COBHAM SAILOR 7222 VHF DSC Installation Manual
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COBHAM SAILOR 7222 VHF DSC Installation Manual

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  • Page 1 SAILOR 7222 VHF DSC Installation manual...
  • Page 2 SAILOR 7222 VHF DSC Installation manual Document number: 98-171833-A Release date: October 15, 2021...
  • Page 3 In the event of any discrepancies, the English version shall be the governing text. Thrane & Thrane A/S is trading as Cobham SATCOM. Copyright ©...

  • Page 4: Table Of Contents

    Table of contents Chapter 1 Introduction VHF radio with DSC Class A ....................1-1 Accessories available ........................ 1-3 System configuration - example ..................1-5 Chapter 2 Installation Unpacking and initial inspection ..................2-1 Installing the VHF radio ......................2-2 Connectors on the SAILOR 7224 Control Unit ..........2-10 Connectors on SAILOR 7226 VHF Transceiver Unit ........
  • Page 5 Table of contents Appendix B NMEA sentences NMEA sentences used ......................B-1 Sentence use reference ......................B-4 Appendix C System configurations System configuration examples ..................C-1 Cable requirements .........................C-17 Glossary ................................Glossary-1 Index ..................................Index-1 98-171833-A...
  • Page 6 List of figures Chapter 1 Introduction Figure 1-1: Controls on the front plate of the Control Unit............ 1-2 Figure 1-2: System configuration, example ..................1-5 Chapter 2 Installation Figure 2-1: Control Unit, Desktop mounting 1/2................2-3 Figure 2-2: Control Unit, Overhead mounting ................2-4 Figure 2-3: Control Unit, Mounting with the mounting bracket ...........
  • Page 7 Appendix B NMEA sentences Appendix C System configurations Figure C-1: System configuration, SAILOR N163S Power Supply ........C-2 Figure C-2: System configuration, SAILOR 6201, GNSS, ext. loudspeaker and alarms..C- Figure C-3: System configuration, GNSS and SAILOR 6270 External loudspeaker ..C-4 Figure C-4: System configurations, 2 SAILOR 6201 Handsets and a GNSS.....C-5 Figure C-5: System configuration, CAN bus, SAILOR 6204 CSM, close to the VHF radio Figure C-6: System configuration, CAN bus, SAILOR 6204 CSM, not close to the VHF ra- Figure C-7: System configuration, CAN bus, SAILOR 6204 CSM, far from the VHF radio...
  • Page 8 List of tables Chapter 1 Introduction Table 1-1: Accessories..........................1-3 Chapter 2 Installation Table 2-1: Compass safe distance ...................... 2-3 Table 2-2: Pin allocation, ACC connector ..................2-11 Table 2-3: Pin allocation, AUX connector..................2-12 Table 2-4: Pin allocation, OPT connector..................2-13 Table 2-5: Pin allocation, CTRL connector...................
  • Page 9 Appendix B NMEA sentences Table B-1: Multicast addresses and ports for LWE transmission groups......B-1 Table B-2: Supported sentences......................B-2 Table B-3: Other network functionality, input................B-3 Table B-4: Other network functionality, output................B-3 Table B-5: ACN - Alert command (input) ..................B-4 Table B-6: ALC - Cyclic alert list (output) ..................

  • Page 10: Chapter 1 Introduction

    Bridge Alert Management IMO resolution MSC.302(87), as well as IEC 62923-1 & IEC 62923-2, the SAILOR 7222 VHF DSC Class A is a robust platform for when clear communication could make the difference between a non-event and a major incident.

  • Page 11: Figure 1-1: Controls On The Front Plate Of The Control Unit

    8. Channel properties of the currently selected VHF channel (if any). For a description of the information shown for each of the functions available see the user manual for the SAILOR 7222 VHF DSC. For a detailed description of the SETTINGS menu functions, see Configuration on page 4-1.

  • Page 12: Accessories Available

    Accessories available 1.2 Accessories available Part number Description 406201A-00500 SAILOR 6201 Handset with cradle (additional) 406203A-00500 SAILOR 6203 Handset with cradle, waterproof to IPx6. 406202A-00500 You can use the SAILOR 6202 Hand Microphone (waterproof to IPx6 and IPx8) instead of the handset. 406204A-00500 With the SAILOR 6204 Control Speaker Microphone (CSM) you can control the VHF voice functions of the SAILOR 7222...
  • Page 13 Control Unit to a SAILOR 6207 or SAILOR 6209 Connection Box in installations where the handset is not connected directly to the SAILOR 7222 VHF DSC, but located in a different position. 5m connection cable, 1x12 pole: Use this cable to...

  • Page 14: System Configuration - Example

    System configuration - example 1.3 System configuration - example The SAILOR 7222 VHF DSC can be customized to suit your installation. The following illustration is one example of a system. For further configuration examples see Appendix B, System configurations. SAILOR 6201/03...

  • Page 15: Chapter 2 Installation

    • VHF and DSC antenna installation • Wiring of connection boxes 2.1 Unpacking and initial inspection The following items are included in the delivery of a SAILOR 7222 VHF DSC: • SAILOR 7224 Control Unit • Cable Relief Kit, SAILOR 72xx CU •...

