RF Exposure Report

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Test Report (IEC 60945 and IEC 62388) For Trade name: Furuno Model: MARINE RADAR Type: FAR-3330SW Report No.: FLI 12-13-081 Date of Issue: 18 November 2013 Furuno 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.furuno-labotech.co.jp This report shall not be reproduced except in full, without the written approval of Furuno Labotech International Co., Ltd.

Furuno Labotech International Report number: FLI 12-13-081 Report Summary FLI project number: FLI 04-13-0325 Test report number of FLI 12-13-081 Date of initial issue 18 November 2013 initial issue: Test report number of --- Date of revised/replaced --- revised/replaced issue: issue Test report revision/ --- replacement history: Test standard(s)/ Test IEC 60945: 2002 (ed. 4), Clause 7.1, 7.2, 8.2, 8.3, 8.4, 8.7, 8.8, 11, and 12, including IEC specifications: 60945 Corrigendum 1 (2008). IEC 62388: 2013 (ed.2.0), 17.3.2 Antenna shock test IEC 60068-2-1: 2007, IEC 60068-2-2: 2007, IEC 60068-2-6: 2007, IEC 60068-2-30: 2005, IEC 60529: 2001, ISO 25862: 2009, IEC 61672-1: 2002. 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: MARINE RADAR Type: FAR-3330SW Product function and For marine safety navigation intended use: Number of test samples One tested: Serial number: R00007-000002 (RSB-131)/R00008-000002 (RTR-109) Power rating: 100 - 230 VAC, 50-60 Hz, 8 A Product status: Pre-production model Modifications made to None. samples during testing: Date of receipt of samples: 20 August 2013 Test period: From 20 August 2013 to1 November 2013 Place of test: Furuno Labotech International Co., Ltd. - LABOTECH EMC Center 1-16, Fukazu-cho, Nishinomiya-shi, Hyogo, 663-8203 Japan - Nishinomiya Lab. 9-52 Ashihara-cho, Nishinomiya-shi, Hyogo, 662-8580 Japan - Nishinomiya-Hama Lab. 2-20, Nishinomiya-Hama, Nishinomiya-shi, Hyogo, 662-0934 Japan Test results/ Compliance: Passed. The test results of this report relate only to the samples tested. Tested by: Akira Inoue, Tadayuki Ekawa, Yasuharu Nakamura, Osamu Araki, Katsumi Imamura, and Koji Kawai Written by: Akiko Inoue Verified by: Yoshihiro Ishii Approved by: Date: 18 November 2013 Name: Yoshihiro Ishii Title: Senior Manager, Technical Department, Furuno Labotech International Co., Ltd. Signature: Form: FQ052/37 - Page 2 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 Testing Laboratory Status Furuno Labotech International Co., Ltd. (hereafter called “FLI”) 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 testing (*) (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, and IEC 62288 (3) BSH Recognized Testing Laboratory: - recognized by Bundesamt für Seeschifffahrt und Hydrographie (BSH), (Germany) - Recognition certificate number: BSH/4613/06202/1864/11 - Date of initial recognition: 4 April 2003 (*) - for testing the following product categories/ test standards: - IEC/EN 60945, IEC 62388, IEC 61162-1/-2, and IEC 62288 (4) 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. (5) 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: Elecrtrical 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 (6) RRR Recognized Test Laboratory: - recognized by Russian River Resister (RRR), (Russia) - Recognition certificate number: 154262 - Date of initial recognition: 31 May 2013 - for carrying out of tests of ships radio and navigation equipment (7) DNV Recognized Environmental Test Laboratory: - recognized by Det Norske Veritas AS (DNV), (Norway) - Recogintion 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, interfave and safety testing. Note: (*) – The current certificates may be found in the FLI web site (http://www.furuno-labotech.co.jp). Form: FQ052/37 - Page 3 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 TABLE OF CONTENTS Report Summary................................................................................................................................................ 2 Testing Laboratory Status ................................................................................................................................. 3 1 Principal Information ....................................................................................................................................... 5 1.1 Equipment under test (EUT) .................................................................................................................... 5 1.2 EUT Operation mode and Performance Check....................................................................................... 6 1.3 Test Conditions ........................................................................................................................................ 7 1.4 Observation and comments..................................................................................................................... 7 1.5 Measurement uncertainties ..................................................................................................................... 