Furuno SC-110 manual 1.3.3Installation on the underside of a desk, Mounting on underside of desk

Page 21

1. INSTALLATION

1.3.3Installation on the underside of a desk

The processor unit may be mounted on the underside of a desk as shown in the figure below. Do not install it on the overhead.

Desk

Name Plate

Installation of processor unit on the underside of a desk

Reference Direction

Mount processor unit so reference direction is within ±2.5° of fore-and-aft line.

POWER switch			Connectors
(power lamp)			Connectors
(power lamp)		Processor Unit, rear view
		Processor Unit, rear view
Bow				Bow
	Mounting Method: Invert
	Mounting Direction: A
Port	Starboard			Port
Stern	DIRECTION "A"			Stern
Stern				Stern

Bow	Mounting Method: Invert	Bow
	Mounting Method: Invert
	Mounting Direction: C
Port	Starboard	Port

DIRECTION "C"

Stern

Name plate (other side)

Mounting Method: Invert

Mounting Direction: B

Starboard

DIRECTION "B"

Mounting Method: Invert

Mounting Direction: D

Starboard

DIRECTION "D"

Mounting on underside of desk

1-9

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Contents OPERATORS MANUAL THD SATELLITE COMPASSMODEL SC-110 Pub. No. OME-72570-F AKMU SC-110 00014854615A FEB . F FEB 9-52 Ashihara-cho,Nishinomiya, 662-8580,JAPANHow to discard a used battery How to discard this productIMPORTANT NOTICES GeneralSafety Instructions for the Operator SAFETY INSTRUCTIONSSafety Instructions for the Installer Warning, CautionSYSTEM CONFIGURATION TABLE OF CONTENTSSPECIFICATIONS INSTALLATIONINTERCONNECTION DIAGRAM 3 MAINTENANCE, TROUBLESHOOTINGAPPENDIX AP-1Features FOREWORDA Word to the Owner of the SC-110 System configuration SYSTEM CONFIGURATIONStandard supply EQUIPMENT LISTOptional equipment NameThis page intentionally left blank viii3 POWER SUPPLY SPECIFICATIONS OF SATELLITE COMPASS SC-110FURUNO SC-110FURUNO COATING COLORSC-110 SPInstalling the antenna above superstructures 1 INSTALLATIONInstalling the antenna below superstructures 1.1Mounting ConsiderationsMast diameter 80 +80Separation distance minimum Separation degrees1.1.2Display unit, processor unit Installation post 1.2Installing the Antenna Unit1. INSTALLATION Fastening antenna unit to a postSet the antenna unit to the flange Flat washer Spring washer Nut Torque 29.58 NmCoating bolt, nut and washer with silicone rubber Antenna elementCoat bolt threads with 1.3Installing the Processor Unit 1.3.1Bulkhead mountBulkhead mount Processor unit orientation, deck mounting 1.3.2Deck mount1.3.3Installation on the underside of a desk Mounting on underside of deskProcessor Unit, rear view 1.4.1Desktop, overhead mounting 1.4Installing the Display Unit1.4.2Flush mount 1-10Flush mount “S” 1-11Flush mount “S” kit Type OP20-17,Code NoWiring 1.5Wiring1-12 ANTENNA UNIT SC-1203F PROCESSOR UNIT SC-1101How to install the optional antenna cable set 1-13Sectional view of coaxial cable DPYC-1.5 How to attach connector N-P-8DFB How to attach connector N-P-8DFB1-14 1.6.1Confirming satellite status 1.6Initial Settings1-15 Satellite tracking status display1.6.2Choosing mounting method Installation setup menu1-16 Main menu1.7Connection of External Equipment 1.7.1General wiring1-17 Processor unit, cover opened1-18 1.7.2Fabrication of cablesCable Sectional view, fabrication2.1 Controls 2 OPERATIONDisplay unit DIM key Adjusts panel illumination2.2Turning the Power On/Off 2.3Panel Illumination, Display ContrastProcessor unit 2.4.1Description of displays 2.4Choosing a Display0 0 0. 0 0 0 ’ N Heading displaySteering display 1 2 . 2 /minSteering display Compass displaySOG/STW display Speed display2 . 5 kn SOGknAlarm menu 2.5Alarm SetupDGPS alarm options Buzzer optionsSatellite status display 2.6Confirming Satellite Status2.7.1Displaying the GPS setup menu 2.7GPS Setup2.7.2GPS SETUP menu description GPS SETUP menuOUTPUT DATA SETUP menu DISABLE SV Disable satellite2.8Output Data 2.8.1Heading4800BPS 2-109600BPS 19200BPS 38400BPS DATA OUT1 menu, sentences25ms 2-11100ms 200ms 1S 2S 20ms HE HN HC2-12 Output sentence limitationSentence and maximum number of characters 2.8.2Log pulse 400p/NM2-13 Log pulse optionsSYSTEM SETUP 2.9System SetupSYSTEM SETUP menu 2.9.1Geodetic data2.9.2Units of measurement 2.9.3Using local time2.9.4Time format 2-152-16 2.9.5Demonstration mode2-17 2.10WAAS/DGPS SetupWAAS DGPS AUTO AUTOAUTO/MANUAL options 2-186.Choose DPGS STATION and press the ENT key Baud rate options2-19 2.11OTHERS MenuAUTO Others menu2.12TRIP Menu 2-20TRIP menu 2.14Choosing External Heading Source for Backup 2.13Resetting Distance RunRESET DISTANCE prompt Heading setup menu2-22 This page is intentionally left blank2. OPERATION 3.1Preventive Maintenance 3MAINTENANCE, TROUBLESHOOTINGTroubleshooting 3.2TroubleshootingSymptom CauseDiagnostic test1 3.3DiagnosticsTEST2 TEST3 Test menu optionsROM, RAM, KEY TEST OUTPUT TEST for serviceman Diagnostic test sequenceFor serviceman DISPLAY TEST SOFTWARE VERSIONTEST1 Diagnostic test2TEST2 TEST3 TEST START?ALARM options Diagnostic test3TEST3 menu TEST13.5Clearing Data 3.4Program NumberProgram version no. display Prompts for erasure of dataBattery Location 3.6Replacement of BatteryPrompt for exchanging battery Prompt for turning off the power3.8Error Messages 3.7Replacement of FuseError Message Message display3-10 Error messages con’t from previous pageError Message MeaningAPPENDIX 1. Menu TreeAP-1 Output sentences of channel 2. Digital InterfaceTransmission interval Load requirement as listenerAP-3 Schematic diagramsJ92120P8178FL35220R13 Data INAP-4 Data sentencesPFECatt- True heading, pitching, rolling GGA - Global positioning system GPS fix dataGNS - GNNS fix data AP-5HDM- Heading - magnetic HDT - Heading - trueRMC - Recommended minimum specific GNSS data AP-6ROT - Rate of turn VBW - Dual ground/water speedVHW - Water speed and heading AP-7VLW - Distance travelled through the water VTG - Course over ground and ground speed3. Input/Output Ports SignalAP-8 PortSignal AP-9Port Terminal NameAP-10 4. Parts List and Parts LocationF U R U N O Display Unit, cover openedAP-11 5. Geodetic Chart Codes6. What is WAAS? AP-12EGNOS WAAS MSAS GAGAN Terminology 7. Terminology, Units of Measurement, SymbolsAP-13 TermSymbol SymbolsUnits of measurement AP-1470+6 5%2 +056#2 70+62 +/05+105+0&4#9+014440%10. 2 70+6+056# +/05+105+0&4#9+014440%10. 52#42#465.+5614 520#/1 176.+0+056#..#6+10/#64+#.5 A-10+/05+105+0&4#9+014440%10. # Y. Hatai 17/Jan/2011 Y.NISHIYAMA Page Page Page Page IN-1 INDEX

