Related Manuals for Sailor 6390
Summary of Contents for Sailor 6390
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Page 1: Installation Manual
SAILOR 6390 Navtex Receiver Installation manual Document number: 98-139768-A Release date: October 25, 2013... -
Page 2: Trademark Acknowledgements
© 2013 Thrane & Thrane A/S. All rights reserved. Trademark acknowledgements • SAILOR is a registered trademark of Thrane & Thrane A/S in the European Union, the United States of America and other countries. • Other product and company names mentioned in this manual may be trademarks or trade names of their respective owners. -
Page 3: Safety Summary
Thrane & Thrane A/S assumes no liability for the customer's failure to comply with these requirements. Ground the equipment To minimise shock hazard, connect the SAILOR 6390 Navtex Receiver to an electrical ground and follow the cable instructions. Warranty limitation The SAILOR 6390 Navtex Receiver is not a user maintainable unit, and under no circumstances should the unit be opened beyond the outer plastic cover, except by authorized personnel. -
Page 4: Record Of Revisions
IEC-60945 (2002), IEC-60945 Corrigendum 1 (2008), IEC-61097-6 (2005-12), IEC-61162-1 (2010-11) (aligned with NMEA 0183 version 4.00), ITU-T X.27/V.11 (1996) The SAILOR 6390 Navtex Receiver is approved to SOLAS Regulations IV/7, IV/14: ITU-R M.540-2 (06/90) and ITU-R M.625-3 (10/95). The SAILOR 6390 Navtex Receiver is approved to FCC Equipment class: RNV, Part 80 NAVTEX Receiver 80.1101(c)(1). -
Page 5: Table Of Contents
Part numbers ........................2-4 Chapter 3 Installation Unpacking and initial inspection ................3-1 3.1.1 Unpacking ..........................3-1 3.1.2 Initial inspection ........................3-1 Installation of the SAILOR 6390 Navtex Receiver ........3-2 3.2.1 Dimensions ..........................3-2 3.2.2 Drilling plan ..........................3-3 3.2.3 Navtex antenna ........................3-3 3.2.4 Wiring ............................3-4 3.2.5... - Page 6 Warranty and returning units for repair ............5-8 5.4.1 Repacking for shipment ....................5-8 Appendix A Technical specifications SAILOR 6390 Navtex Receiver ................A-1 NMEA PCB in SAILOR 6390 Navtex Receiver ..........A-2 Appendix B NMEA sentences NMEA sentences used ....................B-1 B.1.1 Light Weight Ethernet – LWE ..................B-1 B.1.2...
- Page 7 Table of contents Sentence use reference ....................B-3 B.2.1 Overview ..........................B-3 B.2.2 ACK - Acknowledge alarm (input) ................B-3 B.2.3 ALR - Set alarm state ......................B-4 B.2.4 CRQ ............................B-4 B.2.5 NRM - NAVTEX receiver mask (input/output) ............B-4 B.2.6 NRX - NAVTEX received message (output) .............B-5 B.2.7 RMC - Recommended minimum specific GNSS data (input) ......B-6 B.2.8...
- Page 8 Table of contents viii 98-139768-A...
