Installation Instructions
Table Of Contents
- Chapter 1 Important information
- Certified Installation
- TFT Displays
- Water ingress
- Disclaimers
- RF exposure
- FCC
- Compliance Statement (Part 15.19)
- FCC Interference Statement (Part 15.105 (b))
- Industry Canada
- Industry Canada (Français)
- Japanese approvals
- Declaration of conformity
- Product disposal
- Pixel defect policy
- Warranty registration
- IMO and SOLAS
- Technical accuracy
- Chapter 2 Document and product information
- Chapter 3 Planning the installation
- 3.1 System integration
- 3.2 Installation checklist
- 3.3 Multiple data sources (MDS) overview
- 3.4 Identifying your display variant
- 3.5 Networking constraints
- 3.6 System protocols
- 3.7 Data master
- 3.8 a6x and a7x parts supplied
- 3.9 a9x and a12x parts supplied
- 3.10 e7 / e7D Parts supplied
- 3.11 c Series and e Series parts supplied
- 3.12 Tools required for installation
- 3.13 Selecting a location
- Chapter 4 Cables and connections
- 4.1 General cabling guidance
- 4.2 Connections overview
- 4.3 a9x and a12x connections overview
- 4.4 3–pin power connection
- 4.5 Power and data (combined) connection
- 4.6 SeaTalkng® connections
- 4.7 NMEA 2000 connection
- 4.8 SeaTalk connection
- 4.9 NMEA 0183 connection — Power/NMEA/Video cable
- 4.10 a6x and a7x to NMEA 0183 DSC VHF radio connection
- 4.11 Sonar module and transducer connection
- 4.12 Radar network connection
- 4.13 GA150 connection
- 4.14 GNSS / GPS connection
- 4.15 AIS connection
- 4.16 Fastheading connection
- 4.17 Keypad network connection
- 4.18 Weather receiver connection
- 4.19 Video connection — composite
- 4.20 Video in-out connection
- 4.21 IP Camera connection
- 4.22 Thermal camera connection
- 4.23 Fusion network connection
- 4.24 Fusion NMEA 2000 connection
- 4.25 Media player connection
- 4.26 Raymarine mobile app connection
- 4.27 Bluetooth remote control connection
- Chapter 5 Mounting
- Chapter 6 Maintaining your display
- Chapter 7 Troubleshooting
- 7.1 Troubleshooting
- 7.2 Power up troubleshooting
- 7.3 Radar troubleshooting
- 7.4 GPS troubleshooting
- 7.5 Sonar troubleshooting
- 7.6 Sonar crosstalk interference
- 7.7 Thermal camera troubleshooting
- 7.8 System data troubleshooting
- 7.9 Video troubleshooting
- 7.10 Wi-Fi troubleshooting
- 7.11 Bluetooth troubleshooting
- 7.12 Touchscreen troubleshooting
- 7.13 Touchscreen alignment
- 7.14 Miscellaneous troubleshooting
- Chapter 8 Technical specification
- Chapter 9 Technical support
- Chapter 10 Spares and accessories

Compasssafedistance
Topreventpotentialinterferencewiththevessel's
magneticcompasses,ensureanadequatedistance
ismaintainedfromthedisplay.
Whenchoosingasuitablelocationforthe
multifunctiondisplayyoushouldaimtomaintainthe
maximumpossibledistancebetweenthedisplayand
anycompasses.Typicallythisdistanceshouldbeat
least1m(3ft)inalldirections.Howeverforsome
smallervesselsitmaynotbepossibletolocate
thedisplaythisfarawayfromacompass.Inthis
situation,thefollowingguresprovidetheminimum
safedistancethatshouldbemaintainedbetweenthe
displayandanycompasses.
D12 203 -1
200 mm
(7.87 in)
350 mm
(13.8 in)
300 mm
(11.8 in
)
700 mm
(27.5 in)
500 mm
(19.7 in)
250 mm
(9.84 in)
1
2
3
4
5
6
Item
Compass
positionin
relationto
display
Minimumsafe
distancefrom
display
1Top
200mm(7.87in.)
2Rear
500mm(19.7in.)
3Right-handside
350mm(13.8in.)
4Underside
300mm(11.8in.)
5
Front
700mm(27.5in.)
6
Left-handside250mm(9.84in.)
GPSlocationrequirements
Inadditiontogeneralguidelinesconcerningthe
locationofmarineelectronics,thereareanumber
ofenvironmentalfactorstoconsiderwheninstalling
equipmentwithaninternalGPSantenna.
Mountinglocation
•AboveDecksmounting:
ProvidesoptimalGPSperformance.(For
equipmentwithappropriatewaterproofrating.)
•BelowDecksmounting:
GPSperformancemaybelesseffectiveandmay
requireanexternalGPSantennamountedabove
decks.
D115 37 -2
1
2
3
1
2
3
1.
ThislocationprovidesoptimalGPS
performance(abovedecks).
2.
Inthislocation,GPSperformancemaybeless
effective.
3.
ThislocationisNOTrecommendedforGPS
antenna.
Vesselconstruction
Theconstructionofyourvesselcanhaveanimpact
onGPSperformance.Forexample,theproximity
ofheavystructuresuchasastructuralbulkhead,
ortheinterioroflargervesselsmayresultina
reducedGPSsignal.Beforelocatingequipment
withaninternalGPSantennabelowdecks,seek
professionalassistanceandconsideruseofan
externalGPSantennamountedabovedecks.
Prevailingconditions
Theweatherandlocationofthevesselcanaffectthe
GPSperformance.Typicallycalmclearconditions
provideforamoreaccurateGPSx.Vesselsat
extremenortherlyorsoutherlylatitudesmayalso
receiveaweakerGPSsignal.GPSantennamounted
belowdeckswillbemoresusceptibletoperformance
issuesrelatedtotheprevailingconditions.
EMCinstallationguidelines
Raymarineequipmentandaccessoriesconformto
theappropriateElectromagneticCompatibility(EMC)
regulations,tominimizeelectromagneticinterference
betweenequipmentandminimizetheeffectsuch
interferencecouldhaveontheperformanceofyour
system
CorrectinstallationisrequiredtoensurethatEMC
performanceisnotcompromised.
Note:InareasofextremeEMCinterference,
someslightinterferencemaybenoticedonthe
product.Wherethisoccurstheproductandthe
sourceoftheinterferenceshouldbeseparatedby
agreaterdistance.
ForoptimumEMCperformancewerecommend
thatwhereverpossible:
Planningtheinstallation
31