Furuno GP-1610CF manual Geodetic Chart List

Page 95

Geodetic Chart List

001: WGS84

 

094:

: Alberta & British Columbia

002: WGS72

: Mean Value (Japan, Korea & Okinawa)

095:

: East Canada

003: TOKYO

096:

: Manitoba & Ontario

004: NORTH AMERICAN 1927

: Mean Value (CONUS)

097:

: Northwest Territories & Saskatchewan

005: EUROPEAN 1950

: Mean Value

098:

: Yukon

006: AUSTRALIAN GEODETIC 1984

: Australia & Tasmania

099:

: Canal Zone

007: ADINDAN

: Mean Value (Ethiopia & Sudan)

100:

: Caribbean

008:

: Ethiopia

101:

: Central America

009:

: Mali

102:

: Cuba

010:

: Senegal

103:

: Greenland

011

: Sudan

104:

: Mexico

012: AFG

: Somalia

105: NORTH AMERICAN 1983

: Alaska

013: AIN EL ABD 1970

: Bahrain Is.

106:

: Canada

014: ANNA 1 ASTRO 1965

: Cocos Is.

107:

: CONUS

015: ARC 1950

: Mean Value

108:

: Mexico, Central America

016:

: Botswana

109: OBSERVATORIO 1966

: Corvo & Flores Islands (Azores)

017:

: Lesotho

110: OLD EGYPTIAN 1930

: Egypt

018:

: Malawi

111: OLD HAWAIIAN

: Mean Value

019:

: Swaziland

112:

: Hawaii

020:

: Zaire

113:

: Kauai

021:

: Zambia

114:

: Maui

022:

: Zimbabwe

115:

: Oahu

023: ARC 1960

: Mean Value (Kenya & Tanzania)

116: OMAN

: Oman

024:

: Kenya

117: ORDNANCE SURVEY OF GREAT BRITAIN 1936: Mean Value

025:

: Tanzania

118:

: England

026: ASCENSION IS. 1958

: Ascension Is.

119:

: England, Isle of Man & Wales

027: ASTRO BEACON “E”

: Iwo Jima Is.

120:

: Scotland, & Shetland Islands

028: ASTRO B4 SOR. ATOLL

: Tern Is.

121:

: Wales

029: ASTRO POS 71/4

: St. Helena Is.

122: PICO DE LAS NIVIES

: Canary Islands

030: ASTRONOMIC STATION 1952

: Marcus Is.

123: PITCAIRN ASTRO 1967

: Pitcairn Is.

031: AUSTRALIAN GEODETIC 1966

: Australia & Tasmania

124: PROVISIONS SOUTH CHILEAN 1963: South Chile (near 53˚ S)

032: BELLEVUE (IGN)

: Efate & Erromango Islands

125: PROVISIONAL SOUTH AMERICAN 1956: Mean Value

033: BERMUDA 1957

: Bermuda Islands

126:

: Bolivia

034: BOGOTA OBSERVATORY

: Columbia

127:

: Chile-Northern Chile (near 19˚S)

035: GAUPO INCHAUSPE

: Argentina

128:

: Chile-Southern Chile (near 43˚S)

036: CANTON IS. 1966

: Phoenix Islands

129:

: Columbia

037: CAPE

: South Africa

130:

: Ecuador

038: CAPE CANAVERAL

: Mean Value (Florida & Bahama Islands)

131:

: Guyana

039: CARTHAGE

: Tunisia

132:

: Peru

040: CHATHAM 1971

: Chatham Is. (New Zealand)

133:

: Venezuela

041: CHUA ASTRO

: Paraguay

134: PUERTO RICO

: Puerto Rico & Virgin Islands

042: CORREGO ALEGRE

: Brazil

135: QATAR NATIONAL

: Qatar

043: DJAKARTA (BATAVIA)

: Sumatra Is. (Indonesia)

136: QORNOQ

: South Greenland

044: DOS 1968

: Gizo Is. (New Georgia Is.)

137: ROME 1940

: Sardinia Islands

045: EASTER IS. 1967

: Easter Is.

138: SANTA BRAZ

: Sao Maguel, Santa Maria Islands (Azores)

046: EUROPEAN 1950 (Cont’d)

: Western Europe

139: SANTO (DOS)

: Espirito Santo Is.

