Tideland Signal Corp.

Transcription

1 Tideland Signal Corp. Featuring Aids to Navigation products CONFIGURATION MANUAL Informer V10 Type-1&3 5 November 2015 ALFREDO DOMINGUEZ ANDREW ZELLER HERNANDO RAMIREZ Engineering Mgr. Project Engr. Checker C 0109 REVISED ITEMS AND PACKAGES 15OCT15 AD B 6196 REVISED FIRMWARE CHANGES 26JUN12 SH A 6063 RELEASED FOR PRODUCTION 06FEB12 ANM Rev ECN Description Date By

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3 TIDELAND SIGNAL HEADQUARTERS (Houston, TX) TEL FAX us-sales@tidelandsignal.com TIDELAND SIGNAL (Nova Scotia) DSS Marine Incorporated TEL FAX canada-sales@tidelandsignal.com TIDELAND SIGNAL (Burgess Hill, UK) TEL + 44 (0) FAX + 44 (0) emea-sales@tidelandsignal.com TIDELAND SIGNAL (Gt Yarmouth, UK) TEL FAX emea-sales@tidelandsignal.com TIDELAND SIGNAL (Dubai, UAE) TEL (0) FAX (0) emea-sales@tidelandsignal.com TIDELAND SIGNAL (Singapore) TEL FAX asia-sales@tidelandsignal.com TIDELAND SIGNAL (China) TEL + 86 (0) FAX + 86 (0) asia-sales@tidelandsignal.com WEBSITE:

4 TABLE OF CONTENTS 1. INTRODUCTION INFORMER V10-1/V10-3 OVERVIEW Comparison Between V10-INFORMER -301 and V10-INFORMER INSTALLATION... 4 General... 4 Safety Instructions... 4 Items in the Package CONNECTION INTERFACE Informer V10-1/V10-3 External Device Connections External Connections Antenna and Cables GPS Antenna Installation VHF Antenna Installation Surge Absolver Wiring and Pin Assignments Power Connector CON1 Connector CON2 Connector Wiring Overview EXPANSION IO BOARD (OPTIONAL) INFORMER V10-1/v10-3 CONFIGURATION CONFIGURATION START Serial Port Searching Serial Port Setting VDL Setting AtoN MMSI Setup Delete Selected MMSI AtoN Station Data Setting Name and Type of AtoN Device Position Information Transmit Setting Off Position...32

5 Dimensions All Settings Complete MESSAGE SCHEDULING Chaining Configuration Delete Selected Child / Parent MMSI Auxiliary Version APPLICATIONS TYPE OF AIS AtoN STATION Transmission Scheme VHF Data Link (VDL) Control Chaining Repeating AIS AtoN DEPLOYMENT Real AIS AtoN Synthetic AIS AtoN Virtual AIS AtoN MESSAGES OF AIS AtoN STATION Message Message Message Other messages THE INTERFACES OF V10-INFORMER -301/ RS232 Configuration Interface RS232 Communication Interface Digital-Input Digital-output Analog-Input GPS 1_PPS output SUMMARY OF AIS AtoN APPLICATIONS OPERATION, MAINTENANCE, AND TROUBLE SHOOTING OPERATION MAINTENANCE TROUBLE SHOOTING PRODUCT SPECIFICATIONS... 62

6 8.1. SPECIFICATIONS MECHANICAL DIAGRAMS PCB OUTLINE APPENDIX APPENDIX 1. ITU AIS Messages (text) APPENDIX 2. ITU AIS Messages 21 (text) APPENDIX 3. Meteorological and Hydrographic Data Message APPENDIX 4. Addressed Binary Messages 6 (GLA) APPENDIX 5. V10-INFORMER Installation and Operation Check Sheet APPENDIX 6. BIIT WORLDWIDE WARRANTY DECLARATION OF CONFORMITY ACRONYMS...85

7 Figure 1 AIS AtoN Type-1 Block Diagram... 1 Figure 2 AIS AtoN Type-3 Block Diagram... 2 Figure 3 Comparison between V10-INFORMER-301 and V10--INFORMER Figure 4 Items in the Package... 5 Figure 5 Installation - Horizontal Type... 6 Figure 6 Installation: Vertical Type... 7 Figure 7 Connection Interface Front View... 8 Figure 8 Connector type and description... 9 Figure 9 External Connections...10 Figure 10 GPS Antenna Installation...11 Figure 11 VHF Antenna...12 Figure 12 Power Connector...13 Figure 13 Power Connector pin definitions...14 Figure 14 CON1 Connector...14 Figure 15 CON1 connector pin definitions...15 Figure 16 CON2 Connector...16 Figure 17 CON2 connector pin definitions...17 Figure 18 V10 overall wiring overview...18 Figure 19 Serial Port Searching...20 Figure 20 Error Serial Port...21 Figure 21 Connection Failed...22 Figure 22 VDL Setting...23 Figure 23 AtoN MMSI Setup...24 Figure 24 AtoN MMSI for Virtual and Synthetic...25 Figure 25 Delete Selected MMSI...26 Figure 26 AtoN Station Data Setting...27 Figure 27 Name and Type of AtoN Device Setting...28 Figure 28 Position Information...29 Figure 29 Transmit Power Setting...30 Figure 30 Transmit Channel Setting...31 Figure 31 Off Position...32 Figure 32 AtoN Dimensions...33 Figure 33 All Setting Complete...34 Figure 34 Basic Message Scheduling...35 Figure 35 Message Schedule Listing...36 Figure 36 Virtual and Synthetic MSG Scheduling...37 Figure 37 Message Scheduling Report Rate...38 Figure 38 Message Scheduling example...39 Figure 39 Message Scheduling Saved...40 Figure 40 AtoN Chaining Configuration...41 Figure 41 Chaining Configuration...42 Figure 42 Delete Selected Child / Parent MMSI...43 Figure 43 Auxiliary Tab...44 Figure 44 Version Tab...45 Figure 45 Type of AIS to AtoN Station...46 Figure 46 Example of Chaining...48 Figure 47 Message Types AIS to AtoN Stations...50

8 Figure 48 Description of Interface of V10- Informer...53 Figure 49 RS-323 Configuration Interface...54 Figure 50 RS-232 Communication Interface- External...55 Figure 51 Digital Input...57 Figure 52 Digital Input...58 Figure 53 Analog Input...59 Figure 54 Analog Input Current Measurement...59 Figure 55 V10 Enclosure views...65 Figure 56 V-10 PCB Views...66 WARNING! Please carefully read this manual before start using the AIS AtoN device. This product is an auxiliary monitoring device, and it should not be relied upon as the sole monitoring navigation system. Failure to operate this system in accordance with the operating instructions specified in this manual may result in unreliable or reduced system performance. Improper operation or installation may cause damage to the equipment or injury to personnel. TIDELAND shall in no event be liable for any loss of profit, personal injury, unpredictable damage arising out of incorrect operation or installation or any kind of product misuse or abuse