8 2 Test Results Summary ................................................................................................................................... 8 3 Test Results .................................................................................................................................................... 9 3.1 Power supply ........................................................................................................................................... 9 3.1.1 Extreme power supply ...................................................................................................................... 9 3.1.2 Excessive conditions ........................................................................................................................ 9 3.2 Dry heat ................................................................................................................................................... 9 3.2.1 Storage test ...................................................................................................................................... 9 3.2.2 Functional test .................................................................................................................................. 9 3.3 Damp heat - Functional test .................................................................................................................... 9 3.4 Low temperature ...................................................................................................................................... 9 3.4.1 Storage test (Not applicable) ............................................................................................................ 9 3.4.2 Functional test .................................................................................................................................. 9 3.5 Vibration................................................................................................................................................. 10 3.5.1 EUT attitude/mounting and Test fixture: ......................................................................................... 10 3.5.2 Resonance search and Endurance tests ....................................................................................... 10 3.6 Antenna shock ....................................................................................................................................... 10 3.6.1 EUT attitude/mounting and Test fixture: ......................................................................................... 10 3.6.2 Results: ........................................................................................................................................... 10 3.7 Rain and spray....................................................................................................................................... 10 3.8 Corrosion (salt mist) (Not performed) .................................................................................................... 10 3.9 Special purpose tests ............................................................................................................................ 11 3.9.1 Acoustic noise and signals ............................................................................................................. 11 3.9.2 Compass safe distance (CSD) ....................................................................................................... 11 3.10 Safety precautions ............................................................................................................................... 11 3.10.1 Protection against accidental access to dangerous voltages ....................................................... 11 3.10.2 Electromagnetic radiofrequency radiation .................................................................................... 11 3.10.3 Emission from visual display unit (VDU) (Not applicable) ............................................................ 11 3.10.4 X-radiation (Not performed) .......................................................................................................... 11 3.11 Environmental conditions during Testing ............................................................................................ 12 4 List of Measuring/Test Instruments .............................................................................................................. 13 5 EUT Setup/Test Arrangement ...................................................................................................................... 15 6 Photographs of Test Setup/Arrangement ..................................................................................................... 17 7 Temperature/humidity records taken during Dry heat/Damp heat/Low temperature tests .......................... 23 8 Vibration response plots taken during tests ................................................................................................. 