Claas Gps Pilot – Hydraulic (B85) Digital Solutions Operator Manual ES

File List:

00 1400 639 3.pdf
00 1402 656 2.pdf
00 1402 657 1.pdf
00 1402 803 1.pdf
00 1405 165 7.pdf
00 1405 185 7.pdf
00 1420 029 4.pdf
00 1420 057 2.pdf

00 1400 639 3.pdf:

COPILOT S7 GPS
1. Introduction
1.1 General information
1.1.1 Validity of the manual
1.1.2 Information about this instruction manual
1.1.3 Symbols and indications
1.1.4 Optional equipment
1.1.5 Qualified specialized workshop
1.1.6 Maintenance instructions
1.1.7 Information regarding warranty
1.1.8 Spare parts and technical questions
1.2 Proper application of the machine
1.2.1 Suitable GPS COPILOT application
1.2.2 Logically foreseeable erroneous application GPS COPILOT
2 Security
2.1 Recognize warning signs
2.1.1 Danger symbols
2.1.2 Keyword
2.2 Safety instructions
2.2.1 Importance of the instruction manual
2.2.2 Terminal software update
2.2.3 Observe graphic danger symbols and warning instructions
2.2.4 Requirements for all people who work with the product
2.2.5 Construction modifications
2.2.6 Optional equipment and spare parts
2.2.7 Using USB devices
2.2.8 Operation only in accordance with statutory commissioning
2.2.9 Technical status
2.2.10 Dangers when driving on the road and on terrain
Road traffic
Field trip
2.2.11 Electrical shock from electrical equipment
2.2.12 Maintenance work and repair work
3 Product Description
3.1 Summary and operation
3.1.1 COPILOT GPS Summary
3.1.2 S7 terminal overview
3.1.3 Summary corrective signals
EGNOS / WAAS / MSAS
3.1.4 Antenna summary
GNSS antenna
3.2 Optional equipment
3.2.1 GLONASS*
3.3 Identification plates and identification numbers
3.3.1 COPILOT S7 GPS identification plate
3.3.2 Terminal identification plate
4 Control and display instruments
4.1 S7 terminal overview
4.1.1 Button and prompt representation conventions
4.2 GPS COPILOT menu structure
4.2.1 Initial menu
4.2.2 Main menu, summary
4.2.3 Summary of DGPS visualizations
4.2.4 Menu
4.2.5 Menu
4.2.6 Menu
4.2.7 Menu
4.2.8 Menu
4.2.9 Menu
4.2.10 Menu
4.2.11 Menu
4.2.12 Menu
4.2.13 Menu
4.2.14 Menu
4.2.15 Menu
4.2.16 Menu
4.2.17 Menu
4.2.18 Menu
4.2.19 Menu
Menu
Menu
5 Technical data
5.1 GPS COPILOT
5.1.1 Corrective signal accuracy
5.1.2 COPILOT GPS Specification
5.2 S7 Terminal
5.2.1 Specification
6 Prepare the product
6.1 Turn off the machine and secure it
6.1.1 Turn off the machine and secure it
6.2 Perform before commissioning
6.2.1 Perform before the first commissioning of GPS COPILOT
6.2.2 Perform GPS COPILOT before each start-up
6.3 First start-up of the machine
6.3.1 Create vehicle profile
6.4 First start-up of the working device
6.4.1 Create device profile checklist
6.4.2 Create device profile
6.4.3 Select the type of coupling
6.4.4 Enter the measurements of the devices
Adjust the width of the device
Particularity in LEXION and TUCANO in MONTANA version
Adjust the overlap or gap
Working width
Adjust the movement of the device in the longitudinal direction
Adjust the movement of the device in the transverse direction
6.5 First start-up of the correction signal
6.5.1 First commissioning of the GNSS signal
6.5.2 Select the E-DIF correction type
6.5.3 Select the type of SBAS correction
6.6 Adjust subscriptions
6.6.1 Enter codes
7 Management
7.1 Checklists
7.1.1 Prepare field work
7.1.2 Carry out field work
7.2 GPS COPILOT
7.2.1 Turn on the terminal
Starting screen
7.2.2 Turn off the terminal
7.2.3 Manage control elements
Manage the keyboard
Operate the numeric keypad
