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G-Series Systems Installation and Commissioning Instructions...
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G-Series System Installation & Commissioning Instructions Document Number:87070_1 Date: June 2007...
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Trademarks and registered trademarks Autohelm, HSB, Raymarine, RayTech, Sail Pilot, SeaTalk and Sportpilot are registered trademarks of Raymarine Limited. Apelco is a regis- tered trademark of Raymarine Holdings Limited (Registered in all major marketing territories). AST, Autoadapt, Auto GST, Autoseastate, Autotrim, Bidata, Marine Intelligence, Maxiview, On Board, Raychart, Raynav, Raypilot, Raystar, ST40, ST60, Seaclutter, Smart Route, Tridata and Waypoint Navigation are trademarks of Raymarine Limited.
Ensure all personnel are clear of the Correct installation is required to ensure that EMC performance is scanner before switching to Tx (transmit mode) not compromised. For optimum EMC performance, we recommend that: • Raymarine equipment and the cables connected to it are:...
Warranty • Use only ferrites of the correct type, supplied by Raymarine au- To register your new Raymarine product, please take a few minutes thorized dealers. to fill out the warranty card included in the box or go to: Connections to other equipment www.raymarine.com...
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As a result, unavoidable differences between the product and handbook may occur from time to time. Raymarine cannot accept responsibility for any inaccuracies or omissions it may contain. For the latest product information visit our website -...
Chapter 1: Introduction This guide provides information to help you plan, install and commission your G-Series system. Chapter contents • 1.1 Handbook information on page • 1.2 Plan your installation on page • 1.3 Install your system on page •...
Chapter 5: Installation and mounting Plan your installation holes. Prior to installing your G-Series system you will need to plan care- fully. Use the information in this guide to assist you. Make all connections into Chapter 4: Cables and connections...
Commissioning Once you have completed the installation, proceed with the com- missioning of the system: Commissioning Tick Installation instructions task Assign master GPM Chapter 7: Initial Setup Set up Nav Stations Chapter 7: Initial Setup Assign keyboards Chapter 7: Initial Setup Commission ancillary Chapter 8: Commissioning equipment...
Chapter 2: Typical systems This section provides an overview of typical G-Series systems and ancillary equipment. Chapter contents • System overview on page 16 • Single processor system on page 17 • Dual Nav station (single processor) on page 18 •...
System overview SeaTalk SeaTalk instruments/pilot Navstation 1 (e.g. Flybridge) GPM 400 DVI or VGA Monitor CANCEL ENTER CANCEL ENTER MENU MENU and/or SeaTalk instruments/pilot Keyboard WPTS CANCEL ENTER CANCEL ENTER PAGE MENU ENTER PQRS WXYZ ACTIVE DATA MENU MENU DODGE STANDBY PILOT CANCEL...
Single processor system SeaTalk backbone Navstation Monitor Keyboard Pilot Instrument WPTS PAGE MENU ENTER PQRS WXYZ ACTIVE DATA DODGE STANDBY PILOT CANCEL SeaTalk CANCEL ENTER CANCEL ENTER MENU MENU SeaTalk SeaTalk SeaTalk Digital radar GPM 400 (Central processor) Alarm sounder SeaTalk switch DSM digital sounder...
Dual Nav station (single processor) Navstation, (e.g. Flyridge) SeaTalk backbone Monitor Pilot Instrument Keyboard WPTS PAGE MENU ENTER ACTIVE DATA PQRS WXYZ DODGE STANDBY PILOT CANCEL Wireless SeaTalk CANCEL ENTER CANCEL ENTER base station MENU MENU SeaTalk Charger Navstation, (e.g. Bridge) point Monitor Digital radar...
Network system, Single Nav station (Dual processor) SeaTalk backbone Monitor Monitor Instrument Instrument CANCEL ENTER CANCEL ENTER MENU MENU Digital radar Keyboard WPTS PAGE MENU ENTER PQRS WXYZ ACTIVE DATA DODGE STANDBY PILOT CANCEL DSM digital sounder GPM400 Data Master SeaTalk switch GPM400...