9 1. INTRODUCTION 1.1. INFORMER V10-1/V10-3 OVERVIEW Aids to Navigation (AtoN) AIS is one of the latest applications of AIS technology. The AIS AtoN transponder can be installed in lighthouse, lantern, buoy, other fixed and floating aids, or offshore platforms to transmit warning, navigational, and meteorological data to approaching vessels and/or to shore stations. TIDELAND SIGNAL CORPORATION offers two types of AIS AtoN: INFORMER V10-1 (Type 1) and INFORMER V10-3 (Type 3). Type 1 (INFORMER V10-1) It transmits on FATDMA slots given in its configuration and has no receiver. The FATDMA slots must be pre-configured by base station. GPS Antenna VHF Antenna Figure 1. AIS AtoN Type-1 Block Diagram Page 1 of 85

10 Type 3 (INFORMER V10-3) It has AIS receive and transmit capabilities in accordance with Recommendation ITU-R M Using FATDMA/RATDMA. GPS Antenna VHF Antenna Figure 2. AIS AtoN Type-3 Block Diagram A pre-programmed transmitting schedule can be configured to broadcast AtoN messages through FATDMA or RATDMA. The INFORMER V10-1/V10-3 AtoN transponder is designed to broadcast the following messages: Current position; AtoN status; Control information; Support Synthetic, Virtual and Chaining functions; Meteorological / hydrological information In normal conditions, the unit transmits a report with AIS AtoN position in an ITU-R M.1371 message 21. In addition, the AIS AtoN broadcasts AIS Message 6, which enables the operator to monitor the AtoN device for solar/battery voltage, flash setting and light status. Subject to the fitting of appropriate measuring devices, meteorological/hydrological data and other parameters can be obtained via Message 8. A brief summary of all the messages processed by the AIS AtoN are defined in section 1.4. Page 2 of 85

11 INFORMER V10-1/V10-3 AIS AtoN are fully IALA and IEC compliant devices, and provide users choices from basic PCB modules to rugged aluminum enclosed unit. The compact PCB module (102mm x 105mm x 49mm) is giving a great flexibility for users to integrate AIS AtoN transceiver into their floating lantern or buoy. The weatherproof anodized aluminum housing (140mm x 155mm x 60mm) offers user the variety of mounting methods. Moreover, TIDELAND SIGNAL CORPORATION s INFORMER series is one of the most power-saving AtoN transceivers with the low power consumption where offshore power resources are limited. INFORMER V10-3 is also equipped with multiple digital/analog interfaces, which provides user the flexibility to connect other communication devices, hydraulic, and metrological sensors Comparison Between V10-INFORMER -301 and V10-INFORMER -303 Below is a brief specification comparison. For more comparison details please refer to Chapter 6. Feature V10-INFORMER -301 V10-INFORMER -303 IEC Type Type 1 Type 3 Standards compliance IALA, IEC, ITU Transmitting Type FATDMA FATDMA/ RATDMA Message Support 6, 8,12,14,21,25 6,7,8,12,13,14,21,25 Waterproof level IP67 Synthetic Transmissions Yes Yes Virtual Transmissions Yes Yes Meteorological & Hydrological Message Chaining Yes Yes Yes Remote Configuration Repeating SART, 6, 8 messages Yes Yes Figure 3. Comparison between V10-INFORMER-301 and V10--INFORMER-303 Page 3 of 85

12 2. INSTALLATION General Safety Instructions Before proceeding with installation, please take note of the following safety instructions and read through this installation manual carefully. SAFETY INSTRUCTION SAFETY INSTRUCTIONS WARNING ELECTRICAL SHOCK HAZARD Do not open the case of the equipment. Only qualified personnel should work inside the equipment. TURN OFF THE POWER BEFORE PROCEEDING WITH INSTALLATION. Proceeding with installation with the power on could cause electrical shock or fire. AVOID INSTALLING THE EQUIPMENT WHERE THERE IS DIRECT CONTACT WITH RAIN FALLING OR WATHER SPLASH. Electrical shock or fire could be resulted if water leaks into the equipment. PLEASE FOLLOW THIS INSTRUCTION MANUL TO PROCEED WITH THE INSTALLATION. TIDELAND and your local agent/dealer will not bare any responsibility of equipment damage or personnel injury due to improper installation. WARNING Warning Label A warning label (Figure 2-1-1) is attached underneath the equipment. Warranty of the equipment will be invalid if this label is detached or broken. TIDELAND SIGNAL CORPORATION and your local agent/dealer will not bare any responsibility of any damage to the equipment, or damage in related to the equipment, personnel injury, and etc. Reject the equipment if this label is detached or broken. Please contact your local agent/dealer if this label is missing. MAKE SURE THE POWER SOURCE AND THE POWER INPUT OF THE EQUIPMENT ARE COMPATIBLE. Damage to the equipment and fire could be resulted if the power sources are not correct. Please check the correct power input on the adaptor. Page 4 of 85

13 Items in the Package No. Description Qty 1 INFORMER V10-1/V10-3 AIS AtoN main unit 1 Power cable 1.5M, AWG Installation Kit *8 pin connector with waterproof cup, cable 1M, AWG pin connector with waterproof cup, cable 1M, AWG 26 1 M4 6 Screw 8 1/4 3/4 Screw 4 3 TIDELAND SIGNAL CORPORATION AtoN Configuration and Operation Manual 1 *Not included unless aforementioned in Sales Order Figure 4. Items in the Package Installation Procedure Please complete the AtoN installation by the following steps: Unpacking Unpack the standard package and verify all components. Initial Inspection Inspect all hardware for damage. If there is any damage, please consult directly with TIDELAND SIGNAL CORPORATION or authorized local distributor/dealer. Retain original packing material for possible future use in shipping the AIS Monitoring System. Installing the AtoN device Please survey a suitable place for device installation. Firmly screw the four M4 6 screws from the standard package to the hole. Page 5 of 85

14 Installation: Horizontal Type A. Fix the mounting plate B. Use the self-tapping screw C. Finish the installation of the Device Figure 5. Installation - Horizontal Type Installation: Horizontal Type Page 6 of 85

15 Installation: Vertical Type D. Fix the mounting plate E. Use the self-drilling screw F. Finish the installation of the Device Figure 6. Installation: Vertical Type Installation: Vertical Type Page 7 of 85

