RF Exposure Report

FCC ID: ADB9ZWRTR119

RF Exposure Info

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FCCID_3357153

Safety Test Report for human exposure (EN 60945 and EN/IEC 62311) For Trade name: Furuno Model: Radar Sensor Type: DRS6A-NXT Report No.: LIC 12-16-160 Date of Issue: 27 February 2017 Labotech International Co., Ltd. 1-16, Fukazu-cho, Nishinomiya-shi, Hyogo, 663-8203 Japan Tel: +81 (0) 798 63 1094 Fax: +81 (0) 798 63 1098 URL: http://www.labotech-intl.co.jp/ This report shall not be reproduced except in full, without the written approval of Labotech International Co., Ltd.

Labotech International Report number: LIC 12-16-160 Report Summary LIC project number: LIC 04-16-0388 Test report number of LIC 12-16-160 Date of initial issue 27 February 2017 initial issue: Test report number of --- Date of revised/replaced --- revised/replaced issue: issue Test report revision/ --- replacement history: Test standard(s)/ Test EN 62311: 2008, and IEC 62311: 2007 specifications: ICNIRP Guideline Gen.Pub.1998 EN 62233: 2005 EN 60945: 2002, 12.2 RF radiation Customer: Furuno Electric Co., Ltd. 9-52 Ashihara-Cho, Nishinomiya-City, 662-8580 Japan Manufacturer: Furuno Electric Co., Ltd. 9-52 Ashihara-Cho, Nishinomiya-City, 662-8580 Japan Trade name: Furuno Model: Radar Sensor Type: DRS6A-NXT Product function and For Marine Safety Navigation intended use: Number of samples One tested: Serial number: 1000-7200-0001 Power rating: 12/24 VDC, 9.5/5.0A Product status: Pre-production model Modifications made to None. samples during testing: Date of receipt of samples: 2 December 2016 Test period: From 21 December 2016 Place of test: Labotech International Co., Ltd. - LABOTECH EMC Center 1-16, Fukazu-cho, Nishinomiya-shi, Hyogo, 663-8203 Japan Test results/ Compliance: Passed. The test results of this report relate only to the samples tested. Tested by: Yasuharu Nakamura, Osamu Araki, and Norihiko Fujita Written by: Akiko Inoue Verified by: Yasuharu Nakamura Approved by: Date: 27 February 2017 Name: Yasuharu Nakamura Title: Manager, Technical Department, Labotech International Co., Ltd. Signature: Form: LQ057-4/04 - Page 2 of 8 -

