GPS 17x NMEA 2000
installation instructions (EN) instructions dinstallation (FR) istruzioni di installazione (IT) installationsanweisungen (DE) instrucciones de instalacin (ES) installationsvejledning (DA) installeringsinstruksjoner (NO) installationsinstruktioner (SV)

December 2009

190-00886-10 Rev. B

Printed in Taiwan

GPS 17x NMEA 2000 Installation Instructions
The Garmin GPS 17x NMEA 2000 high-sensitivity GPS antenna provides position information to your existing NMEA 2000 network. If you do not have an existing NMEA 2000 network on your boat, you will need to install one. For more information about NMEA 2000, visit www.garmin.com. The GPS 17x antenna must be properly installed according to the following instructions. You need the appropriate fasteners, tools, and mounts listed in each section. These items are available at most marine dealers. Always wear safety goggles, ear protection, and a dust mask when drilling, cutting, or sanding. When drilling or cutting, always check what is on the opposite side of the surface. If you experience difficulty installing the unit, seek the assistance of a professional installer or contact Garmin Product Support by phone at 913/397.8200 or 800/800.1020. Go to www.garmin.com/support/ for more information. In Europe, contact Garmin (Europe) Ltd. at 44/0870.8501241. WARNING: See the Important Safety and Product Information guide in the product box for product warnings and other important information.

Product Registration

Help us better support you by completing our online registration at www.garmin.com /registration/. For future reference, write the serial number assigned to your GPS 17x in the space provided. It is located on a sticker on the back of the unit. Serial number
Packing List and Accessories

Standard Package

Before installing your unit, confirm that your package includes the following items. If any parts are missing, contact your Garmin dealer immediately. GPS 17x Antenna Surface-mount bracket Pole-mount bracket Under-deck mount bracket Mounting hardware (screws and adhesive pads) NMEA 2000 T-connector NMEA 2000 drop cable 6.5 ft. (2 m) Installation instructions
Optional Accessories Tools Needed
Additional NMEA 2000 network components
Drill Drill bit11/8 in (3.2 mm) Drill bit3/4 in (19 mm) pole-mount cablehole Hole saw, 1 in (25 mm)surface-mount cable-hole Screwdriversurface mount screws Center punch and hammer (to mark surface-mount pilot holes) Countersink bit (when mounting on fiberglass) Marine sealant (for some mounting options)

October 2009

190-00886-10 Rev. A
Step 1: Mount the GPS 17x Antenna
Select a suitable location for the GPS 17x antenna on your boat. To ensure the best reception, mount the GPS 17x antenna in a location that has a clear, unobstructed view of the sky in all directions.
You can surface mount the GPS 17x antenna, attach it to a standard 1 in. OD pipe-threaded-pole marine mount (14 threads-per-inchnot included), or even install the antenna under fiberglass.
Better EMI EMI (Electromagnetic Interference) from engine components Best Good

SS BARNETT

Avoid mounting the GPS 17x antenna where it is shaded by the superstructure of Above - best the boat, a radome antenna, or mast. On a sailboat, avoid mounting the 3 ft. Below - OK GPS 17x antenna high on the mast, to (1 m) prevent inaccurate speed readings caused Radar VHF Radio Antenna by excessive heeling. GPS 17x Placement Considerations The GPS 17x antenna provides more-stable readings when located nearer to water level. Mount the GPS 17x antenna at least 3ft. (1 m) away from (preferably above) the path of any radar beam or a VHF radio antenna. Temporarily secure the antenna in the preferred mounting location and test it for correct operation. If you experience interference with other electronics, try a different location. When you verify correct operation, permanently mount the antenna.