25 9 Test results data of the EUT obtained during the climatic tests. .................................................................. 29 Form: FQ052/37 - 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Furuno Labotech International Report number: FLI 12-13-081 1 Principal Information 1.1 Equipment under test (EUT) Configurations of the EUT units: No. Item Type Unit Equipment Test Note (*) serial category setup number 1 Antenna Unit Exposed Table-top Gear Box (with built-in deicer) RSB-131 R00007-0 00002 Performance Monitor PM-52A --- Contained in Gear Box. Antenna Radiator (*1) SN36CF --- 2 Transceiver Unit RTR-109 R00008-0 Protected TX: 30 kWpp, 00002 S-band, TX/RX freq.: 3050 MHz Magnetron used: MG5223F (*): 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. Note (*1): Antenna Radiator was replaced with Auxiliary Equipment, “Antenna Dummy Load (S-band)” except for “Vibration”, “Antenna shock”, “Rain and Spray”, and “Electromagnetic radio frequency radiation” tests. Size and Mass of the EUT unit(s): No. Name Type Dimensions Mass Note (W  H  D, or   H) (mm) (kg) 1 Antenna Unit --- 3810  769  640 126 with Performance Monitor (for Antenna Radiator SN36CF) and Gear Box (with built-in deicer) 2 Transceiver unit RTR-109 606×576×313 22 Configurations of the Associated unit(s) (AU) forming the system except EUT: No. Name Type Unit serial number Manufacturer Note (*) 3 Power Supply Unit PSU-015 000003 Furuno 4 Processor Unit EC-3000 4395-1207 Furuno Used for Vibration and Antenna shock tests. 4395-1704 Furuno Used for the tests other than Vibration and Antenna shock. 5 Monitor Unit (23.1”) MU-231 000026 Furuno Used for Vibration and Antenna shock tests. 000010 Furuno Used for the tests other than Vibration and Antenna shock. 6 Control Unit RCU-025 000168 Furuno Used for Vibration and Antenna shock tests. 000235 Furuno Used for the tests other than Vibration and Antenna shock. 7 Processor Unit RPU-013 4317-2240 Furuno Used for Vibration and Antenna shock tests. 4317-5131 Furuno Used for the tests other than Vibration and Antenna shock. 8 Display Unit U2412Mb CN-007H8X-74221-31 DELL Used for Vibration and Antenna F-4L4S shock tests. AL2017 ETL6909021705022F acer Used for the tests other than 03720 Vibration and Antenna shock. 9 Control Unit RCU-014 5453 Furuno Used for Vibration and Antenna shock tests. 1-8067 Furuno Used for the tests other than Vibration and Antenna shock. (*): Item number(s) is(are) corresponding to the unit(s) shown in Clause 5 “EUT Setup/Test Arrangement” of this report. Form: FQ052/37 - Page 5 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 Auxiliary Equipment (AE) used for exercising and/or monitoring the operation and/or the performance of the EUT during testing: No. Name Type Unit serial Manufacturer Note (*) number 10 Dummy Load TF300-A 85D11 SANKEN Used for the tests other than Climatic. (S-band) 4D106 8R18084 SPC Used for Climatic tests 11 USB Serial Adapter COM-1PD 8DRZD7600 CONTEC Used for Vibration and Antenna shock tests. (USB)H 2358 ESU2-400 0306410002 QUATECH Used for the tests other than Vibration and (RS-422) 7 Antenna shock. 12 Keyboard SK-8175 CN-0W213F- DELL Used for the tests other than Vibration and 7161612O-0 Antenna shock. BCH-A00 13 LCD Monitor V193 ETLDQ0C03 ACER Used for the tests other than Vibration and 5915015764 Antenna shock. 010 14 PC PB451ENB 9C086208H TOSHIBA Used for Vibration and Antenna shock tests. NR7A51 DCCY1F DTCNTBX DELL Used for the tests other than Vibration and Antenna shock. 15 Mouse MOC5UO H1702PFE FUJITSU Used for the tests other than Vibration and Antenna shock. (*): Item number(s) is(are) corresponding to the unit(s) shown in Clause 5 “EUT Setup/Test Arrangement” of this report. Software(s) contained in the EUT, AU: No. Category Item/Type Program name Program number Rev. number 1 EUT Antenna Unit App(MTR-DRV) 0359293 01.04 App(PM) 0359296 01.04 2 EUT Transceiver unit App(SPU MAG) 0359281 01.04 3 AU Power Supply Unit App(PSU-Control) 0359299 01.04 PSU-015 4 AU Processor Unit App 0359266 02.04 EC-3000 6 AU Control Unit Key1 2450086 01.05 RCU-025 5 AU Monitor Unit (23.1”) Monitor2 2651020 01.03 7 AU Processor Unit RPU-013 0359204 03.50 9 AU Control Unit RCU-014 0359203 01.04 14 AE PC Winiec Winexe=14(Feb 27 2013) Winiec.mcr=02 EUT documentation used for the tests: No. Item Publication no. Rev. number Note 1 Installation Manual IME-36240 Z1 2 Supplier’s specifications for Magnetron type 03S6963 --- MG5223F 1.2 EUT Operation mode and Performance Check 1.2.1 EUT Operation mode Operation state: TX-on RANGE: 6NM TUNE: AUTO GAIN: Manual, 85 A/C SEA: Manual, 0 (Min) A/C RAIN: Manual, 0 (Min) Range rings: ON VRM1,2: ON EBL1,2: ON Brilliance of all attributes: 97 Form: FQ052/37 - Page 6 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 1.2.2 Performance Test (PT) (1) Radar display on MU-190 and MU-231 (AUs): - Noise echo level/area should not change. Radar display should be updated (scanning). (2) Antenna rotation: - Antenna should be rotated in a clockwise direction through 360 continuously and automatically with the rotation