Dual Nav station (Dual processor 2) Navstation 1 (e.g. Bridge) Navstation 2 (e.g. Flybridge) Monitor Monitor Monitor Monitor Keyboard Keyboard charge point charge point WPTS WPTS PAGE MENU PAGE MENU ENTER ENTER PQRS WXYZ ACTIVE DATA PQRS WXYZ ACTIVE DATA DODGE STANDBY PILOT...
Entertainment system SeaTalk backbone Plasma Television Basestation SeaTalk switch Video module Keyboard charge point Wireless Camera WPTS PAGE MENU ENTER Keyboard ACTIVE DATA PQRS WXYZ DODGE STANDBY PILOT CANCEL GPM 400 (Central processor) Camera DVI or VGA SeaTalk S-video SeaTalk SeaTalk Audio out D9991-1...
System limits The following quantities of G-Series components may be connected within a single system: G-Series component Max. number on system GPM400 processor module (of which 1 must be set as master GPM) Monitors (2 per GPM400 processor) Keyboards GVM400 video module DSM digital sounder Digital radar scanner See also...
Chapter 3: Packs and contents This section contains details of pack contents for the G-Series system components. Chapter contents • 3.1 GPM400 processor on page 24 • 3.2 GVM400 video module on page 25 • 3.3 G-Series Keyboard on page 26 •...
Chapter 4: Cables and connections This section contains details of cables and connections. Use it to plan your system wiring and ensure that you have the necessary cables available. Chapter contents • 4.1 General instructions on page 32 • 4.2 Power distribution on page 33 •...
• Always use isolating transformers or a separate power-inverter • Ensure that any non-Raymarine cables are of the correct quality to run PC’s, processors, displays and other sensitive electronic and gauge. For example, longer power cable runs may require instruments or devices.
Power distribution Typical distribution Monitor Monitor Radar Distribution Panel DSM 400 GPM400 GPM400 +VE bar -VE bar All GPM400 processors must be powered from a single breaker. In line fuse protection must be provided for each individual power circuit. Circuit breaker GPM400 GPM400 Fuses...
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All monitors and ancillary equipment should where possible be wired to individual breakers. No positive ground The G-Series system is NOT intended for use on Sharing a breaker “positive” ground boats. The power input cable Where more than 1 piece of equipment shares a breaker you must earth screen connections must be connected directly to the boats ground.
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Circuit protection Supply Thermal Equipment Fuse voltage breaker GPM400 processor GVM400 Video Module 12 V 1.2 A All GPM400 processors must be switched via a single breaker. Number 24 V Thermal Supply Fuse breaker For other ancillary equipment, refer to the separate installation instructions for GPM400 voltage (Individual)
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GPM400 power cables Cable gauge Length (max) Supply voltage Cable gauge (AWG) Length (max) Supply voltage (AWG) 15-20 m 12 V 0-5 m 12 V (49.2-65.6 ft) 24 V (0-16.4 ft) 24 V The GVM400 should have its own dedicated power cable wired back to the 5-10 m 12 V distribution panel.
11. Audio output (see page Maximum quantity of GPM400 units The G-Series system will support up to 4 GPM400 processors, of which 1 must be set as the Master GPM. Master GPM On a system with more than one GPM400 you must designate one them as a Master GPM.
GPM400. Note: During start-up only the master display will show the boot SeaTalk SeaTalk sequence and start-up information. Maximum quantity of monitors The G-Series system will support up to 8 monitors (2 per GPM400). G-Series Installation & Commissioning...
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10 m (32.8 ft) R08296 VGA cable Selector Switch 20 m (65.6 ft) R08297 Raymarine G-Series displays have a selector switch located by the VGA cable SeaTalk connector. This must be in the UP position for connec- tion to the SeaTalk network.