16 2.1. CONNECTION INTERFACE GPS CON1 CON2 PWR VHF Figure 7 Connection Interface Front View Informer V10-1/V10-3 External Device Connections *NOTE: CON1 and CON2 can be alternately used. Page 8 of 85

17 Figure 8. Connector type and description Connector Name Connector Type Descriptions GPS TNC Connect to external GPS antenna CON1 CON2* PWR LTWBU-12BFFM-LL7A01 (by Amphenol LTW) LTWBD-08BFFM-LL7A01 (by Amphenol LTW) LTW:BB-03RMMS-LC7001 (by Amphenol LTW) One RS-232 as communication port to be connected to external Met/Hyd sensor station. Four analog-in (ADC) to be connected to lantern or other AtoN. One 1_PPS GPS output. One RS-232 as configuration port to be connected to external PC/laptop. One digital-in to be connected to lantern or other AtoN. One digital-out to be connected to lantern or other AtoN Power supply 12 VDC (Battery/Solar power) VHF M type (SO-239) Connect to external VHF antenna *Not included unless aforementioned in Sales order Page 9 of 85

18 External Connections GPS Antenna VHF Antenna Meteorological/ Hydrological sensors VHF Required Optional Mando-301/303 CON1 AtoN devices 12 VDC (9.6~15.6 VDC) Power CON2 PC/Laptop Figure 9. External Connections Antenna and Cables GPS Antenna Installation All AIS systems communicate accordingly based on the precision time provided by the GPS satellites. Therefore, a correct GPS antenna installation is very important. When installing the GPS antenna, please follow all of the manufacturer instructions and pay attention to the cable routing and connection. Page 10 of 85

19 To GPS Antenna RG-58 cable or equivalent TNC male TNC female Figure 10. GPS Antenna Installation During installation of the GPS antenna, please pay attention to the following guidelines. Ensure the cable connector is firmly secured. Position the antenna as high as possible to for better signal reception. Be sure the GPS antenna is not blocked to the sky. Installation Procedure 1) Install the GPS antenna mounting bracket on a rigid surface and then mount the antenna. 2) To reduce signal interference, use only high quality coaxial cable and keep the cable length as short as possible (for RG-58 cable length max. 10m). 3) Route and connect the coaxial cable from the antenna to the AtoN device location. 4) Connect the cable to the AtoN device VHF Antenna Installation The VHF transmissions rely on good VHF antenna foundation making the installation important. Please use the following descriptions and be cautious during the installation. Page 11 of 85

20 To VHF Antenna RG-58 cable or equivalent S0-239 PL-259 Figure 11. VHF Antenna When installing the VHF antenna, please follow all of the manufacturer instructions and pay attention to the cable routing and connection. Ensure the cable connector is firmly secured. Place the antenna as high as possible and having no nearby obstructions. Ensure the antenna is installed vertically with a minimum of 2 meters of clearance from all conductive material. Ensure the antenna has a 360 line of sight to the horizon. Avoid placing the antenna near surrounding obstacles or metal objects to reduce the performance. Beware that underneath the VHF antenna is a signal receiving blind zone. Keep the antenna cable as short as possible. The antenna cable should be LMR-400 / RG-8 (Equivalent or better). Installation Procedure 1) Install the VHF antenna mounting bracket on a rigid pole and mount the antenna. 2) Route and connect the coaxial cable from the antenna to the AtoN location. 3) Connect the cable to the AtoN device. Page 12 of 85

21 Surge Absolver Lightning arrestors must be installed on all antenna cables if there is a risk of lighting strike. These coaxial arrestors are available from Tideland. When buying the arrestors please beware the specified frequency and the maximum output Wiring and Pin Assignments Power Connector Red (1) Positive (+), 12V DC (9.6 ~ 15.6 V DC) Power Black (3) Ground Figure 12. Power Connector Page 13 of 85

22 Figure 13. Power Connector pin definitions Pin Number Cable Color Pin Definition Description 1 Red PWR Positive (+), 12V DC (9.6 ~ 15.6 V DC) 2 N/A N/A N/A 3 Black GND Power ground CON1 Connector Brown (1) RS232_TX Blue (2) Ground RS-232 Black (9) RS232_RX White Green (3) (4) 1_PPS Ground GPS Yellow Gray Pink Red (5) (6) (7) (8) ADC4 ADC3 ADC2 ADC1 Analog_in (ADC) LTWBU-12BFFM-LL7A01 (by Amphenol LTW) Orange (10) Ground Purple Light Green (11) (12) Reserved Figure 14. CON1 Connector Page 14 of 85

23 Figure 15. CON1 connector pin definitions Pin Number Cable Color Pin Definition Description 1 Brown RS232_TX Communication interface (IEC command sentence) 2 Blue GND Ground (RS-232) 3 White 1_PPS 1 PPS (1 pulse per second output from built-in GPS module)* 4 Green GND Ground (GPS_1PPS) 5 Yellow ADC4 Analog to Digital input 4 (0~36 V) 6 Gray ADC3 Analog to Digital input 3 (0~36 V) 7 Pink ADC2 Analog to Digital input 2 (0~36 V) 8 Red ADC1 Analog to Digital input 1 (0~36 V) 9 Black RS232_RX Communication interface (IEC command sentence) 10 Orange GND Ground (ADC) 11 Purple -- Reserved 12 Light Green -- Reserved Page 15 of 85

24 CON2 Connector Black Brown White (1) (2) (3) RS232_RX RS232_TX Ground RS-232 (configuration) Blue (4) Red (5) Orange (6) DO_NO DO_NC DO_CMN Digital out LTWBD-08BFFM-LL7A01 (by Amphenol LTW) Yellow Green (7) (8) DI_RTN DI (5~36V) Digital in Figure 16. CON2 Connector Page 16 of 85

25 Figure 17. CON2 connector pin definitions Pin Number Cable Color Pin Definition Description 1 Black RS232_RX* 2 Brown RS232_TX* Configuration interface (IEC command sentences) Configuration interface (IEC command sentences) 3 White GND Ground (RS-232) 4 Blue DO_NO Digital-out Normal Open 5 Red DO_NC Digital-out Normal Close 6 Orange DO_CMN Digital-out Common 7 Yellow DI_RTN Digital-in return 8 Green DI Digital-in (5~36 V) *NOTE : RS-232 Tx & Rx wiring should be crossed over when connecting to PC. (Tx Rx; Rx Tx) **Not included unless aforementioned in Sales Order Page 17 of 85