  • Page 16: Installing The Vhf Radio

    • Provide space enough to access the front panel connectors and for installing a cradle for the speaking device. • Provide at least 120 mm space at the back of the SAILOR 7222 VHF DSC radio to allow free air circulation and for cable access.
  • Page 17 SAILOR 6209 Accessory Connection Box 0.45 m Table 2-1: Compass safe distance 2.2.2 SAILOR 7224 Control Unit with U mounting bracket The U-Mount Bracket Kit (407224A-930) is available as an accessory from Cobham SATCOM. Desktop mounting 4 pcs. M4x12 Torx 20 or ø3.9x19 Torx 20...

  • Page 18: Figure 2-2: Control Unit, Overhead Mounting

    Installing the VHF radio Overhead mounting 4 pcs. M4x12 Torx 20 or ø3.9x19 Torx 20 Figure 2-2: Control Unit, Overhead mounting Mounting with U mounting bracket To mount the Control Unit, do as follows: 1. Find a suitable location for the Control Unit. Check that the space is wide/deep enough to accommodate the Control Unit.

  • Page 19: Figure 2-3: Control Unit, Mounting With The Mounting Bracket

    Installing the VHF radio 4. The display of the Control Unit should be at an angle of approximately 90° to your line of sight when operating it. Tilting ±20˚ Figure 2-3: Control Unit, Mounting with the mounting bracket 4 x M4 or hole for self-tapping ø3.9 23.5mm 200mm...

  • Page 20: Figure 2-5: Sailor 7224 Control Unit Dimensions For Flush Mount

    2.2.3 SAILOR 7224 Control Unit for flush mount You can mount the Control Unit to a flat surface, e.g. an instrument panel. The Flush Mount Bracket Kit (407224A-950) is available as an accessory from Cobham SATCOM. Figure 2-5: SAILOR 7224 Control Unit Dimensions for flush mount R2.5mm x 4...

  • Page 21: Figure 2-7: Control Unit, Flush Mount

    Installing the VHF radio 6. Before mounting the Control Unit be aware that the surface is plane and rigid. If the surface is not plane and/or rigid (stiff) remove the gasket and seal with silicone sealant between the Control Unit and the surface. 7.

  • Page 22: Figure 2-8: Transceiver Unit, Dimensions

    Installing the VHF radio 2.2.4 SAILOR 7226 VHF Transceiver Unit You can install the Transceiver Unit integrated in a SAILOR GMDSS Console or on a bulkhead. A screw kit is included with the Transceiver Unit. 306 mm 284 mm 270 mm Fuse 2 x LAN RX/TX Antenna...

  • Page 23: Figure 2-9: Sailor 6201 Handset With Cradle, Dimensions For Mounting

    Installing the VHF radio 2.2.5 SAILOR 6201 Handset with cradle Install the cradle on a bulkhead according to the drawing below. Drilling plan * 120 Space for handset access This Handset has a hook-on/off function, which is activated by a small magnet embedded in the cradle.

  • Page 24: Connectors On The Sailor 7224 Control Unit

    Connectors on the SAILOR 7224 Control Unit 2.3 Connectors on the SAILOR 7224 Control Unit 2.3.1 Connector overview SAILOR 7224 Control Unit The Control Unit has the following connectors: Figure 2-10: SAILOR 7224 Control Unit, rear panel connectors 1. ACC connector for accessories 2.

  • Page 25: Table 2-2: Pin Allocation, Acc Connector

    Connectors on the SAILOR 7224 Control Unit 2.3.2 ACC connector Use the connector marked ACC to connect GNSS and a SAILOR 6201 Handset. You may also connect a waterproof SAILOR 6203 Handset or SAILOR 6202 Hand microphone. Connector type: Circular connector, 10-pin, male. Panel lock, 10 pin male Connection cable with plug, part number 406209-941.

  • Page 26: Table 2-3: Pin Allocation, Aux Connector

    Connectors on the SAILOR 7224 Control Unit 2.3.3 AUX connector This connector is used to connect VDR, external speaker, DSC alarms and GNSS input. Connector type: Circular connector, 12-pin. Connection cable with plug, part number 406208-941. Pin assignment: Connector front view on the Control Unit: Wire Description color...

  • Page 27: Table 2-4: Pin Allocation, Opt Connector

    Connectors on the SAILOR 7224 Control Unit 2.3.4 OPT connector This connector is used for NMEA RX and TX for BAM support, e.g. via a Central Alert Management (CAM) system. Connector type: Circular connector, 10-pin, male. Connection cable with plug, part number 406209-941. Pin assignment: Panel lock, 10 pin male Wire...

  • Page 28: Table 2-5: Pin Allocation, Ctrl Connector

    Connectors on the SAILOR 7224 Control Unit 2.3.5 CTRL connector This connector is used to connect a SAILOR 6204 Control Speaker Microphone or SAILOR 6208 Connection Box. Connector type: Circular connector, 12-pin. Connection cable with plug, part number 406208-941. Pin assignment: Connector front view on the Control Unit: Wire Description color...
  • Page 29 Service port • Service port: The LAN connector next to the USB connector is used to access the SAILOR 7222 VHF DSC e.g. from external networks. The Service connector does not support RSTP. • Interconnection ports: The two interconnection ports support RSTP and connect to the Transceiver Unit and to local network.