rate of 40 rpm or more for HSC Radar. (3) Tuning indicator: - Indicator bar of RX tuning indicator should be 50% or more. (4) Sub display: - Radar display on Display Unit (No. 9 AU) should be displayed and updated (scanning). (5) Own ship’s information: - Own ship’s information should be displayed on MU-190 and MU-231 (AUs). (6) Track ball control: - Cursor should be moved as intended. (7) TT-Test: - Target should be tracked and Echo trail functions should be activated as intended. (8) Startup: - Startup time from Power-ON to the ST-BY state should be 4 min. or less. (9) Magnetron: - Magnetron current indicated in System monitor should be more than 0 A. 1.2.3 Performance Check (PC) Same as those for PT. 1.3 Test Conditions 1.3.1 Normal power supply conditions: 100 VAC, 60 Hz (for “Vibration”, “Antenna shock” and “Rain and Spray” tests) 230 VAC, 50 Hz (for the tests other than the above) 1.3.2 Extreme power supply conditions: Upper extreme conditions: 253 VAC, 52.5 Hz (230 VAC + 10 %, 50 Hz + 5 %). Lower extreme conditions: (*) 207 VAC, 47.5 Hz (230 VAC - 10 %, 50 Hz - 5 %). (*) specified by the customer. 1.4 Observation and comments (1) Test items to be performed were specified by the customer. Test items under IEC 60945 Clause 6, 9, 10, 13, 14, and 15 are separately reported. (2) Corrosion (salt mist) test was not performed, because the evidence that the components, materials and finishes employed in the EUT satisfy the test was submitted by the manufacturer. (See Furuno Electric Statement CW-043 dated 11 November 2013.) (3) “Emission from visual display unit (VDU)” test was not applicable, because the EUT had no display devices. (4) “X-radiation” test was not performed, because the evidence that the Magnetrons employed in the EUT satisfy the test was submitted by the manufacturer. Form: FQ052/37 - Page 7 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 1.5 Measurement uncertainties IEC 60945 Item Measurement uncertainty (*) Clause 7 Power supply 7.1 Extreme power supply: ---- 7.2 Excessive conditions: ---- 8 Durability and resistance to environmental conditions 8.2 Dry heat ---- 8.2.1 - Storage test: Temperature: ±1.5°C 8.2.2 - Functional test: Temperature: ±1.5°C 8.3 Damp heat 8.3.1 - Functional test: Temperature: ±1.5°C, Humidity: ±4% 8.4 Low temperature ---- 8.4.1 - Storage test: Temperature: ±1.5°C 8.4.2 - Functional tests: Temperature: ±1.5°C 8.7 Vibration: Acceleration: ±2.2 m/s2 8.8 Rain and spray: Delivery rate: ±3.1 l/min for 100 l/min. 8.12 Corrosion: ---- 11 Special purpose tests 11.1 Acoustic noise and signals: ±2.4 dB 11.2 Compass safe distance (CSD): ±7.4% 12 Safety precautions 12.1 Protection against accidental access to dangerous voltages: Not applicable. 12.2 Electromagnetic radiofrequency radiation: ±2.3 dB 12.4 X-radiation: ---- IEC 62388 Item Measurement uncertainty (*) Clause 17.3.2 Antenna shock test Acceleration: ±2.2 m/s2 (*): confidence level = 95%, coverage factor k = 2 2 Test Results Summary IEC 60945 Test Item Result Test Engineer Clause 7 Power supply 7.1 Extreme power supply: Passed. T. Ekawa, Y. Nakamura. 7.2 Excessive conditions: Passed. Y.Nakamura, O.Araki 8 Durability and resistance to environmental conditions 8.2 Dry heat 8.2.1 - Storage test: Passed. Y. Nakamura 8.2.2 - Functional test: Passed. T. Ekawa. 8.3.1 Damp heat - Functional test: Passed. T. Ekawa. 8.4 Low temperature 8.4.1 - Storage test: Not applicable. --- 8.4.2 - Functional tests: Passed. T. Ekawa. 8.7 Vibration: Passed. A. Inoue, K. Imamura 8.8 Rain and spray: Passed Y. Nakamura,T. Ekawa, and F. Ueki 8.12 Corrosion: Not performed. ---- 11 Special purpose tests 11.1 Acoustic noise and signals: Passed. Y. Nakamura, T. Ekawa. 11.2 Compass safe distance (CSD): Passed. K. Imamura, Y. Nakamura T. Ekawa. 12 Safety precautions 12.1 Protection against accidental access to Passed. Y. Nakamura, O.Araki dangerous voltages: 12.2 Electromagnetic radiofrequency Passed. Y. Nakamura, K. Imamura radiation: 12.3 Emission from visual display unit (VDU): Not applicable. ---- 12.4 X-radiation: Not performed ---- IEC 62388 Test Item Result Test Engineer Clause 17.3.2 Antenna shock test Passed. K. Imamura Form: FQ052/37 - Page 8 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 3 Test Results 3.1 Power supply 3.1.1 Extreme power supply Environment Normal power supply Extreme power supply Dry heat Performance test (PT) Passed. Performance check (PC) Passed. Damp heat Performance check (PC) Passed. --- --- Low temperature Performance test (PT) Passed. Performance check (PC) Passed. Normal temperature Performance test (PT) Passed. Performance test (PT) Passed. 3.1.2 Excessive conditions Item Result Description 1 Against Excessive current: Passed 7 A (F2) and 3 A (F1) fuses for both AC lines were activated, and the EUT was protected from damage. 