For more detailed installation information refer to the separate Maximum quantity of Keyboards users guide supplied with the display. The G-Series system will support up to 8 keyboards. • Ensure you record connections to the GPM400 on the schemat- Schematic diagram ic diagram.
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Wired keyboard connection details Wireless keyboard system SeaTalk backbone SeaTalk instrument, e.g. ST70 SeaTalk backbone Monitor GPM400 Keyboard SeaTalk SeaTalk spur spur Basestation WPTS PAGE MENU ENTER PQRS WXYZ ACTIVE DATA DODGE STANDBY PILOT CANCEL SeaTalk charge cable SeaTalk spur Keyboard Charge point For cable part numbers see...
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Wireless keyboard connection details SeaTalk backbone Wireless basestation Wireless basestation Charge point SeaTalk bulkhead mounting Keyboard White Blue SeaTalk instrument Screen (e.g. ST70) SeaTalk Black connection D10208-1 Keyboard cables The following cables can be used with the Keyboard: Cable Part No Notes Keyboard to SeaTalk 400 mm (15.75 in)
Part No Notes Video and entertainment is connected and distributed to the 5 m (16.4 ft) A06041 SeaTalk spur cable G-Series system using 2 system components: • GVM400 Video Module Wireless basestation to SeaTalk • SeaTalk switch. 1 m (3.3 ft)
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Typical video system SeaTalk network GVM400 video module S-Video and Audio SeaTalk switch D10076-1 Maximum quantity of GVM400 video modules The G-Series system will support up to 2 GVM400 video modules. G-Series Installation & Commissioning...
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Video / Entertainment connection details Video module SeaTalk switch SeaTalk Power Earth supply Screened power cable G-Series and SeaTalk devices S-Video Audio Video module connections D10077-1 Chapter 4: Cables and connections...
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Included with the GVM400 audio cable AV cables Installer to supply suitable cables. Video and audio equipment should be supplied with appropriate cables to connect to the G-Series system. To ship's audio system SeaTalk Use SeaTalk Patch cables. page 47 Power Power cables are not included with GVM400.
SeaTalk network SeaTalk Network cables All devices are wired individually back to the SeaTalk switch The SeaTalk network has 2 main purposes: using the following cables: • Connection of digital devices. Cable Notes • Networking of G-Series equipment. SeaTalk network For a typical SeaTalk system see page...
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For increased capacity the network may contain multiple SeaTalk DSM unit. switches, connected together using SeaTalk network patch cables. DSM digital sounder connection The G-Series system can be used with the following DSM units: • DSM300 • DSM400 The DSM connects to G-Series system via the SeaTalk switch.
D10202-1 Maximum quantity of Radar scanners GPS Connection The G-Series system will support up to 2 digital rader scanners. Depending upon your GPS type it may be either connected via Digital radar cables SeaTalk or NMEA 0183. The following cables are used to connect the digital radar scanner:...
Note: Alarms are global and as such will be sounded across all audio and alarm outputs across the system. SeaTalk connection The SeaTalk connection allows the G-Series system to receive data from Raymarine SeaTalk compatible devices such as: • Autopilot...
Multiple NMEA devices You may connect NMEA devices to any GPM400 including the master GPM. You should only connect 1 device of any particular type to the G-Series system (including any connected databus or networked electronics). Chapter 4: Cables and connections...
NMEA 0183 connection cables The following cables are used to connect to NMEA 0183 devices. Fastheading data required for radar target acquisition (MARPA) Connection / may come from either the autopilot or a separate Raymarine Fast- Part No Notes Cable heading sensor.
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AIS connection VHF antenna AIS receiver VHF radio NMEA0183 4.8 (GPS data to VHF radio) GPM 400 NMEA0183 4.8 (fast heading) NMEA0183 (38.4) D10192-1 For more information refer to separate AIS instruction documents. Chapter 4: Cables and connections...