  • Page 30: Table 2-7: Pin Allocation, Usb Connector

    Connectors on the SAILOR 7224 Control Unit 2.3.7 USB connector The SAILOR 7222 VHF DSC has a USB connector for connecting a USB memory device for updating the software or for saving or loading a configuration. Update software and save/load configuration from the SETTINGS > SYSTEM menu, see SYSTEM on page 4-12.

  • Page 31: Table 2-8: Pin Allocation, Power

    Connectors on the SAILOR 7224 Control Unit 2.3.8 Power connector The DC Power input connects to a DC supply with 24 VDC nominal (-10% / +30%). Pin-out The table below shows the connector outline, pin assignments and wire color in the power cable delivered with the SAILOR 7224 Control Unit.

  • Page 32: Connectors On Sailor 7226 Vhf Transceiver Unit

    Connectors on SAILOR 7226 VHF Transceiver Unit 2.4 Connectors on SAILOR 7226 VHF Transceiver Unit 2.4.1 Connector overview SAILOR 7226 VHF Transceiver Unit The Transceiver Unit has the following connectors: Figure 2-11: SAILOR 7226 VHF Transceiver Unit, connectors 1. Fuse 2.

  • Page 33: Figure 2-12: Transceiver Unit, Remove Cover

    Connectors on SAILOR 7226 VHF Transceiver Unit 2.4.4 24 VDC connection 1. Remove the four Torx screws and take off the cover of the Transceiver Unit. Figure 2-12: Transceiver Unit, remove cover CAUTION! Make sure the power supply is off before connecting the power cable! 2.
  • Page 34 Connectors on SAILOR 7226 VHF Transceiver Unit 2.4.5 LAN connectors Connect one of the LAN connectors on the Transceiver Unit to one of the interface LAN ports in the left side of the Control Unit. The Ethernet cable between Transceiver Unit and Control Unit must be no longer Note than 50 m.

  • Page 35: Vhf And Dsc Antenna Installation

    VHF and DSC antenna installation 2.5 VHF and DSC antenna installation The SAILOR 7222 VHF DSC must be installed with one antenna for VHF RX/TX communication and one antenna for DSC communication. You can install all commonly available 50 Ohm antennas covering the appropriate frequency range and providing a VSWR less than 1.5 over this range.
  • Page 36 VHF and DSC antenna installation No. 1 VHF No. 2 VHF RX/TX No. 2 VHF No. 1 VHF RX/TX 39679 Figure 2-14: Antenna positioning 1/2 Figure 2-15: Antenna positioning, 2/2 2.5.3 DSC antenna The positioning of the DSC antennas is less critical in terms of the imposed VSWR and due to the nature of the DSC signaling.

  • Page 37: Wiring Of Connection Boxes

    Wiring of connection boxes 2.6 Wiring of connection boxes For part numbers of connection boxes and other accessories, see Accessories available on page 1-3. 2.6.1 Connection box SAILOR 6207 The SAILOR 6207 Connection Box is used to connect GNSS (NMEA), GNSS/AIS DSC modem and further SAILOR 6201 Handsets.

  • Page 38: Figure 2-18: Sailor 6207 Connection Box For Parallel Handsets, Diagram

    Wiring of connection boxes > > , E^d & & & & -VBAT -VBAT > > ,KK< Wdd s d & & -VBAT > > -VBAT -VBAT & & -VBAT -VBAT ,KK< s,& ,KK< > > ,KK< Wdd s d &...

  • Page 39: Figure 2-19: Sailor 6208 Control Unit Connection Box, Mounting

    Wiring of connection boxes 2.6.2 Connection box SAILOR 6208 The SAILOR 6208 Connection Box is used to connect SAILOR 6204 Control Speaker microphones and other auxiliary equipment. For wiring and cabling details see System configuration examples on page C-1 and How to install LAN on page C-14. 4 x M4 or hole for self-tapping ø3.9 140 mm...

  • Page 40: Figure 2-21: Sailor 6208 Control Unit Connection Box, Diagram

    Wiring of connection boxes Figure 2-21: SAILOR 6208 Control Unit Connection Box, diagram 98-171833-A Chapter 2: Installation 2-26...

  • Page 41: Figure 2-22: Sailor 6209 Accessory Connection Box, Mounting

    Wiring of connection boxes 2.6.3 Connection box SAILOR 6209 The SAILOR 6209 Connection Box is used to connect to a Bridge Alert Management system (BAM;). For wiring and cabling details see System configuration examples on page C-1. 4 x M4 or hole for self-tapping ø3.9 101 mm 9.5 mm...

  • Page 42: Connect The Control Unit To The Transceiver Unit

    Connect the Control Unit to the Transceiver Unit Figure 2-24: SAILOR 6209 Accessory Connection Box, diagram 2.7 Connect the Control Unit to the Transceiver Unit Connect the two units as follows: 1. Connect one of the LAN connectors on the Transceiver Unit to one of the interconnection LAN ports in the left side of the Control Unit as described in LAN connectors on page 2-20.