047:

: Cyprus

140: SAPPER HILL 1943

: East Falkland Is.

048:

: Egypt

141: SOUTH AMERICAN 1969

: Mean Value

049:

: England, Scotland, Channel & Shetland Islands

142:

: Argentina

050:

: England, Ireland, Scotland, & Shetland Islands

143:

: Bolivia

051:

: Greece

144:

: Brazil

052

: Iran

145:

: Chile

053:

: Italy, Sardinia

146:

: Columbia

054:

: Italy, Sicily

147:

: Ecuador

055:

: Norway & Finland

148:

: Guyana

056:

: Portugal & Spain

149:

: Paraguay

057: EUROPEAN 1979

: Mean Value

150:

: Peru

058: GANDAJIKA BASE

: Republic of Maldives

151:

: Trinidad & Tobago

059: GEODETIC DATUM 1949

: New Zealand

152:

: Venezuela

060: GUAM 1963

: Guam Is.

153: SOUTH ASIA

: Singapore

061: GUX 1 ASTRO

: Guadalcanal Is.

154: SOUTHEAST BASE

: Porto Santo & Madeira Islands

062: HJORSEY 1955

: Iceland

155: SOUTHWEST BASE

: Faial, Graciosa, Pico, Sao Jorge, & Terceira Is.

063: HONG KONG 1363

: Hong Kong

156: TIMBALAI 1948

: Brunei & East Malaysia (Sarawak & Sadah)

064: INDIAN

: Thailand & Vietnam

157: TOKYO

: Japan

065:

: Bangladesh, India & Nepal

158:

: Korea

066: IRELAND 1965

: Ireland

159:

: Okinawa

067: ISTS 073 ASTRO 1969

: Diego Garcia

160: TRISTAN ASTRO 1968

: Tristan da Cunha

068: JOHNSTON IS. 1961

: Johnston Is.

161: VITI LEVU 1916

: Viti Levu Is. (Fiji Islands)

069: KANDAWALA

: Sri Lanka

162: WAKE-ENIWETOK 1960

: Marshall Islands

070: KERGUELEN IS.

: Kerguelen Is.

163: ZANDERIJ

: Surinam

071: KERTAU 1948

: West Malaysia & Singapore

164: BUKIT RIMPAH

: Bangka & Belitung Islands (Indonesia)

072: LA REUNION

: Mascarene Is.

165: CAMP AREA ASTRO

: Camp Mcmurdo Area, Antarctica

073: L. C. 5 ASTRO

: Cayman Brac Is.

166: G. SEGARA

: Kalimantan Is. (Indonesia)

074: LIBERIA 1964

: Liberia

167: HERAT NORTH

: Afghanistan

075: LUZON

: Philippines (excl. Mindanao Is.)

168: HU-TZU-SHAN

: Taiwan

076:

: Mindanao Is.

169: TANANARIVE OBSERVATORY 1925: Madagascar

077: MAHE 1971

: Mahe Is.

170: YACARE

: Uruguay

078: MARCO ASTRO

: Salvage Islands

171: RT-90

: Sweden

079: MASSAWA

: Eritrea (Ethiopia)

 

 

080: MERCHICH

: Morocco

 

 

081: MIDWAY ASTRO 1961

: Midway Is.

 

 

082: MINNA

: Nigeria

 

 

083: NAHRWAN

: Masirah Is. (0man)

 

 

084:

: United Arab Emirates

 

 

085:

: Saudi Arabia

 

 

086: NAMIBIA

: Namibia

 

 

087: MAPARIMA, BWI

: Trinidad & Tobago

 

 

088: NORTH AMERICAN 1927

: Western United States

 

 

089:

: Eastern United States

 

 

090:

: Alaska

 

 

091:

: Bahamas (excl. San Salvador Is.)

 

 

092:

: Bahamas, San Salvador Is.

 

 

093:

: Canada (incl. Newfoundland Is.)

