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Claas Jaguar 810 (495) Forage Harvesters Operator Manual EN

$50.00

Brand: Claas
Model: Jaguar 810 (495) Forage Harvesters
Type Of Manual: Operator Manual
Language: EN
Format: PDF(s)
Size: 316 MB

File List:

00 0018 552 1.pdf
00 0292 502 0.pdf
00 0301 051 0.pdf
00 1405 164 7.pdf
00 1405 184 7.pdf
00 1420 028 4.pdf
00 1420 056 2.pdf
00 2308 678 3.pdf

00 0018 552 1.pdf:

TELEMATICS Website
Table of contents
1 About this Concise Operator’s Manual
1.1 Notes on the manual
1.1.1 Validity of manual
1.1.2 Notes regarding the Concise Operator’s Manual
1.1.3 Notes on warranty
2 Safety
2.1 Intended use
2.1.1 Proper use
3 Product description
3.1 Overview and method of operation
3.1.1 TELEMATICS product variants
3.1.2 TONI (TELEMATICS on implements)
3.1.3 Fleet View
3.1.4 TELEMATICS basic
3.1.5 TELEMATICS advanced
3.1.6 TELEMATICS professional
3.1.7 TELEMATICS app
4 Operating and control elements
4.1 TELEMATICS overview
4.1.1 Illustration conventions of buttons and navigation elements
4.1.2 Symbols and colours
4.2 Menu structure
4.2.1 Start screen
4.2.2 TELEMATICS website site map
4.2.3 Main menu overview
4.2.4 page
4.2.5 page
4.2.6 page
4.2.7 page
4.2.8 page
4.2.9 * page
4.2.10 page
4.2.11 page
5 Technical specifications
5.1 TELEMATICS
5.1.1 System requirements of website
5.1.2 System requirements of app
5.2 Fleet View
5.2.1 System requirements for Fleet View App
6 Operation
6.1 TELEMATICS
6.1.1 Carrying out automatic activation
New customers
Existing customers
Finishing automatic activation
6.1.2 Creating a new location
Importing a location
Drawing a location
6.1.3 Gathering weighing data manually
Weighing protocol template
Import weighing protocol
6.2 Fleet View
6.2.1 Register Fleet View
6.2.2 Registering the machine or the mobile device
Registering the machine
Registering the mobile device
Edit machine
6.2.3 Creating and editing working groups
Creating a working group
Editing working groups
6.2.4 Coupling external machines
Creating coupling
Editing couplings

00 0292 502 0.pdf:

Table of contents
Introduction
Notes on the manual
Validity of manual
Maintenance
Shutting down and securing the machine
Switch off and secure the machine
Removing crop flow problems
Removing material flow problems

00 0301 051 0.pdf:

PROFI CAM 3
Table of contents
1 Introduction
1.1 Notes on the manual
1.1.1 Validity of manual
1.1.2 Information about this Operator’s Manual
1.1.3 Symbols and notes
1.1.4 Optional equipment
1.1.5 Qualified specialist workshop
1.1.6 Maintenance information
1.1.7 Warranty notes
1.1.8 Spare parts and technical questions
1.2 Intended use
1.2.1 Intended use
1.2.2 Reasonably foreseeable misuse
2 Safety
2.1 Identifying warnings
2.1.1 Hazard signs
2.1.2 Signal word
2.2 Safety rules
2.2.1 Meaning of Operator’s Manual
2.2.2 Observing safety decals and warnings
2.2.3 Optional equipment and spare parts
3 Product description
3.1 Overview and method of operation
3.1.1 How the PROFI CAM works
3.2 Identification plates and identification number
3.2.1 Position of identification plates
3.2.2 Explanation of PROFI CAM identification plate
3.3 Information on the product
3.3.1 CE marking
4 Operating and control elements
4.1 Camera system
4.1.1 Camera system monitor
4.2 Menu structure
4.2.1 Main menu
4.2.2 menu
4.2.3 menu
4.2.4 menu
4.2.5 menu
4.2.6 menu
5 Technical specifications
5.1 PROFI CAM
5.1.1 Monitor
5.1.2 Camera
5.1.3 Switch box
5.1.4 Degree of protection against foreign bodies and water
6 Preparing the product
6.1 Shutting down and securing the machine
6.1.1 Switching off and securing the machine
6.2 Prior to operation
6.2.1 Carry out prior to operation
6.2.2 Installing the sun protection
6.2.3 Aligning the camera
6.2.4 Connecting the camera electrics
7 Operation
7.1 Monitor
7.1.1 Switching on the monitor
7.1.2 Calling up the menu
7.1.3 Setting a menu item
7.1.4 Setting the image orientation
7.1.5 Setting automatic screen darkening
7.1.6 Image mirroring
7.1.7 Setting the trigger view
7.1.8 Setting the follow-up time for trigger view
7.1.9 Setting the display mode
7.1.10 Activating/deactivating a display mode
8 Faults and remedies
8.1 Electrical and electronic system
8.1.1 Overview of problems on PROFI CAM camera system
8.1.2 Replacing the switch box fuse
9 Maintenance
9.1 Maintenance intervals
9.1.1 Every 10 operating hours or daily
9.2 Camera system
9.2.1 Checking the camera system for dirt
9.2.2 Cleaning the camera
9.2.3 Cleaning the switch box
9.2.4 Cleaning the monitor
10 Placing out of operation and disposal
10.1 General Information
10.1.1 Putting out of operation and disposal
11 Technical terms and abbreviations
11.1 Abbreviations
11.1.1 Units
11.1.2 Abbreviations
11.1.3 Technical terms

