Humidity : 58.3 % R.H. Air pressure : 100.4 kPa 6.2 Test Set-up The Radiated emission measurements were conducted at the worst test conditions. The measurements of below 1 GHz were made at 3 m Semi Anechoic Chamber or 10 m Semi Anechoic Chamber (FCC Test Firm Registration No.: 269701) that complies with CISPR 16/ANSI C63.4. The frequency range of 9 kHz to 30 MHz, The EUT was placed on a non-conductive turntable approximately 0.8 m above the ground plane. The turntable with EUT was rotated 360° and the receive antenna was fixed 2.0 m on the ground plane. The frequency range of 30 MHz to 1 000 MHz, The EUT was placed on a non-conductive turntable approximately 0.8 m above the ground plane. The turntable with EUT was rotated 360° and adjusting the receive antenna height from 1.0 m to 4.0 m. All frequencies were investigated in both horizontal and vertical antenna polarity. Fig 3. Configurations of Radiated emission test (9 kHz to 30 MHz) EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 13 / 17 Fig 4. Configurations of Radiated emission test (30 MHz to 1 000 MHz) 6.3 Measurement Uncertainty The measurement uncertainty was calculated in accordance with ISO “Guide to the expression of uncertainty in measurement”. The measurement uncertainty was given with a confidence of 95 %. Test items (10 m Anechoic Chamber) Uncertainty Remark Confidence level of approximately Radiated emission (30 MHz ~ 300 MHz, 10 m, Vertical) 3.50 dB 95 % (k = 2) Confidence level of approximately Radiated emission (30 MHz ~ 300 MHz, 10 m, Horizontal) 3.73 dB 95 % (k = 2) Confidence level of approximately Radiated emission (300 MHz ~ 1 000 MHz, 10 m, Vertical) 3.67 dB 95 % (k = 2) Confidence level of approximately Radiated emission (300 MHz ~ 1 000 MHz, 10 m, Horizontal) 3.64 dB 95 % (k = 2) Confidence level of approximately Radiated emission (1 GHz ~ 6 GHz, 3 m) 4.39 dB 95 % (k = 2) EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 14 / 17 Test items (3 m Anechoic Chamber) Uncertainty Remark Confidence level of Radiated emission (30 MHz ~ 300 MHz, 3 m, Vertical) 5.01 dB approximately 95 % (k = 2) Confidence level of Radiated emission (30 MHz ~ 300 MHz, 3 m, Horizontal) 5.01 dB approximately 95 % (k = 2) Confidence level of Radiated emission (300 MHz ~ 1 000 MHz, 3 m, Vertical) 5.10 dB approximately 95 % (k = 2) Confidence level of Radiated emission (300 MHz ~ 1 000 MHz, 3 m, Horizontal) 5.10 dB approximately 95 % (k = 2) Confidence level of Radiated emission (1 GHz ~ 6 GHz, 3 m) 4.53 dB approximately 95 % (k = 2) Confidence level of Radiated emission (6 GHz ~ 18 GHz, 3 m) 4.55 dB approximately 95 % (k = 2) Where relevant, the following measurement uncertainty levels have been estimated for tests performed on the EUT as specified in CISPR 16-4-2. The listed uncertainties are the worst case uncertainty for the entire range of measurement. please note that the uncertainty values are provided for informational purposes only are not used in determining the PASS/FAIL results EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 15 / 17 6.4 Limit Operating RF Power generated by Distance Equipment Field strength limit (uV/m) frequency equipment (watts) (meters) Any type unless otherwise Any ISM Below 500 25 300 1 specified (miscellaneous) frequency 500 or more 25×SQRT(power/500) 300 Any non-ISM Below 500 15 300 1 frequency 500 or more 15×SQRT(power/500) 300 On or below Industrial heaters and RF Any 10 1,600 5,725 MHz (2) (2) stabilized arc welders Any Above 5,725 MHz Any ISM frequency Any 25 300 Medical diathermy Any non-ISM Any 15 300 frequency 2,400/F(kHz) Below 500 300 Ultrasonic Below 490 kHz 2,400/F(kHz)× 3 500 or more 300 SQRT(power/500) 490 to 1,600 kHz Any 24,000/F(kHz) 30 Above 1,600 kHz Any 15 30 Below 90 kHz 4 Any 1,500 30 Induction cooking ranges On or above 90 4 Any 300 30 kHz Note. 1) Field strength may not exceed 10 μV/m at 1600 meters. Consumer equipment operating below 1000 MHz is not permitted the increase in field strength otherwise permitted here for power over 500 watts. 