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Page 9: About This Manual
• Configuration • Service & maintenance • Technical specifications • NMEA sentences Related documentation The following table shows the documents related to this manual and to the SAILOR 6390 Navtex Receiver. Document Title and description number SAILOR 6390 Navtex Receiver, User manual... -
Page 10: Precautions
Precautions Precautions Warnings, Cautions and Notes Text marked with “Warning”, “Caution”, “Note” or “Important” show the following type of data: • Warning: A Warning is an operation or maintenance procedure that, if not obeyed, can cause injury or death, or jeopardize the safety on board. •... -
Page 11: Introduction To Navtex
Figure 2-1: SAILOR 6390 Navtex Receiver The SAILOR 6390 Navtex Receiver is delivered as a black box receiver which can either be connected to the SAILOR 6004 Control Panel, a 7" touch screen, or used as a standalone unit for integration with an INS, supporting NMEA0183. -
Page 12: Features
Features 2000 messages per frequency, giving a total of 6000 messages Printing via SAILOR 6004 Control Panel and 3rd party line printer over LAN Integrated Navtex app for SAILOR 6004 Control Panel Low and high impedance antenna switch ... -
Page 13: Navtex Message (Example)
End of message (not displayed) Table 2-1: Navtex message, example System components The SAILOR 6390 Navtex Receiver can be used in the following contexts: • Use with the SAILOR 6004 Control panel • Use as a stand-alone unit with an INS An optional printer can be connected in both use scenarios. -
Page 14: Use With The Sailor 6004 Control Panel
2.3.1 Use with the SAILOR 6004 Control panel The SAILOR 6004 Control panel is the user interface for the SAILOR 6390 Navtex Receiver. The user interface is in English. All settings that are relevant for the user are accessed through the touch panel. Alarms and notifications are shown in the display and via NMEA. -
Page 15: Installation
• Installation of the SAILOR 6004 Control Panel Unpacking and initial inspection 3.1.1 Unpacking The following items are included in the delivery of a SAILOR 6390 Navtex Receiver: • SAILOR 6390 Navtex Receiver • User manual SAILOR 6390 Navtex Receiver • Installation guide SAILOR 6390 Navtex Receiver •... -
Page 16: Installation Of The Sailor 6390 Navtex Receiver
Installation of the SAILOR 6390 Navtex Receiver Installation of the SAILOR 6390 Navtex Receiver You can mount the SAILOR 6390 Navtex Receiver on a desktop or on a wall. Provide sufficient space to access the connectors and the fuse. Allow sufficient space for the cables., see Figure 3-2: Drilling plan on page 3-3. -
Page 17: Drilling Plan
12 mm 246 mm 12 mm Figure 3-2: Drilling plan Leave the lid of the SAILOR 6390 Navtex Receiver off until all connections to the spring- loaded terminals are made and initial testing is passed successfully. 3.2.3 Navtex antenna You can fit a suitable active or passive antenna for Navtex reception. Cobham recommends to use an active antenna suitable for tri-band Navtex reception if the environment allows it. -
Page 18: Wiring
The device requires ON IN to be connected to VBAT- in order to power up. This can be done by a dedicated switch, permanent wiring or connection to a Cobham device supporting ON OUT (e.g. SAILOR 6004 Control Panel). SAILOR H1252B Printer... -
Page 19: Ethernet Interfaces
LABEL Figure 3-4: Spring-loaded terminals of the SAILOR 6390 Navtex Receiver (zoom) 3. Connect the SAILOR 6004 Control Panel via LAN to the SAILOR 6390 Navtex Receiver or connect NMEA OUT (to INS) and NMEA IN (from INS). 4. Use the integrated cable relief to secure the cables with the provided cable ties. -
Page 20: Recommended Cables
For instructions how to install the SAILOR 6004 Control Panel see separate installation manual for the SAILOR 6004 Control Panel (part number 98-136644). Connect the LAN connector at the SAILOR 6390 Navtex Receiver to the LAN connector at the SAILOR 6004 Control Panel. -
Page 21: Configuration
To Power on and off 4.1.1 As soon as DC power is provided the SAILOR 6390 Navtex Receiver is on. To switch on the SAILOR 6004 Control Panel push the power button. Operate the SAILOR 6004 Control Panel by tapping the touch screen. To switch off the SAILOR 6004 Control Panel push and hold the power button for 2 seconds and follow the instructions on the screen. -
Page 22: System And Navtex App Installation
System and Navtex app installation System and Navtex app installation The System app is already installed in the SAILOR 6004 Control Panel. You use the System app to install the Navtex app. 4.2.1 System app Having switched on the SAILOR 6004 Control Panel, an icon named System is always displayed, plus the icon(s) of the applications that are installed. -
Page 23: Navtex App - Daily Use
3. Enter the password for user level (user) and tap OK. Self Test Tap Self Test to start the self test of the SAILOR 6004 Control Panel. For further details on the self test see the installation manual of the SAILOR 6004 Control Panel. -
Page 24: Configuration With The Service Interface
2. Connect a PC to the same network as the SAILOR 6390 Navtex Receiver (preferably a direct connection to the Ethernet connector of the SAILOR 6390 Navtex Receiver). 3. Start the TMA (v. 1.04 or higher) and click on the SAILOR 6390 Navtex Receiver (TT- 6390 NAVTEX). - Page 25 These IP addresses are assigned automatically. Note down the IP address of the SAILOR 6390 Navtex Receiver. 4. Connect a PC to the same network as the SAILOR 6390 Navtex Receiver - or - SAILOR 6004 Control Panel. 5. Open an Internet browser (Firefox or Chrome recommended) and enter the IP address of the SAILOR 6390 Navtex Receiver (Remote IP address), e.g.:...