00 1405 164 7.pdf:

GPS PILOT
Table of contents
1 Introduction
1.1 General information
1.1.1 Validity of Manual
1.1.2 Information about this Operator’s Manual
1.1.3 Symbols and notes
1.1.4 Optional equipment
1.1.5 Qualified specialist workshop
1.1.6 Maintenance notes
1.1.7 Notes on warranty
1.1.8 Spare parts and technical questions
1.1.9 Licensing for road traffic
Sample report
Clearance certificate
General operating permit
1.2 Intended use
1.2.1 Intended use
1.2.2 Reasonably foreseeable misuse
2 Safety
2.1 Identifying warnings
2.1.1 Hazard signs
2.1.2 Signal word
2.2 Safety rules
2.2.1 Meaning of Operator’s Manual
2.2.2 Update of terminal software
2.2.3 Requirements made on all persons working with the product
2.2.4 Hazard areas
Hazard areas
2.2.5 Interaction between the control terminal and the machine or tractor
2.2.6 Structural changes
2.2.7 Optional equipment and spare parts
2.2.8 Use of USB devices
2.2.9 Operation only following proper putting into operation
2.2.10 Technical status
2.2.11 Hazard from damage on the product
2.2.12 Respecting technical limit values
Respecting technical limit values
2.2.13 Preparing the product for road travel
2.2.14 Hazards when driving on the road with an ISOBUS implement
Switching on the terminal during road travel.
2.2.15 Hazards when driving on the road and on the field
2.2.16 Electrocution by electrical system
2.2.17 Potentially fatal electric shock from overhead lines
2.2.18 Liquids under pressure
2.2.19 Maintenance operations and repair work
2.2.20 Driving with the GPS PILOT
Road travel
Fieldwork
2.2.21 Working with Task Control* and Section Control*
3 Product description
3.1 Overview and method of operation
3.1.1 Overview of GPS PILOT – Hydraulic system
3.1.2 Overview of GPS PILOT – Steer ready
3.1.3 Overview of GPS PILOT FLEX
3.1.4 Overview of GPS PILOT ex works
3.1.5 Overview of the S10 terminal
3.1.6 Overview of navigation computer (ECU)
3.1.7 Electric steering wheel
3.1.8 Overview of correction signals
EGNOS/WAAS/MSAS
Omnistar HP / XP / G2
RTK FIELD BASE and BASELINE HD
RTK FARM BASE
3.1.9 Module overview
BASELINE HD
RTK FIELD BASE
RTK (Motorola)
RTK FARM BASE
3.2 Safety devices
3.2.1 Automatic cut-out when the maximum speed is exceeded
3.2.2 Automatic cut-out when the speed falls below the minimum
3.2.3 Seat contact switch
3.2.4 Manual override
Electric steering wheel
3.3 Optional equipment
3.3.1 GPS L2*
3.3.2 GLONASS*
3.3.3 TURN IN*
3.3.4 AUTO TURN*
3.3.5 Task Control*
Task Control Basic*
Task Control Geo*
3.3.6 Section Control*
3.4 Identification plates and identification numbers
3.4.1 GPS PILOT identification plate
3.4.2 Identification plate of terminal
3.4.3 Identification plate of navigation controller
4 Operating and display elements
4.1 GPS PILOT
4.1.1 Master switch and drive switch
master switch
master switch
/ pushbutton on Fendt machines
switch on Challenger
4.2 Overview of the S10 terminal
4.2.1 Layout conventions of buttons and displays
