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12 

GHP 10V Installation Instructions

testing and adjusting the autopilot Configuration

1.  Drive the boat in one direction with the autopilot engaged (heading 

hold). 

  The boat should not oscillate significantly; however, a small amount 

of oscillation is normal.

2.  Turn the boat in one direction using the autopilot and observe the 

behavior. 
The boat should turn smoothly, not too quickly or too slowly.
When you turn the boat using the autopilot, the boat should 

approach and settle on the desired heading with minimal overshoot 

and oscillation.

3.  Select an option:

•  If the boat turns too quickly or too sluggishly, adjust the 

autopilot acceleration limiter (

page 12

).

•  If the heading hold oscillates significantly or the boat does not 

correct when turning, adjust the autopilot gain (

page 12

). 

•  If the boat turns smoothly, the heading hold oscillates only 

slightly or not at all, and the boat adjusts the heading correctly, 

proceed to step 5.

4.  Repeat steps 2 and 3 until the boat turns smoothly the heading hold 

oscillates only slightly or not at all, and the boat adjusts the heading 

correctly.

5.  For planing vessels, repeat steps 1–4 at faster speeds (

page 12

).

adjusting the acceleration Limiter Settings

NOTE:

 When you manually adjust the acceleration limiter, make 

relatively small adjustments. Test the change before making additional 

adjustments.
1.  Turn on the GHP 10V using the advanced configuration procedure 

(

page 12

).

2.  On the GHC 10V, select 

Menu

 > 

Setup

 > 

Dealer Autopilot 

Configuration

 > 

Autopilot Tuning

 > 

Acceleration Limiter

.

3.  Select an option:

•  Increase the setting if the autopilot turns too quickly, 
•  Decrease the setting if the autopilot turns too slowly.

4.  Test the autopilot configuration.
5.  Repeat steps 2 and 3 until the GHP 10V performance is satisfactory.

adjusting the autopilot Gain Settings

NOTE:

 When you manually adjust the rudder gain (or counter gain), 

make relatively small adjustments, and adjust only one value at a time. 

Test the change before making additional adjustments.
1.  Enable the advanced configuration procedure (

page 12

).

2.  On the GHC 10, select 

Menu

 > 

Setup

 > 

Dealer Autopilot 

Configuration

 > 

Autopilot Tuning 

Rudder Gains

.

3.  Select an option:

•  Select 

Low Speed

 or 

High Speed

 and use the arrows on the 

GHC 10 to adjust how tightly the rudder holds the heading and 

makes turns at low speed or high speed.
If you set this value too high, the autopilot may be overactive, 

attempting to constantly adjust the heading at the slightest 

deviation. An overactive autopilot can cause excess wear and 

tear on the drive unit, and drains the battery at a faster-than-

normal rate.

•  Select 

Low Speed Counter

 or 

High Speed Counter

 to adjust 

how tightly the rudder corrects the turn overshoot. If you set this 

value too high, the autopilot can overshoot the turn again when 

attempting to counter the original turn.

4.  Test the autopilot configuration.

5.  Repeat steps 2 and 3 until the GHP 10V performance is satisfactory.

advanced Configuration Procedure

Advanced configuration options are not available on the GHC 10 under 

normal conditions. To access the advanced configuration settings of the 

GHP 10V, enable the advanced configuration procedure.

Enabling the advanced Configuration Procedure

1.  From the heading screen, select 

Menu

 > 

Setup

 > 

System

 > 

System 

Information

.

2.  Press and hold the center soft key 

 for 5 seconds.

Dealer Mode appears.

3.  Press 

Back

 > 

Back

.

If the option for Dealer Autopilot Configuration is available on the 

Setup screen, the advanced configuration procedure is enabled.

advanced Configuration Settings

You can run the Autotune automated configuration process, calibrate 

the compass, and define north on the GHP 10V through the GHC 10 

without running the wizards. You can also define most settings 

individually, without running the configuration processes.

Manually Running the automated Configuration 

Procedures

1.  Enable the advanced configuration procedure (

page 12

).

2.  From the Heading screen, select 

Menu

 > 

Setup

 > 

Dealer Autopilot 

Configuration

 > 

Automated Setup

.