2 Against Excessive voltage: Passed Overvoltage protection circuits were provided in PSU-015. (activated at 290 VAC to 310 VAC) 3 When subjected to the input of 300 VAC Passed No abnormality or damage occurred. (> 230 VAC+10%) of: - improper phase sequence (for AC), for 5 min. 3.2 Dry heat 3.2.1 Storage test For RSB-131 and RTR-109 (*), after the duration period, PT/PC were performed at the Normal temperature. See Clause 3.1.1 of this report. (*): Transceiver Unit RTR-109 was additionally tested under the temperature of +70C specified to “Exposed equipment” at the same time at the customer’s request. 3.2.2 Functional test See Clause 3.1.1 of this report. 3.3 Damp heat - Functional test For RSB-131 and RTR-109, see Clause 3.1.1 of this report. 3.4 Low temperature 3.4.1 Storage test (Not applicable) Not applicable to “Exposed” and “Protected” equipment. 3.4.2 Functional test For RSB-131 and RTR-109 (*), see Clause 3.1.1 of this report. (*): Transceiver Unit RTR-109 was additionally tested under the temperature of -25C specified to “Exposed equipment” at the same time at the customer’s request. Form: FQ052/37 - Page 9 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 3.5 Vibration 3.5.1 EUT attitude/mounting and Test fixture: Unit Attitude/mounting Test fixture RSB-131+ SN36CF Table-top No. 9 (*1) RTR-109 Wall-mounting No. 80 and No. 83 (*1) (*1): prepared by FLI. 3.5.2 Resonance search and Endurance tests Position of Vibration Pick-up Sensors and Directions of Vibration: See Clause 6 of this report. Unit Vibration Resonance detected Endurance test Results Note Direction Freq. Acceleration Magnitude performed at freq. 2 (Hz) (m/s ) ratio Q (Hz) RSB-131+ X (left/right) 58.5 28.7 4.1 58.5 Passed. SN36CF Y (back/forth) 59.4 27.3 3.9 59.4 Passed. Table-top Z (up/down) (*) (*) (*) 30.0 Passed. RTR-109 X (left/right) 69.5 20.6 2.9 69.5 Passed. Wall-mounting Y (back/forth) 59.0 52.9 7.6 59.0 Passed. Z (up/down) 90.0 18.1 2.6 90.0 Passed. (*): No resonance detected. There was no damage, or degradation of performance during and after the tests. 3.6 Antenna shock 3.6.1 EUT attitude/mounting and Test fixture: Unit Attitude/mounting Test fixture RSB-131+ SN36CF Table-top No. 9 (*1) (*1): prepared by FLI. 3.6.2 Results: Unit Test conditions Results RSB-131+ SN36CF Acceleration: 100 m/s2 Passed. Duration: 25 ms Number of shocks: Three Direction: Z -upward There was no damage, or degradation of performance during and after the tests. 3.7 Rain and spray Unit Results Antenna Unit Passed. (*) RSB-131+SN36CF There was no damage. (*) Ingress of water was found. However, it was considered to have no effects for EUT operation. For water ingress areas/points, see Clause 6 for details. 3.8 Corrosion (salt mist) (Not performed) Not performed. See Clause 1.4 of this report. Form: FQ052/37 - Page 10 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 3.9 Special purpose tests 3.9.1 Acoustic noise and signals Unit Acoustic noise pressure (dB (A)) Limits EUT powered off EUT powered on Alarm: on (*) Acoustic noise power (Background noise) (pressure) dB(A) RTR-109 30.4 45 Not applicable  60 Note: (*) The EUT had no audible alarm function or level control. The test to RSB-131 was not applicable, because those units were intended not to be installed in wheelhouses or bridge wings. 3.9.2 Compass safe distance (CSD) Test Conditions: (1) with EUT powered-off in the received condition, (2) with EUT powered-off after normalization, (3) with EUT powered-on. Results: Unit CSD for Standard CSD for Steering compass CSD Marking Note compass (m) (m) RSB-131 1.55 0.95 Described in the manual (3) TX-on. RTR-109 4.50 2.90 Described in the manual (3) TX-on. Normalization was done at about 23 m apart from the CSD test site. 3.10 Safety precautions 3.10.1 Protection against accidental access to dangerous voltages IEC Requirement Result Note 60945 Clause 4.6.1/12.1 There shall be no openings of the enclosure of the EUT to Passed. Dangerous voltages were allow access to hazardous parts with the access probe provided in the EUT, but there (test finger), or there shall be adequate clearance between were no openings to allow with the access probe and hazardous parts. test finger. All parts and wiring in the EUT shall be isolated Passed. Screw driver needed. automatically from all sources of electrical energy when protective covers are removed. Alternatively any further access to the interior of the EUT shall be only possible by means of a spanner or screwdriver. Warning labels shall be prominently displayed both within Passed. Warning label provided on the the EUT and on protective covers. protective cover. Means shall be provided for earthing exposed metallic Passed. Earth terminal provided. parts of the EUT, but this shall not cause any terminal of the source of electrical energy to be earthed. 3.10.2 Electromagnetic radiofrequency radiation Unit Distance to 100 W/m2 (m) Distance to 50 W/m2 (m) Distance to 10 W/m2 (m) RSB-131+SN36CF, and Not applicable. 0.26 2.3 RTR-109 Note: According to the results of the pre-tests performed with the radar pulse types of Short 1, Short 2, Middle 1, Middle 2, Middle 3, and Long, final tests were performed with Long pulse type (longest distance). 