XYEPLB1Personal Locator Beacon

PLB1 PLB1PLB1 PLB1 © 2012 Ocean Signal Ltd The technical data, information and illustrations contained in this manual were believed to be correct at the time of print. Ocean Signal Ltd reserve the right to change specifications and other information contained in this manual as part of our continual improvement process. No part of this manual may be reproduced, stored in a retrieval system or transmitted in any form, electronic or otherwise, without the prior permission of Ocean Signal Ltd. No liability can be accepted for any inaccuracies or omissions in this manual. Ocean Signal® and RescueME® are registered trademarks of Ocean Signal Ltd. rescueME PLB1 USER MANUAL 3 Version 00.20 14/03/2013 IN CASE OF EMERGENCY IN CASE OF EMERGENCYIN CASE OF EMERGENCY IN CASE OF EMERGENCY USE ONLY IN CASE OF GRAVE OR IMMINENT DANGER • PULL THE ANTENNA OUT FROM THE BODY TO ITS FULL EXTENT USING THE BLACK TAB. • LIFT THE FLAP UP • PRESS THE ON KEY FOR ONE SECOND TO ACTIVATE THE BEACON. • THE GREEN LED WILL FLASH TO INDICATE ACTIVATION • RELEASE THE ON KEY. • ENSURE THE ANTENNA IS HELD VERTICALLY WHILE OPERATING THE PLB • THE STROBE LIGHT WILL START FLASHING TO INDICATE IT IS ACTIVATED Hold for 1sec Hold for 1secHold for 1sec Hold for 1sec rescueME PLB1 USER MANUAL 4 Part No 912S-01260 Contents 1. GENERAL ................................................................................................................................... 5 1.1 Exposure to RF Electromagnetic Energy .................................................................. 5 1.2 Warnings..................................................................................................................... 5 1.3 Model designators...................................................................................................... 5 1.4 Registration ................................................................................................................ 5 2. PLB1 OVERVIEW ........................................................................................................................ 6 3. False Alerts................................................................................................................................ 6 4. Operation.................................................................................................................................... 7 4.1 Activation .................................................................................................................... 7 4.2 Deactivation ................................................................................................................ 7 5. Maintenance and Troubleshooting............................................................................................ 8 5.1 Testing ........................................................................................................................ 8 5.1.1 Beacon test....................................................................................................... 8 5.1.2 GPS test ............................................................................................................ 9 6. Batteries..................................................................................................................................... 9 6.1 Disposal ...................................................................................................................... 9 7. Appendix....................................................................................................................................10 7.1 System Overview....................................................................................................... 10 7.1.1 COSPAS/SARSAT System............................................................................... 10 7.1.2 GPS System..................................................................................................... 10 7.2 Accessories............................................................................................................... 10 7.3 Specifications............................................................................................................ 11 7.4 Approvals .................................................................................................................. 12 7.4.1 European Declaration of Conformity............................................................. 12 7.4.2 Country of Intended Use (EU requirement)................................................... 13 7.4.3 Industry Canada Approval..............................................................................13 7.5 Limited Warranty...................................................................................................... 14 rescueME PLB1 USER MANUAL 5 Version 00.20 14/03/2013 1. 1.1. 