26 Wiring Overview The following diagram shows the overall V10-Informer wirings. GPS Antenna VHF Antenna RS-232 Meteorological/ Hydrological or other AtoN device 12 VDC (9.6~15.6 VDC) VHF CON1 Power Mando-301/ _PPS ADC GPS 1_PPS output Lantern or other AtoN device RS-232 PC/Laptop CON DO DI Lantern or other AtoN device Lantern or other AtoN device Figure 18. V10 overall wiring overview 2.2. EXPANSION IO BOARD (OPTIONAL) Some special project installations may require additional connectivities for more peripherals and devices. The V10-Informer extension I/O boards are intended to meet the requirements. Please contact TIDELAND representatives for further information and availabilities. Page 18 of 85

27 3. INFORMER V10-1/v10-3 CONFIGURATION 3.1. CONFIGURATION START Step 1: Connect the AtoN device with PC/Laptop via RS-232 serial port. Prepare a RS-232/USB converter when RS-232 serial port is not supported by your PC/Laptop. Step 2: Connect the AtoN device with 12V DC (10A) power source. It is highly recommended to use a power adapter stabilizing the power source. Step 3: Step 4: Power on the AtoN device. Turn on PC and load TIDELAND SIGNAL CORPORATION Configuration Program CD. And make sure it has been properly installed on your PC/Laptop. Step 5: Double click TIDELAND and start TIDELAND SIGNAL CORPORATION Configuration Program. *NOTE: All message assignments and intervals must be defined and approved by the appropriate competent authority, such as the local port authority where the AtoN device is installed. Page 19 of 85

28 Serial Port Searching Windows VISTA version Click on Start Select My Computer Mouse right click Properties Select Device Manager Click Port (COM&LPT) Windows XP version Click on Start Select My Computer Click Control Panel Select System Choose Hardware Select Device Manager Click Port (COM&LPT) Choose the Prolific RS-232-to-Serial Com Port (Com3) as the designated port number. Figure 19. Serial Port Searching Page 20 of 85

29 Serial Port Setting Step 1: Start TIDELAND SIGNAL CORPORATION INFORMER V10 Configuration Program. Step 2: Enter the corresponding Serial Port & Baud Rate information. Step 3: Click Connect to complete and save the setting. If you key-in wrong Serial Port, you could not enter in and PC/Laptop will jump up a window to remind you to re-check Serial Port. Figure 20. Error Serial Port Page 21 of 85

30 If you do not connect Power or other problem, PC/Laptop will jump up a window to remind you to re-check all connection. Figure 21. Connection Failed Page 22 of 85

31 VDL Setting If your device is INFORMER V10-3 (Type 3), you could remotely connect to anther INFORMER V10-3(Type 3) via VDL. Step 1: After setting Serial Port and connecting with PC/Laptop, please choose VDL. Step 2: Enter desired MMSI which you would like to remote control. Step 3: Click Connect to complete and save the setting. Figure 22. VDL Setting *NOTE: After setting the VDL, you can continue setting the following tabs. Page 23 of 85

32 AtoN MMSI Setup Step 1: Enter the valid MMSI number under MMSI column. Step 2: Select Real AtoN under the Real / Virtual column. Step 3: Click Create to save and create the new MMSI. Step 4: Press Read Device to confirm and review the MMSI setting. Figure 23. AtoN MMSI Setup *NOTE 1: The MMSI number is controlled by a competent authority and must be a legitimate number. *NOTE 2: The default MMSI number is A MMSI number for Real AtoN must be setup first before creating other MMSI for Virtual or Synthetic AtoN. Page 24 of 85

33 Please follow all steps above to create Virtual MMSI or Synthetic MMSI. Check if there are all correct MMSI data saved in the MMSI column. Figure 24. AtoN MMSI for Virtual and Synthetic Page 25 of 85

34 Delete Selected MMSI Select the desired MMSI to be deleted under the MMSI column. Right-click and it will jump up window written Delete. Click Delete to erase all setting of this MMSI number. Figure 25. Delete Selected MMSI Page 26 of 85

35 AtoN Station Data Setting Step 1: After the MMSI (Real/Virtual/Synthetic) is successfully setup, user can continue with rest of AtoN station data setting. Step 2: After all AtoN device data setting, please click Config Device button to save the data when all settings are completed. PC/Laptop will pop-up window said Configuration done!. Then press OK to complete the setting. Step 3: Click Read Device to check and make sure all AtoN settings are correct. Figure 26. AtoN Station Data Setting Page 27 of 85

36 Name and Type of AtoN Device Step 1: Enter the name of AtoN device. Step 2: Select the correct type for the AtoN device. Figure 27. Name and Type of AtoN Device Setting Page 28 of 85

37 Position Information Step 1: Select the type of EPFS and position accuracy information. Step 2: Enter the Latitude and Longitude of the AtoN position. Step 3: Choose 8-bit data for AtoN Status. ( V means 1; Empty means 0.) 1. Bit 7, 6, 5 mean Page ID. For example: Page 7 (binary 111); 2. Bit 4, 3 mean RACON status; 3. Bit 2, 1 mean Light Status; 4. Bit 0 means status. Ex: 0= good health; 1=alarm Figure 28. Position Information Page 29 of 85

38 Transmit Setting Step 1: Choose the desired output power of 2W, 5W, or 12.5W. Figure 29. Transmit Power Setting *NOTE: The output power can only be setup at the Real AtoN. Page 30 of 85

39 NOTE: If user makes configuration via the configuration port using the ACF sentence below: $--ACF,xxxxxxxxx,x,llll.llll,a,yyyyy.yyyy,a,x,xxxx,xxxx,xxxx,xxxx,x,xx,x,a*hh<CR><LF>, the manufacturer Power level code are defined as follows: Power level of ACF sentence (Note 5)* Tx power (Watt) (default) *Please refer to IEC Step 2: Adjust the frequency of Channel 1 and Channel 2. Figure 30. Transmit Channel Setting *NOTE: The Channel Setting can only be setup at the Real AtoN. Page 31 of 85

40 Off Position Step 1: Enter the desired meter of Threshold. When the position of buoy exceeds the Threshold, INFORMER will enter into the off position status. Step 2: Please select transmission schedule when it is off position. (If user choose Use new reporting interval, user has to set Msg 21 Off-Pos on Message Scheduling tab. Figure 31. Off Position Page 32 of 85

41 Dimensions Enter the distance of relative position between the GPS antenna and buoy at the Dimension/ Ref. for position column, while the black spot in the picture represents the location of GPS antenna. (Unit: Meter) Figure 32. AtoN Dimensions *NOTE 1: The dimensions are NOT allowed to configure at Virtual/ Synthetic AtoN. *NOTE 2: The dimension diagram shows a vertical view which indicates the distance between the GPS antenna and periphery of the buoy. For ordinary buoys, the values of A, B, C, D should be the same. Page 33 of 85