1 Use the surface-mount bracket as your mounting template. Use a center punch to mark the three screw locations on the surface. Use a pencil to trace the cable-hole in the center of the bracket. Set the surface-mount bracket aside. Do not drill through the surface-mount bracket. 2. Drill the three 1 1/8 in. (3.2) pilot holes. Note: If you are mounting the GPS 17x on fiberglass, it is recommended to use a countersink bit to drill a clearance counterbore through the top gelcoat layer (but no deeper). This will help to avoid cracking in the gelcoat layer when the screws are tightened. 3. Use a 1 in. (25 mm) hole saw to cut the cable hole in the center. 4. Place the seal pad on the bottom GPS 17x of the surface-mount bracket. Make antenna sure that the screw holes align. 5. Use the included M4 screws to attach the surface-mount bracket to the mounting surface. Rubber Surface-mount 6. Route the NMEA 2000 cable through gasket bracket the 1 in. (25 mm) cable hole and Seal pad connect it to the GPS17x. Mounting 7. Make sure the large gasket is in place on the bottom of the GPS17x surface antenna, place the antenna on the surface-mount bracket , and twist it clockwise to lock it in place. 8. Secure the antenna to the mounting bracket with the included M3 set screw. 9. Route the NMEA 2000 cable away from sources of electronic interference, and connect it to your NMEA 2000 network.
Surface-mounting the GPS 17x Antenna
Pole Mounting the GPS 17x Antenna
With the pole-mount adapter attached to the GPS 17x, you can install the GPS 17x on a standard 1 in.OD pipe-threaded-pole marine mount (14 threads per inchnot included). You can run the NMEA 2000 cable through the pole or outside the pole.
To mount the GPS 17x with the cable run outside the pole: 1. Route the NMEA 2000 drop cable through the pole-mount adapter, and place the cable in the vertical slot along the base of the pole-mount adapter. 2. Thread the pole-mount adapter onto a standard 1 in. OD pipe-threaded-pole marine mount (14 threads per inchnot included). Do not overtighten the adapter. 3. Connect the NMEA 2000 drop cable to the GPS 17x antenna. 4. Place the GPS 17x antenna on the pole-mount adapter and twist it clockwise to lock it in place. 5. Secure the antenna to the adapter with the included M3 set screw. GPS 17x 6. (Optional) With the GPS 17x installed on the pole antenna mount, fill the remaining gap in the vertical cable slot with a marine sealant. 7. Attach the marine mount to the boat if it is not already attached. 8. Route the cable away from sources of electronic interference, and connect it to your NMEA 2000 network. Pole-mount

To mount the GPS 17x with the cable run through the pole: Vertical cable 1. Position a standard 1 in. OD pipe-threaded-pole slot marine mount (14threads per inchnot included) in the preferred location, and mark the approximate center of the pole. 2. Drill a hole using a 3/4 in. (19 mm) drill bit for the cable to pass through. 3. Fasten the marine mount to the boat. 4. Thread the pole-mount adapter onto the pole. Do not overtighten the adapter. 5. Route the NMEA 2000 drop cable through the pole and connect it to the GPS 17x antenna. 6. Place the GPS 17x antenna on the pole-mount adapter and twist it clockwise to lock it in place. 7. Secure the antenna to the adapter with the included M3 set screw. 8. (Optional) With the GPS 17x installed on the pole mount, fill the vertical cable slot with a marine sealant. 9. Route the cable away from sources of electronic interference, and connect it to your NMEA 2000 network.

adapter

Under-deck-mounting the GPS 17x Antenna
The GPS 17x can be mounted under a fiberglass surface with the included adhesive pads. The GPS 17x will not acquire satellite signals through metalyou can only use the under-deck mount under a fiberglass surface.
1. Determine the location on the fiberglass surface where you want to mount the GPS 17x. 2. Place the adhesive pads on the underdeck mounting bracket. 3. Place the GPS 17x in the under-deck mounting bracket. 4. Adhere the under-deck mounting bracket to the mounting surface.
Adhesive pads Mounting surface
GPS 17x antenna Under-deck mounting bracket
5. Secure the under-deck mount to the mounting surface with screws. Use extreme care to ensure that the screws do not penetrate the upper surface of the deck. 6. Connect the power/data cable to the GPS 17x. 7. Route the cable away from sources of electronic interference, and connect it to your NMEA 2000 network.
Step 2: Connect the GPS 17x Antenna to Your NMEA 2000 Network
The GPS 17x is packaged with a NMEA 2000 T-connector and a NMEA 2000 drop cable. You will use these two components to connect the GPS 17x to your existing NMEA 2000 network. If you do not have an existing NMEA 2000 network, you will need to install a NMEA 2000 network on your boat. For more information on NMEA 2000, visit www.garmin.com.
To connect the GPS 17x to your existing NMEA 2000 GPS 17x antenna network: 1. Determine an appropriate location to connect the GPS 17x to your existing NMEA 2000 backbone. NMEA 2000 2. Disconnect one side of a device NMEA 2000 T-connector NMEA 2000 (not included) Drop cable device from the backbone nearest (included) (not included) to the location where you want to connect the GPS 17x T-connector antenna. (included) If you need to extend the NMEA 2000 backbone, connect an appropriate NMEA 2000 backbone extension cable (not included) to the side of the Tconnector you disconnected. 6. Connect an included Tconnector in the NMEA 2000 Existing NMEA 2000 network backbone. (not included) 7. Route an included drop cable from the GPS 17x antenna to the top of the T-connector you added to your NMEA 2000 network. If the included drop cable is not long enough, you can add a drop cable extension up to 13 ft. (4 m). If more cable is needed, add an extension to your NMEA 2000 backbone, based on the NMEA 2000 guidelines.

