Q8IAISSeatex AIS 100/Simrad AI 70

Seatex AIS 100 Instruction Manual Blank page iii Document revisions Document IDRev.DateReason for revision 0 - 3Draft versions 42003-03-03Updated NMEA descriptions Man_instr_ais100_r552003-03-31Minor update after internal revision Software versions This Instruction Manual applies to software version 1.06 and newer. iv Blank page v Table of contents 1GENERAL INFORMATION ..................................................................1 1.1Introduction............................................................................... 1 1.2How to use this manual............................................................... 1 1.3References ................................................................................ 1 1.4Abbreviations and acronyms ........................................................ 2 1.5AIS – Automatic Identification System .......................................... 3 1.6System components ................................................................... 6 1.7Electrical specifications................................................................ 8 2OPERATION ......................................................................................9 2.1Introduction............................................................................... 9 2.2Operational modes ..................................................................... 9 2.2.1Autonomous and continuous mode ................................. 9 2.2.2Assigned mode ............................................................ 9 2.2.3Polled or controlled mode ............................................ 10 2.3Malfunction and fallback arrangements ....................................... 10 2.4Mobile station initialisation......................................................... 10 2.5Overview................................................................................. 11 3DISPLAY PAGES..............................................................................13 3.1Main menu descriptions............................................................. 13 3.1.1Navigational status..................................................... 13 3.1.2Long range history ..................................................... 13 3.1.3Voyage data .............................................................. 14 3.1.4Static data ................................................................ 15 3.1.5Dynamic data ............................................................ 16 3.1.6Channel management................................................. 17 3.1.7VHF link .................................................................... 18 3.1.8Downperiods ............................................................. 18 3.1.9Network & ports......................................................... 19 3.1.10 Answer modes ........................................................... 19 3.1.11 Diagnostics ............................................................... 20 3.1.12 Security .................................................................... 21 3.2Authorisation code entry ........................................................... 21 3.3View page ............................................................................... 22 3.4SMS menu............................................................................... 22 3.5Alarms .................................................................................... 26 3.6Adjusting brightness and contrast............................................... 26 4TECHNICAL SPECIFICATIONS.........................................................27 4.1Health, environment and safety ................................................. 27 4.2Restrictions in guarantee ........................................................... 27 vi 4.3Physical dimensions .................................................................. 27 5INSTALLATION ...............................................................................33 5.1General ................................................................................... 33 5.2AIS 100 MKD ........................................................................... 34 5.3AIS 100 mobile station.............................................................. 35 5.4AIS 100 connection box ............................................................ 37 5.5External cabling of data signals .................................................. 41 5.6AIS 100 VHF antenna................................................................ 42 5.7AIS 100 GPS antenna ............................................................... 44 5.8Internal alarm system............................................................... 46 6EXTERNAL INTERFACES..................................................................47 6.1External interfaces.................................................................... 47 6.2Presentation interface ............................................................... 47 6.3Long range interface ................................................................. 49 6.4Sensor input ............................................................................ 49 6.5New IEC 61162-1 sentences ...................................................... 51 6.6IEC 61162-1, Ed. 2, sentences ................................................... 70 6.7Proprietary 61162-1 sentences................................................... 81 7SOFTWARE SETUP PROCEDURE ......................................................85 7.1Description of installation setup.................................................. 85 8MAINTENANCE ...............................................................................89 8.1General ................................................................................... 89 8.2Periodic maintenance ................................................................ 89 8.3Repairs and modifications.......................................................... 89 8.3.1Exch…

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(Submit correspondence - FCC electronic filing) Message 1 Reference: 731 confirmation number EA 740469 New files are submitted - Operational description - External photos Trondheim 2003-06-19 Sigfred Avdal

(Submit correspondence - FCC electronic filing) Message 2 Reference: Form 731 confirmation number EA 740469 The following new file is submitted: - Equipment label Trondheim 2003-06-19 Sigfred Avdal

(Sumbit correspondence – FCC electronic filing) Message 3 Reference: 731 confirmation number EA 740469 New file submitted • FCC ID label Trondheim 2003-06-23 Ingvild Steen

(Submit correspondence - FCC electronic filing) Message 4 Reference: Form 731 confirmation number EA 740469 The following new files are submitted: - United States Coast Guard Certificate of Approval, no. 165.155/6/0 - Cover letter United States Coast Guard Certificate of Approval, no. 165.155/6/0 Trondheim 2003-06-24 Ingvild Steen