4.3 GPS PILOT menu structure
4.3.1 Start menu
Start menu without Task Control*
Start menu with Task Control*
4.3.2 Menu overview
4.3.3 Overview of display field
correction signal failure
4.3.4 menu
4.3.5 menu
4.3.6 menu
4.3.7 menu
menu
menu
menu
4.3.8 menu
4.3.9 menu
4.3.10 menu
menu
menu
4.3.11 menu
4.3.12 menu
4.3.13 menu
4.3.14 menu
4.3.15 menu
4.3.16 menu
4.3.17 menu
4.3.18 ; menu
4.3.19 menu
4.3.20 menu
4.3.21 menu
4.3.22 menu
4.3.23 menu
4.3.24 menu
4.3.25 menu
4.3.26 menu
4.4 ISO UT application
4.4.1 menu
4.4.2 ISO UT key assignments
4.4.3 ISO UT fault protocol
4.5 Camera application
4.5.1 Camera
5 Technical specifications
5.1 GPS PILOT
5.1.1 Correction signal accuracy
5.1.2 GPS PILOT specifications
5.2 S10 Terminal
5.2.1 Specification
6 Preparing the product
6.1 Switching off and securing the machine
6.1.1 Shut down and secure the machine
6.2 Prior to putting into operation
6.2.1 Prior to initial commissioning
6.2.2 Every time before putting into operation
6.3 Initial setup of machine
6.3.1 Creating a vehicle
Names the vehicle
Selecting the vehicle type
Selecting the valve type
6.3.2 Select list of vehicle type and valve type GPS PILOT ex works
6.3.3 Select list of vehicle type and valve type GPS PILOT – Hydraulic system
6.3.4 Select list of vehicle type and valve type GPS PILOT – Steer ready
6.3.5 Select list of vehicle type and valve type GPS PILOT FLEX
6.3.6 Entering the vehicle dimensions and antenna position
6.3.7 Entering the antenna position
Antenna offset (longitudinal axis)
Entering the left/right antenna offset
Entering the antenna height
Particularity of XERION TRAC VC
6.3.8 Entering the vehicle dimensions
Entering the wheel base
Hitch point offset
Saving or rejecting entries
6.3.9 Carrying out a steering test
Steering test failed
6.3.10 Overview of GPS PILOT calibration check lists
6.3.11 Check list for calibration sequence 1
6.3.12 Check list for calibration sequence 2A
6.3.13 Check list for calibration sequence 2B
6.3.14 Check list for calibration sequence 3
6.3.15 Check list for calibration sequence 4
6.3.16 Check list for calibration sequence 5
6.3.17 Check list for calibration sequence 6
6.3.18 Check list for calibration sequence 7
6.3.19 Check list for calibration sequence 8
6.3.20 Message while calibrating the ARION and AXION
6.3.21 Preparing GPS PILOT calibration
6.3.22 Carrying out the calibration step
6.3.23 Carrying out the calibration step
Left steering stop
Right steering stop
Centre steering stop
Finishing steering angle sensor calibration
6.3.24 Carrying out the calibration
Left turning circle
Right turning circle
Calibrating the maximum cross acceleration
Finishing calibration of the turning circle
6.3.25 Carrying out the calibration step
Completing the calibration step
6.3.26 Carry out the calibration step.
Calibration result
6.3.27 Carrying out the calibration step
6.3.28 Carrying out the calibration step
6.3.29 Carrying out the