Step 3: Update Your Chartplotter
To ensure compatibility with the GPS 17x, upgrade your Garmin chartplotter with the latest software. For more information, visit http://www8.garmin.com/support/download.jsp.
NMEA 2000 PGN Information
Transmit 129540 ISO Acknowledgment ISO Address Claim NMEA - Command/Request/Acknowledge Group Function Transmit/Receive PGN List Group Function System Time and Date Product Information Position - Rapid Update COG & SOG - Rapid Update GNSS Position Data GNSS DOPs GNSS Sats in View The GPS 17x is NMEA 2000 certified Receive ISO Acknowledgment ISO Request ISO Address Claim NMEA - Command/Request/ Acknowledge Group Function
Declaration of Conformity (DoC)
Hereby, Garmin, declares that this GPS 17x is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC. To view the full Declaration of Conformity, see the Garmin Web site for your Garmin product: www.garmin.com/products/gps17x/. Click Manuals, and then select the Declaration of Conformity link.
Software License Agreement
BY USING THE GPS 17x, YOU AGREE TO BE BOUND BY THE TERMS AND CONDITIONS OF THE FOLLOWING SOFTWARE LICENSE AGREEMENT. PLEASE READ THIS AGREEMENT CAREFULLY. Garmin grants you a limited license to use the software embedded in this device (the Software) in binary executable form in the normal operation of the product. Title, ownership rights, and intellectual property rights in and to the Software remain in Garmin. You acknowledge that the Software is the property of Garmin and is protected under the United States of America copyright laws and international copyright treaties. You further acknowledge that the structure, organization, and code of the Software are valuable trade secrets of Garmin and that the Software in source code form remains a valuable trade secret of Garmin. You agree not to decompile, disassemble, modify, reverse assemble, reverse engineer, or reduce to human readable form the Software or any part thereof or create any derivative works based on the Software. You agree not to export or re-export the Software to any country in violation of the export control laws of the United States of America.
GPS 17x NMEA 2000 Installation Instructions

Specifications

Physical Dimensions: 3 19/32 in. (91.6 mm) Diameter 1 15/16 in. (49.5 mm) High Weight: 7.1 oz. (201 g) NMEA 2000 drop cable: 19 ft, 8 in (6 m) -22F (-30C) to Temperature range: 176F (80C) Case Material: Fully gasketed, high-impact plastic alloy, waterproof to IEC 529 IPX7 standards
Power Power input source: 916 Vdc unregulated Input current: 40 mA at 12 Vdc NMEA 2000 Load Equivalency Number (LEN): 3 (150 mA) Accuracy GPS: <33 ft. (10 m) 95% typical DGPS: 1016 ft. (35 m) 95% typical (WAAS/EGNOS accuracy.) Velocity: 0.05 meter/sec steady state

EN FR IT DE ES DA NO SV

2009 Garmin Ltd. or its subsidiaries Garmin International, Inc. 1200 East 151st Street, Olathe, Kansas 66062, USA Garmin (Europe) Ltd. Liberty House, Hounsdown Business Park, Southampton, Hampshire, SO40 9LR UK Garmin Corporation No. 68, Jangshu 2nd Road, Sijhih, Taipei County, Taiwan www.garmin.com Part Number 190-00886-10 Rev. B

MARINE PRODUCT SELECTION GUIDE TRANSDUCERS, INSTRUMENTS AND SENSORS
w w w. g a r m i n. c o m / m a r i n e
G A R M I N I N T E R N AT I O N A L , I N C. 1200 East 151st Street, Olathe, KS 66062 t 913.397.8200 f 913.397.8282
2008 Garmin Ltd. or its subsidiaries M00-10109-00 0608