  • Page 43: First-Time Power Up

    3.1 General use and navigation The tasks needed to be performed during installation are described below. See the SAILOR 7222 VHF DSC User manual for instructions how to operate and set up the VHF radio. 3.1.1 Power on and volume in handset and speaker The Control Unit has a dual-function on/off knob for power on/off and volume control.

  • Page 44: Entering The Mmsi Number

    The message NO DSC (NO MMSI) is shown in the DSC window if the MMSI is not programmed. 3.2.2 Changing the MMSI number If you need to change the MMSI number of the SAILOR 7222 VHF DSC you need a password. do as follows: 1. From the SETTINGS menu, select DSC and then MMSI.

  • Page 45: Forced Low Power Aux Input Control

    Forced low power AUX input control 3.3 Forced low power AUX input control When the AUX Lo Power Forced control input is activated, the radio is forced into low power control. For details on the AUX connector, see AUX connector on page 2-12. 3.3.1 TX inhibit When the low power auxiliary input (above) is activated, the VHF radio is automatically Tx inhibited, i.e.

  • Page 46: Configuration

    Chapter 4 Configuration In this chapter you find information on how to configure your SAILOR 7222 VHF DSC system. This chapter has the following sections: • Administrator access • SETTINGS • RADIO • CONTROLLER • CHANNELS • DSC • POWER SUPPLY •...

  • Page 47: Settings

    SETTINGS 4.2 SETTINGS The following settings pages are described in this section of the manual: • RADIO • CONTROLLER • CHANNELS • DSC • POWER SUPPLY • NMEA • NETWORK • SYSTEM • REMOTE CONTROL • ABOUT 4.2.1 Accessing a settings page To change a setting in one of the SETTINGS pages, do as follows 1.

  • Page 48: Figure 4-1: Settings Menu Tree

    FACTO RY RESE T SAV E CONFIGURATION LOA D CONFIGURATIO N CHA NG E PASSWORD PRINTER INA CTIVITY TIMEOUT THE ME [LIGHT, DARK, COBHAM, NIG HT] REBOO T ACTIVA TE CONTROL UNIT TRA NS CE IVE R UNIT APP RO VALS...

  • Page 49: Table 4-1: Settings > Radio Menu

    SETTINGS 4.2.3 RADIO The RADIO menu holds the settings for the radio functions in the VHF radio. Parameter Description SCAN HANG Scan hang time, in seconds on an active receiving working channel. TIME The time is measured from the signal is detected. The radio remains on the channel for the set time interval, if a signal was detected.

  • Page 50: Table 4-2: Settings > Controller Menu

    SETTINGS 4.2.4 CONTROLLER Each of the controlling devices connected and powered has its own setting. The available settings may vary from controllers applied. Parameter Description HANDSET Adjust earpiece volume for handset 1: ON, can be adjusted from VOLUME OFF to 100, in steps of 5. EXT.

  • Page 51: Table 4-4: Settings > Channels, Channel Properties

    SETTINGS Parameter Description ALT. CHANNELS As described above, plus add or delete channels. PRIVATE As described above, plus add or delete channels. CHANNELS AUX OUTPUT Configuration of the AUX port: MODE: OFF (default), SQUELCH OPEN, ON CHANNEL. CHANNEL: Shows selected channel for AUX. If SQUELCH OPEN is selected, the AUX port is activated when the squelch opens on the selected channel.

  • Page 52: Table 4-5: Explanation Of Channel Properties

    SETTINGS Explanation of the channel properties: Setting Explanation DESIGNATOR The channel number (note: Private channels are prefixed with P). NAME The name of the channel. 25 W ALLOWED Allow this channel to transmit with high power (25 W). TX BLOCK Block transmitting on this channel.

  • Page 53: Table 4-6: Settings > Dsc Menu

    SETTINGS 4.2.6 DSC The DSC menu holds the settings used for DSC communication. Parameter Description MMSI The MMSI of the radio. 9 digit numerical (Default: Not set, password protected if set). See Entering the MMSI number for a step-by-step description. GROUPS Shows DSC groups.
  • Page 54 SETTINGS Parameter Description AUTO-ACK Auto-acknowledgment: • Test: Auto-acknowledgment of test DSC messages. Disabled or Enabled (default). • Poll: Auto-acknowledgment of polling DSC messages. Disabled or Enabled (default). • Position: Auto-acknowledgment of position DSC messages. Disabled (default) or Enabled. • Individual: Auto acknowledgment of individually addressed, non distress DSC messages with channel unavailable for communication.

  • Page 55: Table 4-7: Settings > Power Supply Menu

    SETTINGS 4.2.7 POWER SUPPLY If you are using a SAILOR 6081A Power Supply and Charger with your VHF radio, you can set up the VHF radio to monitor the power supply. Parameter Description MONITOR Set this to ENABLED if the radio is connected to a TT-6081A Power Supply and Charger.

  • Page 56: Table 4-9: Settings > Network Menu

    SETTINGS 4.2.9 NETWORK There are 3 LAN connectors on the Control Unit. The LAN connector next to the USB connector is the Service port, e.g. used for accessing the settings of the Control Unit, the two leftmost LAN connectors are for connecting to the Transceiver Unit and to other units in the system in a local network.