42 All Settings Complete Step 1: Click on Config Device to finish and save all AtoN settings. Step 2: Select Read Device to review and confirm all settings. Figure 33. All Setting Complete Page 34 of 85

43 3.2. MESSAGE SCHEDULING Step 1: Choose the desired MMSI number (Real/ Virtual/ Synthetic) to be scheduled under the MMSI List column for further message scheduling. Figure 34. Basic Message Scheduling *NOTE: Please setup the MMSI number before starting message scheduling settings Page 35 of 85

44 Step 2: For Real AtoN, select the Message ID to be scheduled from the following: Message 6, 6 (Lantern Monitor), 8, 8(Metro. & Hyd. monitor), 12, 14, 21(On-Pos), 21(Off-Pos) and Chaining. Please refer to Figure Figure 35. Message Schedule Listing Page 36 of 85

45 Step 3: For Virtual or Synthetic AtoN, one could select only Message 21(On-Pos) to be scheduled. Figure 36. Virtual and Synthetic MSG Scheduling Step 4: Select the desired Access Scheme: FATDMA or RATDMA (For INFORMER V10-3 only) Step 5: Click the checkbox of Channel 1 Setting and Channel 2 Setting to setup the broadcast timing and period parameters (User could choose Single Channel or Dual Channels). Step 6: Use the arrow keys to adjust each parameter to setup report rate. Page 37 of 85

46 Figure 37. Message Scheduling Report Rate *NOTE1: To stop broadcasting the message, please click on the Disable checkbox. *NOTE2: FATDMA could choose Start Slot parameters. RATDMA could not choose it. For UTC Hour, Minute, Start Slot and Interval, these are for starting (initial) UTC time for your message scheduling report. INFORMER V10-1/V10-3 will follow the UTC time from GPS and according to your message scheduling settings (UTC hour, UTC minute, Start Slot, Interval) to calculate the nearest next transmitting time. Example 1, FATDMA: UTC hour: 0 ; UTC minute : 1; Start Slot : 150 (4 seconds); Interval : 10 minutes. (If the UTC time from GPS is 18:03:00 according to the Example 1. The message will be sent at UTC time 18:11:04; 18:21:04; 18:31:04...etc) Page 38 of 85

47 Example 2, FATDMA: UTC hour: 1 ; UTC minute : 1; Start Slot : 300 (8 seconds); Interval : 70 minutes (1 hour 10 minutes) (If the UTC time from GPS is 18:03:00 according to the Example 2. The message will be sent at UTC time 18:31:08; 19:41:08; 20:51:08...etc) Figure 38. Message Scheduling example *NOTE: For Msg 21, each channel occupies 2 adjacent slots. Therefore for setting Channel 2, please select two different slots from Channel 1. Page 39 of 85

48 Select Config Device to save and input the settings into the AtoN device. It will pop up a window said Configure done! Now press OK to complete it. Press Read Device to confirm and review the current device scheduling status. Figure 39. Message Scheduling Saved *NOTE: On the MMSI List, if Msg is with, it means this message schedule is set already. If Msg is with, means this message schedule is not set yet. Page 40 of 85

49 3.1.1 Chaining Configuration Chaining Configure is for INFORMER V10-3 (Type 3) only. If the device is not INFORMER V10-3 (Type 3), the tab will be closed automatically. For INFORMER V10-3, please follow steps as below: Step 1: Enter the desired MMSI number on Chaining MMSI column. Step 2: Select Parent MMSI or Child MMSI on Parent/ Child column. Step 3: Click on Create MMSI first to create and save this chaining. Step 4: Click on Read Device to ensure all settings are properly saved. Figure 40. AtoN Chaining Configuration *NOTE: Please noted that Parent MMSI only could be set one MMSI. Page 41 of 85

50 After setting Chaining, please choose Message Scheduling tab, and select Msg Chaining under Real AtoN Station to set up for further transmitting report rate. Figure 41. Chaining Configuration *NOTE: All steps are the same as setting Message Scheduling when you complete the Chaining Setting. Page 42 of 85

51 3.1.2 Delete Selected Child / Parent MMSI Step 1: Select the desired MMSI to be deleted under the MMSI Chaining List column. Step 2: Right-click and press Delete to erase all setting of this certain MMSI number. Figure 42. Delete Selected Child / Parent MMSI Page 43 of 85

52 3.1.3 Auxiliary There are three different parts in this column. User could set those items one by one. Standby Mode: Please choose desired wake up time on Standby Mode. Please use the arrow keys. Off-Pos MSG: Please write down the desired words/characters on each Message Test Content that is used for SRM Message while it is off position. (There are 50 characters limited) Repeat: User could choose the desired Message Message 6, Message 8, SART to repeat these three Messages for other AIS AtoN Device. (Only for INFORMER V10-3 (Type 3) After setting all parts, please click Send to complete all setting. And click Read to save all setting. Figure 43. Auxiliary Tab Page 44 of 85

53 3.1.4 Version Please press Read Device to confirm and review the current device information, including Device Type, Vendor ID, Manufacturer Serial Number, Software and Hardware Version (Revision). Figure 44 Version Tab Page 45 of 85

54 4. APPLICATIONS 4.1. TYPE OF AIS AtoN STATION There are three types of AIS AtoN as defined by IEC in below tables. Figure 45 Type of AIS to AtoN Station AIS AtoN Station Physical design Transmissio n Scheme VDL control Chaining Repeating Applicable Message ID Type 1 (V10-301) 1 x Transmitter 0 x Receiver FATDMA None None None 6, 8, 12, 14, 21, 25 Type 2 1 x Transmitter 1 x Receiver FATDMA Yes Yes None 6, 8, 12, 14, 21, 25 Type 3 (V10-303) 1 x Transmitter 2 x Receiver FATDMA RATDMA Yes Yes Yes 6, 7, 8, 12, 13, 14, 21, Transmission Scheme 1) FATDMA An AIS AtoN unit operating in FATDMA mode will transmit in a pair of slots which are reserved by an AIS base station. Ships receive a message from the base station, indicating that certain slots are reserved. The ship AIS transponders store this reserved slot information in their slot maps, and do not transmit in these slots. The FATDMA is programmed to transmit in slots of those reserved by the base station. So it can only be used in the area where AIS base station exists. It is also possible to "re-cycle" slots by having a number of AIS AtoN units use the same pair of slots, but use them sequentially. FATDMA allows greatly reduced power drain for an AIS AtoN unit, because no receiving period to build a slot map is needed. Page 46 of 85