TA B L E

CONTENTS
Choosing the right transducer Tr a n s o m - M o u n t Tr a n s d u c e r s I n - H u l l M o u n t Tr a n s d u c e r s F l u s h T h r u - H u l l Tr a n s d u c e r s E x t e r n a l T h r u - H u l l M o u n t Tr a n s d u c e r s Tr o l l i n g M o t o r M o u n t Tr a n s d u c e r s / W a t e r, S p e e d a n d T e m p e r a t u r e S e n s o r s Extension Cables / Garmin Marine Instrument Garmin Marine Sensors / Garmin Intelliducers Airmar Smart Sensors 600w vs. 1kw Xducers and Broadband

Inside the Hull

An in-hull transducer is installed inside the bilge of a boat hull and sends & receives its
CHOOSING THE RIGHT TRANSDUCER AND MOUNTING STYLES
signal through the hull. Some people prefer this mounting style, because it is not necessary to drill through the hull. A unit cannot be damaged when a boat is trailered, the transducer is not exposed to marine growth, and there is no drag. Additionally, a transducer can be installed and serviced while the vessel is in the water. Most in-hull
Transducers are typically mounted in one of three ways: through the hull, inside the hull, or on the transom.
transducers are mounted inside a liquid filled tank that is first epoxied in place. As long as the water flow below the transducer is clean, it will give great high-speed performance. However, not all hull types (cored hulls, steel hulls, etc.) are suitable for

Through the Hull

The transducers in this mounting style fall into two categories. There are flush thru-hull sensors that sit flush or nearly flush with the boat hull. They are recommended for smaller boats with a minimum deadrise angle. And they are often installed on sailing vessels because they produce minimal drag. External thru-hull transducers extend beyond the hulls surface and usually require a fairing to aim the sound beam vertically. They are right for larger un-trailered vessels. When external mounts are installed with a High-Performance Fairing, the transducer face is flush with the surface of the fairing and parallel to the waterline, resulting in a truly vertical beam, putting maximum energy on the target. This installation, when mounted in clean water, forward of propellers and running gear, produces the most effective signal return, since nothing on the vessel interferes with the transducers active face.
in-hull transducer installation. In-hull transducers are recommended only for solid fiberglass hulls.

On the Transom

Transom-mounts are attached to the back (transom) of a boat hull. Trailered boats typically use this mounting style, since it is out of the way of the rollers. Some people
prefer a transom-mount, because it is easy to install and remove a unitespecially if a kick-up bracket is used. Kick-up brackets move a transducer out of the way to prevent damage from floating debris when a boat is underway. Also, they protect the transducer when a boat is trailered, or when it is kept in the water for a long period of time.

garmin.com/marine 3

TRANSOM MOUNT TRANSDUCERS
010-10105-00 / 010-10106-00
Transom-Mount, Plastic Housing Depth only - 010-10105-00 Depth, speed and temperature 010-10106-kHz 300 Watts 7.6 m (25) Cable
IN-HULL MOUNT TRANSDUCERS

200 kHz

Beam Width: 200 kHz15 Depth Range: 200 kHzup to 183m (up to 600) Accomodates transom angles of 3 to 20

AIRMAR P23/P32

This compact transom-mount will give you good target and bottom detail in shallow-water Designed for small outboard and I/O powered boats under 7.6 m (25)

010-10224-00

In-Hull, Plastic Housing Depth only 200 kHz 300 Watts 7.6 m (25) Cable - 010-10224-00

AIRMAR P72 In-Hull

Beam Width: 200 kHz15 Depth Range: 200 kHzup to 183m (up to 600)
For use with small boats under 6 m (20)

010-10249-00

Transom or Trolling motor mount Depth and Temperature 80/200 kHz 400 Watts 9.1 m (30) Cable
GARMIN STANDARD DUAL BEAM TRANSDUCER
Designed for small outboard and I/O powered boats under 7.6 m (25) Beam Width: 80 kHz45, 200 kHz15 Depth Range: up to 274m (up to 900)

80/200 kHz

010-10327-00
In-Hull, Plastic Housing Depth only 50/200 kHz 600 Watts 7.6 m (25) cable

AIRMAR P79

No holes to drill and no hull protrusions on solid fiberglass hulls up to 25.4 (1) thick and aluminum hulls under 0.38 mm (0.150) thick Recommended for planning hull power boats, trailered boats, rigid inflatable boats (RIBS), and racing sailboats Beam Width: 50 kHzkHz12

50/200 kHz

Depth Range: 50 kHz244m to 366m (800 to 1200) 200 kHz122m to 213m (400 to 700) Adjustable for deadrise angles up to 22