(Sumbit correspondence – FCC electronic filing) Message 3 Reference: 731 confirmation number EA 740469 New file submitted: • FCC ID label: FCC_ID_label_txt_loc Trondheim 2003-07-02 Sigfred Avdal

Seatex AIS 100 External Photos Kongsberg Seatex AS Pirsenteret N-7462 Trondheim Norway Telephone: +47 73 54 55 00 Facsimile: +47 73 51 50 20 E-mail: [email protected] 2003-06-19 AIS Base Station VTS Centre GNSS Satellites AIS VHF Link AIS VHF Link 2 Document revisions Document IDRev.DateReason for revision Ais100_external_photos_rev002003-06-19First version. Seatex AIS 100 External Photos, rev. 0 3 1 Seatex AIS 100 system units AIS 100 main unit AIS display Seatex AIS 100 External Photos, rev. 0 4 AIS connection box

Standard AIS 100 main unit label Note: If required, additional labels may be fixed in the proximity of the label below (rear side of main unit) to show flag state specific approvals.

Figure 1 FCC ID label Figure 2 Location of FCC ID label on main unit FCC authorisation no: xxxxxxxxxxx

Figure 1 FCC ID label - text Figure 2 Location of FCC ID label on main unit – rear, lower right corner FCC ID Q8IAIS

Seatex AIS 100 Operational Description Kongsberg Seatex AS Pirsenteret N-7462 Trondheim Norway Telephone: +47 73 54 55 00 Facsimile: +47 73 51 50 20 E-mail: [email protected] 2003-06-19 AIS Base Station VTS Centre GNSS Satellites AIS VHF Link AIS VHF Link 2 Table of contents 1Introduction ........................................................................................................................ 2 1.1Document revisions ................................................................................................. 2 2System components............................................................................................................ 3 3Hardware system structure ................................................................................................. 6 4Electrical specifications......................................................................................................7 5Specification of radio equipment AIS ................................................................................ 8 Seatex AIS 100 Operational Description, rev. 0Introduction 2 1 Introduction This document gives a brief overview of the structure and spesifications of the Seatex AIS 100 system. 1.1 Document revisions Document IDRev.DateReason for revision Man_oper_descr_ais100_r002003-06-19First version. Seatex AIS 100 Operational Description, rev. 0System components 3 2 System components A Seatex AIS 100 consists of the following parts: • 1 AIS 100 main unit • 1 GPS antenna • 1 GPS antenna bracket • 1 VHF antenna with bracket • 2 adapter cables (RG-58 pigtail cables with TNC-N connectors) • 1 connector kit for GPS antenna cable (2 N-connectors) • 1 connector kit for VHF antenna cable (2 N-connectors) • 1 Connection box with interface cable • 1 AIS 100 MKD with cable • 1 Power cable • 1 Pilot plug • 1 AIS 100 Instruction manual GPS antenna Adapter cable N-connector N-connector Adapter cable Antenna cable GPS antenna bracket VHF antenna with bracket N-connector N-connector Antenna cable Seatex AIS 100 Instruction manual Instruction manual Power cable Pilot plug Seatex AIS 100 Connection box with cable MKD with cable Seatex AIS 100 Operational Description, rev. 0System components 4 AIS 100 Minimum Keyboard and Display (MKD) The MKD unit provides a simple user interface to the mobile station. The keypads on the MKD can be used to navigate between dedicated menus used for configuration