  • Page 57: Table 4-10: Settings > System Menu

    SETTINGS 4.2.10 SYSTEM Parameter Description • USB Mass Storage: Select a tiif file from a connected USB SOFTWARE device. UPDATE • Upload: Select a tiif file from a connected PC. PAIRING If not paired: Opens a list of all nearby Transceiver Units (TU) with •...

  • Page 58: Table 4-11: Settings > Remote Control

    Parameter Description THEME Changes the display color: • LIGHT (default). • DARK. • COBHAM. • NIGHT. REBOOT Reboots the VHF radio. Table 4-10: SETTINGS > SYSTEM menu (Continued) 4.2.11 REMOTE CONTROL When you activate Remote control, you can access the graphical user interface from any unit with a browser installed.

  • Page 59: Table 4-12: Settings > About

    • Serial number. TRANSCEIVER UNIT • Hardware Tracking Number. • Software version. APPROVALS Lists approvals for the SAILOR 7222 VHF DSC, e.g. FCC. LICENSES Lists licenses for the SAILOR 7222 VHF DSC, e.g. GPL. Table 4-12: SETTINGS > ABOUT 98-171833-A...

  • Page 60: Service & Maintenance

    6. Browse and select the .tiif file with the new software. 7. Follow the instructions on the screen to complete the software update. 1. You can download the software from the Cobham SYNC Partner Portal at www.cobhamsatcom.com. Select Cobham SYNC Partner Portal > Downloads and locate the SAILOR 7222 VHF DSC software.
  • Page 61 You can also find the TMA under Programs > Thrane > TMA. If you have problems with your Firewall settings, please refer to the TMA quick guide, available on the Cobham SYNC Partner Portal under Downloads > Manuals > Maritime. 98-171833-A...
  • Page 62 Software update Update software with the TMA To update software in a ThraneLINK product, do as follows: 1. Connect the PC to the LAN with the ThraneLINK products for which you want to update software. 2. Click the TMA icon on the PC’s desktop. The program starts and displays the ThraneLINK products found on the network.

  • Page 63: Alerts In The Bridge Alert Management System (Bam)

    Alerts in the Bridge Alert Management system (BAM) 5.3 Alerts in the Bridge Alert Management system (BAM) The word Alert is used in two different ways in this manual: Important • In the BAM system an alert is a ship-internal message from connected equipment to the bridge.

  • Page 64: Maintenance

    5.5 Maintenance 5.5.1 Preventive maintenance Maintenance of the SAILOR 7222 VHF DSC can be reduced to a maintenance check at each visit of the service staff. Inspect the radio for mechanical damages, salt deposits, corrosion and any foreign material. Due to its robust construction and ruggedness the radio has a long lifetime.

  • Page 65: 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 7222 VHF DSC and its accessories during shipment. This carton and its associated packing material should be used when repacking for shipment.

  • Page 66: Sailor 7226 Vhf Transceiver Unit

    Appendix A Specifications A.1 SAILOR 7226 VHF Transceiver Unit Item Specification Weight 1.5 kg (3.3 lbs) Dimensions Height: Outer dimension 161 mm Width: Outer dimension 306 mm Depth: Outer dimension 51 mm Operating temperature -15°C to 55°C (5°F to 131°F) Storage temperature -25°C to 70°C (-13°F to 158°F) Ingress Protection...
  • Page 67 SAILOR 7226 VHF Transceiver Unit Item Specification Transmitter RF output power High: 25 W +0 dB / - 1.5 dB Low: 0.5-1 W Frequency error +/- 3ppm Adjacent channel power Below 80 dB Conducted spurious Below 0.25 mW emission Distortion Below 3% S/N ratio Better than 46 dB...

  • Page 68: Sailor 7224 Control Unit

    SAILOR 7224 Control Unit A.2 SAILOR 7224 Control Unit Item Specification Weight 1.0 kg (2.2 lbs) Height: Outer dimension 107 mm, hole height for Dimensions flush mount 89 mm Width: Outer dimension 241 mm, hole width for flush mount 227 mm Depth: Outer dimension from front of knobs 104 mm, depth for flush mount 94 mm Operating temperature -15°C to 55°C (5°F to 131°F)

  • Page 69: General Dsc Specifications

    Table A-4: General DSC specifications A.4 NMEA specifications The SAILOR 7222 VHF DSC has NMEA inputs/outputs used to communicate with other systems or equipment. These inputs/outputs are connected to the OPT, ACC and AUX connectors on the Control Unit. See description in Connectors on the SAILOR 7224 Control Unit on page 2-10.

  • Page 70: Figure A-1: Nmea Interface Description

    NMEA specifications A.4.1 NMEA interface description NMEA is used in both the ACC connector, the AUX connector and the OPT connector. The NMEA interface is described below. (Extract from IEC 61162-1) • NMEA + and - are indicated in the connector descriptions for ACC, AUX and OPT in the section Connectors on the SAILOR 7224 Control Unit on page 2-10.

  • Page 71: Table A-6: List Of Alerts

    NMEA specifications A.4.2 List of BAM alerts The table below shows the alerts you may see in the Bridge Alert Management (BAM) system. Instance Priority Category Title Description 3023 PS COMM Lost Power supply communication lost 3023 BATT VOLT Low Battery and charger.