Labotech International Report number: LIC 12-16-160 Testing Laboratory Status Labotech International Co., Ltd. (hereafter called “LIC”) has been holding the following status after having been assessed according to the provisions of ISO/IEC 17025 and/or the relevant rules: (1) JAB Accredited Testing Laboratory: - accredited by Japan Accreditation Board (JAB), - Laboratory accreditation number: RTL03220 - Date of initial accreditation: 14 January 2011 (*) - Scope of accreditation: Electrical testing - EMC, Climatic, and Vibration tests (2) Telefication Listed Testing Laboratory: - listed by Telefication B. V., (The Netherlands) - Laboratory assignment number: L116 - Date of initial listing: 26 July 1999 (*) - for testing the following product categories/ test standards: EN 60945, IEC 61162-1/-2, IEC/EN 61162-450 and IEC 62288 (3) TÜV Appointed EMC Test Laboratory: - appointed by TÜV Rheinland Japan Ltd., - Laboratory assignment number: UA 50046428 - Date of initial appointment: 21 December 1998 (*) - for carrying out the tests of: EN 55011, CISPR 11, EN 55022, CISPR 22, EN 55024, CISPR 24, EN 55025, CISPR 25, EN/IEC 61000-3-2/-3, EN/IEC 61000-4-2/-3/-4/-5/-6/-8/-11, EN/IEC 61000-6-1/-2/-3/-4, EN/IEC 60945, EN/IEC 61326-1, EN/IEC 61326-2-6, EN/IEC 60601-1-2, JIS T 0601-1-2, JIS C 1806-1, ISO 11452-1/-2/-4. (4) RMRS Recognized Testing Laboratory: - recognized by Russian Maritime Register of Shipping (RMRS), (Russia) - Laboratory recognition number: 11.02594.011 - Date of initial recognition: 27 January 2009 (*) - for carrying out testing in the field of: Electrical measurements and tests, EMC tests, Mechanical measurements and tests, Equipment protection degree tests, and Climatic tests for Ship’s radio and navigational equipment and IEC 60945: 2002 (5) RRR Recognized Test Laboratory: - recognized by Russian River Register (RRR), (Russia) - Recognition certificate number: 154262 (*) - Date of initial recognition: 31 May 2013 - for carrying out of tests of ships radio and navigation equipment (6) DNV Recognized Environmental Test Laboratory: - recognized by Det Norske Veritas AS (DNV), (Norway) - Recognition certificate number: 262.1-015854-J-12 - Date of initial recognition: 12 July 2013 (*) - Scope of recognition: Testing according to the standards IEC 60945, IEC 61162-1/-2/-450, IEC 62288, IEC 62388 and IEC 62252 Annex E - Application: Provisions of Environmental, interface and safety testing. (7) CCS Recognized Test Agency : - recognized by China Classification Society - Recognition certificate number : DB13A00001 - Date of initial recognition : 29 January 2014 (*) - Scope of recognition : Performance/Environmental/EMC/Special purpose/Safety precautions tests for Electrical & Electronic Product including Maritime Navigation and Radio-communication Equipment & Systems Note: (*) – The current certificates may be found in the LIC web site (http://www.labotech-intl.co.jp/). Form: LQ057-4/04 - Page 3 of 8 -

Labotech International Report number: LIC 12-16-160 TABLE OF CONTENTS Report Summary ............................................................................................................................... 2 Testing Laboratory Status ................................................................................................................. 3 1 Principal Information ...................................................................................................................... 5 1.1 Equipment under test (EUT) .................................................................................................... 5 1.2 Observation and comments .................................................................................................... 5 1.3 Test Conditions ....................................................................................................................... 5 1.4 Test items ................................................................................................................................ 5 1.5 Measurement Uncertainty ....................................................................................................... 5 2 Test Results ................................................................................................................................... 6 3 Date of test and environmental conditions observed during testing .............................................. 6 4 List of Measuring/Test Instruments ................................................................................................ 6 5 EUT Setup/Test Arrangement ........................................................................................................ 7 6 EUT Test data obtained ................................................................................................................. 8 Form: LQ057-4/04 - Page 4 of 8 -