3.10.3 Emission from visual display unit (VDU) (Not applicable) Not applicable. The EUT had no display devices. 3.10.4 X-radiation (Not performed) The test was waived according to the evidence submitted by the manufacture. Form: FQ052/37 - Page 11 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 3.11 Environmental conditions during Testing IEC Item Date of test Temperature, humidity Power supply voltage 60945 (Before-test to (Before-test to After-test) Clause After-test) 7 Power supply 7.1 Extreme Power 21 August 2013 27C to 27C, 207.0 VAC, 50.0 Hz to 207.0 VAC, 50.0 Hz. supply: 63% to 63%RH. 253.0 VAC, 50.0 Hz to 253.0 VAC, 50.0 Hz. 22 August 2013 27C to 26C, 207.0 VAC, 50.0 Hz to 207.0 VAC, 50.0 Hz. 63% to 62%RH. 253.0 VAC, 50.0 Hz to 253.0 VAC, 50.0 Hz. 24 August 2013 27C to 26C, 207.0 VAC, 50.0 Hz to 207.0 VAC, 50.0 Hz. 66% to 62%RH. 253.0 VAC, 50.0 Hz to 253.0 VAC, 50.0 Hz. 7.2 Excessive 22 October 26C to 26C, 230.0 VAC, 50.0 Hz to 230.2 VAC, 50.0 Hz. conditions tests 2013 62% to 62%RH. 8 Durability and resistance to environmental conditions 8.2 Dry heat ---- ---- ---- 8.2.1 - Storage test: 24 August 2013 27C to 26C, 230.0 VAC, 50.0 Hz to 230.0 VAC, 50.0 Hz. 63% to 58%RH. 8.2.2 - Functional test: 22 July 2013 27C to 26C, 230.0 VAC, 50.0 Hz to 230.0 VAC, 50.0 Hz. 70% to 65%RH. 8.3.1 Damp heat- 23 July 2013 27C to 27C, 230.0 VAC, 50.0 Hz to 230.0 VAC, 50.0 Hz. Functional test: 63% to 63%RH. 8.4 Low temperature 8.4.1 - Storage test: Not applicable. ---- ---- 8.4.2 - Functional tests: 21 July 2013 26C to 26C, 230.0 VAC, 50.0 Hz to 230.0 VAC, 50.0 Hz. 62% to 65%RH. 8.7 Vibration: 15 September 25C to 25C, 99.8 VAC, 60.0 Hz to 99.7 VAC, 60.0 Hz. 2013 57% to 61%RH. 16 September 24C to 24C, 100.2 VAC, 60.0 Hz to 99.9 VAC, 60.0 Hz. 2013 56% to 60%RH. 8.8 Rain and spray: 1 November 22C to 20C, 100.8 VAC, 59.9 Hz to 100.8 VAC, 59.9 Hz. 2013 47% to 43%RH. Water temperature: 17C to 17C 8.12 Corrosion: Not performed. ---- ---- 11 Special purpose tests 11.1 Acoustic noise and 22 October2013 26C to 26C, 230.0 VAC, 50.0 Hz to 230.0 VAC, 50.0 Hz. signals: 58% to 58%RH. 11.2 Compass safe 6 October2013 25C to 25C, 230.0 VAC, 50.0 Hz to 230.0 VAC, 50.0 Hz. distance (CSD): 65% to 65%RH. 100.0 VAC, 60.0 Hz to 100.0 VAC, 60.0 Hz. 12 Safety precautions 12.1 Protection against 22 October 26C to 26C, --- accidental access to 2013 62% to 62%RH. dangerous voltages: 12.2 Electromagnetic 1 September 24C to 24C, 230.0 VAC, 50.0 Hz to 230.0 VAC, 50.0 Hz. radiofrequency 2013 58% to 58%RH. radiation: 12.3 Emission from visual Not applicable. ---- ---- display unit (VDU): 12.4 X-radiation Not performed. --- ---- measurement: IEC Item Date of test Temperature, humidity Power supply voltage 62388 (Before-test to (Before-test to After-test) After-test) 17.3.2 Antenna shock 16 September 24C to 24C, 100.2 VAC, 60.0 Hz to 100.0 VAC, 60.0 Hz. 2013 60% to 60%RH. Form: FQ052/37 - Page 12 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 4 List of Measuring/Test Instruments Measuring/Test instruments have been appropriately calibrated/maintained according to the FLI programs/ procedures and ISO/IEC 17025. Measuring/Test instruments used for the tests are listed below. 4.1 Dry heat/Damp heat/Low temperature (*) C/N Instrument Type S/N Manufacturer X HT370 Climatic chamber (L) TBE-3HW5GE2F 3013000995 Tabai Espec X HT723 Paperless recorder/Dual communication logger FX106-4-1 S5JA01445 Yokogawa DAQSTATION FX100 -- HT415 Climatic chamber (S) PL-4KP 14004204 Tabai Espec -- HT724 Paperless recorder/Dual communication logger FX106-4-1 S5JA01450 Yokogawa DAQSTATIOM FX100 -- HT510 Climatic chamber (Hama-L) TBE-3HW4PE2F 3013002540 Tabai Espec -- HT725 Paperless recorder/Dual communication logger FX106-4-1 S5JA01447 Yokogawa DAQSTATION FX100 -- HT364 Climatic/Air pressure chamber (Hama-AL) MZH-21HS 581989 Tabai Espec -- HT161 Temperature recorder (Hama-AL) µR180 4177WA303 Yokogawa -- HT414 Climatic chamber (Hama-S) PL-4KP 14004203 Tabai Espec -- HT726 Paperless recorder/Dual communication logger FX106-4-1 S5JA01448 Yokogawa DAQSTATION FX100 X HT446 Programmable AC power supply 4420/4471 306043-4420024 NF -- HT432 DC power supply PAN55-20 AK003307 Kikusui X HT461 Digital Multimeter 111 78410077 Fluke (*): X – indicates instruments used for the tests, -- – not used. 4.2 Vibration (*) C/N Instrument Type S/N Manufacturer Note X HT562 Vibration test system (3.5-ton type) G-0235LS SG-4420 Shinken X HT367 Vibration test system (2.0-ton type) VS-2000-20 S-4798 IMV -- HT373 Vibration test system (0.6-ton type) VS-600-140 212540 IMV -- HT439 Pickup sensor VP-15 2325T IMV X HT577 Pickup sensor (Reference) V11-101S 0522 Shinken RTR-109 -- HT578 Pickup sensor V11-101S 0521 SHINKEN X HT661 Pickup sensor (Reference) V11-101S 1112 Shinken RSB-131 X HT662 Pickup sensor (Response) VP-15 0025U IMV RTR-109 X HT663 Pickup sensor (Response) VP-15 0026U IMV RSB-131 -- HT434 AC/DC Power Supply PCR2000L BB002789 Kikusui -- HT431 DC Power Supply PAN55-20 AK003303 Kikusui X HT462 Digital Multimeter 111 78120001 Fluke -- HT430 DC Power supply PAD55-20L 