The SeaTalk bus requires a 12 V power supply. This may be provided from: • Raymarine equipment witha regulated 12 V supply. (e.g. a SmartPilot course computer) • Other suitable 12 V supply. (Note the grounding requirements for the G-Series system, see page...
NMEA 2000 devices are connected using the SeaTalk bus. The manual. G-Series system can display data received from NMEA 2000 devices (e.g. for displaying data from compatible engines). You may connect NMEA 2000 compatible devices using appropri- ate adaptor cables.
Chapter 5: Installation and mounting This section gives details for installation and mounting of the core components of the G-Series system. Use this information when planning and installing your system. Chapter contents • 5.1 General instructions. Page 58 • 5.2 GPM400 Processor module. Page 59 •...
For optimum EMC performance, we recommend that: • Raymarine equipment and the cables connected to it are: Ventilation At least 3 ft. (1 m) from any equipment transmitting or cables To ensure adequate airflow: carrying radio signals e.g.
EMC performance. Any ferrite removed to facilitate installation must be replaced in the original position imme- diately after the installation is complete. • Use only ferrites of the correct type, supplied by Raymarine au- thorized dealers. Connections to other equipment 125 mm (4.92 in)
G-Series Keyboard Mounting and environment The following conditions apply: The Keyboard can be installed for 2 different types of use: • Do NOT install near sources of heat or vibration (e.g. engine). • Wired operation (flush mounted). • The unit is NOT designed for use in a sealed enclosure. Access •...
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Wired operation - flush mounted Dimensions Mounting arrangement G-Series keyboard Sun cover Keyboard Panel seal 297 mm (11.69 in) (adhesive side up) D10226-1 SeaTalk NG Mounting and environment cable • The keyboard is suitable for mounting both above and below decks.
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Cables 1. Install charge point. • Minimum bend radius of 100 mm (3.94 in). Note: Remove protective cover from each side of gasket See also Ensure you record your keyboard details on the schematic dia- Ensure flat edge is located to gram.
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2. Fit splash cover. 3. Fit the battery, taking care to avoid contamination of the cover seal. D10518-1 Chapter 5: Installation and mounting...
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Wireless basestation 4. Fit the rear cover. Required for wireless operation of the keyboard. 5. For charging and wired operation use the cable provided Note: The keyboard should be charged for 6 hours before use. 66 mm (2.6 in) 36 mm (1.42 in) G-Series Installation &...
Mounting and environment Repeat basestation The following conditions apply: A repeat basestation may be used to optimize wireless coverage. • You must perform a site survey to find an appropriate location and ensure good wireless reception around the boat. • Do NOT install near sources of heat or vibration.
GVM400 Video Module Mounting and environment • Mount below decks in a dry area • Install on a vertical surface. • Do NOT mount near sources of heat or vibration. (e.g. engine) • Install well away from potential sources of ignition. Cables •...
Alarm buzzer The alarm is used to alert the operator to alarms and other audible warnings. 38 mm 18 mm (1.5 in) (0.7 in) D10203-1 Mounting and environment • Mount below decks in a dry area • Install on a vertical surface. •...
Chapter 6: Initial test This section gives details for the initial tests and checks to be carried out once installation is complete. Chapter contents • Turn on breakers on page 70 • Marine monitor checks on page 70 • Keyboard checks on page 70 •...
Power up test On a healthy system all monitors will: • show the G-Series set-up wizard screen on the appropriate in- It is advisable to perform an initial power-up test to help ensure that put channel. the system is wired correctly. Note: Only the master monitors will show the initial boot Perform the following initial checks before proceeding to the com- sequence.
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On a healthy SeaTalk Switch: • Each connected channel will have one flashing and one steady green LED. For a full LED status listing see page Chapter 6: Initial test...
Chapter 7: Initial Setup This chapter provides information for the initial setup of a new system Chapter contents • 7.1 Power up the system on page 74 • 7.3 Select Master GPM on page 75 • 7.2 First time configuration on page 74 •...