1. GENERAL GENERALGENERAL GENERAL 1.1 1.11.1 1.1 Exposure to RF Electromagnetic Energy Exposure to RF Electromagnetic EnergyExposure to RF Electromagnetic Energy Exposure to RF Electromagnetic Energy This product also complies with EN62479 (EU) and RSS-102 (Canada). 1.2 1.21.2 1.2 Warnings WarningsWarnings Warnings It is a legal requirement to register your PLB with your National Authority. Only use your PLB in a situation of grave and imminent danger. Deliberately misusing your PLB or setting it off accidentally may result in prosecution and a fine. Your PLB contains small lithium batteries. Please see section 6 for information on safe transportation. The battery in your PLB should be replaced immediately if it has been activated, or if the test indicator shows the battery as ‘used’, or if the expiry date marked on the unit has been exceeded. THIS PLB WILL NOT FLOAT, unless fitted with a flotation lanyard. The lanyard will ensure your PLB will not sink and can be retrieved from the water. The PLB1 is not designed and intended for operation while floating in water. In the case of exceptional circumstances during operation the beacon shall always …

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Registration No 6627101 Vat No 938 4374 89 Registered Office 27 New Dover Road Canterbury Kent CT1 3DN FCC ID: XYEPLB1 Attestation Statement – Ocean Signal rescueME PLB1 Dear Sir, Ocean Signal hereby request that the rescueME PLB1 and rescueME PLB2 are approved under part 95K of the Commissions rules contained in CFR47, The PLB1 and PLB2 are rated as Class 2 devices capable of operation between -20°C and +55°C. The rescueME PLB1 and PLB2 have been tested in accordance with RTCM SC110-STD (2002). The rescueME PLB1 and PLB2 conform to the COSPAS-SARSAT technical standards T001 and T.007. The rescueME PLB1 and PLB2 have been assessed for compliance with the COSPAS-SARSAT technical. A copy of the C/S approval reports are submitted with this application. The PLB2 differs to the PLB1 by omission of the GPS receiver, its antenna and associated components only. The transmission characteristics are identical. The PLB1 and PLB2 are setup in the factory at the time of manufacture. There is no user or service centre tuning required. Therefore there is no tune up procedure is available. Signed on behalf of Ocean Signal Ltd David Sheekey Product and Approvals Manager 25 November 2010 Federal Communications Commission 445 12 th Street, SW Washington DC 20554 United States of America Attn: Reviewing Officer 31 st January 2013

Registration No 6627101 Vat No 938 4374 89 Registered Office 27 New Dover Road Canterbury Kent CT1 3DN FCCID: XYEPLB1 Request for Confidentiality With reference to the conditions laid out in CFR47 parts 0.457 and 0.459, Ocean Signal respectfully requests that the following categories of documents submitted with this application remain confidential and are not made available for public inspection. These documents contain commercially sensitive information which is the intellectual property of Ocean Signal Ltd. We also request that the internal photographs are kept confidential. This equipment is a non-consumer device serviceable by the grantee and its designated service technicians only, as defined in KDB726920 D01 Exhibit Confidentiality Table v01 and in accordance with the FCC Confidential Attestation Policy for Internal Photos or Manuals, item 3. (Another example is when a non-consumer device is not accessible by the general public Operational Descriptions (containing block diagrams and circuit descriptions) Schematics Parts Lists/Tune Up Information Internal Photographs I thank you for your cooperation in this matter. Signed on behalf of Ocean Signal Ltd David Sheekey Product and Approvals Manager 25 th November 2010 Federal Communications Commission 445 12 th Street, SW Washington DC 20554 United States of America Attn: Reviewing Officer 3 rd January 2013 Federal Communications Commission 445 12 th Street, SW Washington DC 20554 United States of America Attn: Reviewing officer

Ocean Signal rescueME PLB1 and PLB2 – External Photographs Figure 1: rescueME PLB1 PLB – Front View Figure 2: rescueME PLB2 PLB – Front View Approval information, including the FCC Identifier, will be printed under this flap. Figure 3: rescueME PLB1/PLB2 PLB – Left Hand Side View Figure 4: rescueME PLB1/PLB2 PLB - Right Hand Side View Figure 5: rescueME PLB1/PLB2 PLB – Rear View Figure 6: rescueME PLB1/PLB2 PLB - Top View Figure 7: rescueME PLB1/PLB2 PLB – Base View

Ocean Signal rescueME PLB1 – Approval Labelling The following label will show the approval information for the rescueME PLB1 and rescueME PLB2 Personal Locator Beacons. As shown, the label currently includes the European Wheelmark and the FCC Identifier. Other nation’s approvals identifiers may appear when granted. Other important labels are shown here for reference. Figure 1: PLB1 – Approvals Label Figure 2: PLB1 – Location of Approvals Label Type approval information laser etched on the rear of this lift-up protective flap Figure 3: Text for registration required label and UIN location Figure 4: Overall view of identification label (Flap removed for clarity) Figure 5: Operating instruction label Figure 6: Warning label. Figure 7: Battery expiry date label Figure 8: Bottom label