and display of vessel navigation data. Text messages can also be entered into the MKD and transmitted to other vessels or shore based AIS stations providing warnings or other relevant navigation information. Thus the MKD provides basic presentation of configuration data, position data and text messages. If the AIS has been interfaced to the on-board ECDIS system or radar the information displayed on the MKD can also be displayed on an AIS compatible ECDIS or ECS systems. AIS 100 mobile station The mobile station incorporates two VHF receivers, configured to operate on the predefined AIS frequencies for the region, one VHF transmitter transmitting on all required frequencies and one DSC receiver. The mobile station also incorporates a GPS receiver and a processor. The internal GPS receiver, which is capable of receiving differential corrections for increased position accuracy, is used for time synchronisation and as a backup position sensor. For AIS data transmission, the Self Organised Time Division Multiple Access (SOTDMA) data protocol is used. SOTDMA enables a large number of vessels to receive and transmit AIS data at the same time. Front LED indicators The LED indicators on the front of the mobile station can be used to monitor status as well as data reception and transmission. LedColourDescription TXOff Amber Green Red Transmitter idle Transmitting on AIS channel B Transmitting on AIS channel A Transmitter turned off MSGOff Amber Green No message/report being received Message/report received on channel B Message/report being received on channel A GPSAmber Green Indirect synchronisation free run Internal GPS OK. GPS synch selected ALMOff Red No alarm Alarm. Alarm relay activated PWRGreenIndicates powered unit AIS 100 connection box The connection box is used to connect to external sensors main position sensor, heading sensor and rate of turn sensor (when available). These sensors are mandatory while interfaces to electronic hart systems and long range communication systems, are optional. AIS compatible ECDIS/ECS systems are interfaced to the AIS through serial line communication. Power is supplied to the AIS mobile station through the connection box. Seatex AIS 100 Operational Description, rev. 0System components 5 AIS 100 VHF antenna The VHF antenna is used for VHF communication. The antenna is connected to the mobile station using cables with attenuation less than 3 dB. AIS 100 GPS antenna The GPS antenna is an L1 antenna receiving signals from all visible satellites. The antenna is hermetically sealed and the cable used to connect the GPS antenna to the mobile station should be of a quality that ensures minimum loss of signal, i.e. less than 20 dB. Seatex AIS 100 Operational Description, rev. 0Hardware system structure 6 3 Hardware system structure Seatex AIS 100 Operational Description, rev. 0Electrical specifications 7 4 Electrical specifications Input supply Supply voltage18 - 35 V DC Supply current @ 24 V DC 1.0 A (no VHF Tx) 1.2 A ( 2 W) VHF 1.6 A (12 W) VHF Serial port capability ModeRS-422 Isolation1 kV Line tolerantmin +/- 15 V DC Line speed1200 - 57600 bits/s Talker capabilitymax 8 listeners @120 Ohm Listener load requirements120 Ohm (recommended) Network Network speed10 Mbit/s Seatex AIS 100 Operational Description, rev. 0 Specification of radio equipment 8 5 Specification of radio equipment AIS Type code Automatic Identificati on System Local oscillation frequency TX: TCXO: 13 MHz, VXCO 320 MHz; RX: TCXO:12.8 MHz, VCO 250 MHz, VCXO 90.45 MHz Equipment name AIS mobile trans…