010-10272-00

Transom-Mount, Plastic Housing Depth and Temperature 50/200 kHz 500 Watts 9.1 m (30) Cable
GARMIN STANDARD DUAL FREQUENCY TRANSDUCER
Beam Width: 50 kHzkHz10 Depth Range: up to 457m (up to 1500)
010-10445-00 / 010-10641-00
In-Hull Depth Only 50/200 kHz

AIRMAR M260

12 m (39) Cable

broadband

Deadrise angles up to 25 Broadband Ceramic Technology:
Provides better image detail and resolution Distinguishes individual fish targets and fish tight to the bottom
Broadband: 010-10641-00 Separate 50 and 200 kHz ceramics Top performing 1kW broadband in-hull transducer with no hull protrusions For use on solid fiberglass hulled sportfishing boats
010-10445-00 is compatible with GSD20/21; 010-10641-00 is compatible with GSD22 1,000 Watts
Beam Width: 50 kHzkHz6 Depth Range: 50 kHz549m to 762m (1800 to 2500) 200 kHz213m to 305m (700 to 1000)

Designed for large outboard and I/O powered boats up to 11 m (35)

010-10192-01

Transom-Mount, Plastic Housing Depth, Speed and Temperature 50/200 kHz 600 Watts 7.6 m (25) Cable Best performing transom-mount TRIDUCER Multisensor

AIRMAR P66

Designed for large outboard and I/O powered boats up to 11 m (35) Beam Width: 50 kHzkHz12 Depth Range: 50 kHz244m to 366m (800 to 1200) 200 kHz122m to 213m (400 to 700) Accomodates transom angles of 2 to 20

010-10643-00

In-Hull Depth Only 50 kHz and 200 kHz 2,000 Watts 12 m (39) Cable

AIRMAR R199

Beam Width: 50 kHz8 x kHz5 Depth Range: 50 kHz762m to 1219m (2500 to 4000) 200 kHz244m to 366m (800 to 1200) For use with GSD22 and GPSMAP 5x5s Deadrise angles up to 25
The ultimate 2kW performance transducers for the professional sportfisherman For use with sportfishing and commercial fishing boats 11 m (35') and up Broadband Ceramic Technology:
Separate 50 and 200 kHz broadband ceramics

010-11395-00

Depth and Temperature 50/200 kHz 1,000 Watts 12 m (39) Cable

AIRMAR TM260

Transom-Mount, Urethane Housing Designed for large outboard and I/O powered boats 8 m to 12 m (25' to 35') Beam Width: 50 kHzkHz6 Depth Range: 50 kHz610m (2,000') 200 kHz180m (600') Accomodates transom angles of 3 to 21

Broadband transom-mount

garmin.com/marine 5
FLUSH THRU-HULL TRANSDUCERS
010-10119-00 / 010-10218-00
Thru-Hull, Plastic Housing Depth only - 010-10119-00 Depth and Temperature - 010-10218-kHz 375 Watts 12 m (39) Cable
010-11010-00 / 010-11010-01
Thru-Hull, Bronze Housing Depth and Temperature
AIRMAR B164 Tilted Element
Fixed Tilted Element compensates for hull deadrise aiming the beam straight down resulting in strong echo returns and accurate depth readings For use with center console and sportfishing boats up to 7.6 m (25') and up with wood and fiberglass hulls
12 tilt accommodates 8 to 15 hull deadrise 20 tilt accommodates 16 to 24 hull deadrise Beam Width: 50 kHz22 x kHz6 x 6 Depth Range: 50 kHz366m to 549m (1200 to 1800) 200kHz152m to 244m (500 to 800) For use with GSD22 and GPSMAP 5x5s

AIRMAR P19

For use on fiberglass and metal hulls with 0 to 12 of deadrise
50/200 kHz 1,000 Watts 20 Tilt: 010-11010-Tilt: 010-11010-m (39) Cable
Low-profile design leaves no protrusions below your hull and allows for excellent performance at cruising speeds For use with cruising boats and sailboats under 12.2 m (40) Beam Width: 200 kHz12 Depth Range: 200 kHzup to 213m (up to 700)
EXTERNAL THRU-HULL MOUNT TRANSDUCERS
Depth Range: 200 kHzup to 213m (up to 700) For use on fiberglass and wood hulls with 0 to 12 of deadrise
010-10107-00 / 010-10217-00
Thru-Hull, Bronze Housing