Labotech International Report number: LIC 12-16-160 1 Principal Information 1.1 Equipment under test (EUT) Configurations of the EUT unit(s): No. Item Type Unit serial Test Note (*) number setup 1 Radar Sensor DRS6A-NXT 1000-7200-0001 Table-top Scanner RSB-137 and Transceiver RTR-119. 2 Radiator XN10A 50050439 Table-top TX freq.: ch1 P0N: 9380 MHz/Q0N: 9400 MHz ch2 P0N: 9400 MHz/Q0N: 9420 MHz ch3 P0N: 9420 MHz/Q0N: 9440 MHz TX power: 20 W (*): Item number(s) is(are) corresponding to the unit(s) shown in Clause 5 “EUT Setup/Test Arrangement” and Clause 6 “Photographs of Test Setup/Arrangement” of this report. Size and Mass of the EUT unit(s): No. Name Type Dimensions (W  H  D, or   H) (mm) Mass (kg) 1 Radar Sensor DRS6A-NXT 1036×445×330 (with Radiator XN10A) 20.0 Configurations of the Associated unit(s) (AU) forming the system except EUT: No. Name Type Unit serial number Manufacturer Note (*) 2 Multi Function Display TZTL12F 100030-100162 Furuno (*): Item number(s) is(are) corresponding to the unit(s) shown in Clause 5 “EUT Setup/Test Arrangement” of this report. Auxiliary Equipment (AE) used for exercising and/or monitoring the operation and/or the performance of the EUT during testing: None. Software(s) contained in the EUT and AU No. Category Name/Type Program name Program number Rev. number 1 EUT Radar Sensor DRS6A-NXT 0359360 01.01 2 AU Multi Function Display TZTL12F 1950123 04.01 1.2 Observation and comments (1): Test items to be performed were specified by the customer. (2): The test was performed with Radiator XN10A at the customer’s request. 1.3 Test Conditions For Radar TX mode (under IEC 60945): 24 VDC TX mode EUT setting: Range: 36 NM For Radar Standby mode (under IEC 62311): 24 VDC 1.4 Test items For Radar TX mode, IEC 60945 Clause no. Item (Method) 12.2 RF Radiation For Radar Standby modes, IEC 62311 Clause no. Item (Method) 8 Sources with multiple frequencies 8.2 Frequency range from 1 Hz – 10 MHz (ICNIRP-based) 8.2.1 Frequency domain assessment 8.2.2 Time domain assessment 8.3 Frequency range from 100 kHz – 300 GHz (ICNIRP-based) 1.5 Measurement Uncertainty ±2.3 dB (IEC 60945) 30% (IEC 62311: 2007, Clause 6) Form: LQ057-4/04 - Page 5 of 8 -

Labotech International Report number: LIC 12-16-160 2 Test Results 2.1 for Radar TX mode with Antenna stopped (based on IEC 60945), Unit Distance to 100 W/m2 (m) Distance to 50 W/m2 (m) Distance to 10 W/m2 (m) DRS6A-NXT None None 0.70 Note: the Probe was located on the TX antenna main beam line, and Peak point was searched with the Probe varied horizontally and vertically. 2.2 for Radar Standby modes (based on IEC/EN 62311) Unit Operation mode Results Note DRS6A-NXT For Radar, Standby, Passed at 0 cm. See Clause 6 of this report for details. Note: Following test conditions/limits were applied for the tests: (1) Distance: From 0 cm to 30 cm apart from EUT surface.(according to IEC 62233), (The EUT passed the tests at 0 cm, so, tests at 10/30 cm were not performed.) (2) Measuring equipment: Complied with “ICNIRP guideline Gen.Pub.1998”, (3) Test frequency range (including Upper test frequency): For H-field, 10 Hz to 1 GHz. For E-field, 100 kHz to 50 GHz (  EUT TX frequency 9.440 GHz  5 = 47.200 GHz). (4) Compliance to limits: Reference level (according to ICNIRP guideline Gen.Pub.1998). (5) EUT directions observed: 0 through 360. 3 Date of test and environmental conditions observed during testing Item Date of test Temperature, humidity Power supply voltage (Before-test to After-test) (Before-test to After-test) IEC/EN 62311 Human exposure 21 December See Clause 6 for details. 24.0 VDC to 24.0 VDC. (Radar Standby) 2016 EN 60945, Electromagnetic 21 December 21C to 21C, 24.0 VDC to 24.0 VDC. 12.2 radiofrequency radiation: 2016 48%RH to 48%RH. (Radar TX mode) 4 List of Measuring/Test Instruments Measuring/Test instruments have been appropriately calibrated/maintained according to the LIC programs/ procedures. Measuring/Test instruments used for the tests are listed below. 4.1 for Radar Standby modes (under IEC/EN 62311) (*) C/N Instrument Type S/N Manufacturer X HT918 Exposure level tester (Magnetic field) ELT-400 N-0191 Narda X HT918-1 100 cm2 magnetic field probe -- M-0634 Narda X HT919 Broadband field meter NBM-520 D-0684 Narda (Electric and Magnetic fields) X HT919-1 field probe (100 kHz - 3 GHz) EF0391 D-0628 Narda X HT919-2 field probe (300 kHz - 50 GHz) ED5091 01061 Narda X HT919-3 Magnetic field probe (300 kHz - 30 MHz) HF3061 D-0239 Narda X HT919-4 Magnetic field probe (27 MHz - 1 GHz) HF0191 D-0175 Narda -- HT590 RF Radiation meter EMR-300/33C AY-0029/F-0021 Narda X HT779 Semi-Anechoic chamber 10mSAC 90984 TOKIN X HT780 Programmable AC/DC Power Supply ES18000W 9128767-1 NF +9128767-2 Note (*): X – used for tests, -- – not used. 4.2 for Radar TX mode (under EN 60945 and IEC/EN 62311) (*) C/N Instrument Type S/N Manufacturer Note -- HT919 Broadband field meter NBM-520 D-0684 Narda Used for IEC/EN -- HT919-2 Electric field probe(300 k - 50 GHz) ED5091 01061 Narda 62311 test. X HT590 RF Radiation meter EMR-300/33C AY-0029/F-0021 Narda Used for IEC 60945 test. X HT779 Semi-Anechoic chamber 10mSAC 90984 TOKIN X HT780 Programmable AC/DC Power ES18000W 9128767-1 NF -- Supply +9128767-2 Note (*): X – used for tests, -- – not used. Form: LQ057-4/04 - Page 6 of 8 -