55 2) RATDMA An AIS AtoN unit operating in RATDMA mode uses its receiver to listen to both AIS frequencies channel for about one minute, and makes and stores a map of all the AIS "slots" [or message spaces] on the VHF data link [VDL]. It then looks for free slots in which to send its message. This mode is ideal for many applications because such AIS AtoN unit can be placed at any location, and requires no reservation of slots by a base station. It can be used whether base stations exist in the area or not. Its drawback is that in order to make the "slot map" the unit must turn its receiver on for at least one minute before transmitting, and this is the main power consuming factor with an RATDMA AIS AtoN unit VHF Data Link (VDL) Control AIS AtoN Type 2/Type 3 can be configured not just only through a PC s RS-232 port but also via VHF. When the unit is in a remote location and inconvenient making a physical RS-232 connection, users can configure the AIS AtoN setup remotely through the base station s VHF transmission or relayed through another nearby Type 2/Type 3 AIS AtoN Chaining A chain of AIS AtoN Stations allows for communication from an AIS Base Station to AIS AtoN Stations that are remotely located and unable to communicate directly with the Base Station. Messages are passed from station to station until the intended recipient is reached. The concept requires an AIS AtoN Station to have knowledge of other AIS AtoN Stations in the chain, namely its parent and all children below it in the chain. A parent station is a station that is in the direction of the Base Station. A child station is a station that is directed away from a Base Station. In order to prevent unnecessary retransmission of the messages, each AIS AtoN Station in a chain may have only one parent, but may have multiple children (this includes Real, Synthetic and Virtual AIS AtoN). Page 47 of 85

56 Base Base station Ty pe -3 Ty pe -3 Ty pe -3 Figure 46. Example of Chaining Repeating V10-Informer -303 can repeat AIS message 6, 8, 21 and SART message. By implication, V10- Informer -303 extends the original AIS AtoN coverage. Page 48 of 85

57 5. AIS AtoN DEPLOYMENT Real AIS AtoN A real AIS AtoN is defined as when an AIS AtoN is installed / powered in an AtoN object like lighthouse or buoy. In this case AIS AtoN is defined as a Real AIS AtoN in message 21. If the real AIS AtoN is a floating buoy, it can transmit / update its position using a predefined schedule. Also, users can define the nominal/surveyed position and decide an accepted deviation for the radius. As when the actual position is out of the surveyed position s accepted deviation, V10- Informer -301/303 transmits off-position messages to warn nearby AIS equipped vessels. In such event, V10-Informer -301/303 can also send message 14, the SRM message Synthetic AIS AtoN A synthetic AIS AtoN refers to an AtoN object that has no AIS AtoN installed, but has been assigned a position/name (via message 21) by another real AIS AtoN Virtual AIS AtoN A virtual AIS AtoN refers to a location where there is no actual existence of AtoN object. The virtual AIS AtoN is assigned a position/name (via message 21) by another real AIS AtoN. In general, virtual AIS AtoN is usually used for emergency / temporary circumstances only. Basically, IALA does not recommend overusing Synthetic/Virtual due to the overloading of AIS traffic. Tideland V10-Informer -301/303 provides 4 Synthetic/Virtual stations. Modification is possible to allow more points for some special application. Page 49 of 85

58 5.2. MESSAGES OF AIS AtoN STATION The table below shows all transmission of AIS messages support by an AtoN station defined by IEC Figure 47. Message Types AIS to AtoN Stations Message ID Message Name Message description Application Example 6 Addressed Binary Message Binary data for addressed communication Monitoring of AtoN equipment 7 Binary acknowledge message Acknowledge of addressed binary message 8 Broadcast Binary Message Binary data for broadcast communication Meteorological and hydrological data 12 Addressed Safety Related Message Safety related data for addressed communication Warn AtoN malfunctioning Off-position alarm message 13 Safety related acknowledge message Acknowledge of addressed safety related message 14 Broadcast Safety Related Message Safety related data for broadcast communication Warn AtoN malfunctioning 21 Aids to Navigation Report Position and status report for aids-to-navigation AtoN Status report Message 21 Message 21 describes Aid to Navigation Report which has the highest priority over other message types according to ITU-R M Based on ITU-R M.1371, message 21 contains the below information: Type of AtoN Name of the AtoN Position of the AtoN Position accuracy indicator Type of position fixing device On/Off position status Real and Virtual AtoN identification Dimension of the AtoN and reference positions Status of the AtoN systems Page 50 of 85

59 According to IEC , the information of message 21 should be able to setup by EUT (equipment under test) program. Tideland V10-Informer -301/303 has provided program, namely TIDELAND configuration software to define/test the parameters of message 21. For more information, please check message descriptions within this manual Message 6 According to IALA-A126, message 6 is the Addressed Binary Message which is for advanced dynamic information such as light status, racon status, battery status and position status from the connected external devices, for example lantern, battery, racon, and so on. V10-Informer -301/303 can transmit Message 6 as an addressed binary message carrying AtoN monitoring information. This message would normally be received by an AIS base station or a dedicated AIS transponder, and routed to an AtoN monitoring or management centre, or VTS centre. V10-Informer -301/303 utilizes the message 6 format suggested by UK GLA (General Lighthouse Authority). Most charting software systems in the market are now capable parsing and decoding GLA Message 6 data. For more information of UK GLA parameters, please refer to the IALA-A126 manual Message 8 The message 8 is a Broadcast Binary Message. The major applications of message 8 for AtoN are used for transmitting Meteorological and Hydrological information. Meteorological information is collected from external Weather Station devices and the data may include Wind Speed, Wind Direction, Air Temperature, Relative Humidity, Barometric Pressure, and/or etc. As the Hydrological information from external Hydrological Sensors, the data may include Water Temperature, Current Speed, Current Direction, Wave Height, Wave Period, Wave Direction, Salinity (Conductivity), and/or others. V10-Informer -301/303 implements the format of message 8 which is defined by IMO SN.1/Circ.289. For more information about IMO message 8 parameters, please refer to IALA-A126 manual. Page 51 of 85

60 5.2.4 Other messages Message 7: It is the acknowledgment message when message 6 is received. Message 12: It is Safety-related text which is addressed to a base station or a dedicated transponder. The message may be sent accordingly with a predefined schedule. Message 13: It is the acknowledgment message when message 12 is received. Message 14: It is Safety-related text for broadcast communication; warns any AtoN malfunction. Page 52 of 85