AIRMAR B22

Low-profile design leaves no protrusions below your hull and allows for excellent performance at cruising speeds For use with cruising boats and sailboats under 12.2 m (40) Beam Width: 200 kHz12

Depth only: 010-10107-00 Depth and Temperature - 010-10217-kHz 375 Watts 12 m (39) Cable

010-10983-00

Depth and Temperature 50/200 kHz 600 Watts

AIRMAR B45

Narrow Stem Thru-Hull, Bronze Housing. Fairing is included. Requires only a 22mm hole For use on fiberglass and wood hulls with up to 28 of deadrise. Beam Width: 50 kHzkHz12 Depth Range: 50 kHz244m to 366m (800 to 1200) 200kHz122m to 213m (400 to 700)
010-10194-00 / 010-10194-01
Thru-Hull, Plastic Housing

AIRMAR P319

Low-profile design has no effect on your boats running performance For use on fiberglass and metal hulls with 0 to 12 of deadrise Beam Width: 50 kHzkHz12
Depth Range: 50 kHz244m to 366m (800 to 1200) 200kHz122m to 213m (400 to 700)
Depth only: 010-10194-00 Depth and Temperature - 010-10194-01 50/200 kHz 600 Watts 12 m (39) Cable
010-10183-02 / 010-10193-02
Thru-Hull, Bronze Housing Fairing is included Depth, Speed, and Temperature 50/200 kHz 600 Watts

AIRMAR B744V/VL

B744V - 010-10183-02 B744VL (long stem) - 010-10193-m (39) Cable Three sensors in one Designed for use on all fiberglass and wood boat typespower and sail
Beam Width: 50 kHzkHz12 Depth Range: 50 kHz244m to 366m (800 to 1200) 200kHz122m to 213m (400 to 700) Deadrise angles up to 28
010-10182-00 / 010-10182-01

AIRMAR B117

Low-profile design has no effect on your boats running performance For use on fiberglass and wood hulls with 0 to 8 of deadrise See B60 for 600 Watt high-performance option and B164 for 1KW option. Beam Width: 50 kHzkHz12
Depth only: 010-10182-00 Depth and Temperature - 010-10182-01 50/200 kHz 600 Watts 12 m (39) Cable

010-10703-00

Thru-Hull, Bronze Housing. Fairing included Depth and Temperature 50/200 kHz 1,000 Watts

AIRMAR B258

Elliptical beam covers more bottom area thus increasing your catch For use with sportfishing and commercial fishingboats 11 m (35') and up with fiberglass and wood hulls. For use with GSD22 and GPSMAP 5x5s units. Economical 1 KW solution Deadrise angles up to 25
Beam Width: 50 kHz15 x kHz3 x 5 Depth Range: 50 kHz457m to 671m (1500 to 2200) 200kHz213m to 305m (700 to 1000)
010-10982-00 / 010-10982-01
Thru-Hull, Bronze Housing Depth and Temperature 50/200 kHz 600 Watts 20 Tilt: 010-10982-Tilt: 010-10982-m (39) Cable
AIRMAR B60 Tilted Element
Fixed Tilted Element compensates for hull deadrise aiming the beam straight down resulting in strong echo returns and accurate depth readings For use on fiberglass and wood hulls
12 tilt accommodates 8 to 15 hull deadrise 20 tilt accommodates 16 to 24 hull deadrise Beam Width: 50 kHzkHz12 Depth Range: 50 kHz244m to 366m (800 to 1200) 200kHz122m to 213m (400 to 700)

010-10451-00 / 010-10640-00
Thru-Hull, Bronze Housing, Fairing included Depth and Temperature 50/200 kHz

AIRMAR B260

Deadrise angles up to 22 Broadband Ceramic Technology:
Broadband: 010-10640-00 Separate 50 and 200 kHz ceramics Top performing 1 kW broadband transducer gives you crystal clear imaging at all depths For use with sportfishing and commercial fishing boats 11 m (35') and up with fiberglass and wood hulls
Beam Width: 50 kHzkHz6 Depth Range: 50 kHz549m to 762m (1800 to 2500) 200kHz213m to 305m (700 to 1000)
010-10641-00 is compatible only with GSD22 1,000 Watts

garmin.com/marine 7

010-11140-00
Thru-Hull stainless housing, Fairing is included Depth and Temperature 50/200 kHz 1,000 Watts 12 m (39) Cable