calibration step
6.3.30 Carrying out the calibration step
Creating an A=B line
Driving along an A=B line
6.3.31 Carrying out the calibration step
Creating an A=B line
Test run 1
Test run 2
Completing calibration
6.3.32 Saving the vehicle profile
6.4 Initial operation of implement
6.4.1 Creating an implement profile check list
6.4.2 Creating an implement
Selecting the hitching type
Making implement settings
Making rate control settings
6.4.3 Coupling the ISOBUS implement
Automatic adoption of settings
Automatic update of implement geometry
6.4.4 Setting the implement settings
6.4.5 Setting the implement width
6.4.6 Setting the implement geometry
Front or rear implement offset
Trailed and actively trailed hitching types
Rear rigid and front rigid hitching types
Adjusting the left or right implement offset
Setting the overlap or the gap
Saving or rejecting entries
6.4.7 Setting the main boom
6.4.8 Setting the work step
6.4.9 Setting the Section View / Section Control* control type
6.4.10 Setting the rate control
Setting the control type
Setting the preview time
Setting the set value unit
6.4.11 Calibrating the turning radius
Perform calibration
Left turning circle
Right turning circle
Acknowledging the turning circle
6.5 Partial width display and partial width control settings
6.5.1 Setting the partial widths check list
6.5.2 Calling up the implement settings
6.5.3 Setting the number of partial widths
6.5.4 Setting the width of partial widths
6.5.5 Combining partial widths into groups
Setting the number
Combining into groups automatically
Editing the group
6.5.6 Setting the permitted overlap
6.5.7 Setting the reaction time
Setting the activation delay
Setting the deactivation delay
6.6 Initial setup of correction signal
6.6.1 First initialisation of GNSS signal
6.6.2 E-DIF
6.6.3 EGNOS/WAAS/MSAS
6.6.4 Omnistar HP / XP / G2
Settings on the terminal
6.6.5 RTK FIELD BASE and BASELINE HD
Setting the radio frequency
Adjusting the radio channel spacing
Saving or rejecting the settings
6.6.6 RTK (Motorola)
Selecting the correction type
Selecting the reference station
6.6.7 RTK FARM BASE
Selecting the correction type
Enabling RTK FARM BASE
6.6.8 RTK NET
TSM settings on the terminal
Setting the RTK NET login
Setting the SIM card settings
TSM settings by the CDS
6.6.9 RTK ready
6.7 Discontinuing subscriptions
6.7.1 Setting subscriptions
7 Operation
7.1 Checklists
7.1.1 Preparing field use
7.1.2 Using the GPS PILOT in fieldwork
7.1.3 Carrying out fieldwork GPS PILOT with Task Control*
7.1.4 Preparing road travel
7.2 S10 Terminal
7.2.1 Switching on the terminal
Start screen
7.2.2 Operating the entry elements
Keyboard
Number pad
Controller
Buttons with a stored list
7.2.3 Filtering lists
7.2.4 Switching off the terminal
7.2.5 Connecting a USB data memory to the terminal
7.3 GPS PILOT
7.3.1 Changing the GPS PILOT over to
master switch
switch
master switch
/ pushbutton on Fendt machines
switch on CHALLENGER
7.3.2 Changing the GPS PILOT over to
master switch
switch
master switch
/ pushbutton on Fendt machines
switch on Challenger
7.3.3 Switching off the GPS PILOT
master switch
switch
master switch
/ pushbutton on Fendt machines
switch on CHALLENGER
7.3.4 GPS status
7.3.5 GPS PILOT activation options
Activating GPS PILOT with the multifunction handle
Particularities
7.3.6 GPS PILOT deactivation options
Further switching-off conditions
Seat contact switch
Speed range
GPS signal
7.3.7 Folding the RTK radio antenna
Folding and engaging the RTK radio antenna
Folding and screwing down the RTK radio antenna
7.3.8 Retracting and extending the GNSS antenna.
7.4 System settings
7.4.1 Adjusting the brightness
7.4.2 Setting the language
7.4.3 Setting the units
7.4.4 Setting the time
7.4.5 Switching the worked area signal on or off
7.4.6 Setting the night-time mode
7.4.7 Setting the projection
7.4.8 Setting pre-engage