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Sheet1 Bill of Materials Norbit Part no.31046 Revision no.5 Part nameAIS TX Date2002-06-20 POS Part#GeomQty Description 1NAT_LP2980IM5-3.0smd_sot23-51 Analog, 3.0V 50mA, National 2TEX_TPS767D318PWPTPS767D318PWP1 Analog, 3V3_1V8, Texas 3MCL_JPS-3-1bh2921 Analog, 3Way 5-300MHz, Mini-Circuits 4MOT_MC78M05CDTsmd_to2521 Analog, 78M05, Motorola 5SIE_PMB2208Rsmd_sot355-11 Analog, MIX+MOD, Siemens 6MCL_MAV-11SMRRR1371 Analog, MMIC amplifier 50-1000MHz, Mini-Circuits 7TEX_LM224Dsmd_so142 Analog, Opamp Quad SO14, Texas 8NAT_LMC7101BIM5smd_sot23-59 Analog, Opamp rail to rail, National 9PHI_UMA1018Msmd_sot266-11 Analog, VHF/UHF_SYNTH, Philips 10MEC_M57710-AM57710-A1 Analog, VHF PWR Module 30W, Mitsubishi Electric 11SME_MC1610V0R70R05M50smd_16106 Capacitor, 0.7p, SMIED, 0.05p 12PHI_223878016649smd_080547 Capacitor, 100n, Philips, 10% 13PHI_223886115101smd_08059 Capacitor, 100p, Philips, 5% 14PHI_223858016627smd_08052 Capacitor, 10n, Philips, 10% 15PHI_223886115109smd_080526 Capacitor, 10p, Philips, 5% 16PHI_223886115159smd_08056 Capacitor, 15p, Philips, 5% 17PHI_223858016614smd_080549 Capacitor, 1n, Philips, 10% 18PHI_223886115158smd_08054 Capacitor, 1p5, Philips, 0.25p 19MUR_GRM42_6X7R225K10PT85smd_120615 Capacitor, 2.2u, Murata, 10% 20PHI_223886115229smd_08054 Capacitor, 22p, Philips, 5% 21PHI_223886115228smd_08054 Capacitor, 2p2, Philips, 0.25p 22PHI_223886115331smd_08054 Capacitor, 330p, Philips, 5% 23PHI_223886115339smd_08051 Capacitor, 33p, Philips, 5% 24PHI_223886115338smd_08058 Capacitor, 3p3, Philips, 0.25p 25PHI_2222861x5398smd_08051 Capacitor, 3p9, Philips, 0.25p 26MUR_GRM42_6X5R475K16smd_12062 Capacitor, 4.7u, Murata, 10% Seite 1 Sheet1 27PHI_223886115479smd_08051 Capacitor, 47p, Philips, 5% 28PHI_223858016623smd_08055 Capacitor, 4n7, Philips, 10% 29PHI_223886114568smd_08052 Capacitor, 5p6, Philips, 0.25p 30PHI_223886114688smd_08054 Capacitor, 6p8, Philips, 0.25p 31NC_0805_Csmd_08058 Capacitor, NC, none, 0.25p 32HAG_09_03_378_2901v78abc_21 Connector, Euro 78pin+2solder, Harting 332x7pinsmd_2x7pin_2.541 Connector, NC 342pin_NC1x2_2.541 Connector, NC 35SUH_85sma-50-0-1sma_90deg4 Connector, PCB_90deg, thru, Suhner 36EVE_EL19-21UGCsmd_0603_polar2 Diode, green, Everlight 37MIS_UM9401FUM9401F2 Diode, High_Power_PIN, Microsemi 38HP_HSMP3892T31smd_sot232 Diode, PIN_dual_switch, HP 39EVE_EL19-21SRCsmd_0603_polar3 Diode, red, Everlight 40PHI_BAT54smd_sot232 Diode, Schottky, Philips 41PHI_BAS16smd_sot234 Diode, SOT 23 Si Hi_Sp, Philips 42PHI_BBY39smd_sot232 Diode, varactor_double, Philips 43LIT_R451005SMF_fuse1 Fuse, 5A, Littelfuse 44COI_0805CS-101XJBCsmd_08055 Inductor, 100nH, Coilcraft, 5% 45COI_0805CS-220XJBCsmd_08052 Inductor, 22nH, Coilcraft, 5% 46COI_1206CS-391XJBCsmd_12066 Inductor, 390nH, Coilcraft, 5% 47COI_B10Tsmd_mini_spring_b6 Inductor, 43nH, Coilcraft, 5% 48TOK_E558ANA-100054MC1525 Inductor, 61nH (44NB), Toko, 20% 49PHI_74LVC573ADBsmd_sot339-13 logic, 8 bits latch, Philips 50TEX_TLV1572IDsmd_so81 logic, ADC, Texas 