Document No. Document Type Issue 01.00 Date Last Amended 14/02/2013 Approved: Last Amended by David Sheekey Document Title RF Exposure Exemption Justification Page 1 of 1 Document printed on 19/02/2013 Ocean Signal has declared that this device is exempt from SAR evaluation under RSS102, with the following justification. During Cospas-Sarsat testing the maximum measured peak output power (PEIRP) at 406.040MHz was determined to be 17.9Watts. (from the value of EIRP maxEOL from test report 12/1410 Annex 5.1. 42.5dBm equates to 10^ (42.5/10) = 17.9W . ) Note that this is the peak power measured for each transmission. In assessing whether this radiated test meets the requirements of RSS102 section 3.2.2, the operation mode selected is the Cospas Sarsat configuration for evaluation of PLBs held off ground, ie in the hand. The 406MHz transmission is 520mS every 50seconds (on average), giving a duty cycle time averaged of 6 minutes of (7 x 0.520)/(6 x 60) = 3.64/360 = 0.01 This gives a time averaged EIRP of 17.9W x 0.01 = 179milliWatts. From RSS102, section 2.5.1 devices in the frequency range 3kHz to 1GHz are exempt from routine SAR evaluation if the radiated power is less than 200mW. The transmission at 121.5MHz was measured at a maximum EIRP of 41.37mw (from Test Report 12/1093 to RTCM SC11010.2) which is below the 200mW exemption in RSS102 section 2.5.1. Ocean Signal has made the following statement in the User Manual. “This product has been evaluated for compliance with the FCC exposure limits given in CFR47 part 2.1093 at a distance of 3.5cm for “General Use Only”. This product also complies with EN62479 (EU) and RSS-102 (Canada).” The justification for the 3.5cm is based on the following assumptions and calculations. The PLB is intended to be operated held in the hand therefore from CFR47 chapter 2.1093.d.2 the limit for General Population is 4W/kg. SAR = (σ x E 2 )/ρ Where σ is the specific conductivity of a body in S/m (121.5MHZ = 0.8 and 406MHz = 0.93) E is the incident field strength inV/m ρ is the mass density in Kgm 3 Therefore for 406MHz Distance at which 4W/kg is met = ((377 x 0.93 x 0.179)/(4 x 1000 x 4 x π)) 0.5 = 3.5cm For 121.5MHz Distance at which 4W/kg is met = ((377 x 0.8 x 0.0414)/(4 x 1000 x 4 x π)) 0.5 = 1.6cm Signed on behalf of Ocean Signal David Sheekey Product and Approvals Manager

PUBLIC ENTERPRISE TESTING CENTER «OMEGA» Approved by Director PE TC “OMEGA” _________ Belikov N.I. 31 January, 2013 TEST REPORT No. 12/1093 Issue 1 Personal Locator Beacon (PLB) for compliance with RTCM Standard 11010.2 Models rescueME PLB1 rescueME PLB2 Manufacturer Ocean Signal Ltd., Great Britain Sevastopol 2013 PE TC «Omega» Test Report 12/1093 Issue 1 page 2 of 119 Ф.П4.2-214 PUBLIC ENTERPRISE TESTING CEN- TER «OMEGA» P.O.B. No.37, Sevastopol, 99053, Ukraine Phone: +380 692 537 072 Fax: +380 692 469 679 E-mail: [email protected] ACCREDITATION COSPAS-SARSAT Secretariat Reference No. CS497/F530 dated 21/09/1994 Ministry of Transport Russian Federation Certificate of ac- creditation of testing laboratory No. АКР.0510-14 РТН dated 19.05.2010 valid until 19.05.2015 Russian Maritime Register of Shipping Certificate of Recog- nition testing laboratory No.12.61074.184 dated 21.08.2012 valid until 21.08.2017 National Accreditation Agency of Ukraine Certificate of ac- creditation for compliance DSTU ISO 17025:2006 No. 2H339 dated 18.05.2012 valid until 17.05.2014 Letter of FCC acceptance #181479 dated August 18, 2011 IC registration of 3/10m OATS #8780A-1 dated January 18, 2010 IC registration of 3m alternative test site #8780A-2 dated January 18, 2010 BABT Certificate of Recognition testing laboratory No.LAB/033 dated 30.06.2012 valid until 30.06.2014 Letter of USCG Acceptance for testing EPIRBs #16714/161.011/OMEGA dated February 7, 2008 Accreditation certificate No. AAC.T.00130 dated 28.10.2012 valid until 28.10.2014 issued by AAC “Analitica”, Full Mem- ber and Signatory to ILAC and APLAC Mutual Recognitions Arrangements (www.aac-analitica.ru ) Equipment under test Personal Locator Beacon (PLB) 406 MHz COSPAS–SARSAT models: rescueME PLB1, rescueME PLB2 Manufacturer Ocean Signal Limited, Unit 4, Ocivan Way, Margate, Kent, CT9 4NN, United Kingdom Applicant Ocean Signal Limited, Unit 4, Ocivan Way, Margate, Kent, CT9 4NN, United Kingdom Technical officer Name Title Phone E-mail Simon Nolan Technical Director +44 (0)1843 282931 [email protected] Test commencement date 30.10.2012 Test completion date 30.01.2013 The results of this report shall be applied only to the tested samples Copying or replication of this report or any part of it is prohibited without prior written permission of PE TC “Omega” PE TC «Omega» Test Report 12/1093 Issue 1 page 3 of 119 Ф.