AIRMAR SS270W

Separate 50 and 200kHz ceramics. Identical beam widths at 50kHz and 200kHz. For use with sportfishing and commercial fishing boats 11 m (35') and up with all hull types. Deadrise angles up to 28 Beam Width: 50 kHzkHz25
Only 1Kw wide beam 200 kHz transducer Depth Range: 50 kHz411m to 610m (1350 to 2000) 200kHz101m to 183m (330 to 600) For use only with GSD22 and GPSMAP 5x5s units

EXTENSION CABLES

010-10715-00 010-10716-00 3m (10) Transducer Extension Cable 6m (20) Transducer Extension Cable

010-10642-00

Thru-Hull Depth and Temperature 50 kHz and 200 kHz

AIRMAR R99

Beam Width: 50 kHz8 x kHz5 Depth Range: 50 kHz762m to 1219m (2500 to 4000) 200kHz244m to 366m (800 to 1200) For use with GSD22 and GPSMAP 5x5s Deadrise angles up to 25
GARMIN MARINE INSTRUMENTS

GMI 10 010-00687-00

2,000 Watts 12 m (39) Cable
Garmin marine instruments, Your data your way. In the past, most standard marine instruments were single-function units with each remote sensor having a dedicated display. Now, with the new multifunction Garmin GMI 10 instrument displays, mariners can do and see more with less. Our digital design gives installers
TROLLING MOTOR MOUNT TRANSDUCER

010-10200-00

Trolling Motor Mount Depth and Temperature 200 kHz 300 Watts 4.6 m (15) Cable: 010-10200-00
AIRMAR P72 Trolling Motor Mount
the flexibility to customize and streamline installation configurations using fewer instruments to display sensor data from multiple inputs. The GMI 10 makes it easy to monitor navigation, heading and environmental data everything from basic depth, speed, winds and water temperatures to detailed GPS readouts, fuel flows, engine data, RPMs, trip odometer, user alarms and more. Featuring big, bright 3.5-inch QVGA screens in a sleek 4-inch flush-mount bezel, the system offers great flexibility and compatibility with Garmin and

For use with small boats under 6 m (20) Beam Width: 200 kHz15 Depth Range: 200 kHzup to 183m (up to 600)
WATER SPEED AND TEMPERATURE SENSORS
GARMIN WATER SPEED SENSOR

010-10365-00

AIRMAR ST850

010-10279-01

010-10717-00

AIRMAR T80

non-Garmin sensors, including both NMEA 2000 and NMEA 0183 formats. Garmins new line of intelligent transducers or others that use the NMEA 2000 or NMEA 0183 formats.
Thru-Hull, Plastic Housing Water Speed and Temperature 12 m (39) Cable For use on fiberglass and metal hulls
Transom-Mount Plastic housing Water Speed 7.62 m (25) Cable
Transom Mount Water Temperature 7.62 m (25) Cable

garmin.com/marine 9

GARMIN MARINE SENSORS
010-00671-00 GFS10 GASOLINE FUEL SENSOR
Installs in your boat's fuel line with 3/8" (9.5mm) hose fittings Fuel resistant plastic housing Fuel flow and fuel level Measures flow rates up to 50 gal./hr. (190 L/hr) 7.6m (25') power/fuel level cable, 1.8m (6') NMEA 2000 drop cable Fuel Level sensing when connected to an existing analog fuel gauge or resistive fuel tank sender NMEA 2000 or Garmin CANet Gasoline engines only

AIRMAR SMART SENSORS

010-11105-00 / 010-11105-01

NMEA 2000 Version

Thru-Hull, Smart Sensor, plastic housing Broadband ceramic, 235 kHz, 100 W power Beam Width: 11 Depth Range: 183m (up to 600) Depth and Temperature: 010-11105-00Fixed 20 tilt 010-11105-01Fixed 12 tilt 6 m (20) Devicenet cable For use on fiberglass and metal hulls. 12 tilt accomodates 8 to 15 deadrise. 20 tilt accomodates 16 to 24 deadrise The ceramic element is tilted inside the housing, which compensates for your boats deadrise. This aims the beam straight toward the bottom, resulting in stronger echo returns and more accurate depth readings.
AIRMAR DT800 Smart Sensor Tilted Element

Tilted / Angled

235 kHz
010-00694-00 / 010-10694-10
High sensitivity 12-channel GPS reciever/antenna
GPS 17x HVS / GPS17x NMEA 2000
Pole, flush, or under deck mount plastic housing NMEA 0183 - 010-00694-00 and NMEA 2000 010-00694-10