7.4.9 Setting smoothing
7.4.10 Setting the front fitting position mode
7.5 GPS settings
7.5.1 Displaying the GPS status
7.5.2 Switching the BEIDOU signal on or off
7.5.3 Setting the NMEA 0183 output
Use of GNSS signal by other units
7.5.4 Setting E-DIF
Setting a reference point
Updating the reference point
7.5.5 Setting SBAS / EGNOS
7.5.6 Calling up the L band status
7.5.7 Setting the L band settings
7.5.8 Setting the RTK FIELD BASE and BASELINE HD settings
7.5.9 Making RTK settings
7.5.10 Selecting RTK FARM BASE
Selecting RTK FARM BASE manually
Switching automatic selection on or off
7.5.11 Deleting RTK FARM BASE
7.5.12 Setting RTK NET settings
Switching the automatic RTK NET connection on or off
Establishing or terminating a connection manually
7.6 Map settings
7.6.1 Adjusting the A=B lines display
7.6.2 Adjusting the A=B grid spacing
7.6.3 Adjusting pre-set markers
7.6.4 Automatic recording of the coverage map
7.7 Vehicle settings
7.7.1 Changing over the direction of travel indicator
7.7.2 Setting the sensitivity and the aggressiveness
Setting the sensitivity
Setting the aggressiveness
7.7.3 Loading the vehicle profile
7.7.4 Editing the vehicle profile
7.7.5 Importing the vehicle profile
7.7.6 Exporting the vehicle profile
7.7.7 Deleting the vehicle profile
7.8 Implement settings
7.8.1 Selecting the implement profile
7.8.2 Editing an implement profile
7.8.3 Importing the implement profile
7.8.4 Exporting the implement profile
7.8.5 Deleting the implement profile
7.9 Driver’s profiles
7.9.1 Creating a new driver’s profile
Naming the driver
Entering the address
Entering the driver contact information
Saving or rejecting the driver’s profile
7.9.2 Editing the driver’s profile
7.9.3 Selects the driver’s profile
7.9.4 Importing a driver’s profile
7.9.5 Exporting a driver’s profile
7.9.6 Deleting the driver’s profile
7.10 Product profiles
7.10.1 Creating product profiles
Naming the product
Selecting the product type
Selecting the carrier substance
Selecting the state of aggregation
Selecting the mixture
Selecting the filler
Saving the product
7.10.2 Editing product profiles
7.11 Task Management
7.11.1 Creating a new job
Selecting a customer
Selecting a farm
Selecting a field
Selecting the crop type
Selecting a driver
Entering the temperature
Entering the air humidity
Entering the wind speed
Entering the wind direction
Starting a job
7.11.2 Continuing a job
7.11.3 Editing a job
7.11.4 Renaming a job
7.11.5 Selecting a job
7.11.6 Creating a template
7.11.7 Using templates
7.11.8 Importing a job
7.11.9 Exporting a job
7.11.10 Deleting an article
7.11.11 Finishing a job
7.12 ISOBUS work record management
7.12.1 ISOBUS task management functions
7.12.2 ISOBUS task management settings
Setting the Task Control version
Setting the function instance
7.12.3 Creating a new task
Creating a new task via the start menu
Creating a new task via the menu
Entering the task name
Selecting a field
Selecting a work step
Adjusting the product mixture
Selecting the product mixture
Selecting an implement
Entering the target rate
Entering the composition
Saving or rejecting
Selecting an implements
Entering a comment
Creating a task
7.12.4 Copying a task
7.12.5 Editing a task
7.12.6 Selecting a task
7.12.7 Starting and pausing a task
7.12.8 Finishing a task
7.12.9 Displaying task information
Calling up information for the current task
Calling up information for any task
Task information
Task details
7.12.10 Displaying the counter values in the map view
7.12.11 Printing counter values
Explanation of printout
7.12.12 Creating master data
Creating a customer
Creating a farm
Creating a field
Creating the crop type and variety
Creating a crop type
Creating a crop variety
Saving or rejecting
Creating a work step
Creating a product
7.12.13 Editing master data
Editing customers
Editing a farm
Editing a field
Editing the crop type and variety