3.  Select 

Autotune

Calibrate Compass

, or 

Set North

.

4.  Follow the on-screen instructions.

Manually Running the Sea trial Wizard

The Sea Trial Wizard allows you to quickly define all of the important 

configuration settings on the GHP 10V. After running the wizard, if 

you do not feel the GHP 10V is working correctly, you can run the 

wizard again at any time. To access the wizard, enable the advanced 

configuration procedure (

page 12

).

Manually Defining Individual Configuration Settings

1.  Enable the advanced configuration procedure (

page 12

).

2.  From the Heading screen, select 

Menu

 > 

Setup

 > 

Dealer Autopilot 

Configuration

.

3.  Select the a setting category.
4.  Select a setting to configure.
  Descriptions of each setting are available in the appendix (

page 15

).

5.  Configure the value of the setting.

NOTE

: Configuring certain settings in the dealer autopilot 

configuration procedure may require you to modify other settings. 

Review the GHP 10V Configurations Settings section (

page 15

) prior to 

modifying any settings.

Summary of Contents for GHP 10V

Page 1: ...have any questions while using your GHP 10V In the USA go to www garmin com support or contact Garmin USA by phone at 913 397 8200 or 800 800 1020 In the UK contact Garmin Europe Ltd by phone at 0808 2380000 In Europe go to www garmin com support and click Contact Support for in country support information or contact Garmin Europe Ltd by phone at 44 0 870 8501241 Important Safety Information Warni...

Page 2: ... 10 to an Existing NMEA 2000 Network 9 Connecting the CCU to an Existing NMEA 2000 Network 9 Building a Basic NMEA 2000 Network for the GHC 10 and the CCU 10 Connecting Optional Devices to the GHP 10V Autopilot System 10 NMEA 0183 Connection Considerations 10 Connecting an Optional NMEA 0183 compatible Device to the GHC 10 10 Configuring the GHP 10V 11 About the Sea Trial Wizard 11 Important Sea T...

Page 3: ...y connects to the CCU through the CCU interconnect cable and connects to the Volvo steering system using a proprietary Volvo connector Serial Number GHC 10 The GHC 10 is the primary interface used to operate the GHP 10V autopilot system Using the GHC 10 you engage and steer the GHP 10V You also set up and customize the GHP 10V using the GHC 10 The GHC 10 connects to a NMEA 2000 network to communic...

Page 4: ...le NMEA 2000 Extension Cables NMEA 2000 extension cables are available if needed Contact your local Garmin dealer or Garmin Product Support for ordering information Tools Needed Safety glasses Drill and drill bits 3 1 2 in 90 mm hole saw Wire cutters strippers Phillips and flat screwdrivers Cable ties Waterproof wire connectors wire nuts or heat shrink tubing and a heat gun Marine sealant Portable...

Page 5: ...ect cable connects the CCU to the Autopilot Gateway and provides 9 5 ft 3 m of cable between the CCU and the Autopilot Gateway If the CCU cannot be mounted within 9 5 ft 3 m of the Autopilot Gateway NMEA 2000 cables can be used to extend the connection The CCU interconnect cable must not be cut The CCU interconnect cable connects the CCU to the GHC 10 with a single yellow signal wire page 7 The au...

Page 6: ...e installed only if you are building a NMEA 2000 network Do not install this cable if there is an existing NMEA 2000 network on your boat page 10 The NMEA 2000 power cable must be connected to a 9 16 Vdc power source CCU Mount the CCU with the cables pointing straight down page 7 CCU power cable The CCU can be connected to a 12 24 Vdc power source The black wire from the GHC 10 data cable must be ...

Page 7: ...nect cable to the location where you plan to access the Volvo multilink bus page 7 2 Connect the CCU interconnect cable to the Autopilot Gateway after you have installed the gateway 3 Route the wires from the bare wire portion of the cable to the CCU interconnect cable Route the orange and blue wires to the location where you plan to install the alarm page 7 If the cable is not long enough extend ...

Page 8: ...ll bit to drill a pilot hole as indicated on the template to begin cutting the mounting surface 4 Using the jigsaw or the 3 5in 90 mm hole saw cut the mounting surface along the inside of the dashed line indicated on the flush mount template 5 If necessary use a file and sandpaper to refine the size of the hole 6 Place the GHC 10 into the cutout to confirm that the four mounting holes are correct ...