For information on repeat / master monitors see page Nav Station A Nav Station is a group of monitors, GPM processors and Key- boards. This provides a location from where users can view and control the G-Series system. G-Series Installation & Commissioning...
The GPM400 master handles the data from the marine electronics installed around the boat. It receives data (e.g. via SeaTalk ) and Nav Station 1 WPTS PAGE MENU transmit this around the G-Series system via the SeaTalk ENTER (Flybridge) PQRS WXYZ ACTIVE DATA...
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To open the Set Master GPM menu: • Current Master This is the GPM currently set at the master. To set the Master GPM MENU 1. Select the appropriate GPM from those displayed. 2. Press the SET AS MASTER softkey. SYSTEM SETUP To identify the correct GPM If you are unsure of which GPM to select, press the...
Press ADD RAY Monitor to select from the Raymarine SYSTEM CONFIGURATION monitors connected to the system. OR ii. Press ADD OTHER MONITOR to select a non Raymarine CONFIGURE NAV STATIONS monitor. 4. Enter the appropriate information for the monitor type selected.
Assign Keyboards Assign monitors Monitor Information required type(s) Introduction IP Address RAY monitors only You must assign each G-Series Keyboard to control a Nav station From the list displayed, select the IP address of the or an individual monitor. monitor being assigned. •...
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fer these with the Serial numbers on your Nav Station schematic diagrams. • Assigned to Shows the assignment of the selected keyboard. To assign a Keyboard to a Nav Station from the Assign Keyboards menu: 1. Select the desired keyboard from those displayed. 2.
• 8.7 NMEA 0183 on page 88 • 8.8 Data checks on page 89 See also For details of how to operate the G-Series system or general navigation of the menus and pages, refer to the separate user reference guide.
Linearize (swing) the compass To select a language: If your system has a Raymarine compass (e.g ST80 or Fasthead- ing sensor) which is not connected to an autopilot system, then you will need to linearize (swing) the compass using the G-Series MENU system.
Radar setup Initialize radar and set to transmit You will need to: Electromagnetic energy The radar scanner transmits electromagnetic • Initialize the radar energy. Ensure all personnel are clear of the • Select a scanner (2 scanner systems only) scanner before switching to Tx (transmit mode). •...
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Check and adjust bearing alignment To set radar to transmit 1. Press the Power button on the Keyboard. Check and adjust the radar bearing alignment to ensure that radar 2. Press the RADAR TX/STDBY softkey and set to TX. objects appear at the correct bearing relative to your boat’s bow. Note: For 2 scanner systems there are individual ON/OFF and TX/ You will need to check the radar bearing alignment for any scanner STDBY keys for each scanner.
1. Select the PARKING OFFSET option, then adjust the offset angle required to park the radar so that the antenna comes to rest facing forward (you should see the Raymarine logo wording from the front of the boat) when you place it in either standby or switch it off.
Fishfinder checks Typical GPS status screen For the fishfinder window to function the system must be connected to a digital sounder (e.g. DSM400). To select a fishfinder screen: • Press the PAGE key to select from the current page set. •...
• Valid depth and frequency values on screen To select a video page If any of the above are not present this could indicate a fault. Refer • Press the PAGE key to select from the current page set. Chapter 9: Troubleshooting. Page •...
Configure the video system • If any channel does not display correctly check the video and SeaTalk connections. Also refer to Chapter 9: Troubleshooting MENU NMEA 0183 VIDEO SETUP MENU If you have a Navtex or AIS receiver connected to a NMEA 0183 port, you will need to change the NMEA Port Setting.
Acquire target Data checks Zone 2 on/off Setup zone 2 MARPA & AIS options Use the data window to check that the G-Series system is receiving Options window all necessary information from the marine electronics system. This includes: MARPA list MARPA list window •...