10091786 Kikusui (*): X – indicates instruments used for the tests, -- – not used. 4.3 Antenna shock (*) C/N Instrument Type S/N Manufacturer X HT562 Vibration test system (3.5-ton type) G-0235LS SG-4420 Shinken -- HT367 Vibration test system (2.0-ton type) VS-2000-20 S-4798 IMV -- HT373 Vibration test system (0.6-ton type) VS-600-140 212540 IMV -- HT439 Pickup sensor VP-15 2325T IMV -- HT577 Pickup sensor V11-101S 0522 Shinken -- HT578 Pickup sensor V11-101S 0521 SHINKEN X HT661 Pickup sensor (Reference) V11-101S 1112 Shinken -- HT662 Pickup sensor VP-15 0025U IMV -- HT663 Pickup sensor VP-15 0026U IMV -- HT434 AC/DC Power Supply PCR2000L BB002789 Kikusui -- HT431 DC Power Supply PAN55-20 AK003303 Kikusui X HT462 Digital Multimeter 111 78120001 Fluke -- HT430 DC Power supply PAD55-20L 10091786 Kikusui (*): X – indicates instruments used for the tests, -- – not used. Form: FQ052/37 - Page 13 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 4.4 Rain and Spray (*) C/N Instrument Type S/N Manufacturer X HT587 Liquid flow meter (Area type) SPG-1 050278 NFC X HT584 Rain test set for IPX6 IPX6 05-001 FLI X HT689 Digital Multimeter 115 10821185 Fluke (*): X – indicates instruments used for the tests, -- – not used. 4.5 Special purpose tests 4.5.1 Acoustic noise and signals (*) C/N Instrument Type S/N Manufacturer -- HT453 Sound level meter VS-3701A 66645 Panasonic X HT702 Sound level meter 556A 935983 Testo X HT177 Screened room USC-26 D-003 USC X HT164 Digital multimeter E2378A 2943J06324 HP -- HT173 DC power supply GP035-30R 1014397082 Takasago (*): X – indicates instruments used for the tests, -- – not used. 4.5.2 Compass safe distance (CSD) (*) C/N Instrument Type S/N Manufacturer X HT433 3-axis Magnetic field meter HM-310NR 003111 MTI X HT189 Helmholtz coil 2X2M-10T 0001 TSJ -- HT157 Programmable AC power supply 8461 209648 NF -- HT446 Programmable AC power supply 4420/4471 306043-4420024 NF -- HT432 DC power supply PAN55-20 AK003307 Kikusui X HT571 Programmable AC power supply PCR6000W2 DH001240 Kikusui X HT430 DC power supply PAD55-20L 10091786 Kikusui (*): X – indicates instruments used for the tests, -- – not used. 4.6 Safety precautions 4.6.1 Protection against accidental access to dangerous voltages (*) C/N Instrument Type S/N Manufacturer -- HT435 Jointed test finger P-10.09 D-008 EXCEL (*): X – indicates instruments used for the tests, -- – not used. 4.6.2 Electromagnetic radio frequency radiation (*) C/N Instrument Type S/N Manufacturer X HT590 RF Radiation meter EMR-300/33C 211171 Narda (*): X – indicates instruments used for the tests, -- – not used. Form: FQ052/37 - Page 14 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 5 EUT Setup/Test Arrangement 5.1 For Climatic test, (Chamber) (Operator’s room) EUT 1 RW-00136 (3C-2VS×1C+0.3SQ×6C), 20 m Gear Box RSB-131 AU 7 J616 PROCESSOR UNIT TB802/TB803 RPU-013 AU 9 CONTROL AU 8 UNIT Display Unit 100 VAC, TTYCY-10SLA, 20 m RCU-014 60 Hz AL2017 RW-00135(CAT5E1C+2.5SQ×8C), 20 m TB802/TB803 TB131 J102 #1-10 TB803#11-16 AU 3 AE 10 TB804 EUT 2 MARINE RADER Antenna dummy load Transceiver Unit DPYC-2.5, 10 m TB1 POWER SUPPLY RTR-109 TB801 100 VAC/ UNIT 230 VAC PSU-015 J821 J101 TB132 DTI-C5E 350 VCV, 20 m MOD-Z072-050+, 0.5 m 250V-TTYC-SLA-1Q LA, USB LAN 3 J15 J16 Serial 8 20 m AE 14 LAN LAN 1 PC 100 VAC, 60 Hz Serial 1 AE 15 Serial 3 MOUSE AE 12 Keyboard AE 13 LCD Monitor 6TPSH-XH12X2-L5.0SP1, 5m AE 11 AU 6 KEY 1 USB Serial Adapter RADAR USB 1 AU 4 CONTROL UNIT TS-20-071-1, 5 m USB RCU-025 PROCESSOR UNIT EC-3000 Serial1 Serial2 250V-TTYC-SLA-4, 20 m DVI-D/D SINGLE LINK, 5 m 250V-TTYC-SLA-１Q, 20 m AU 5 DVI 1 DSUB9P- MONITOR UNIT DSUB9P, 5 m MU-231 COM 1 DPYC-1.5, 5 m 100 VAC, SHIP’S 60 Hz IEC60320-C13-L5M, 5 m MAINS 100 VAC, 60 Hz Note: AU - Auxiliary Unit, AE - Associated Equipment. Form: FQ052/37 - Page 15 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 5.2 For Vibration test, (*) AE 10 Antenna dummy load or Antenna Radiator SN36CF Coaxial Cable LHPX-20-ASSY, RW-00136 (3C-2VS×1C+0.3SQ×6C), 20 m EUT 2 EUT 1 20 m Transceiver Gear Box Unit AU 7 J616 RSB-131 TTYCY-10SLA, RTR-109 PROCESSOR TB802/ 20 m TB803 TB802/ UNIT TB803 TB801/ RPU-013 J821 AU 9 CONTROL RW-00135(CAT5E1C+2.5SQ×8C), UNIT AU 8 100 VAC, 20 m RCU-014 60 Hz Display Unit J102 TB131 AU 3 100 VAC, 60 Hz/ DPYC-2.5, 10 m POWER SUPPLY 230 VAC, 50 Hz TB1 UNIT PSU-015 DTI-C5E 350 VCV, 20 m J101 TB132 AE 11 USB Serial USB Adapter MOD-Z072-050+, 0.5 m Serial1 Serial2 AE 13 250V-TTYC-SLA-1Q LA, LCD Monitor LAN 3 J15 J16 Serial 8 20 m USB AE 14 LAN 1 AE 15 PC 250V-TTYC-SLA-4, Mouse 20 m Serial 1 AE 12 100 VAC, 60 Hz Keyboard Serial 3 250V-TTYC-SLA-１Q, 20 m 6TPSH-XH12X2-L5.0SP1, 5m KEY 1 AU 6 CONTROL UNIT USB 1 TS-20-071-1, 5 m RCU-025 AU 4 PROCESSOR UNIT KEY 3 EC-3000 DVI-D/D SINGLE LINK, 5 m AU 5 DVI 1 MONITOR UNIT DSUB9P- DSUB9P, 5 m MU-231 COM 1 DPYC-1.5, 5 m 100 VAC, SHIP’S 60 Hz MAINS IEC60320-C13-L5M, 5 m 100 VAC, 60 Hz Note: AU - Auxiliary Unit, AE - Associated Equipment. (*) - Antenna radiator was used for Vibration, Antenna shock, Rain and spray, and Electromagnetic RF radiation tests. Form: FQ052/37 - Page 16 of 30 -