П4.2-214 CONTENTS 1. EQUIPMENT UNDER TEST........................................................................................................................................ 5 2. MODIFICATIONS OF THE TEST SAMPLES DURING TESTING .......................................................................... 5 3. TEST PURPOSE ............................................................................................................................................................ 6 4. TEST CONDITIONS AND METHODS ....................................................................................................................... 6 5. TEST PROGRAM.......................................................................................................................................................... 6 6. TEST SCHEDULE......................................................................................................................................................... 7 7. CONCLUSION .............................................................................................................................................................. 8 8. SUMMARY OF TEST RESULTS................................................................................................................................. 9 ANNEX 1. PERFORMANCE CHECK (A.1.13) .................................................................................................................. 15 ANNEX 2. DRY HEAT TEST (A.3)..................................................................................................................................... 19 ANNEX 3. DAMP HEAT TEST (A.4) ................................................................................................................................. 24 ANNEX 4. LOW TEMPERATURE TEST (A.5).................................................................................................................. 28 ANNEX 5. VIBRATION TEST (A.6)................................................................................................................................... 34 ANNEX 6. BUMP TEST (A.7) ............................................................................................................................................. 40 ANNEX 7. DROP TEST (A.9) .............................................................................................................................................. 44 ANNEX 8. THERMAL SHOCK (A.10) ............................................................................................................................... 48 ANNEX 9. IMMERSION TEST (A.11)................................................................................................................................ 51 ANNEX 10 SPURIOUS EMISSIONS TEST (A.12) ............................................................................................................ 56 ANNEX 11. OPERATIONAL LIFE TEST (A.13.1) ............................................................................................................ 61 ANNEX 12. SELF- TEST (A.13.2) ....................................................................................................................................... 71 ANNEX 13. AUXILIARY RADIO-LOCATING DEVICE TRANSMITTER TEST (A.16).................................................. 75 ANNEX 14 COMPASS SAFE DISTANCE (A.19) ............................................................................................................. 89 ANNEX 15. MISCELLANEOUS TESTS............................................…

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PUBLIC ENTERPRISE TESTING CENTER «OMEGA» Approved by Director PE TC “OMEGA” _________ Belikov N.I. TEST REPORT No. 12/1410 Issue 2 on type approval of COSPAS-SARSAT Personal Locator Beacon (PLB) Model rescueME PLB1 Manufacturer Ocean Signal Ltd., Great Britain Volume 1 Sevastopol 2013 January 29, 2013 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 2 of 213 Ф.П10.16-194_1 P.O.B. No.37, Sevastopol, 99053, Ukraine Phone: +380 692 537 072 Fax: +380 692 469 679 E-mail: : [email protected] PUBLIC ENTERPRISE TESTING CENTER «OMEGA» COSPAS-SARSAT Secretariat reference No. CS497/F530 21/09/1994 Ministry of Transport Russian Federation Certificate of accreditation of testing laboratory No. АКР.0510-14 РТН valid until 19.05.2015 Russia Maritime Register of Shipping. Certificate of Recognition testing laboratory No. 12.61074.184 valid until 21.08.2017 National Accreditation Agency of Ukraine. Certificate of accreditation for compliance DSTU ISO 17025:2006 No. 2H339 valid until 17.05.2014 Letter of FCC acceptance #181479 dated August 19, 2008 IC registration of 3/10m OATS #8780A-1 dated January 18, 2010 IC registration of 3m alternative test site #8780A-2 dated January 18, 2010 BABT Certificate of Recognition testing laboratory No.LAB/033 dated 30.06.2011 