61 6. THE INTERFACES OF V10-INFORMER -301/303 V10-Informer -301/303 can connect to external device by CON 1 and CON 2. The CON 1 and CON 2 contain the interfaces below: RS232 configuration interface RS232 communication interface Digital-Input interface Digital-Output interface Analog-Input interface 1_PPS output interface Figure 48 Description of Interface of V10- Informer RS232 Configuration Interface To configure V10-Informer with the configuration utility, it is necessary to connect V10- Informer to PC through its RS232 configuration interface on CON2. The RS232 configuration port is located in PIN 2(RS232 TX), PIN 1(RS232 RX) and PIN 3 (RS232 Ground). Please refer to Figure 17 CON2 connector pin definitions. Diagram below shows the wiring to a RS232 female connector (not included) to connect to PC. Page 53 of 85

62 Figure 49 RS-323 Configuration Interface RS232 Communication Interface V10-Informer -301/303 is capable of transferring data/sentence from and to external device via its RS232 communication interface. The RS232 communication port is located in PIN 1(RS232 TX), PIN 9(RS232 RX) and PIN 2 (RS232 Ground) of CON 1. Please refer to figure CON1 Connector pin definitions for more CON 1 connection information. V10-Informer -301/303 can collect the NMEA0183 sentences from meteorological and hydrological sensors through RS232 port and then broadcasts the information using the message 8 format. Application 1: Meteorological Sensor Monitoring The meteorological sensors can measure the values for Wind Speed, Wind Direction, Air Temperature, Relative Humidity, Barometric Pressure and Visibility. Unlike some sensors that can only measure one meteorological value, Weather Station can measure two or more meteorological values. In general, the weather station can provide more values using NMEA0183 output via RS232 port. Authorities or engineers may define their proprietary message 8 format if necessary. TIDELAND is devoted to assist the implementation of the preferred format under consent agreements. The most convenient way is to use the IMO format for quick implementation. Application 2: Hydrological Sensor Monitoring The hydrological sensors are more professional and may have higher cost comparing to other external sensors due to the use in extreme environments, e.g. deep sea. The sensors costs vary by their operating environment conditions. Page 54 of 85

63 The Hydrological sensors measure values like Water Temperature, Current Speed, Current Direction, Wave Height, Wave Period, Wave Direction and Salinity (Conductivity). Most of the sensors use RS-232 connectivities similar like weather stations. Users need to provide the technical information of their planned hydrological sensors. Only with the provided information TIDELAND can then determine possible resources and support for the users. It is highly recommended to use NMEA0183 string via RS-232 interface connecting to V10- Informer -301/303. The message 8 format can either be user s definition or the standard IMO format. Meteorological Sensors Sea Level Hydrological Sensors Figure 50. RS-232 Communication Interface- External Page 55 of 85

64 Digital-Input The Digital-Input interface at CON2 (pin 8 and pin 7) can be used to detect on/off (or high/low) status of an external hardware device. For more information about PIN 7 (Digital-in return) and PIN 8 (Digital-in) wiring of CON2, please refer to Figure 17 CON2 connector pin definitions. The status can be transmitting out by local V10-Informer unit to a remote location (remote V10- Informer unit) via message 6. Under GLA Message 6 format, this V10-Informer Digital-Input bit is typically mapped to the parameter of (external) Status Bits 0 (Digital Input Off/On). The input signal voltage of the status HIGH (ON) can range from 5V to 36V DC. Input voltage less than 5V is defined as status LOW (OFF). The Digital-Input interface has opto-isolationcapability as shown in the diagram below. Mando opto isolator Digital-In Digital_In_Return External hardware device If Message 6 other than GLA format is used, consult manufacturer for the bit-map definition or for software customization. Typical applications such as lantern status monitoring, racon status monitoring, daylight monitoring and etc can be implemented via the Digital-Input interface. Page 56 of 85

65 Figure 51. Digital Input Digital-output The Digital-Output interface at CON2 (pin 4, 5, 6) can be used to control an external hardware device through relay contacts. For more information about PIN 4 (Digital-out Normal Open), PIN 5(Digital-out Normal Close) and PIN 6 (Digital-out Common) wiring of CON2, please refer to Figure 17 CON2 connector pin definitions. Before activation, the typical connection is like following diagram: Regular state Pin 6 (Common) Pin 5 (Normal Close) Pin 4 (Normal Open) Page 57 of 85

66 After activation, the connection will change to the diagram below. Activated state Pin 6 (Common) Pin 5 (Normal Close) Figure 52 Digital Input Presently, the V10-INFORMER unit does not have specific bit-map definition on Digital-Output interface in its standard software (firmware) release. Consult manufacturer for bit-map definition or for software customization if needed. The Digital-Output interface has opto-isolation-capability. Pin 4 (Normal Open) Typical applications such as lantern on/off control, device failure alert, etc. can be implemented via the Digital-Output interface Analog-Input The Analog-Input interface at CON1 (pin 5, 6, 7, 8) can be used to detect (or measure) analogical signal status of an external hardware device (voltage range of 0V~36V). For more information about PIN 8 (ADC 1), PIN 7(ADC 2), PIN 6 (ADC 3), PIN 5 (ADC 4) and PIN 10 (ADC Ground) wiring of CON1, please refer to Figure 15 CON1 connector pin definitions. Under GLA Message 6 format, the V10-INFORMER Analog-Input interfaces (ADC 1, ADC2, ADC3) are typically mapped to the 10-bits of the Analogue (internal) parameter, the 10-bits of the Analogue (external No 1) parameter, and the 10-bits of the Analogue (external No 2) parameter, respectively. The V10-INFORMER ADC4 interface presently does not have specific bit-map definition. If Message 6 other than GLA format is used, consult manufacturer for the bit-map definition or for software customization. Typical applications such as measurement of battery voltage/current can be implemented via the Analog-Input interface as described below. Page 58 of 85

67 Many of AIS AtoN equipments are installed in the floating AtoN objects such as buoys. The power source usually comes from a solar battery. Monitoring of battery status is important to ensure that power is sufficient for the operation. Figure 53. Analog Input For battery current measurement, it requires 2 ADC pins and 1 resistor to compute the current and to estimate the remaining battery capacity. Resistor (1Ω, 5W) ADC 1 ADC Vdc GND + - Figure 54. Analog Input Current Measurement V10-INFORMER measures the data from ADC1 and ADC2 and send out via message 6. V10- INFORMER s daily power consumptions can be calculated from these data. Ensure daily battery charge exceeds V10-INFORMER s daily power consumption for normal operation. Besides, some devices like meteorological and hydrological sensors have no RS232 (or NMEA0183) interface but analog output. The analog outputs from those sensors can be measured via V10-INFORMER s Analog-input interface and computed to get scientific measurement Page 59 of 85