Editing the crop type
Editing the crop variety
Creating a crop variety
Saving or rejecting
Editing a work step
Editing the product
7.12.14 Deleting master data
Deleting a customer
Deleting a farm
Deleting a field
Deleting a crop type and variety
Deleting a crop variety
Deleting a crop type
Deleting a work step
Deleting a product
7.12.15 Importing ISO-XML data
Automatic import
Importing via the menu
7.12.16 Exporting tasks
7.12.17 Importing field data
7.12.18 Exporting field data
7.12.19 Activating TASKDATA
7.12.20 Deleting TASKDATA
7.12.21 Deleting or exporting an old job
7.13 Field driving with GPS PILOT
7.13.1 Overview of types of fieldwork
Straight line guidance / A=B line
Straight line guidance with an angle (A=B angle)
Circular line guidance
Contour line guidance
AB contour line guidance
7.13.2 Loading a track
7.13.3 Renaming a track
7.13.4 Relocating tracks
Checking the offset
7.13.5 Travelling with a front attachment
7.14 Boundaries
7.14.1 Setting the field boundary
Selecting the field boundary position
Including or excluding the field boundary
7.14.2 Creating a field boundary
Setting a starting point
Pausing recording
Finishing the field boundary
Approaching the starting point
Setting the end point manually
7.14.3 Activating and deactivating field boundaries
7.14.4 Creating a headland line
7.14.5 Having the area counter displayed
7.15 Straight line tracking
7.15.1 Straight line guidance
7.15.2 Setting point A and point B
7.15.3 Relearning point B
7.15.4 A + angle
7.15.5 Driving with several machines
7.15.6 Covering a field
Toggle mode
7.15.7 Loading the last A=B line
7.15.8 Save track offset
7.16 Circular line guidance
7.16.1 Use of circular line guidance
7.16.2 Creating a reference track
7.16.3 Covering a field
7.16.4 Loading the last circular track
7.17 Contour tracking
7.17.1 Use of contour line guidance
7.17.2 Recording a reference track
Recording a new reference track
7.17.3 Covering a field
Toggle mode
Lock function
7.18 AB contour tracking
7.18.1 Use of AB contour line guidance
7.18.2 Creating a reference track
7.18.3 Covering a field
7.18.4 Loading the last AB contour
7.18.5 Adaptive AB contour
Adapting the AB contour
Extending the AB contour
7.19 TURN IN*
7.19.1 Setting TURN IN*
7.19.2 Activating or deactivating TURN IN*
7.19.3 Setting the TURN IN* turning direction
Machine orientation – 90°
Opposite Direction – 120°
Example 1
Example 2
Setting the turning direction
7.19.4 Adjusting the TURN IN* speed buffer
7.19.5 Fieldwork with TURN IN*
Driving in reverse
Stopping while starting a track with TURN IN
7.20 AUTO TURN*
7.20.1 Setting the AUTO TURN* setup
Setting the ground speed
Setting the next track
Setting the direction of rotation
Setting the turning point
Setting a turning pattern Setting skip setup
7.20.2 AUTO TURN* Setting the headland message
Setting the headland message
7.20.3 Turning a vehicle with AUTO TURN* in the cuent position
7.20.4 Turning a vehicle with AUTO TURN* on headland tracks
7.20.5 Turning a vehicle with AUTO TURN* on the headland line
7.20.6 Turning a vehicle with AUTO TURN* within the field boundary
7.20.7 Activating AUTO TURN* on the multifunction handle.
7.20.8 AUTO TURN* Representation of turning
7.21 Partial width display and partial width control
7.21.1 Working with headlands
7.21.2 Section View
Working with Section View
7.21.3 Section Control*
Working with Section Control
Displaying in field view
Overriding individual partial widths manually
Overriding all partial widths manually
7.22 Rate control
7.22.1 Setting the rate control
7.22.2 Setting the set values
Setting the set value for signal failure
Setting the set value outside of the field
7.22.3 Using the set value map
Importing set value maps
Importing shape files
Loading the set value map
Deleting the set value map
7.22.4 Setting the rate change
7.22.5 Setting the product spreading rate
Selecting a set value