Labotech International Report number: LIC 12-16-160 5 EUT Setup/Test Arrangement EUT2 Radiator XN10A EUT1 Radar Sensor DRS6A-NXT J201/J302 (a) 24 VDC AU2 MULTI FUNCTION DISPLAY 24 VDC TZTL12F Note: AU - Associated Unit. List of cables used for the test No. Category Name Type Length Number of Cable Note (m) cables used shielding a P/S Power/Signal cable FRU-2P5S-FF-20M 20 1 Yes Form: LQ057-4/04 - Page 7 of 8 -

Labotech International Report number: LIC 12-16-160 6 EUT Test data obtained Date & Location: 21 Dec, 2016, LIC EMC Center Top Manufacture: Furuno Electric Co., Ltd. Back Product Category: Pre-production model Model Name (S/N) DRS6A-NXT(1000-7200-0001) Left Standard: ICNIRP Guideline Gen.Pub.1998 Right Power supply voltage: 24 VDC Temperature, humidity: 21C, 48%RH to 21°C, 48%RH Operating Mode: Radar Standby mode Front Operator: O.Araki Result: Passed. (at 0 cm) Measurement uncertainty value: 30% The uncertainty values specified under each assessment method are the maximum allowed uncertainty. If the uncertainty value is not specified, then a default value of 30 % shall be used. (Refer to EN 62311: 2008/IEC 62311: 2007, Clause 6) frequency Measuring equipment Measurement Limits Field Distance Measured value Max. point Result range used mode applied (Reference level) Ambient 0.19 -- -- 10 Hz narda 0 cm 0.40 Back Passed. to Std Mode 100% % ELT-400 10 cm Back 400 kHz 30 cm Back Ambient 0.008 -- -- 300 kHz narda MAX Hold 0 cm 0.023 Top Passed. H-Field to NBM-520 0.073 A/m A/m (Peak) 10 cm Top 30 MHｚ (HF3061) 30 cm Top Ambient 0.008 -- -- 27 MHz narda MAX Hold 0 cm 0.029 Right Passed. to NBM-520 0.073 A/m A/m (Peak) 10 cm Right 1 GHz (HF0191) 30 cm Right Ambient 0.17 -- -- 100 kHz narda MAX Hold 0 cm 0.80 Right Passed. to NBM-520 27.5 V/m V/m (Peak) 10 cm Right 3 GHz (EF0391) 30 cm Right E-Field Ambient 0.52 -- -- 3 GHz narda 0 cm 1.15 Back Passed. MAX Hold to NBM-520 20% % (Peak) 10 cm Back 50 GHz (ED5091) 30 cm Back Form: LQ057-4/04 - Page 8 of 8 -


Document Created: 2017-02-27 17:14:02
Document Modified: 2017-02-27 17:14:02
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