68 results. For example, the meteorological sensor can measure the air pressure by different analog output values. The pre-defined formula can convert from analog values to air pressure data GPS 1_PPS output V10-INFORMER -301/303 provides one 1_PPS output which can transmit pulse to other external system for synchronous purposes while the GPS is in 3D fix. The GPS 1_PPS is located in PIN 3(GPS 1_PPS output) and PIN 4(GPS 1_PPS ground) of CON 1. Please refer to to Figure 15 CON1 connector pin definitions for more CON 1 connection information SUMMARY OF AIS AtoN APPLICATIONS In order to summarize what a typical AIS AtoN can do, some of the descriptions below are taken from IALA Guideline No (1) The use of AIS as an AtoN can provide the following services to AIS equipped vessels: (this is not a priority list) Provide identification of the AtoN in all weather conditions; Complement existing signals from AtoN (e.g. Racon); Transmit accurate positions of floating AtoN; Indicate if a floating AtoN is off position; Mark or delineate tracks, routes, areas, and limits (for example, areas to be avoided and Traffic Separation Schemes (TSS)); Mark offshore structures (for example, wind turbines, wave and tidal energy devices, oil and gas platforms); Provide weather, tidal, and sea state data. Provide additional AtoN capability through use of virtual AIS AtoN where installation of physical AtoN is technically or economically difficult; Indicate AtoN status; and Provide an accurate position for fixed AtoN which acts as reference targets for verifying radar. (2) In addition, the use of AIS as an AtoN can provide a number of benefits to the AtoN authority or the port authority: Monitor the status of an AtoN; Track AtoNs that are off position; Assist in the identification of ships involved in collisions with AtoN through provision of exact AtoN position data; Gather real-time (or near real-time) information on the state of health of an AtoN; Remotely control changes in AtoN parameters (if so equipped); Provide statistics on reliability of AtoN. Page 60 of 85

69 7. OPERATION, MAINTENANCE, AND TROUBLE SHOOTING 7.1. OPERATION Once V10-INFORMER is fully configured, the unit will report meteorological/hydrological statuses and AIS AtoN messages automatically making operation minimized MAINTENANCE Deployed sites are usually located out at sea, making maintenances inconveniently and costly. V10-INFORMER is designed to keep maintenances minimized. Plan and deploy Type1 or Type3 AIS AtoN based on the requirements. If the site requires frequent configuration and maintenance, the Type3, V10-INFORMER -303, would be the choice for the deployment as it supports remote configuration TROUBLE SHOOTING AIS AtoN can apply to a wide range of applications making compiling a full list of trouble shooting quite difficult. All most used operations are described in this manual, but there might be topics out there where this manual might not cover. If encountering any problems, please do not hesitate to contact us or our local agent. Page 61 of 85

70 8. PRODUCT SPECIFICATIONS 8.1. SPECIFICATIONS Product Model Number V10-INFORMER -301 V10-INFORMER -303 General IEC type definition AIS AtoN Type 1 AIS AtoN Type 3 Support synthetic and virtual AtoN Yes Yes Support chaining function No Yes Configuration method Positioning device AIS Transmitter Access scheme Tx frequency Tx frequency range Frequency accuracy Tx power Tx schedule interval NMEA-0183 sentences EPFS and surveyed position FATDMA AIS1: MHz AIS2: MHz MHz ~ MHz +/- 500 Hz 2 or 5 or 12.5 watt selectable 1~1440 minute NMEA-0183 sentences, AIS standard VDL messages, AES encryption of VDL message FATDMA or RATDMA configurable Tx message Message 6, 8, 12, 14, 21, 25 Message 6, 7, 8, 12, 13, 14, 21, 25 AIS Receivers Receivers No Yes, 2 receivers Rx frequency range n.a MHz ~ MHz Rx sensitivity n.a. PER 20% at -112 dbm VHF VHF antenna External Impedance 50 ohms Connector type M type (PL-259) Page 62 of 85

71 GPS GPS antenna Impedance Connector type Receiving channels GPS receiver type Horizontal position Power Supply Supply voltage Supply voltage range External 50 ohms TNC type 50 channels SBAS: WAAS, EGNOS, MSAS, GAGAN < 2.5 m autonomous < 2 m SBAS 12V DC nominal (at power connector) 9.6 ~ 15.6 V DC Power Consumption (measured under 12Vdc, at 12.5 watt Tx power, reporting interval 3 minutes) Under FATDMA mode < Ah/day < Ah/day Under RATDMA mode n.a. < Ah/day Configuration / Communication Interface External communication port External configuration port RS-232 port at CON1 RS-232 port at CON2 Configuration by VDL No Yes Physical Connectors Power (3 pins) VHF GPS CON1 (12 pins) CON2 (8 pins) Input / Output Interface Communication interface Configuration interface Analog input To external power supply To external VHF antenna To external GPS antenna (with 3.3 V DC power feeding to GPS antenna) RS-232 x1, analog-in (ADC) x4, GPS 1 pps output RS-232 x1, digital-in x1, digital-out (relay contacts) x1 One RS-232 port at CON1 One RS-232 port at CON2 Four ADC channels for external sensors Digital input One isolated status input channel with 5 ma constant current sink for detecting external device (e.g. read light fault, light on/off, etc.) Page 63 of 85

72 Digital output Extra input/output interface Software Tool TIDELAND Configuration Environmental Product category Operating temperature Storage temperature Humidity Mechanical Length Width Height Weight Case material AtoN One isolated control output: N.C. relay for alarm indication (default) or other control usages More extra I/O interfaces can be supported via optional extension I/O board Windows-based PC configuration utility is provided in CD to support configuration settings IEC Protected -20 C ~ +55 C -30 C ~ +70 C 95% relative humidity at 40 C 155 mm ( 6.10 inch) 140 mm (5.51 Inch) 60 mm (2.36 Inch) <= 1.5 kg Waterproof IP 67 Aluminum alloy Applicable Standards / Recommendations ITU-R M ( ) IALA A-126 Ed.1.4 ( ) IEC Ed.4 ( ) Technical characteristics for an automatic identification system using time-division multiple access in the VHF maritime mobile band The Use of the Automatic Identification System (AIS) in Marine Aids to Navigation Services Maritime navigation and radio-communication equipment and systems General requirements IEC Ed.1 ( ) IEC Ed.2 ( ) IEC Ed.3 ( ) Automatic identification system (AIS) Part 2: AIS AtoN Stations Global navigation satellite systems (GNSS) Part 1: Global positioning system (GPS) Receiver equipment Digital interfaces Part 1: Single talker and multiple listeners Page 64 of 85

73 9. MECHANICAL DIAGRAMS V10-INFORMER -301/303 Main Unit Figure Top View Figure Side View Figure Front View Figure 55 V10 Enclosure views Page 65 of 85