Handle buttons with attached list
7.2.4 Direction direction indicator
7.2.5 GPS status
7.2.6 Connect USB data memory
7.3 GPS settings
7.3.1 Adjust BEIDOU
7.3.2 Adjust GNSS
7.3.3 Adjust NMEA broadcast
Limit NMEA broadcast to GPS signal
Record entries
Continue using the GNSS signal
7.3.4 Adjust E-DIF
Set reference point
Update reference point
7.3.5 Adjust SBAS
7.4 System settings
7.4.1 Adjust vision
Zoom in and out
Adjust the display mode
Adjust perspective
Hide buttons
View the buttons
7.4.2 Setting the language
7.4.3 Set units
7.4.4 Set the time
GMT Offset
7.4.5 Exchange control elements
7.4.6 Connect or disconnect the worked surface signal
7.4.7 Adjust day and night mode
7.4.8 Adjust screen brightness
7.4.9 Adjust the direction indicator
Sensitivity
7.4.10 Adjust the matrix
7.5 Vehicle settings
7.5.1 Load vehicle profile
7.5.2 Process vehicle profile
7.5.3 Export vehicle profiles
7.5.4 Import vehicle profiles
7.5.5 Delete vehicle profiles
7.6 Device settings
7.6.1 Load vehicle profile
7.6.2 Process device profile
7.6.3 Export device profiles
7.6.4 Import the device profile
7.6.5 Delete device profiles
7.7 Order processing
7.7.1 Create job
Create a new job from the initial menu
Create a new job from job management
7.7.2 Process notes
7.7.3 Load job
7.7.4 End the job
7.7.5 Continue the last used job
7.7.6 Export job
7.7.7 Import job
7.7.8 Delete job
7.7.9 Create template
7.7.10 Use model
7.7.11 Delete templates
7.8 Field trip with COPILOT GPS
7.8.1 Summary of types of field trips
7.9 Boundaries and markers
7.9.1 Use a surface counter
Record the parcel boundary
Interrupt recording
Plot boundary as a reference footprint
7.9.2 Set marker
User-defined bookmarks
Set user-defined bookmarks
7.9.3 Drive to markers
Select bookmark
Drive to bookmarks
7.10 Straight line guide
7.10.1 Straight line guide
7.10.2 Create reference fingerprint
7.10.3 Fix point B again
7.10.4 Straight line guide with angle (angle A=B)
7.10.5 Work the plot
Commutation
7.10.6 Load lines A=B
7.10.7 Process the naming of a line A=B
7.10.8 Move line A=B
7.11 Guide by circular lines
7.11.1 Guide service through circular lines
7.11.2 Create reference footprint
7.11.3 Work the plot
7.11.4 Load the circular footprint
7.11.5 Move the circular footprint
7.12 Guidance by contour lines
7.12.1 Using contour line guidance
7.12.2 Record reference fingerprint
Record new reference fingerprint
7.12.3 Work the plot
Commutation
Padlock function
7.13 Display of partial widths
7.13.1 Activate and deactivate the display of partial widths
7.13.2 Adjust the display of partial widths
Enter the number of partial widths of the attached device
Adjust the width of the individual sections of the attached device
Adjust the allowed overlap
Set the connection time
Set the shutdown time
7.13.3 Using the display of partial widths
8 Incident and solution
8.1 Errors and measures to take
8.1.1 Starting the COPILOT GPS system
8.1.2 Defective GNSS signal
8.1.3 EGNOS/WAAS/MSAS corrective signal
8.1.4 Error in footprint guidance
8.2 S7 Terminal
8.2.1 Take screenshots
8.3 Diagnosis
8.3.1 GPS-Setup
8.3.2 GPS Status
8.3.3 E-DIF Status
9 Maintenance
9.1 Summary of maintenance intervals
9.1.1 Every 100 hours of service or monthly
10 Decommissioning and waste disposal
10.1 General information
10.1.1 Decommissioning and waste disposal
11 EC declaration of conformity
11.1 GPS COPILOT
11.1.1 EC declaration of conformity
12 Technical dictionary and abbreviations
12.1 GPS COPILOT
12.1.1 Abbreviations
12.1.2 Units