Procedure for CROP SENSOR with set value map
Correcting the set value
7.23 Mapping options
7.23.1 Setting the map display
7.23.2 Setting the perspective
7.23.3 Setting the vehicle position
7.23.4 Editing event markers
7.23.5 Setting event markers
Setting event markers
7.23.6 Deleting an event marker
7.23.7 Returning to a point
7.23.8 Setting the representation of set value maps
7.23.9 Setting the actual value map legend
7.23.10 Fieldwork with actual value map
7.23.11 Setting the process data and actual values
7.23.12 Select map view
7.24 ISO UT
7.24.1 Operating the entry elements
Entry fault
Assignment of pushbuttons on the terminal
Keyboard
Number pad
7.24.2 ISO UT settings
Setting the UT version
Setting the function instance
Setting the date format
Adjusting the time format
Setting the miniature view
Setting the decimal format
Switching turn/press on and off
Switching full-screen alarms on and off
Manual restart
7.24.3 Loading the ISOBUS implement
7.24.4 Selecting an ISOBUS implement
7.24.5 Minimizing the application / miniature view
Display of miniature view
Miniature view with buttons
Miniature view without buttons
Calling up the full screen mode
7.24.6 Exiting the application
7.24.7 Deleting an ISOBUS user interface
7.24.8 Creating a key assignment
Creating a key assignment via the terminal
Assigning further keys
Activating key assignments
7.24.9 Programming the key assignment
Creating a key assignment via programming
7.24.10 Resetting and updating lists
7.24.11 Editing a key assignment
7.24.12 Deleting a key assignment
7.25 Camera
7.25.1 Camera setting for automatic display
7.25.2 Operating the camera
7.26 Favourites
7.26.1 Creating favourites
7.26.2 Calling up favourites
7.26.3 Deleting favourites
8 Faults and remedies
8.1 Faults and solutions
8.1.1 Initial operation (after installation)
8.1.2 System start
8.1.3 Faulty GNSS signal
8.1.4 EGNOS / WAAS / MSAS correction signals
8.1.5 Omnistar HP / XP / G2 correction signal
8.1.6 and correction signal
8.1.7 RTK FIELD BASE modem status display
8.1.8 correction signal
8.1.9 correction signal
8.1.10 RTK NET correction signal
8.1.11 TSM II (CCM I) module status display
8.1.12 TSM III (CCM II) module status display
8.1.13 Activating GPS PILOT
8.1.14 Deactivating the GPS PILOT
8.1.15 Fault during track guidance
8.1.16 Valve control unit status display
Flash codes of valve controller unit
8.1.17 ISO UT
8.1.18 TURN IN
8.1.19 Task Control*
8.1.20 Section Control*
8.2 S10 Terminal
8.2.1 Creating screenshots
8.3 Navigation computer
8.3.1 Navigation computer status display
8.3.2 Connecting the USB data memory to the navigation computer (ECU)
8.4 module
8.4.1 Enabling CDS remote diagnostics
8.5 Diagnostics
8.5.1 Diagnostics
8.5.2 GPS status
Receiver status
8.5.3 E-DIF status
8.5.4 L band status
8.5.5 RTK status
RTK FARM BASE status
8.5.6 module status
8.5.7 Terminal diagnosis
8.5.8 Navigation controller status
8.5.9 Navigation computer diagnosis
8.5.10 Vehicle calibration overview navigation computer
8.5.11 Implement calibration overview navigation computer
8.5.12 Navigation computer service
8.5.13 CLAAS diagnostics
8.5.14 ISOBUS Diagnostics
9 Maintenance
9.1 Maintenance interval overview
9.1.1 Every 10 operating hours or daily
9.1.2 Every 100 operating hours or monthly
9.1.3 Every 500 operating hours or annually
9.2 GPS PILOT
9.2.1 Checking the overrider switch
9.2.2 Checking the seat contact switch
10 Putting out of operation and disposal
10.1 General information
10.1.1 Decommissioning and disposal
11 EC declaration of conformity
11.1 GPS PILOT
11.1.1 EC declaration of conformity for GPS PILOT ex works
11.1.2 EC Declaration of Conformity
12 Homologation
12.1 GPS PILOT
12.1.1 Homologation
13 Technical terms and abbreviations
13.1 GPS PILOT
13.1.1 Technical terms
13.1.2 Abbreviations
13.1.3 Units

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