 

 

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Image 95
Contents Page First Edition MAR Safety Instructions for the Operator Safety InstructionsSafety Instructions for the Installer Table of Contents by Subject Setting Destination Table of Contents by Display Item Word to GP-1610CF Owners ForewordFeatures Display Unit System ConfigurationOptional equipment InstallationEquipment Lists Standard supply520-5PSD Mounting considerations Installation of Standard EquipmentInstalling the display unit Tabletop mounting Installing the antenna unitTypical antenna unit mounting locations Antenna unit mounting procedureFastening pipe to antenna Securing antenna to mast with vinyl tape Transducer WiringPower cable Antenna unit11 Display unit, rear view Necessary tools Installation of TransducersInstalling the inside-hull mount transducer Remarks on installation13 Coating the transducer face with silicone sealant Attaching the transducerPress twice to select Manual Observing the pictureFinal preparation Transducer outline drawings Installing the thru-hull mount transducerTransducer mounting location High speed V-planing hull Typical through-hull mount transducer installationsAcceptable transducer mounting locations Deep-V hull22 Construction of fairing block Procedure for installing the thru-hull mount transducer23 Transom mount transducer mounting locations Installing the transom mount transducerTransducer preparation 24 Transom mount transducer, mounting flush with hull26 Water temperature/speed sensor ST-02MSB Installation of Optional SensorsThru-hull mount water temperature sensor T-03MSB Transom mount water temperature sensor T-02MTBConnection of Optional Equipment Connecting a Dgps beacon receiver30 Connection of other Dgps beacon receivers Connecting a sensorMJ-A10SPF MJ-A6SRMDMJ-A10SRMD Press the Menu key Press the 0 key Press the 6 key Initial SettingsSensor connection Autopilot or remote display connection35 Nmea setup menu Press t to select on in the Dgps line Dgps beacon receiver connectionPress the Menu key Press the 0 key Press the 8 key Control Description Operational OverviewClose the cover and fix it Inserting Chart CardsTurning On/Off the Power Insert the chart card label side up, arrow forwardSample plotter displays Adjusting Tone and BrilliancePlotter Displays Selecting a plotter displayHighway display Plotter/sounder displayData display Graphic display50 kHz Sounder DisplaysSelecting a sounder display Normal sounder displayScope display Marker zoom displayBottom-lock display Bottom zoom displayPress the Menu key to escape Basic Menu OperationPress the Menu key to display the Main menu Principle of Operation Video Sounder OperationManual Sounder Operation How to enable automatic sounder operationManually adjusting the sounder picture Automatic Sounder OperationSuppressing Low Level Noise Press the 6 key to display the Video Sounder Setup menuErasing Weak Echoes Selecting Picture Advance SpeedSuppressing Interference Knowing Depth Change by Audible Chime Changing Zoom Magnification FactorSelecting Hue color arrangement Measuring DepthSelecting Unit of Depth Measurement Offsetting the Depth ReadoutDisplaying the Water Temperature Graph Press to select Fish on Fish AlarmOffsetting Water Temperature Readout Turning On/Off the Expansion Range Marker Bottom AlarmWater Temperature Alarm Stopping Transmission Receiver Sensitivity gain AdjustmentSelecting Bottom-Lock Expansion Width Bottom echo Interpreting the DisplayZero line Fish school echoes24 Surface noise/aeration Surface noise/aerationHow the GPS receiver calculates position GPS, Chart OverviewWhat is GPS? Principle of GPSThis manual Hdop is referred to as DOP Position-fixing accuracy HdopCourse-up Presentation ModeShifting the Cursor North-upShifting the Display Changing Chart Scale/ RangeChart Cards Selecting Screen Center by CursorFuruno chart symbols Remarks on chart displayLighthouse and buoy data display Difference between Furuno and Navionics chartsErasing All Track TrackStopping/Restarting Plotting of Track Changing Track ColorPress the Menu key Press the 0 key Press the 2 key Changing Track Plotting IntervalSmoothing Track Press the ENT key Press the Menu keyEntering Event Marks MarksEntering Marks Changing Mark Attributes Erasing Individual MarksEntering the MOB mark Cancelling MOB position as destinationEntering the MOB Mark Erasing All MarksRadar Target Mark Model Cable Connection procedure Operation on radarEnter a comment as follows WAYPOINTS, RoutesEntering Waypoints Entering a waypoint at own ships positionEntering a waypoint by the cursor Entering waypoints by latitude and longitudeErasing waypoints by the cursor Erasing Individual WaypointsChanging Waypoint Position Entering waypoints by event position or MOB positionPress or to select route number Changing Waypoint Mark SizeEntering Routes Waypoint mark size can be selected to large or smallErasing Routes Editing RoutesSetting destination by cursor Setting DestinationSetting Destination Setting destination by waypointPress or to select a route Setting destination by event position/ MOB positionSetting a route as destination How a waypoint is skipped Skipping Route Waypoints Cancelling DestinationArrival/Anchor Watch Alarm PLOTTER-RELATED AlarmsTrip Alarm XTE Cross Track Error AlarmSpeed Alarm Displaying position in Loran C LOPs Offsetting GPS PositionPOSITION-RELATED Operations Displaying Position in LOPsPress the ENT key followed by the Menu key Selecting NavaidDisplaying True or Magnetic Bearings Magnetic VariationPress s to select on Offsetting Chart PositionGPS Operations GPS Setup MenuGPS Setup menu description Speed Averaging Selecting Sensors Optional Equipment SetupSetting up Dgps Beacon Receiver Sensor Setup menu descriptionDgps setup menu Waypoint mark size Cursor size Chart AttributesCustomizing the Display Plotter Display Marker AttributesUnit of Distance Measurement Chart Range or Scale IndicationReplacement of Fuse, Battery Maintenance & TroubleshootingMaintenance Simple troubleshooting Simple TroubleshootingError messages Error MessagesTo escape, press the ESC key three times Diagnostic TestsMemory, I/O port test Panel testGPS monitor display description GPS Monitor DisplayDisplay test Press s to select YES Demonstration DisplayMemory Card Operations for technicians Saving dataLoading data Clearing the MemoryGPS Receiver Power and Environmental ConditionsDimensions and Weight Video SounderWorld Time Standards Geodetic Chart List Icons GPS Plotter Plotting interval Magnetic variation offsetNavigation calculation NmeaDisplay color ResolutionClutter Detecting areaSounding range Returning signalWater temperature sensor Menu Tree On next Page Decca Chains Page Page Page Page Page Index-1 IndexIndex-2 Index-3