51TEX_TLV5638IDsmd_so81 logic, DAC, Texas 52TEX_TLV5606IDsmd_so81 logic, DAC, Texas 53TEX_TMS320VC5402PGE100S-PQFP-G1441 logic, DSP fixed point, Texas 54PHI_74HCU04Dsmd_so141 logic, HEX_INV_UNBUFF, Philips 55PHI_74LV04Dsmd_so141 logic, Hex inverter, Philips 56PHI_74LV32Dsmd_so141 logic, OR gate, Philips 57NB_45027_v3box_12x16_57pin4 Mecanix, 1.2X1.6 inc, Norbit 58STM_M95256WMW6smd_so8_wide1 memory, 256byte EEPROM, STMicroelectronics 59PHI_232273091002smd_08053 Resistor, 0R, Philips, 1% 60PHI_232273461004smd_080517 Resistor, 100K, Philips, 1% 61PHI_232273461001smd_080513 Resistor, 100R, Philips, 1% 62PHI_232273461003smd_080564 Resistor, 10K, Philips, 1% 63PHI_232273461009smd_080511 Resistor, 10R, Philips, 1% Seite 2 Sheet1 64PHI_232273461504smd_08059 Resistor, 150K, Philips, 1% 65PHI_232273461501smd_080515 Resistor, 150R, Philips, 1% 66PHI_232273461002smd_080514 Resistor, 1K, Philips, 1% 67PHI_232273461005smd_08052 Resistor, 1M, Philips, 1% 68PHI_232273462203smd_08055 Resistor, 22K, Philips, 1% 69PHI_232273462202smd_080516 Resistor, 2K2, Philips, 1% 70PHI_232273463309smd_08055 Resistor, 33R, Philips, 1% 71PHI_232273464704smd_08052 Resistor, 470K, Philips, 1% 72PHI_232273464701smd_08052 Resistor, 470R, Philips, 1% 73PHI_232273464709smd_08056 Resistor, 47R, Philips, 1% 74PHI_232273464702smd_080517 Resistor, 4K7, Philips, 1% 75PHI_232273465609smd_08054 Resistor, 56R, Philips, 1% 76PHI_232273466803smd_08056 Resistor, 68K, Philips, 1% 77PHI_232273466809smd_08052 Resistor, 68R, Philips, 1% 78NC_0805_Rsmd_08058 Resistor, NC, none, 1% 79TEK_CRS06SQ390FS1smd_CRS06_21.5mm1 Resonator, 390 MHz, Tekelec Temex 80BI_23GR10KT7smd_pot_23G6 Rpot, 10k, BI, 81NB_32023NB320231 transformer, 1:3+5,B62152-A8-X17, Norbit 82PHI_BFR93Asmd_sot233 Transistor, NPN_1GHz, Philips 83PHI_BFG97smd_sot2231 Transistor, NPN, Philips 84PHI_BC847Bsmd_sot235 Transistor, NPN, Philips 85SIL_SI4425DYsmd_so81 Transistor, P MOSFET,30V, Siliconix 86PHI_BC857Bsmd_sot234 Transistor, PNP, Philips 87MOT_MTD20N06HDLsmd_to263ab1 Transistor, TMOS E-FET 60V 20A, Motorola 88TQ_TQ3330S11.0592MHz+-10/+-10smd_HC491 Xtal, 11.0592MHz, Tele Quarz, 10ppm 89SAS_TOS1300VPM4DKBsmd_TOS13001 Xtal, VC-TCXO 13MHz, Samsung, +- 2.5ppm Seite 3 Sheet1 Reference U17 U24 U31 U30 U13 U15 U5 U20 U1 U3 U6 U8 U9 U10 U11 U12 U14 U2 U16 C49 C50 C101 C102 C200 C202 C3 C6 C10 C11 C12 C13 C14 C17 C18 C20 C21 C66 C70 C82 C84 C143 C153 C159 C162 C163 C164 C165 C166 C167 C168 C171 C172 C174 C175 C176 C179 C180 C181 C182 C183 C184 C196 C199 C203 C204 C215 C216 C217 C220 c4 c219 c221 C71 C73 C78 C81 C133 C150 C151 C152 C154 C16 C24 C32 C40 C41 C44 C47 C51 C53 C55 C60 C64 C67 C72 C76 C77 C86 C87 C91 C94 C95 C96 C98 C100 C104 C105 C145 C210 C42 C54 C92 C99 C132 C137 C5 C15 C19 C22 C23 C27 C33 C34 C35 C36 C37 C38 C39 C46 C56 C57 C58 C59 C65 C80 C85 C103 C108 C110 C112 C113 C114 C115 C116 C123 C124 C125 C126 C138 C139 C140 C141 C142 C155 C156 C170 C178 C197 C198 C201 C206 C207 C208 C212 C29 C93 C97 C147 C1 C25 C177 C185 C186 C187 C188 C189 C190 C191 C192 C193 C218 c222 …