00 1402 657 1.pdf:

COPILOT GPS Quick Start Guide
General indications
Contour mode
Changing the working width
Change of signal type
Surface measurement
Automatic movement of lines A-B

00 1405 165 7.pdf:

GPS PILOT
1. Introduction
1.1 General information
1.1.1 Validity of the manual
1.1.2 Information about this instruction manual
1.1.3 Symbols and indications
1.1.4 Optional equipment
1.1.5 Qualified specialized workshop
1.1.6 Maintenance instructions
1.1.7 Information regarding warranty
1.1.8 Spare parts and technical questions
1.1.9 Road traffic permit
Model report
No objection certificate
General circulation permit
1.2 Proper application of the machine
1.2.1 Compliant use
1.2.2 Logically foreseeable non-conforming uses
2 Security
2.1 Recognize warning signs
2.1.1 Danger symbols
2.1.2 Keyword
2.2 Safety instructions
2.2.1 Meaning of the instruction manual
2.2.2 Terminal software update
2.2.3 Requirements for all people who work with the product
2.2.4 Danger zones
Danger zones
2.2.5 Interaction between the terminal and the machine or tractor
2.2.6 Construction modifications
2.2.7 Optional equipment and spare parts
2.2.8 Using USB devices
2.2.9 Operation only in accordance with statutory commissioning
2.2.10 Technical status
2.2.11 Danger from damage to the product
2.2.12 Comply with technical limit values
Comply with technical limit values
2.2.13 Prepare a product for road circulation
2.2.14 Dangers when traveling on the road with an ISOBUS coupled device
Turn on the terminal while driving on the road
2.2.15 Dangers when driving on the road and in the countryside
2.2.16 Electrical shock from electrical equipment
2.2.17 Fatal electric shock due to overhead lines
2.2.18 Liquids under pressure
2.2.19 Maintenance work and repair work
2.2.20 Driving with GPS PILOT
Road traffic
Field trip
2.2.21 Working with Task Control* and Section Control*
3 Product Description
3.1 Summary and operation
3.1.1 Summary GPS PILOT – Hydraulic
3.1.2 Summary GPS PILOT – Steer ready
3.1.3 GPS PILOT FLEX Summary
3.1.4 Factory GPS PILOT Summary
3.1.5 S10 terminal summary
3.1.6 Navigation computer summary (ECU)
3.1.7 Electric steering wheel
3.1.8 Summary corrective signals
EGNOS / WAAS / MSAS
Omnistar HP/XP/G2
RTK FIELD BASE and BASELINE HD
RTK FARM BASE
3.1.9 Module summary
BASELINE HD
RTK FIELD BASE
RTK (Motorola)
RTK FARM BASE
3.2 Safety devices
3.2.1 Automatic disconnection when exceeding the maximum speed
3.2.2 Automatic disconnection when the minimum speed is not reached
3.2.3 Seat contact switch
3.2.4 Manual overexcitation
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 Terminal identification plate
3.4.3 Navigation computer identification plate
4 Control and display instruments
4.1 GPS PILOT
4.1.1 Main switch and start switch
Main switch
Main switch
/ key on Fendt
switch on Challenger
4.2 S10 terminal summary
4.2.1 Button and prompt representation conventions
4.3 GPS PILOT menu structure
4.3.1 Initial menu
Initial menu without Task Control*
Initial menu with Task Control*
4.3.2 Summary menu
4.3.3 Indicator cell summary
Loss of corrective signal
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