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• Press and hold the PAGE key to select from all available pages. Typical instrument data window To set up the digital data to be displayed Open the Panel Setup Menu MENU PANEL SETUP MENU D10334-1 Use this menu to add or remove types of data from the display. Refer to the user reference manual for additional information.
Chapter 9: Troubleshooting This section gives details for the troubleshooting the system. It covers common problems that may occur during test and commissioning. Chapter contents • Power up on page 92 • Marine Monitors on page 92 • Keyboards on page 93 •...
Troubleshooting Power up Problem Possible causes Possible solutions • The system (or part of it) does not power up. • Power supply problem • Check relevant fuses and breakers. • Check that the power supply cable is sound and that all connections are tight and free from corrosion.
SeaTalk switch. • Check that SeaTalk cables are free from damage. • The monitor is not a Raymarine G-Series unit. • Only G-Series marine monitors are compatible with the SeaTalk network required for this functionality. • Software mismatch between equipment may •...
Possible causes Possible solutions • Keypresses result in improper or no action at • Software mismatch between equipment may • Contact Raymarine technical support the display. prevent communication. • Keyboard does not control the expected monitor • Keyboard is not assigned to the correct Nav •...
Problem Possible causes Possible solutions • Radar will not initialize • Intermittent or poor power connection. • Check power connection at VCM. (Voltage control module (VCM) stuck in “sleep (Voltage at input = 12 V, Voltage at output = 40 V) mode”) •...
• Check the status of the SeaTalk Switch. Refer to troubleshooting Status LEDs on page 98 • Check that SeaTalk cables are free from damage. • Software mismatch between equipment may • Contact Raymarine technical support prevent communication. G-Series Installation & Commissioning...
• Refer to the manufacturers handbook for the equipment in question. • Software mismatch between equipment may • Contact Raymarine technical support prevent communication. • Instrument or other system data is missing from • SeaTalk network problem • Check that all GPM400s are connected to the SeaTalk some but not all Nav Stations.
Status LEDs on page • Check that SeaTalk cables are free from damage. • Software mismatch between equipment may • Contact Raymarine technical support prevent communication. • Invalid custom configuration message • Indicates an invalid manual override of switch • Refer to your DSM and Transducer documentation for...
GPM400 LED indications Color Operation Causes Normal operation Green Flashing 500 / 500 ms • Normal operation (Heartbeat) Green Flashing 750 / 250ms • Standby mode Warnings and Errors Off < 2 minutes • Startup Off for > 2 minutes •...
GVM400 LED indications Color Operation Causes Normal operation Green Flashing • Normal operation (various rates, depending upon system data) Warnings and Errors Amber On steady • Power on • Lamp test Amber Flashing x 1 • Acquisition failure Amber Flashing x 2 •...
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Color Operation Causes Warnings and Errors Off < 2 minutes • Startup Off for > 2minutes • No power • Amber On steady • Power on • Lamp test Amber Flashing x 1 • Input transducer Amber Flashing x 2 •...
Appendix ATechnical specification GPM400 Processor module GPM400 Processor module Dimensions: Width = 335 mm (13.19 in) GPM400 Processor module Height =230 mm (9.06 in) Nominal supply 12 V / 24 VDC Depth = 125 mm (4.92 in), voltage Weight 6.5 kg (14.33 lb) Operating voltage 10.7 V to 32 V DC Data connections...
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GVM400 Video module GVM400 Video module Video inputs Inputs 1-3: Composite video GVM400 Video module (PAL 626 Line, NTSC 525 Line) Nominal supply 12 V / 24 V DC Input 4: S-Video or Composite video voltage Audio inputs Stereo audio line in (rated 1 V rms) Operating voltage 10.7 V to 32 V DC (associated with Input 4 (S-Video or composite)
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G-Series Keyboard G-Series Keyboard Nominal supply 12 V DC (From SeaTalk bus) voltage Operating voltage 9 V to 16 V DC range Power consumption 1.5 W (standby) Environmental operating temperature: -15°C to 55°C (5°F to 131°F) conditions: non-operating temperature: -25°C to 70°C (-13°F to 158°F) relative humidity limit: 95% water protection: waterproof to CFR-46 standard...