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TECHNICAL REPORT DET NORSKE VERITAS KONGSBERG SEATEX AS T YPE TESTING OF SEATEX AIS 100 TRANSPONDER REPORT NO. 2002-3207 REVISION NO. 03 DET NORSKE VERITAS TECHNICAL REPORT Head of Office: Veritasvn. 1, N-1322 HØVIK, Norway aacaald8.doc DET NORSKE VERITAS Report No: 2002-3207, rev. 03 TECHNICAL REPORT Page i Reference to part of this report which may lead to misinterpretation is not permissible. aacaald8.doc Table of Content Page 1 SCOPE OF WORK...................................................................................................................1 2 TEST LABORATORY.............................................................................................................1 3 TEST PERIOD..........................................................................................................................1 4 ATTENDING REPRESENTATIVES ......................................................................................2 5 EQUIPMENT UNDER TEST ..................................................................................................2 5.1 General description 2 5.2 Equipment submitted for tests 2 5.3 Test configuration 3 5.4 Modes of operation 4 5.5 Modifications during testing 5 6 EVALUATION OF PERFORMANCE DURING THE TESTS ..............................................5 6.1 Function testing 5 6.2 Performance monitoring 5 6.3 Criteria of acceptance 6 7 TESTS.......................................................................................................................................7 7.1 Durability and resistance to environmental conditions 7 7.1.1 Dry heat 7 7.1.2 Damp heat 7 7.1.3 Low temperature 8 7.1.4 Vibration 8 7.1.5 Corrosion (salt mist) 12 7.2 Unwanted electromagnetic emission 14 7.2.1 Conducted emissions 14 7.2.2 Radiated emissions 14 7.3 Immunity to electromagnetic environment 16 7.3.1 Conducted low frequency interference 16 7.3.2 Conducted radio frequency interferences 16 7.3.3 Radiated interferences 18 7.3.4 Fast transients (bursts) 19 7.3.5 Power supply failure 20 7.3.6 Electrostatic discharge 20 7.4 Special purpose tests 21 7.4.1 Compass safe distance 21 8 SUMMARY OF TEST RESULTS .........................................................................................21 9 TEST FACILITIES AND INSTRUMENTS ..........................................................................22 DET NORSKE VERITAS Report No: 2002-3207, rev. 03 TECHNICAL REPORT Page 1 Reference to part of this report which may lead to misinterpretation is not permissible. aacaald8.doc 1 SCOPE OF WORK An Universal Automatic Identification System, Type Seatex AIS 100 manufactured by Kongsberg Seatex AS, has been EMC and environmentally tested The in accordance with relevant parts of the following standard: EN 60945 (Jan. 1997): Maritime navigation and radio communication equipment and systems - General requirements - Methods of testing and required test results (IEC 60945: 1996) The purpose of the testing was to verify compliance with requirements stated in the EU "Council Directive 96/98/EC on Marine Equipment". For each test, reference is made to the relevant section or paragraph in the specifications. 2 TEST LABORATORY The tests were carried out in the Environmental Test Laboratory at Det Norske Veritas, Høvik, Norway. Laboratory accreditation: NORSK AKKREDITERING, No. TEST 034 P6 – Electromagnetic Compatibility P17 – Environmental Testing According to NS-EN ISO/IEC 17025. Valid through 25.04.2003. Ambient conditions in the laboratory: Parameter Required (IEC 60068-1) Actual Temperature 15 – 35 °C 19.6 - 24.6 Humidity 25 – 75 % RH (30-60 for ESD) 25 - 51 Barometric pressure 860 – 1060 mbar 994 - 1034 For details about the test facilities and instruments used, see Chapter 9. 3 TEST PERIOD The tests were carried out during the time period 8 March to 21 June 2002. DET NORSKE VERITAS Report No: 2002-3207, rev. 03 TECHNICAL REPORT Page 2 Reference to part of this report which may lead to misinterpretation is not permissible. aacaald8.doc 4 ATTENDING REPRESENTATIVES The following client representatives were partly present during the testing and took part in the performance testing: • Sigfred Avdal • Martin Stensby 5 EQUIPMENT UNDER TEST 5.1 General description The main function of the Seatex AIS 100 Transponder is to communicate vessel position, speed and course over ground and ship related data in broadcast mode to other vessels equipped with AIS transponders. The position is derived from the GPS receiver of the vessel and is transmitted by the transponders integral VHF transmitter. 5.2 Equipment submitted for tests A test system assembly comprising of the following units was submitted for test. Unit No. Description Type Part no. Category 1 AIS main unit AIS 100 A100-20 Protected 2 (See note below) Display unit AIS-MKD A100-21 (20212676) Exposed 3 Connection box AIS-COB A130-19 Portable The above will from now on be referred to as EUT (Equipment Under Test). Note: The display unit used in the AIS 100 system is a SIMRAD EGERSUND AS, Automatic Identification Display Unit, Type AIS MIN DISPLAY/KBD, Part no. 20212676. The display unit is fitted with software for the AIS 100 application. Otherwise, the display is mechanically and electrically identical to the unit tested in accordance with EN 60945: 1996-11, third edition with reference to Det Norske Veritas test report No. 2002-3131 and The EC Declaration of Conformity issued by Simrad Egersund AS. The following tests of the Display Unit are considered covered by the testing carried out with reference to the above documentation and thus not performed during the testing covered by this report: • Vibration • Corrosion (salt mist) • Conducted radio-frequency interferences • Fast transients (bursts) • Electrostatic discharge • Compass safe distance DET NORSKE VERITAS Report No: 2002-3207, rev. 03 TECHNICAL REPORT Page 3 Reference to part of this report which may lead to misinterpretation is not permissible. aacaald8.doc 5.3 Test configuration …