Page 9: ...sconnected T connector or backbone extension cable 5 Route the included drop cable to the bottom of the T connector added in step 4 and connect it to the T connector If the included drop cable is not long enough you can use a drop cable up to 20 ft 6 m long not included 6 Connect the drop cable to the to the GHC 10 7 Connect the drop cable to the T connector you added in step 3 and to the GHC 10 N...

Page 10: ...em To use advanced features of the GHP 10V optional NMEA 2000 compatible or NMEA 0183 compatible devices such as a GPS device can be connected to the NMEA 2000 network or to the GHC 10 through NMEA 0183 NMEA 0183 Connection Considerations To identify the Transfer Tx A and B wires for your NMEA 0183 compatible device consult the installation instructions for your device When connecting NMEA 0183 de...

Page 11: ...at the boat DOES NOT list The GHC 10 displays a completion message when the calibration is complete 4 Select an option If the calibration completes successfully select Done If the calibration fails select Retry and repeat steps 1 3 Performing the Autotune Procedure Before you can perform the autotune procedure you must have a large stretch of open water available 1 Adjust the throttle so the boat ...

Page 12: ...ing to constantly adjust the heading at the slightest deviation An overactive autopilot can cause excess wear and tear on the drive unit and drains the battery at a faster than normal rate Select Low Speed Counter or High Speed Counter to adjust how tightly the rudder corrects the turn overshoot If you set this value too high the autopilot can overshoot the turn again when attempting to counter th...

Page 13: ...the GHC 10 unconnected GHC 10 NMEA 2000 network provides power to the GHC 10 12 VDC power source NMEA 0183 compatible device Wire GHC 10 Wire Color Function NMEA 0183 Compatible Device Wire Function N A Power N A NMEA 0183 ground Blue Tx A Rx White unconnected N A Brown Rx A Tx A Green Rx B Tx B NOTE When connecting a NMEA 0183 device with only one receiving Rx line the NMEA 2000 bus and the NMEA ...

Page 14: ...e PGN List Group Function 126996 Product Information 127258 Magnetic Variation 127488 Engine Parameters Rapid Update 129025 Position Rapid Update 129026 COG SOG Rapid Update 129283 Cross Track Error 129284 Navigation Data Transmit 059392 ISO Acknowledgment 059904 ISO Request 060928 ISO Address Claim 126208 NMEA Command Request Acknowledge Group Function 126464 Transmit Receive PGN List Group Funct...

Page 15: ...he vessel when operating below planing speed If you set this value too high the autopilot may be overactive attempting to constantly adjust the heading at the slightest deviation An overactive autopilot can cause excess wear and tear on the drive unit page 12 Rudder Gains Low Speed Counter Allows you to set the rudder gain counter correction for low speeds This setting applies to the vessel when o...

Page 16: ...ain has been set If this value is too high the autopilot will overcompensate for cross track error If this value is too low the autopilot will allow a large long term cross track error NOTE Advanced configuration settings are available when using the advanced configuration procedure page 12 Other settings are available during normal operation of the GHP 10V See the configuration section of the GHC...

Page 17: ...GHP 10V Installation Instructions 17 CCU Mounting Template Up when installing on a vertical surface ...

Page 18: ......

Page 19: ...or magnetic interference in the area Mount the CCU in the bracket so that the wires hang straight down 4 Mount the GHC 10 by following the directions starting on page 5 5 Mount the Autopilot Gateway by following the directions on page 7 6 Connect the Autopilot Gateway to the Volvo multilink bus page 8 7 Connect the Autopilot Gateway to the CCU using the CCU interconnect cable page 8 8 Connect the ...

Page 20: ...improvements Visit the Garmin Web site www garmin com for current updates and supplemental information concerning the use and operation of this and other Garmin products Garmin the Garmin logo and GPSMAP are registered trademarks of Garmin Ltd or its subsidiaries registered in the USA and other countries GHP GHC and myGarmin are trademarks of Garmin Ltd or its subsidiaries These trademarks may not...

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