010-11051-00 / 010-11051-10
AIRMAR DST800 Smart Sensor

NMEA 0183 Version

GARMIN INTELLIDUCERS
010-00701-00 / 010-00701-01 010-00702-00 / 010-00702-01
Thru-hull Intelliducer 160kHz, 150W Beam Width: 17.5 Depth Range: 275 m (up to 900) NMEA2000, 0-12: 010-00701-00 NMEA2000, 13-24 010-00701-m (20) NMEA2000 cable Depth and Temperature
Thru-Hull, Smart Sensor: 010-11051-00, plastic housing 235 kHz, 100 W power
Thru-Hull, Smart Sensor: 010-11051-10, Plastic Housing 235 kHz, 60 W power Beam Width: 10 x 44 Depth Range: 70 m (up to 230) Depth, Speed, and Temperature: 010-11051-m (33) cable with no connector For use on fiberglass and metal hulls with up to 22 deadrise

160kHz

Garmin Thru Hull Intelliducers
Beam Width: 10 x 44 Depth Range: 100 m (up to 330) Depth, Speed, and Temperature: 010-11051-00
Thru-hull Intelliducer 160kHz, 150W Beam Width: 17.5 Depth Range: 275 m (up to 900) NMEA0183, 0-12: 010-00702-00 NMEA0183, 13-24 010-00702-m (30) cable with no connector Depth and Temperature
6 m (20) Devicenet cable For use on fiberglass and metal hulls with up to 22 deadrise
010-11050-00 / 010-11050-10 / 010-11050-20

AIRMAR P39 Smart Sensor

Transom-Mount Smart Sensor: 010-11050-kHz, 60 W power Beam Width: 11 Depth Range: 100 m (up to 330) Depth, Speed, and Temperature: 010-11050-m (33) cable with no connector Accomodates transom angles of 0 to 20
Transom-Mount Smart Sensor: 010-11051-00
010-00703-00 / 010-00704-00
Transom-Mount Intelliducer 160kHz, 150W Beam Width: 17.5 Depth Range: 275 m (up to 900) NMEA2000: 010-00703-m (20) NMEA2000 cable Depth and Temperature
Garmin Transom-Mount Intelliducers
235 kHz, 100 W power Beam Width: 11 Depth Range: 152m (up to 500) Depth, Speed, and Temperature: 010-11050-00 Depth and Temperature: 010-11050-m (20) Devicenet cable Accomodates transom angles of 0 to 20
Transom-Mount Intelliducer 160kHz, 150W Beam Width: 17.5 Depth Range: 275 m (up to 900) NMEA0183: 010-00704-m (30) cable with no connector Depth and Temperature

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XDUCER ID FEATURE
Transducer ID allows echosounders to query the connected transducer gathering important operating characteristics. With this data, the echosounder and transducer function as a precisely-tuned system. A Transducer ID enabled sensor contains an embedded microcontroller that communicates with the connected echosounder via a single conductor in the transducer cable. The principal data transmitted is intended to identify the type and configuration of the transducer. Then the echosounder can alter its parameters of operation to optimize performance and to protect the transducer from overdrive. The Transducer ID feature also provides important information to installers and technicians such as serial number and housing style. Listed below is a summary of the information that the Transducer ID feature can provide to future fishfinders. Part number Housing style Serial number Ceramic element configuration Date of manufacture Acoustic window Impedance matching configuration Nominal frequency(s) Best transmit frequency(s) Power rating Beam pattern

BROADBAND TRANSDUCER TECHNOLOGY
Affordable Broadband Transducers are an enabling technology that provides better fish detection today and will lead to dramatic advances in echosounder performance in the future. Broadband Transducers enhance fish detection and give better definition; it is far easier to distinguish among individual fish and between fish and the bottom.

Figure of Merit

This image shows the depth and beamwidth differences between a single-element, 600 W transducer and a multiple-element, high-performance 1 kW transducer.
The superior results are achieved by using a new ceramic material. It lets transducers operate over a range of frequencies while maintaining sensitivity. These Broadband Transducers are, by definition, low-Q devices. In other words, they exhibit very low ringing. There is little variation from transducer to transducer. Additionally, Broadband Transducers are relatively immune to the effects of aging, so their frequency range remains stable over time.
0 -10 -20 dB(3) -30 -40 -50 -60 -Frequency (kHz)

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