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Bundesrepublik Deutschland Federal Republic of Germany Bundesamt für Seeschifffahrt und Hydrographie Federal Maritime and Hydrographic Agency nach DIN EN 45001 akkreditiertes Prüflaboratorium Federal Maritime and Hydrographic Agency Bernhard-Nocht-Str. 78 D-20359 Hamburg Germany DAT-P-086/98-00 Note: Extracts from this test report shall not be copied without permission of the Federal Maritime and Hydrographic Agency Version 1.27 Conformance test report of an AIS system Equipment under test:Seatex AIS Type:AIS 100 Applying test standards: IEC 61993-2 (2001)Sections 14, 16-21 Test Report No.:734.2/0047-1/2002 – S3220 Applicant:Kongsberg Seatex AS att. Per Chr. Berntsen Pirsenteret 7462 Trondheim Norway Hamburg, 10.April 2003 Federal Maritime and Hydrographic Agency by orderby order BartelsPreuss Test engineerhead of laboratory Bundesamt für Seeschifffahrt und Hydrographie Federal Maritime and Hydrographic Agency Test Report No.. 734.2/0047-1/2002 / S3220print date: 11.04.03 page 2 of 194 Bundesamt für Seeschifffahrt und Hydrographie Federal Maritime and Hydrographic Agency Test Report No.. 734.2/0047-1/2002 / S3220print date: 11.04.03 page 3 of 194 General Applicant:Kongsberg Seatex AS att. Per Chr. Berntsen Pirsenteret, 7462 Trondheim, Norway Equipment under test: Type:AIS 100 Manufacturer:Kongsberg Seatex AS Pirsenteret, 7462 Trondheim, Norway Place of test:BSH test laboratory Hamburg, Room 916 Start of test:16. September, 2002 End of test:04. March, 2003 Test standards 1 : IEC 61993-2 (2001) Maritime navigation and radiocommunication equipment and systems- Automatic Identification Systems Part 2: Class A shipborne equipment of the Universal Automatic Identification System (AIS) – Operational and performance requirements, Methods of testing and required test results IEC 61162-1/ -2 Maritime navigation and radiocommunication equipment and systems Digital Interfaces Part 1: single talker and multiple listeners (2000) Part 2: single talker and multiple listeners, high speed transmission (1998) Summary Test No. ReferenceSectionResult (passed/ not passed / not applicable / not tested) 2IEC 61993-214 Operational testspassed 3IEC 61993-215 Physical testsNot included 4IEC 61993-216 Specific tests of link layerpassed 5IEC 61993-217 Specific tests of network layerpassed 6IEC 61993-218 Specific tests of transport layerpassed 7IEC 61993-219 Specific presentation interface tests passed 8IEC 61993-220 DSC functionality testspassed 9IEC 61993-221 Long range functionality testspassed 1 Numbers listed in the titles of the test sections of this report refer to the respective sections of IEC 61993-2 if not stated otherwise. Bundesamt für Seeschifffahrt und Hydrographie Federal Maritime and Hydrographic Agency Test Report No.. 734.2/0047-1/2002 / S3220print date: 11.04.03 page 4 of 194 GENERAL ......................................................................................................................................................................3 SUMMARY ....................................................................................................................................................................3 1GENERAL ............................................................................................................................................................8 1.1T ECHNICAL DATA..............................................................................................................................................8 1.2C OMPOSITION..................................................................................................................................................10 1.3R EMARKS.........................................................................................................................................................11 1.4T EST NOTES...............................................................................................................................…

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