  • Page 72: Appendix B Nmea Sentences

    Appendix B NMEA sentences B.1 NMEA sentences used All sentences are defined according to IEC 61162-1 edition 5.0 and IEC 61162-450 edition 2.0. B.1.1 Light weight Ethernet - LWE Sentences may be configured to be received and transmitted over serial ACC, AUX and OPT interfaces, but also over Light Weight Ethernet (IEC 61162-450).

  • Page 73: Table B-2: Supported Sentences

    NMEA sentences used Desti- Transmission Multicast Category nation group address port NETA Network administration 239.192.0.56 60056 PGP1 to PGP4 Primary PGN Group 1 to PGN Group 4 239.192.0.57 60057 239.192.0.60 60060 PGB1 to PGB4 Backup PGN Group 1 to PGN Group 4 239.192.0.61 60061 239.192.0.64...

  • Page 74: Table B-3: Other Network Functionality, Input

    NMEA sentences used B.1.3 Maximum data rates The maximum data rate for receiving NMEA – LWE sentences is 64 kbit/s. This equals 51 datagrams per second. The maximum data rate for incoming Ethernet traffic - addressed or broadcast - not used by the device is 0.9 Mbit/s.

  • Page 75: Sentence Use Reference

    Sentence use reference B.2 Sentence use reference This section describes the supported sentences and the specific field use in the SAILOR 7222 VHF DSC. B.2.1 Overview of supported sentences • ACN - Alert command (input) • ALC - Cyclic alert list (output) •...

  • Page 76: Table B-6: Alc - Cyclic Alert List (Output

    Sentence use reference B.2.3 ALC - Cyclic alert list (output) $--ALC, xx,xx,xx,x.x,aaa,x.x,x.x,x.x,..,aaa,x.x,x.x,x.x*hh<CR><LF> Field Data format Description Comment Sentence Id Used Total number of sentences for this message, 01 to Used Sentence number, 01 to 99 Used Sequential message identifier, 00 to 99 Used Number of alert entries Used...

  • Page 77: Table B-8: Arc Sentence - Alert Command Refused

    Sentence use reference Field Data format Description Comment Revision counter, 1 to 99 Used Escalation counter Used c---c Alert text Used Table B-7: ALF - Alert sentence (output) (Continued) B.2.5 ARC - Alert Command refused $CSARC,hhmmss.ss,aaa,x.x,x.x,c*hh<CR><LF> Field Data format Description Comment Sentence Id Used...

  • Page 78: Table B-10: Gll Sentence - Geographic Position (Output

    Sentence use reference Field Data format Description Comment Not used Units of antenna altitude, m Not used Geoidal separation Not used Units of geoidal separation, m Not used Age of differential GPS data Not used xxxx Differential reference station ID, 0000- 1023 Table B-9: GGA sentence - Global positioning system (GPS) fix data B.2.7 GLL - Geographic position - Latitude/longitude (output)

  • Page 79: Table B-12: Hbt Sentence - Heartbeat Supervision Sentence (Input

    Sentence use reference Field Data format Description Comment Longitude E/W Used Mode indicator Used Total number of satellites in use, 00-99 Not Used HDOP Not Used Antenna altitude, m Not Used Geoidal separation Not Used Age of differential data Not Used Differential reference station Not Used Navigational status indicator...

  • Page 80: Table B-14: Zda Sentence - Time And Date (Output

    Sentence use reference Field Data format Description Comment Speed over ground, knots Used Course over ground, degrees true Used xxxxxx Date: ddmmyy Used Magnetic variation, degrees Not Used Magnetic variation, E/W Not Used Mode indicator Used Navigational status Used Table B-13: RMC sentence - Recommended minimum specific GNSS data (input) RMC-sentences older than NMEA Version 2.3 do not contain the Mode-Indicator field.

  • Page 81: Appendix C System Configurations

    Appendix C System configurations This appendix lists selected examples of system configurations. For an overview and specifications of the cables needed see Cable requirements on page C-17. For installation of the connection boxes see Connection box SAILOR 6207 on Note page 2-23, Connection box SAILOR 6208 on page 2-25 and Connection box SAILOR 6209 on page 2-27.

  • Page 82: Figure C-1: System Configuration, Sailor N163S Power Supply

    System configuration examples C.1.1 How to connect a SAILOR N163S AC Power Supply RX/TX Antenna Antenna SAILOR 6201 Handset SAILOR 7226 VHF Transceiver Unit SAILOR 7224 Control Unit SAILOR N163S Power Supply Alarm connection for AC failure 24V DC to SAILOR 7226 TU 24V DC from Battery Earth/Ground...

  • Page 83: Figure C-2: System Configuration, Sailor 6201, Gnss, Ext. Loudspeaker And Alarms

    System configuration examples C.1.2 How to install an extra SAILOR 6201, GNSS, ext. loudspeaker and alarm equipment Figure C-2: System configuration, SAILOR 6201, GNSS, ext. loudspeaker and alarms 98-171833-A Appendix C: System configurations...