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Page 26: Configuring The Installation
2. If needed, enter a new System Function ID (Remote Device Name in the Navtex app on the SAILOR 6004 Control Panel). Change the System Function ID only if there is more than one SAILOR 6390 Note Navtex Receiver in the network. - Page 27 Configuration with the Service Interface The System Function ID is the identification of the SAILOR 6390 Navtex Receiver in the network. It must consist of the letters CR followed directly by 4 digits. This must be the same ID that has been set in the SAILOR 6004 Control Panel.
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Page 28: Interface Settings
Receiver does not get identical information from more than one physical sensor device (identified by talker ID). If one of the inputs receives data that shall be ignored by the SAILOR 6390 Navtex Receiver, make a positive Talker ID white list for this port, listing only talker IDs that shall be used by the SAILOR 6390 Navtex Receiver on this interface. - Page 29 White List Example: AI ZZ BI CC GH ZI VA ST * * The talker ID white list is used to ensure that the SAILOR 6390 Navtex Receiver does not get identical information from more than one physical sensor device (identified by talker ID).
- Page 30 Table 4-3: Interface settings, Printer Settings Click Save to save the printer settings in the SAILOR 6390 Navtex Receiver. Once the printer is configured in the SAILOR 6390 Navtex Receiver but not found Note in the network, the SAILOR 6390 Navtex Receiver raises an alarm.
- Page 31 3. Click Find printers in the section Automatic printer lookup. Then a list with serial numbers of the available ThraneLINK print servers with attached printers is displayed. 4. Click the serial number of the desired print server, e.g. a serial number of a SAILOR 6004 Control Panel.
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Page 32: Ethernet Settings
Ethernet. Other equipment can also communicate using the same Ethernet. Therefore, it is necessary to configure an IP address and network ID for the SAILOR 6390 Navtex Receiver in the SAILOR 6004 Control Panel. I.e. the two devices must be paired. - Page 33 Table 4-5: ID for SAILOR 6390 Navtex Receiver SAILOR 6004 Control Panel Both IDs are visible in the display of the SAILOR 6004 Control Panel in the Navtex app in the section Settings > Connection. The SAILOR 6390 Navtex Receiver ID is visible in the top bar of all Navtex screens of the SAILOR 6004 Control Panel.
- Page 34 Enter NMEA LWE source IDs. Replace * from left to right. Example: AI0001 ZZ1234 BI0222 CC2222 GH0011 * * * * * The talker ID white list is used to ensure that the SAILOR 6390 Navtex Receiver does not get identical information from more than one physical sensor device (identified by talker ID).