2) Reduced to the greatest extent possible. 3) Field strength may not exceed 10 μV/m at 1600 meters. Consumer equipment is not permitted the increase in field strength otherwise permitted here for over 500 watts. 4) Induction cooking ranges manufactured prior to February 1, 1980, shall be subject to the field strength limits for miscellaneous ISM equipment. 6.5 Test Equipment used Model Name Manufacturer Description Serial Number Due to Calibration  - ESR7 Rohde & Schwarz EMI Test Receiver 101382 Apr. 18, 2018  - HFH2-Z2 Rohde & Schwarz Loop ANT 100041 Dec. 21, 2017  - CO3000 Innco system GmbH Position Controller CO03000/779/ N/A 33050314/L  - DT3000 Innco system GmbH Turntable 1280314 N/A  - MA4000-EP Innco system GmbH Antenna Mast 4420314 N/A All test equipment used is calibrated on a regular basis. EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 16 / 17 6.6 Test data for Radiated Emission -. Test Date : Sep. 02, 2017 -. Measurement Distance :3m -. Note : frequency range to be scanned up to 30 MHz, because the frequency band in which the EUT operates less than 1.705 MHz -. Measurement setting Frequency range 9 kHz ~ 150 kHz 0.15 MHz ~ 30 MHz Detector mode Peak Peak Resolution bandwidth 200 Hz 9 kHz -. Measurement Data: Continuous Power transmitting mode(1.2W) Field Field Strength Frequency Detector ANT Strength Limits Margin Note.2 Reading D.C.F [MHz] mode Pol. [dBuV/m] [dBuV/m] [dB] [dBuV/m] at 300 m at 3 m F 0.348 Peak V1 60.81 80 -19.19 23.52 42.71 S 0.067 Peak V1 47.00 80 -33 23.52 56.52 S 0.344 Peak V1 56.35 80 -23.65 23.52 47.17 S 22.073 Peak V1 41.64 80 -38.36 23.52 61.88 << << << << << << << << << << << << << << << << << << Note.1 The worst case data were reported And no other spurious and harmonic emissions were reported greater than listed emission above table Note.2 “F”=Fundamental / “S”=Spurious / “*” = Noise Floor Note.3 All measurements were recorded using a spectrum analyzer employing a peak detector for below 30 MHz Note.4 Distance Correction Factor (D.C.F.) For 300 m: 40log(300/3) = 80 dB Note.5 Sample calculation Field Strength = Reading – D.C.F Margin = Limit – Field Strength Where, D.C.F = Distance Correction Factor Note.6 “V1”= Vertical and perpendicular to the centerline / “V2”=vertical and parallel to the centerline “H” = horizontal (parallel to the ground) None.7 << The margin is More than 20 dB EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C

Order Number : GETEC-C1-17-441 FCC Part 18 Class II Permissive Change Test Report Number : GETEC-E3-17-045 Page 17 / 17 7. Sample Calculations dBµV = 20 Log 10(µV/m) dBµV = dBm + 107 µV = 10 (dBµV/20) 7.1 Example 1 :  20.3 MHz Class B Limit = 250 µV = 48 dBµV Reading = 39.2 dBµV 10 (39.2dBµV/20) = 91.2 µV Margin = 48 dBµV - 39.2 dBµV = 8.8 dB 7.2 Example 2 :  66.7 MHz Class B Limit = 100 µV/m = 40.0 dBµV/m Reading = 31.0 dBµV Antenna Factor + Cable Loss = 5.8 dB Total = 36.8 dBµV/m Margin = 40.0 dBµV/m – 36.8 dBµV/m = 3.2 dB 8. Recommendation & Conclusion The data collected shows that the LG Electronics USA. Refrigerator (Model Name: SKSCR3001P) was complies with §18.305 and 18.307 of the FCC Rules. - The end - EUT Type: Refrigerator FCC ID.: BEJE18MRE07 G E T E C


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Document Modified: 2019-09-24 15:29:12
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