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SC-110 specifications

The Furuno SC-110 is a sophisticated marine navigation system designed for a wide array of maritime applications. This advanced device showcases Furuno’s commitment to quality and innovation, making it a popular choice among boat owners, commercial vessels, and maritime professionals.

At the heart of the SC-110 is its precise Positioning Differential GPS (DGPS) technology. This cutting-edge systems enhances the accuracy of standard GPS operations, enabling users to obtain real-time positioning with an impressive level of precision. The SC-110 offers positioning accuracy within one meter, vital for navigation safety and efficiency, particularly in congested or challenging maritime environments.

One of the standout features of the Furuno SC-110 is its built-in Automatic Identification System (AIS) capability. AIS technology allows the SC-110 to display real-time information about nearby vessels, including their position, course, and speed. This additional situational awareness helps mariners avoid potential collisions, making it an essential component for navigation in busy shipping lanes.

The device also incorporates a user-friendly interface, characterized by a sharp, high-resolution display that is easy to read in various lighting conditions. This ensures that maritime operators can access critical navigation data quickly and without confusion. Additionally, customizable settings allow users to tailor the system to their specific needs, improving overall usability.

Another significant aspect of the Furuno SC-110 is its robust integration capabilities. The system can seamlessly connect with other onboard electronic equipment, such as radar systems, chart plotters, and autopilots. This interoperability enhances operational efficiency, allowing mariners to control all their navigational tools from a singular platform.

The SC-110 is designed to withstand the rigors of the marine environment. Built with durable materials and an IP67 waterproof rating, it provides reliable performance even in harsh weather conditions. This resilience ensures that the system will serve maritime operators effectively over time without compromising functionality.

In summary, the Furuno SC-110 represents a blend of advanced technology and practical usability. Its high-precision DGPS, AIS integration, user-friendly interface, and robust construction make it an invaluable tool for safe and efficient maritime navigation. Whether for leisure boating or commercial operations, the SC-110 stands as a testament to Furuno’s expertise in the marine electronics field.