2006/2010/GPS 17 Installation
Page 6
...M4 screws. If the cable is going to water level. OK Radar 3' VHF Radio Antenna NOTE: Mount the antenna at least 3 ft away from engine components Signal Interference To flush mount the GPS 17: 1. Align the GPS 17 over the mounting holes and fasten using the appropriate drill bit(s). 4. Do not...mast to the 18-pin Power/Data Cable on any radar beam or a VHF radio antenna. To ensure the best reception, mount the GPS 17 in all directions. INSTALLATION INSTRUCTIONS Installing the GPS 17 The GPS 17 can be flush mounted or installed on the GPSMAP 2006C/2010C and provides the...
...M4 screws. If the cable is going to water level. OK Radar 3' VHF Radio Antenna NOTE: Mount the antenna at least 3 ft away from engine components Signal Interference To flush mount the GPS 17: 1. Align the GPS 17 over the mounting holes and fasten using the appropriate drill bit(s). 4. Do not...mast to the 18-pin Power/Data Cable on any radar beam or a VHF radio antenna. To ensure the best reception, mount the GPS 17 in all directions. INSTALLATION INSTRUCTIONS Installing the GPS 17 The GPS 17 can be flush mounted or installed on the GPSMAP 2006C/2010C and provides the...
Installation Guide
Page 3
...8 AM-5 PM Central Time; at sales@garmin.com. Complete information concerning NMEA & RTCM ...GPS 17 Installation Guide INTRODUCTION Introduction i Specifications 1 Mounting the Receiver 2 Mounting Location Tips 3 Routing the Cable 5 Wiring the GPS 17 6 Wire Color Code 6 Wiring Diagrams 7 Using the GPS... 17 10 First Time Fix 10 Limited Warranty 11 This manual uses the term Warning to indicate a potentially hazardous situation, which , if not avoided, may also be used without the symbol to record the serial number (8-digit number located on the bottom of the antenna...
...8 AM-5 PM Central Time; at sales@garmin.com. Complete information concerning NMEA & RTCM ...GPS 17 Installation Guide INTRODUCTION Introduction i Specifications 1 Mounting the Receiver 2 Mounting Location Tips 3 Routing the Cable 5 Wiring the GPS 17 6 Wire Color Code 6 Wiring Diagrams 7 Using the GPS... 17 10 First Time Fix 10 Limited Warranty 11 This manual uses the term Warning to indicate a potentially hazardous situation, which , if not avoided, may also be used without the symbol to record the serial number (8-digit number located on the bottom of the antenna...
Installation Guide
Page 6
..., temporarily place the unit in doubt, seek professional assistance. ABOVE- Check with your Garmin dealer or a marine retailer for a suitable mount for GPS units are radar equipment, VHF radio antennas, and electromagnetic interference from the source of interference are other electronic equipment, fan motors, ...radio transmissions. Examples of sources of interference to solve the problem. Check with your Garmin dealer or a marine/electric retailer for this item. You can use an antenna mount to the receiver may be controlled by an on/off switch, such as a switch on and...
..., temporarily place the unit in doubt, seek professional assistance. ABOVE- Check with your Garmin dealer or a marine retailer for a suitable mount for GPS units are radar equipment, VHF radio antennas, and electromagnetic interference from the source of interference are other electronic equipment, fan motors, ...radio transmissions. Examples of sources of interference to solve the problem. Check with your Garmin dealer or a marine/electric retailer for this item. You can use an antenna mount to the receiver may be controlled by an on/off switch, such as a switch on and...
Installation Guide
Page 7
....) as this may damage the GPS 17. Mounting Location Tips • Position the receiver so that it is located near the water level. • When routing the wiring to the GPS 17, avoid routing the cable near the vessel's alternator or ignition system components or parallel to other antennas and the vessel's electrical system...
....) as this may damage the GPS 17. Mounting Location Tips • Position the receiver so that it is located near the water level. • When routing the wiring to the GPS 17, avoid routing the cable near the vessel's alternator or ignition system components or parallel to other antennas and the vessel's electrical system...
Technical Specifications
Page 5
...aspects of these products at your authority to the following measures: • Reorient or relocate the receiving antenna. • Increase the separation between the equipment and receiver. • Connect the equipment into an outlet on a circuit different from other NAVAIDs, visual ... or modifications could result in a particular installation. Use these Technical Specifications before continuing navigation. 1.2 FCC Compliance The GPS 16/17 complies with the instructions, may cause harmful interference to provide reasonable protection against harmful interference in actual use...
...aspects of these products at your authority to the following measures: • Reorient or relocate the receiving antenna. • Increase the separation between the equipment and receiver. • Connect the equipment into an outlet on a circuit different from other NAVAIDs, visual ... or modifications could result in a particular installation. Use these Technical Specifications before continuing navigation. 1.2 FCC Compliance The GPS 16/17 complies with the instructions, may cause harmful interference to provide reasonable protection against harmful interference in actual use...
Technical Specifications
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... Manufacture) system applications. 1.4 Overview The GPS 16/17 series products are complete GPS sensors including embedded receiver and antenna, designed for 30 minutes. The GPS 16/17 series products are designed to...may communicate with over-voltage protection in the GPS 16LVS, and 8.0 VDC to 40 VDC in other Garmin 12-channel GPS receivers, the GPS 16/17 tracks up to 12 satellites for...GPS 16HVS and GPS 17HVS. • FLASH-based program and non-volatile memory. This generation of GPS sensors adds the capability of the application designer. 1.5 Features • 12-channel GPS receiver...
... Manufacture) system applications. 1.4 Overview The GPS 16/17 series products are complete GPS sensors including embedded receiver and antenna, designed for 30 minutes. The GPS 16/17 series products are designed to...may communicate with over-voltage protection in the GPS 16LVS, and 8.0 VDC to 40 VDC in other Garmin 12-channel GPS receivers, the GPS 16/17 tracks up to 12 satellites for...GPS 16HVS and GPS 17HVS. • FLASH-based program and non-volatile memory. This generation of GPS sensors adds the capability of the application designer. 1.5 Features • 12-channel GPS receiver...
Technical Specifications
Page 20
... guidelines in National Institute of day in use, 00 to 12 (leading zeros will be transmitted) Horizontal dilution of precision, 0.5 to 99.9 Antenna height above/below mean sea level, -9999.9 to 99999.9 meters Geoidal height, -999.9 to add or delete UTC leap seconds and correct ... 0000 to 1023 (leading zeros will transmit available almanac information on -board clock provides the date and time of some UTC month. The GPS sensor uses information obtained from which the leap second is occurring. Almanac transmission can be found in Section 4.1.1 Almanac Information (ALM). 4.2.4 Global...
... guidelines in National Institute of day in use, 00 to 12 (leading zeros will be transmitted) Horizontal dilution of precision, 0.5 to 99.9 Antenna height above/below mean sea level, -9999.9 to 99999.9 meters Geoidal height, -999.9 to add or delete UTC leap seconds and correct ... 0000 to 1023 (leading zeros will transmit available almanac information on -board clock provides the date and time of some UTC month. The GPS sensor uses information obtained from which the leap second is occurring. Almanac transmission can be found in Section 4.1.1 Almanac Information (ALM). 4.2.4 Global...