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Installation and Operating InstructionsSearchTable of contentsHome
For your safety
Basic safety instructions
Intended use
Layout and meaning of warnings
Disposal
Instructions on retrofitting
EU declaration of conformity
About these Operating Instructions
Target group of these Operating Instructions
Layout of operating instructions
Layout of references
Directional information in these instructions
Product description
Scope of delivery
Terminal buttons
Terminal ports
Applications on the terminal
Information on the rating plate
Mounting and installation
Mounting the terminal in the vehicle cab
Mounting the standard bracket
Mounting the optional adapter
Connecting the terminal to the ISOBUS
Inserting micro-SD card
Inserting micro-SD card
Using two terminals
Basic control principles
Switching on the terminal
Initial start-up
Using the terminal for parallel driving
Operating ISOBUS implement
Terminal for automatic section control
Terminal for task management
Switching off the terminal
Terminal screen layout
Opening applications
Moving an application
Moving open applications
Saving and loading window arrangements
Hiding an application
Using the keyboard
Using a memory device
Using SD card
Folders on the USB memory device
Displaying the content of the memory device on the terminal
GPS receiver
Connecting the GPS receiver to the terminal
Changing the driver for the GPS receiver
Configuring the GPS receiver
Configuring the A100 or A101
“Satellite 1” and “Satellite 2” parameters
“Steering” parameter
“Correction signal” parameter
“Tilt module” parameter
Configuring AG-STAR
“Satellite 1” and “Satellite 2” parameters
“Steering” parameter
“Correction signal” parameter
“Tilt module” parameter
Configuring the SMART-6L
“Satellite 1” and “Satellite 2” parameters
“Steering” parameter
“Correction signal” parameter
“Baud rate of the receiver on port B” parameter
“Correction during RTK failure” parameter
“Tilt module” parameter
RTK or L band licence for SMART-6L
GSM modem for SMART-6L
Configuring the NAV-900
“Frequency” parameter
“Position quality” parameter
"Radar Out" parameter
"Use slope-compensated position" parameter
“Correction source” parameter
“SBAS+” parameter
“Correction satellite” parameter
“MMS mode” parameter
“Frequency selection” parameter
“Fast restart” parameter
“Convergence threshold” parameter
“xFill mode” parameter
“Base datum” parameter
“xFill Premium” parameter
“Server address” parameter
“Port number” parameter
“VRS mount point” parameter
“User name” parameter
“Password” parameter
“Radio modem” parameter
“Network ID” parameter
“Radio mode” parameter
“Baud rate” parameter
“Parity” parameter
“Stop bits” parameter
“External correction protocol (input)” parameter
“Data output” parameter
“RTK base station filter” parameter
“Base station CMR ID” parameter
Transferring licenses
Managing radio frequencies
Configuring the NMEA messages
“NMEA output” parameter
“Port” parameter
“Baud rate” parameter
“NMEA messages” parameter
Configuring the AG-200
“Frequency” parameter
“Position quality” parameter
“Correction source” parameter
“SBAS+” parameter
“Correction satellite” parameter
“MMS mode” parameter
“Frequency selection” parameter
Transferring licenses
Configuring the NMEA messages
“NMEA output” parameter
“Port” parameter
“Baud rate” parameter
“NMEA messages” parameter
Configuring unknown GPS receivers
“Baud rate” parameter
Configuring the GPS receiver for the steering system
Configuring A101, AG-STAR or SMART-6L for the steering system
Configuring the NAV-900 for the steering system
Recording GPS position
Configuring the “GPS TILT-Module” tilt module
Configuring the joystick button allocations
Connecting sensors to the terminal
Camera
Connecting the camera to the terminal
Connecting the camera HQ2
Connecting the camera NQ
Activating a camera
Operating the camera
External lightbar
Connecting the external lightbar to the terminal
Activating an external lightbar
Connecting the on-board integrated display/controller to the terminal
ISO Printer
Connecting the ISO printer to the terminal
Activating ISO Printer
Configuring the Bluetooth connection in the Connection Center
Crop protection sensors
Service application
Changing the language
Changing the layout
Basic terminal settings
Activating and deactivating applications
Unlocking licenses for full versions
Creating screenshots
Deleting pools
Using the Open Data Interface
Activating ME ODI
Opening ME ODI
Tractor-ECU application
Work screen
Managing the tractor profiles
Parameter
Calibrating the speed sensor
Calibrating an analog work position sensor
Tractor geometry
Configuring the tractor connector types
Configuring the tractor geometry
Results
Trip counter
Task-related counter
Virtual ECU application
Managing virtual job computers
Parameter
Work screen
ISOBUS-TC application
Configuring ISOBUS-TC
The “farmpilot” parameter
“Operating Mode” parameter
“TC number” parameter
“Prefer internal Tractor-ECU?” parameter
“Save finished tasks as a file?” parameter
“Validation of the device description” parameter
“Simplified target rate assignment?” parameter
Configuring the list of connections
Using fields and shp data
What is field data for?
Creating fields
Activating and deactivating fields
Importing field data (*.shp)
Exporting field data
Data on the memory device
Transferring field data to a different terminal
Using prescription maps
Importing shape prescription maps
Selecting shape prescription maps
Editing shape prescription maps
ISO-XML prescription maps
MULTI-Control
FILE-Server application
Technical specifications
Technical specifications of the terminal
Pin-out diagrams
Port A (CAN bus)
Port B
Port C
Ports D and E (camera)
ETH (Ethernet) port
Licence conditions
Troubleshooting
GPS receiverConfiguring the GPS receiverConfiguring the NAV-900“SBAS+” parameter
 
 
“SBAS+” parameter
 
Satellites that cannot be corrected via SBAS are still used to determine the position using SBAS+. This additionally increases the resistance to signal losses in case of shadowing.