valid until 30.06.2013 Letter of USCG Acceptance for testing EPIRBs #16714/161.011/OMEGA dated February 7, 2008 Accreditation certificate No. AAC.T.00130 dated 28.10.2011 valid until 28.10.2014 issued by AAC “Analitica”, Full Member and Signatory to ILAC and APLAC Mutual Recognitions Arrangements (www.aac- analitica.ru ) Equipment under test Personal Locator Beacon (PLB) 406 MHz COSPAS–SARSAT model: rescueME PLB1 Manufacturer Ocean Signal Limited, Unit 4, Ocivan Way, Margate, Kent, CT9 4NN, United Kingdom Applicant Ocean Signal Limited, Unit 4, Ocivan Way, Margate, Kent, CT9 4NN, United Kingdom Technical officer Name Title Phone E-mail Simon Nolan Technical Director +44 (0)1843 282931 [email protected] Test commencement date 19.12.2012 Test completion date 28.12.2012 The results of this report shall be applied only to the tested samples Copying or replication of this report or any part of it is prohibited without prior written permission of PE TC “Omega” PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 3 of 213 Ф.П10.16-194_1 CONTENTS 1. EQUIPMENT UNDER TEST ...............................................................................................................................................5 2. MODIFICATIONS OF THE TEST SAMPLES DURING TYPE APPROVAL TESTING .................................................5 3. SUBMITTED DOCUMENTATION .....................................................................................................................................6 4. TEST PURPOSE....................................................................................................................................................................7 5. TEST CONDITIONS AND METHODS ...............................................................................................................................7 6. TEST PROGRAM .................................................................................................................................................................7 7. TEST SCHEDULE ................................................................................................................................................................8 8. TEST RESULT ......................................................................................................................................................................9 9. APPLICATION FOR A COSPAS-SARSAT 406 MHz BEACON TYPE APROVAL CERTIFICATE ............................10 10. CONCLUSION ....................................................................................................................................................................16 TABLE F.1: OVERALL SUMMARY OF 406 MHZ RESCUEME PLB1 Class 2 BEACON TEST RESULTS ........................17 ANNEX 1. ELECTRICAL AND FUNCTIONAL PERFORMANCE MEASUREMENTS AT CONSTANT TEMPERATURE26 ANNEX 1.1. PERFORMANCE MEASUREMENTS AT NORMAL TEMPERATURE .................................................... 29 ANNEX 1.2. PERFORMANCE MEASUREMENTS AT MAXIMUM DECLARED TEMPERATURE........................... 41 ANNEX 1.3. PERFORMANCE MEASUREMENTS AT MINIMUM DECLARED TEMPERATURE ............................ 52 ANNEX 2. THERMAL SHOCK TEST .......................................................................................................................................63 ANNEX 3. FREQUENCY STABILITY TEST WITH TEMPERATURE GRADIENT .............................................................69 ANNEX 4. OPERATING LIFETIME AT MINIMUM TEMPERATURE..................................................................................80 ANNEX 5. BEACON ANTENNA TEST ....................................................................................................................................97 ANNEX 5.1. TEST CONFIGURATION 3: BEACON SITTING ON GROUND PLANE .................................................. 98 ANNEX 5.2. TEST CONFIGURATION 4: BEACON ABOVE GROUND PLANE ........................................................ 102 ANNEX 6. BEACON CODING SOFTWARE ..........................................................................................................................105 ANNEX 7. NAVIGATION SYSTEM TEST RESULTS...........................................................................................................134 ANNEX 8. SATELLITE QUALITATIVE TEST ......................................................................................................................190 ANNEX 8.1. TEST CONFIGURATION 7 BEACON ON GROUND PLANE .................................................................. 191 ANNEX 8.2. TEST CONFIGURATION 8 BEACON ABOVE GROUND PLANE ........................................................…