  • Page 84: Figure C-3: System Configuration, Gnss And Sailor 6270 External Loudspeaker

    System configuration examples C.1.3 How to install a GNSS and SAILOR 6270 External loudspeaker RX/TX Antenna Antenna SAILOR 6201 Handset SAILOR 7226 SAILOR 6208 SAILOR 6270 VHF Transceiver Unit SAILOR 7224 Ext. Loudspeaker Connection Box Control Unit NMEA GPS Receiver SAILOR N163S Power Supply Description...

  • Page 85: Figure C-4: System Configurations, 2 Sailor 6201 Handsets And A Gnss

    System configuration examples C.1.4 How to install 2 extra SAILOR 6201 Handsets and a GNSS RX/TX Antenna Antenna SAILOR 6201 SAILOR 6201 Handset Handset Cable 6 must be extended to max. 100 m SAILOR 7226 SAILOR 6207 VHF Transceiver Unit SAILOR 7224 Connection Box Control Unit...
  • Page 86 System configuration examples C.1.5 How to install a CAN bus with a SAILOR 6204 CSM close to the VHF radio RX/TX Antenna Antenna SAILOR 6204 Control Speaker Microphone SAILOR 6201 Handset (without DSC) Place jumper for termination SAILOR 7226 VHF Transceiver Unit SAILOR 7224 Control Unit CTRL...
  • Page 87 System configuration examples C.1.6 How to install a CAN bus with a SAILOR 6204 CSM not close to the VHF radio RX/TX Antenna Antenna SAILOR 6204 Control Speaker Microphone SAILOR 6201 Handset (without DSC) Place jumper for termination SAILOR 7226 SAILOR 6208 VHF Transceiver Unit SAILOR 7224...

  • Page 88: Figure C-7: System Configuration, Can Bus, Sailor 6204 Csm, Far From The Vhf Radio

    System configuration examples C.1.7 How to install a CAN bus with a SAILOR 6204 CSM far from the VHF radio VHF radio Figure C-7: System configuration, CAN bus, SAILOR 6204 CSM, far from the 98-171833-A Appendix C: System configurations...

  • Page 89: Figure C-8: System Configuration: Can Bus, 2 Sailor 6204 Csms, Far From Vhf Radio

    System configuration examples C.1.8 How to install a CAN bus with 2 SAILOR 6204 CSMs far from the VHF radio VHF radio Figure C-8: System configuration: CAN bus, 2 SAILOR 6204 CSMs, far from 98-171833-A Appendix C: System configurations...

  • Page 90: Figure C-9: System Configuration: Can Bus, 2 Sailor 6204 Csms, Close Vhf, Small

    System configuration examples C.1.9 How to install a CAN bus with 2 SAILOR 6204 CSMs close to VHF on a small bridge Figure C-9: System configuration: CAN bus, 2 SAILOR 6204 CSMs, close VHF, small bridge 98-171833-A Appendix C: System configurations C-10...

  • Page 91: Figure C-10: System Configuration: Can Bus, 2 Sailor 6204 Csms, In Bridge Wings

    System configuration examples C.1.10 How to install a CAN bus with 2 CSMs in bridge wings RX/TX Antenna Antenna SAILOR 6204 SAILOR 6204 Control Control Speaker Microphone Speaker Microphone SAILOR 6201 Handset (without DSC) (without DSC) Remove jumper SAILOR 7226 VHF Transceiver Unit SAILOR 7224 Control Unit...

  • Page 92: Figure C-11: System Configuration: Can Bus, 3 Sailor 6204 Csms

    System configuration examples C.1.11 How to install a CAN bus with 3 SAILOR 6204 CSMs Figure C-11: System configuration: CAN bus, 3 SAILOR 6204 CSMs 98-171833-A Appendix C: System configurations C-12...

  • Page 93: Figure C-12: System Configuration: Can Bus, 4 Sailor 6204 Csms

    System configuration examples C.1.12 How to install a CAN bus with 4 SAILOR 6204 CSMs Figure C-12: System configuration: CAN bus, 4 SAILOR 6204 CSMs 98-171833-A Appendix C: System configurations C-13...

  • Page 94: Figure C-13: System Configuration: Installation Of Lan

    System configuration examples C.1.13 How to install LAN Figure C-13: System configuration: Installation of LAN 98-171833-A Appendix C: System configurations C-14...

  • Page 95: Figure C-14: System Configuration: Installation Of Central Alert Management (Cam)

    System configuration examples C.1.14 How to install a Central Alert Management (CAM) system RX/TX Antenna Antenna SAILOR 6201 Handset SAILOR 7226 VHF Transceiver Unit SAILOR 7224 Control Unit Switch SAILOR N163S Power Supply SAILOR 6209 Accessory Connection Box Pin 1: NMEA In+ Pin 2: NMEA In- Power Pin 3: NMEA Out+...

  • Page 96: Figure C-15: System Configuration: Installation Of A Printer

    System configuration examples C.1.15 How to install a printer RX/TX Antenna Antenna SAILOR 6201 Handset SAILOR H1252B Printer SAILOR 7226 VHF Transceiver Unit SAILOR 7224 Control Unit Printer Server SAILOR N163S Power Supply Power 110/220V AC 24V DC Doc. 99-176638-A Figure C-15: System configuration: Installation of a printer 98-171833-A Appendix C: System configurations...