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Page 35: Managing Coast Station Lists
1. Select the frequency and the area from the drop-down box and click Search. The current list of coast stations known to the SAILOR 6390 Navtex Receiver is displayed. Figure 4-13: Service Interface: Coast Stations 2. -
Page 36: System Control
Figure 4-15: Reboot the device Click the button Reboot or Logout to activate the changes, leave the Service Interface and put the SAILOR 6390 Navtex Receiver into normal operation. This may take up to 30 seconds. After a reboot the received Navtex messages remain in the SAILOR 6390 Navtex Receiver. -
Page 37: Verification
• SAILOR 6004 Control Panel – via USB (The SAILOR 6004 Control Panel acts as a LAN printer server) Apply power and check the three LEDs on the SAILOR 6390 Navtex Receiver • Power LED is lit as soon as power is turned on (Note: The device will not power on if terminal ON IN is left open) •... -
Page 38: Nmea Trace Tool
4.4.2 NMEA Trace tool To verify the installation of NMEA devices to the SAILOR 6390 Navtex Receiver you can start the NMEA Trace tool to see whether the connected device on a selected port receives and sends correct NMEA information. The NMEA Trace verifies the electrical connection, it does not guarantee that the NMEA sentence is parsed correctly. -
Page 39: Checking Rf Reception Levels
Verification 4.4.3 Checking RF Reception Levels To check RF reception levels, do as follows: 1. Access the log-in page of the Service Interface, see Using a PC and an Internet browser on page 4-4. Do not log in to the Service Interface! The tool to measure RF reception levels Note works separately. -
Page 40: Installation Tests
2. Click Installation tests. Figure 4-20: Tests for verifying the installation • Click the button Run Self Test to run a Self Test of the SAILOR 6390 Navtex Receiver. • Click the button Generate Test Message to generate a Navtex test message. It is displayed in the SAILOR 6004 Control Panel. -
Page 41: Chapter 5 Service & Maintenance
• Warranty and returning units for repair Maintenance Maintenance of the SAILOR 6390 Navtex Receiver can be reduced to a maintenance check at each visit of the service staff. Inspect the unit for mechanical damages, salt deposits, corrosion and any foreign material. -
Page 42: Software Update
SSC in the Service and Support section, 24-7 Service). Make sure to use version 1.04 or higher. 2. Make sure that your PC is on the same network segment as the SAILOR 6390 Navtex Receiver. 3. Make sure that the SAILOR 6004 Control Panel is switched on. -
Page 43: Dissassembling - Removing The Cover
5.1.4 Replacing the fuse One fuse is installed in the SAILOR 6390 Navtex Receiver. If this fuse is blown, do as follows: 1. Track down why the fuse was blown and solve the problem, e.g. incorrect polarity at the DC supply. -
Page 44: Alarms And Notifications
Alarms and notifications Alarms and notifications If an alarm is reported from the SAILOR 6390 Navtex Receiver a flashing red triangle appears in the bottom bar of the SAILOR 6004 Control Panel display: • Flashing, bright red triangle: Unacknowledged alarm(s). -
Page 45: Installation With An Ins
If the connection between the SAILOR 6390 Navtex Receiver and the SAILOR 6004 Control Panel is lost, the SAILOR 6004 Control Panel shows an error “Connection lost”. Make sure that no one is connected to the SAILOR 6390 Navtex Receiver using the Service Interface. Alarm Description... -
Page 46: Troubleshooting Guide
Remedy The SAILOR Green power If the power cable is connected directly to 6390 Navtex LED on the SAILOR 6390 Navtex Receiver then Receiver will SAILOR 6390 check that ON IN is wired to VBAT-. not turn on. Navtex Receiver is off. - Page 47 Table 5-3: Troubleshooting guide (Continued) RX self test (with SAILOR 6004 Control Panel) The RX self test runs automatically after start-up. You can also manually start an RX self test. 1. From the idle screen, tap the menu icon in the upper right corner.