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PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 107 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 108 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 109 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 110 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 111 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 112 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 113 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 114 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 115 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 116 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 117 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 118 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 119 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 120 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 121 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 122 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 123 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 124 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 125 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 126 of 213 Ф.П10.16-194_1 PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 127 of 213 Ф.П10.16-194_1 Standard Location: EPIRB with MMSI Decoding Operational Message Protocol: Standard Location: EPIRB with MMSI Location “B” – 51°16’ 38” N, 1° 4’ 50” E Full message: FFFE2F8C92F423F03340210CC8F786A4D7C0 ITEM BITS VALUE Message format: long format 25 1 Protocol: Location Protocol 26 0 Country code: 201 27-36 0011001001 Type of location protocol: Standard Location - EPIRB (MMSI) 37-40 0010 MID: 999999 41-60 11110100001000111111 Specific Beacon: 0 61-64 0000 Latitude Sign: North 65 0 Latitude Degrees: 51 66-72 0110011 Latitude Minutes: 15 73-74 01 Longitude Sign: East 75 0 Longitude Degrees: 1 76-83 00000001 Longitude Minutes: 0 84-85 00 BCH 1 Encoded: 86-106 001000011001100100011 BCH 1 Calculated: N/A 001000011001100100011 Fixed bits (1101): Pass 107-110 1101 Position Data: Encoded Position Data Source From Internal Navigation Device 111 1 Aux Device: 121.5 MHz homer 112 1 Latitude Offset Sign: + 113 1 Latitude Offset Minutes: 1 114-118 00001 Latitude Offset Seconds: 40 119-122 1010 Longitude Offset Sign: + 123 1 Longitude Offset Minutes: 4 124-128 00100 Longitude Offset Seconds: 52 129-132 1101 BCH 2 Encoded: 133-144 011111000000 BCH 2 Calculated: N/A 011111000000 Composite Latitude: 51.27777777777778 Degrees North N/A Composite Longitude: 1.0811111111111111 Degrees East 15 Hex ID: N/A 1925E847E0FFBFF PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 128 of 213 Ф.П10.16-194_1 Standard Location: PLB with Serial Number Decoding Operational Message Protocol: Standard Location: PLB with Serial Number Location “B” – 51°16’ 38” N, 1° 4’ 50” E Full message: FFFE2F8C97F9C063334025368AF786A4D7C0 ITEM BITS VALUE Message format: long format 25 1 Protocol: Location Protocol 26 0 Country code: 201 27-36 0011001001 Type of location protocol: Standard Location - PLB (Serial) 37-40 0111 Cospas-Sarsat #: 999 41-50 1111100111 Serial Number: 99 51-64 00000001100011 Latitude Sign: North 65 0 Latitude Degrees: 51 66-72 0110011 Latitude Minutes: 15 73-74 01 Longitude Sign: East 75 0 Longitude Degrees: 1 76-83 00000001 Longitude Minutes: 0 84-85 00 BCH 1 Encoded: 86-106 101001101101000101011 BCH 1 Calculated: N/A 101001101101000101011 Fixed bits (1101): Pass 107-110 1101 Position Data: Encoded Position Data Source From Internal Navigation Device 111 1 Aux Device: 121.5 MHz homer 112 1 Latitude Offset Sign: + 113 1 Latitude Offset Minutes: 1 114-118 00001 Latitude Offset Seconds: 40 119-122 1010 Longitude Offset Sign: + 123 1 Longitude Offset Minutes: 4 124-128 00100 Longitude Offset Seconds: 52 129-132 1101 BCH 2 Encoded: 133-144 011111000000 BCH 2 Calculated: N/A 011111000000 Composite Latitude: 51.27777777777778 Degrees North N/A Composite Longitude: 1.0811111111111111 Degrees East 15 Hex ID: N/A 192FF380C6FFBFF PE TC «Omega» Test Report 12/1410 Volume 1 Issue 2 page 129 of 213 Ф.П10.16-194_1 Standard Location: Test Decoding Operational Message Protocol: Standard Location: Test Location “B” – 51°16’ 38” N, 1° 4’ 50” E Full message: FFFE2F8C9EF9C0633340221A2D7786A4D7C0 ITEM BITS VALUE Message format: long format 25 1 Protocol: Location Protocol 26 0 Country code: 201 27-36 0011001001 Type of location protocol: Standard Location - Test 37-40 1110 Test Protocol: Test Protocol (No Decode information in bits 41 to 64) 41-64 111110011100000001100011 Latitude Sign: North 65 0 Latitude Degrees: 51 66-72 0110011 Latitude Minutes: 15 73-74 01 Longitude Sign: East 75 0 Longitude Degrees: 1 76-83 00000001 Longitude Minutes: 0 84-85 00 BCH 1 Encoded: 86-106 010000110100010110101 BCH 1 Calculated: N/A 010000110100010110101 Fixed bits (1101): Pass 107-110 1101 Position Data: Encoded Position Data Source From Internal Navigation Device 111 1 Aux Device: 121.5 MHz homer 112 1 Latitude Offset Sign: + 113 1 Latitude Offset Minutes: 1 114-118 00001 Latitude Offset Seconds: 40 119-122 1010 Longitude Offset…

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