GP-1610CF specifications

The Furuno GP-1610CF is a sophisticated marine navigation system designed for enthusiasts who demand accuracy and reliability on the water. Featuring a 10.4-inch color LCD display with a resolution of 640 x 480 pixels, this unit provides crystal-clear images of charts and navigation information, even under direct sunlight. Its user-friendly interface allows for intuitive management of various functions, making it accessible for both novice and experienced mariners.

One of the standout features of the GP-1610CF is its integrated GPS receiver, which boasts a high sensitivity that ensures rapid acquisition of satellite signals and precise positioning. The unit supports a range of positioning formats, including WAAS (Wide Area Augmentation System), allowing for enhanced accuracy within the coastal dimensions. Additionally, the GP-1610CF is compatible with DGPS (Differential GPS) systems, further refining positional accuracy and providing a reliable navigation experience.

The GP-1610CF also supports C-MAP NT+ charting, offering an extensive variety of cartographic data covering numerous regions. This enables users to visualize marine environments with detailed bathymetric information, harbor layouts, and navigational aids. The system's customizable waypoints and route planner facilitate efficient marine navigation, allowing users to create multiple routes and track them in real time.

In terms of connectivity, the GP-1610CF offers NMEA 0183 output, which allows it to interface seamlessly with other marine electronics such as autopilots, radar systems, and depth sounders. This enabling communication between devices enhances overall situational awareness and improves navigation assistance.

The unit is built to withstand the harsh marine environment, featuring a robust housing that is resistant to saltwater, humidity, and temperature variations. Additionally, the GP-1610CF can function in challenging lighting conditions thanks to its adjustable contrast and brightness settings, which help maintain visibility during nighttime operation.

Overall, the Furuno GP-1610CF stands as a reliable choice for sailors seeking a high-performance navigation solution. With its combination of advanced GPS technology, high-resolution display, extensive chart compatibility, and robust design, this device continues to be a trusted companion for marine adventures around the globe. Whether cruising, fishing, or engaging in professional navigation, the GP-1610CF delivers essential features that empower users to navigate with confidence and accuracy.