  • Page 97: Cable Requirements

    Cable requirements C.2 Cable requirements The following cable information relates to the cable numbers in the system configuration drawings on the previous pages. Cable Part number Description Specification Remarks Antenna cable RG214 or better Handset cable 1 m, spiraled Part of handset 37-130130 Power cable 2.5 m power cable, 4...

  • Page 98: Table C-2: Cable Specifications For Cable 2

    Connection of printer to printer server. Table C-1: Cable overview (Continued) Cable 1 Cable type: Coax cable RG 214 or better. Cable 2 (Handset, cable included) SAILOR 7222 VHF DSC ACC connector Signal Signal description LTW 10-pin, circular designation male...

  • Page 99: Table C-3: Pin Allocation, Power To Control Unit

    Cable requirements Cable 3 (Power cable, delivered with the Control Unit) Wire Pin function color DC+ (24 V DC +30% -10%) DC- (0 V DC) Black ON/OFF White Blue Cable screen Table C-3: Pin allocation, power to Control Unit Cable 4 (LAN Ethernet cable) Shielded Ethernet CAT6 cable, max length 50 m Cable 5 Connection cable for bulkhead mount, 5 m.

  • Page 100: Table C-5: Cable Specifications For Cable 8 (Aux

    Cable requirements SAILOR SAILOR 7222 SAILOR 6207 Cable pin 6207 Signal Connection connector 406209-941 Connection Signal description designation LTW 10-pin, (5 m) Box Ext. In from circular male connections Pin 7 Hook_PTT Pink 2(3)-7 Hook/PTT signal Pin 8 Battery+ 2(3)-8 Battery supply when (10.8- radio is on...
  • Page 101 Cable requirements SAILOR Signal Cable SAILOR SAILOR SAILOR Signal description Ships 7222 desig- 6208 6208 6208 cable nation 406208- Conn. Conn. Conn. 6 twisted connector pairs LTW 12- (5 m) In from Out of Out of overall pin, screen circular male Pin 3 NMEA+ In...

  • Page 102: Table C-6: Cable Specifications For Cable 8 (Ctrl

    Cable requirements CAN cable (Cable 8 - CTRL) Part number: 406208-941 SAILOR 7222 SAILOR SAILOR SAILOR Ships Cable CTRL 6208 6208 6208 cable Signal connector Conn. Conn. Conn. 6 twisted designat 40620 Signal description pairs 8-941 12-pin, In from Out of Out of overall (5 m)

  • Page 103: Table C-7: Pin Allocation, Lan Connector

    Cable requirements Cable 9 2-pole screened cable for speaker. Cable 10 Ship ground connection, 0.3 m, Wire size min. 1.5 mm Cable 11 LAN connection. Ethernet cable with screen and RJ45 shielded plugs, min. cat. 6. Pin function Wire color number white/orange orange...
  • Page 104 Cable requirements of 0.5mm can handle the signals up to max. 100 m. The only restriction is the power supply for the connected CSMs. The voltage drop along the cable increases with the length of the cable. Separate supply cables can be installed in parallel with the CAN cable to reduce voltage drop in long cables. The maximum allowed voltage drop from VHF to CSM is 2 VDC.

  • Page 105: Glossary

    Glossary Glossary Application Programming Interface ATIS Automatic Transmission Identification System Bridge Alert Management (BAM) is a concept, defined by the IMO, for the management, handling and harmonized presentation of alerts on the bridge. Central Alert Management Controller-Area Network Control Speaker Microphone CTRL Control Control Unit...
  • Page 106 Glossary Universal Time, Coordinated Voyage Data Recorder Very High Frequency VSWR Voltage Standing Wave Ratio Zeroconf Zeroconf is a a set of technologies that automatically creates a usable computer network based on the Internet Protocol Suite (TCP/IP) when computers or network peripherals are interconnected.

  • Page 107: Index

    Index Index configurations examples C-1 ACC connector 2-11 systems C-1 activate connect Control Unit and Transceiver Unit 2-28 scan resume 4-4 connect to other units C-1 adjust connector speaker volume 3-1 ACC 2-11 ANT connector 2-20 ANT 2-20 ATIS code 4-4 CTRL 2-12 2-14 type in 4-4...
  • Page 108 Index ground connection Control Unit 2-17 network setup 4-11 Transceiver Unit 2-18 neutral crafts 4-9 ground stud 2-17 NMEA grounding 2-17 interface 2-12 interface description A-5 NMEA HS 2-11 hand microphone NMEA sentence B-1 installing 2-9 non-distress alarm sound 4-9 handset volume 4-5 non-distress inactivity 4-9 hang time 4-4...
  • Page 109 Index scan resume time 4-4 TMA 5-2 select printer 4-12 installing 5-2 self test 5-4 Transceiver Unit of DSC 5-4 connect to Control Unit 2-28 semi duplex 1-1 transmission group B-1 serial number 4-14 Service port (LAN) configuration 4-11 update software 4-12 SETTINGS 4-2 user interface ABOUT 4-14...
  • Page 110 98-171833-A www.cobhamsatcom.com...

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