Appendix B - Nav Station schematic Plan the connections and arrangement of your core system. This information is required when commissioning. Bridge nav Bridge Nav station information Nav station name Nav station location Display 1 Display 2 (if applicable) Name Name Bridge - Left Bridge - Right...
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If required use multiple sheets, as shown in the example system below. Bridge nav Bridge Bridge nav Bridge Nav station information Nav station information Nav station name Nav station location Nav station name Nav station location Display 2 (if applicable) Display 2 (if applicable) Display 1 Display 1...
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Nav station information Nav station name Nav station location Display 2 (if applicable) Display 1 Name Name Location Location IP address (When on SeaTalk only) IP address (When on SeaTalk only) Video connection (delete as appropriate) Video connection (delete as appropriate) DVI / VGA DVI / VGA SeaTalk...
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Nav station information Nav station name Nav station location Display 2 (if applicable) Display 1 Name Name Location Location IP address (When on SeaTalk only) IP address (When on SeaTalk only) Video connection (delete as appropriate) Video connection (delete as appropriate) DVI / VGA DVI / VGA SeaTalk...
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Nav station information Nav station name Nav station location Display 2 (if applicable) Display 1 Name Name Location Location IP address (When on SeaTalk only) IP address (When on SeaTalk only) Video connection (delete as appropriate) Video connection (delete as appropriate) DVI / VGA DVI / VGA SeaTalk...
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Nav station information Nav station name Nav station location Display 2 (if applicable) Display 1 Name Name Location Location IP address (When on SeaTalk only) IP address (When on SeaTalk only) Video connection (delete as appropriate) Video connection (delete as appropriate) DVI / VGA DVI / VGA SeaTalk...
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Nav station information Nav station name Nav station location Name Location Name Location Name Location Name Location IP address (when on SeaTalk only) IP address (when on SeaTalk only) IP address (when on SeaTalk only) IP address (when on SeaTalk only) DVI / VGA DVI / VGA...
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Nav station information Nav station name Nav station location Name Location Name Location Name Location Name Location IP address (when on SeaTalk only) IP address (when on SeaTalk only) IP address (when on SeaTalk only) IP address (when on SeaTalk only) DVI / VGA DVI / VGA...
Appendix C - Spares and accessories Note: Parts marked with an asterisk * are supplied as standard Description Part No. with certain G-Series equipment. See Chapter 3: Packs and contents. Page 23 for details. 1.5 m (4.9 ft) SeaTalk patch cable E06054 5 m (16.4 ft) SeaTalk patch cable...
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R08307 This product contains no user serviceable components. Please refer all maintenance and Rear cover / mounting bracket R08308 repair to authorized Raymarine dealers. Unauthorized repair may affect your warranty. Screw pack R08309 Wireless upgrade kit Keyboard Charge Cable 2.5m...
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GVM400 video module spares Description Part No. GVM Connector Cover R08276 GVM install pack R08318 SeaTalk Switch module spares Description Part No. SeaTalk Swtich E55058...
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power cable 36 Positive ground 7 repeat 38 Power Monitor connections 38 cables 35 Monitors distribution 33 assign to a nav station 77 Power supply installation 65 SeaTalk / alarm output 50 pack items 28 Power up troubleshooting 92 test 70 Mounting 57 Powering up 74 alarm buzzer 67...
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LED indications 98 radar 83 Switch 47 Troubleshooting 91 switch checks 70 Typical systems 15 video connection 43 SeaTalkhs network 47 SeaTalkhs Network cables 47 Ventilation 58 SeaTalkng VGA 39 connections 54 Video keyboard connection 42 cables 46 typical system 54 connections 43 Wireless basestation 28 set up 87...
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