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Page 48: Warranty And Returning Units For Repair
Should you need to send the product for repair, please read the below information before packing the product. The shipping carton has been carefully designed to protect the SAILOR 6390 Navtex Receiver and its accessories during shipment. This carton and its associated packing material should be used when repacking for shipment. -
Page 49: Appendix A Technical Specifications
600 single ended audio interface for troubleshooting Printer Support via LAN connector NMEA sentences NMEA0183 input, EN61162-1: ACK, NRM, CRQ sentences NMEA0183 output, EN61162-1: ALR, NRM, NRX sentences GPS input: RMC, ZDA sentences Proprietary sentences Table A-1: SAILOR 6390 Navtex Receiver specifications 98-139768-A... -
Page 50: Nmea Pcb In Sailor 6390 Navtex Receiver
NMEA PCB in SAILOR 6390 Navtex Receiver NMEA PCB in SAILOR 6390 Navtex Receiver (Extract from IEC 61162-1) • NMEA + (A) and - (B) are indicated at the terminals on the PCB • Max output drive is 40 mA •... -
Page 51: Nmea Sentences Used
60009 to USR8 239.192.0.16 60016 Table B-1: Destination multicast addresses and port numbers 1. When used with a SAILOR 6004 Control Panel the network IP traffic load may increase to a level where IEC 61162-450 compliance cannot be guaranteed. 98-139768-A... -
Page 52: Sentence Characteristics And Their Linkage With Port Configuration
NMEA sentences used B.1.2 Sentence characteristics and their linkage with port configuration The following table lists all the supported sentences. The Encoder/Parser column reflects the group of sentences which can be configured for a specific port. See Interface settings on page 4-8. •... -
Page 53: Sentence Use Reference
Sentence use reference Sentence use reference B.2.1 Overview You find detailed description of the following sentences in this appendix: • ACK - Acknowledge alarm (input) • ALR - Set alarm state • CRQ • NRM - NAVTEX receiver mask (input/output) •... -
Page 54: Alr - Set Alarm State
Sentence use reference B.2.3 ALR - Set alarm state Local alarm condition and status. This sentence is used to report an alarm condition on a device and its current state of acknowledgement. $--ALR,hhmmss.ss,xxx,A, A,c--c*hh<CR><LF> Field Data format Description Comment Sentence Id Used hhmmss.ss Time of alarm condition change, UTC... -
Page 55: Nrx - Navtex Received Message (Output
Sentence use reference B.2.6 NRX - NAVTEX received message (output) $--NRX,xxx,xxx,xx,aaxx,x,hhmmss.ss,xx,xx,xxxx,x.x,x.x,A,c--c*hh<CR><LF> Field Data format Description Comment Sentence Id Used Total number of sentences, 001 to 999 Used Sentence number, 001 to 999 Used Sequential message id, 00 to 99 Used aaxx NAVTEX message code Used... -
Page 56: Rmc - Recommended Minimum Specific Gnss Data (Input
Sentence use reference B.2.7 RMC - Recommended minimum specific GNSS data (input) $--RMC, hhmmss.ss,a,llll.ll,a,yyyyy.yy,a ,x.x,x.x, xxxxxx, x.x,a*hh<CR><LF> Field Data format Description Comment Sentence Id Used hhmmss.ss UTC of position fix Used Status (A or V) Used llll.ll Latitude Used Latitude N/S Used yyyyy.yy Longitude... -
Page 57: Glossary
Glossary Glossary Direct Current DHCP Dynamic Host Configuration Protocol. A protocol for assigning dynamic IP addresses to devices on a network. With dynamic addressing, a device can have a different IP address every time it connects to the network. Domain Name System. A system translating server names (URLs) to server addresses. GMDSS Global Maritime Distress and Safety System. - Page 58 Glossary NMEA National Marine Electronics Association (standard). A combined electrical and data specification for communication between marine electronic devices such as echo sounder, sonars, anemometer (wind speed and direction), gyrocompass, autopilot, GPS receivers and many other types of instruments. It has been defined by, and is controlled by, the U.S.-based National Marine Electronics Association.
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Page 59: Index
Index Index , 5-4 alarm debug , 5-4 , 4-20 acknowledge audio source , 4-20 , 4-20 relay, toggle spurious alarms default settings , 5-5 , 4-16 reset to , 5-4 , 4-16 Navtex delete messages , 5-5 printer delivery , 3-1 antenna items included... - Page 60 Index IP address , 4-3 Control Panel , 2-4 part numbers , 4-12 Navtex Receiver , 4-3, 4-6 password , 4-10 printer placing , 3-4 antenna , 4-11 print server printer , 4-11 3rd party, setup , 4-11 disable , 3-5 connector , 4-10 IP address...
- Page 61 Index settings verification , 4-12 , 4-17 Ethernet check list , 4-10 , 4-20 printer installation tests , 4-18 software NMEA Trace , 4-3 , 4-19 uninstall RF reception levels , -ii software license software update , 5-2 software version , 4-4 , -iii, 5-8 warranty...