MBOTECH hugy 6

Furuno Labotech International Report number: FLI 12-13-081 6.2 Vibration RSB-131+SN36CF, RTR-109, Note: - Pick-up sensor, - Vibration direction Form: FQ052/37 - Page 18 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 6.3 Antenna shock RSB-131+SN36CF (Only for Z direction) Form: FQ052/37 - Page 19 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 6.4 Rain and spray For Antenna Unit (RSB-131+SN36CF), Test Setup, Spraying, Form: FQ052/37 - Page 20 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 Photographs of the internal examinations done after the test, Top side, Side cover (No ingress of water), Internal Form: FQ052/37 - Page 21 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 Internal, Internal-bottom : Ingress of water found. Form: FQ052/37 - Page 22 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 7 Temperature/humidity records taken during Dry heat/Damp heat/Low temperature tests 7.1 Dry heat - Storage, 7.2 Dry heat - Functional, Form: FQ052/37 - Page 23 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 7.3 Damp heat, 7.4 Low temperature - Functional, Form: FQ052/37 - Page 24 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 8 Vibration response plots taken during tests 8.1 for RSB-131+SN36CF, Form: FQ052/37 - Page 25 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 8.2 for RTR-109, Form: FQ052/37 - Page 26 of 30 -

MBOTECH MIBOTECH Resonance Search Test (MBefore Endurance, DAfter Endurance) Furuno Labotech International Co., Ltd Date Tested: 2013/9/15 Operator:A.Inoue Sweep Freq: 1000 n/s 8 Hz— m Hz Sweep Rate: 0.5 oct/min. Test Time: 10 min AXIS: C x (LertRicHt) El y (BACK/FORTH) C z (uPpown) EUT: RTR—109 (Wall—mounting) S/N: RO0008—000002 —— EUT — CONTROL £9.0H2 \ 62. m/s® 706 He \ 34.¢ m/s* MBOTECH Resonance Search Test (lBefore Endurance, LAfter Endurance) Furuno Labotech International Co., Ltd Date Tested: 2013/9/16 Operator:A.Inoue Swe req: io. 0 n%" Hz — Sweep Rate: 0.5 oct/min. Test Time: 10 min AXxIS: C x (LertRiGHT) C v (eacwroRtH) N z (uPDpoWnN) EUT: RTR—109 (Wall—mounting) S/N: RO0008—000002 — Eut — CONTROL 90.0Hz: [3.1 m/s® ko e maveise foogy < yc >

MBOTECH MBOTECH Shock/Bump Test Ver. No: 581 Furuno Labotech International Co., Ltd Model Name _: MARINE RADAR ANTENNA UNIT Axis 201 Wave Type Helf sine At the end Type Name _: RSB—131 Acoeleration :100 m/st Sorial No. : R00007—000002 Bump Times 3 shock plotted. Date Tested _: 2013/09/16 Memo : SIB6CF Interval :35 Duration 25 ms Test Engineer KImamura m/st 4 1500 ; 7 T esd | ‘ L1 . hish—abort(©) 1200 4——— felaGinemoimcdeatiesiiseds _ bucsbss.. 1050 || 7 ‘ Sbmm h imuct® soo | | 750 j soo 450 — soo 150 o ~150 ~a00 |—. —«50 — — ~#88 L————\——— — Time (Mill )

Furuno Labotech International Report number: FLI 12-13-081 9 Test results data of the EUT obtained during the climatic tests. 9.1 Dry heat - Storage test Item no. Results Limit Power supply voltage and frequency 230 VAC / 50 Hz 207 VAC / 47.5 Hz 253 VAC / 52.5 Hz 1 Passed. Passed. Passed. --- 2 (rpm) 42.1 42.1 42.1 > 40 3 Passed. Passed. Passed. -- 4 Passed. Passed. Passed. --- 5 Passed. Passed. Passed. --- 6 Passed. Passed. Passed. --- 7 Passed. Passed. Passed. --- 8 (m:s) 3:32 3:32 3:32 < 4:00 9 (A) 9.81 9.86 9.85 --- Note: Item numbers are corresponding to those in Clause 1.2.2 Performance Test (PT). 9.2 Dry heat – Functional test Item no. Results Limit Power supply voltage and frequency 230 VAC / 50 Hz 207 VAC / 47.5 Hz 253 VAC / 52.5 Hz 1 Passed. Passed. Passed. --- 2 (rpm) 42.1 42.1 42.0 > 40 3 Passed. Passed. Passed. -- 4 Passed. Passed. Passed. --- 5 Passed. Passed. Passed. --- 6 Passed. Passed. Passed. --- 7 Passed. Passed. Passed. --- 8 (m:s) 3:31 3:31 3:31 < 4:00 9 (A) 8.25 8.36 8.44 --- 9.3 Damp heat – Functional test Item no. Results Limit Power supply voltage and frequency 230 VAC / 50 Hz 207 VAC / 47.5 Hz 253 VAC / 52.5 Hz 1 Passed. NA NA --- 2 (rpm) 42.1 > 40 3 Passed. -- 4 Passed. --- 5 Passed. --- 6 Passed. --- 7 Passed. --- 8 (m:s) 3:32 < 4:00 9 (A) 8.72 --- Note: NA - Not applicable. Form: FQ052/37 - Page 29 of 30 -

Furuno Labotech International Report number: FLI 12-13-081 9.4 Low temperature – Functional test Item no. Results Limit Power supply voltage and frequency 230 VAC / 50 Hz 207 VAC / 47.5 Hz 253 VAC / 52.5 Hz 1 Passed. Passed. Passed. --- 2 (rpm) 42.1 42.1 42.1 > 40 3 Passed. Passed. Passed. -- 4 Passed. Passed. Passed. --- 5 Passed. Passed. Passed. --- 6 Passed. Passed. Passed. --- 7 Passed. Passed. Passed. --- 8 (m:s) 3:32 3:32 3:32 < 4:00 9 (A) 9.81 9.86 9.85 --- 9.5 Vibration Item no. Results Limit Power supply voltage and frequency 230 VAC / 50 Hz 1 Passed. --- 2 (rpm) 42.1 > 40 3 Passed. -- 4 Passed. --- 5 Passed. --- 6 Passed. --- 7 Passed. --- 8 (m:s) 3:32 < 4:00 9 (A) 9.81 --- Form: FQ052/37 - Page 30 of 30 -


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Document Modified: 2013-11-19 14:29:04
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