6.3.30 Perform calibration step
Create line A=B
Follow the line A=B
6.3.31 Perform the calibration step
Create line A=B
Finish calibration
6.3.32 Record vehicle profile
6.4 First start-up of the working device
6.4.1 Create the device profile checklist
6.4.2 Introduce device
Select the type of hitch
Make device settings
Make Quantity Control Settings
6.4.3 Couple ISOBUS device
Automatic adoption of settings
Automatic Implement Geometry Update
6.4.4 Adjust device settings
6.4.5 Adjust the width of the device
6.4.6 Adjust fixture geometry
Moving the device forward or backward
Trailed and active trailed hitch type
Fixed rear and fixed front hitch types
Adjust scrolling left or right
Adjust the overlap or gap
Save entries or delete them
6.4.7 Adjust the main boom
6.4.8 Setting the working step
6.4.9 Setting the control type Section View / Section Control*
6.4.10 Adjust quantity control
Set the control type
Adjust reaction time
Set the unit of measure for the target value
6.4.11 Calibrate the turning radius
Perform calibration
Left turning radius
Right turning radius
Confirm turning radius
6.5 Partial width indicator settings and partial width control
6.5.1 Adjust the partial width checklist
6.5.2 Open device settings
6.5.3 Adjust the number of partial widths
6.5.4 Setting the width of the partial widths
6.5.5 Group partial widths
Adjust the quantity
Automatically group
Edit the group
6.5.6 Adjust the allowed overlap
6.5.7 Adjust reaction time
Adjust connection delay
Adjust the shutdown delay
6.6 First start of the correction signal
6.6.1 First commissioning of the GNSS signal
6.6.2 E-DIF
6.6.3 EGNOS/WAAS/MSAS
6.6.4 Omnistar HP/XP/G2
Settings in the terminal
6.6.5 RTK FIELD BASE and BASELINE HD
Adjust the radio frequency
Adjust the distance of the radio transmission channel
Save settings or delete them
6.6.6 RTK (Motorola)
Select the correction type
Select reference station
6.6.7 RTK FARM BASE
Select the correction type
Release RTK FARM BASE
6.6.8 RTK NET
TSM settings with the terminal
Adjust RTK NET registration
Adjust SIM card settings
TSM settings with CDS
6.6.9 RTK ready
6.7 Adjust subscriptions
6.7.1 Adjust subscriptions
7 Management
7.1 Checklists
7.1.1 Prepare field work
7.1.2 Perform GPS PILOT field work
7.1.3 Perform GPS PILOT field work with Task Control*
7.1.4 Prepare for road traffic
7.2 S10 Terminal
7.2.1 Turn on the terminal
Starting screen
7.2.2 Manage control elements
Keyboard
Numeric keyboard
Regulator
Buttons with list behind
7.2.3 Filter lists
7.2.4 Turn off the terminal
7.2.5 Connect a USB data memory to the terminal
7.3 GPS PILOT
7.3.1 Change GPS PILOT to
Main switch
switch
Main switch
/ key on Fendt
switch on CHALLENGER
7.3.2 Change GPS PILOT to
Main switch
switch
Main switch
/ key on Fendt
switch on Challenger
7.3.3 Disconnect GPS PILOT
Main switch
switch
Main switch
/ key on Fendt
switch on CHALLENGER
7.3.4 GPS status
7.3.5 GPS PILOT activation options
Activate GPS PILOT with the multifunctional remote control
Particularities
7.3.6 GPS PILOT disconnection options
Other disconnection conditions
Seat contact switch
Speed ​​range
GPS signal
7.3.7 Folding the RTK radio transmission antenna
Fold the RTK radio transmission antenna and fit it
Fold the RTK radio transmission antenna and screw it on
7.3.8 Insert and remove the GNSS antenna
7.4 System settings
7.4.1 Adjust brightness
7.4.2 Setting the language
7.4.3 Set units
7.4.4 Set the time
7.4.5 Connect osconnect the worked surface signal
7.4.6 Adjust night mode
7.4.7 Adjust proion
7.4.8 Adjust Pre-Engage
7.4.9 Adjust homogenization
7.4.10 Setting the front mounting position mode
7.5 GPS settings
7.5.1 Show GPS status
7.5.2 Connect or disconnect BEIDOU signal
7.5.3 Adjust NMEA-0183 broadcast
Continue using the GNSS signal
7.5.4 Adjust E-DIF
Set reference point
Update reference point
7.5.5 Adjust SBAS / EGNOS
7.5.6 View L-band status
7.5.7 Adjust L band settings
7.5.8 Make RTK FIELD BASE and BASELINE HD settings
7.5.9 Make RTK settings
7.5.10 Select RTK FARM BASE
Manually select RTK FARM BASE
Activate or deactivate automatic selection
7.5.11 Delete RTK FARM BASE
7.5.12 Adjust RTK NET settings
Connect or disconnect RTK NET automatic connection
Manually establish or cut the connection
7.6 Map settings
7.6.1 Adjust the A=B lines indicator
7.6.2 Adjust the distance of the matrix A=B
7.6.3 Adjust preset markers
7.6.4 Automatic coverage map recording
7.7 Vehicle settings
7.7.1 Change the direction of travel indicator
7.7.2 Adjust sensitivity and aggressiveness
Adjust sensitivity
Adjust aggressiveness
7.7.3 Load vehicle profile
7.7.4 Process vehicle profile
7.7.5 Import vehicle profile
7.7.6 Export vehicle profile
7.7.7 Delete vehicle profile
7.8 Device settings
7.8.1 Select device profile
7.8.2 Edit device profile
7.8.3 Import the device profile
7.8.4 Export device profile
7.8.5 Delete device profile
7.9 Operator profiles
7.9.1 Create new profile
Name the operator
Enter the address
Enter the operator’s contact information
Save the operator profile or delete it
7.9.2 Edit operator profile
7.9.3 Select operator profile
7.9.4 Import operator profile
7.9.5 Export operator profile.
7.9.6 Delete the operator profile
7.10 Product profiles
7.10.1 Enter product profiles
Name the product
Select product type
Select the carrier substance
Select physical state
Select mix
Select filler
Record the product
7.10.2 Work on product profiles
7.11 Order processing
7.11.1 Create new Job
Select client
Select farm
Select plot
Select type of fruit
Select operator
Enter the temperature
Introduce air humidity
Enter wind speed
Enter wind direction
Start the Job
7.11.2 Continue the job
7.11.3 Edit job
7.11.4 Change job name
7.11.5 Select job
7.11.6 Generate model
7.11.7 Use model
7.11.8 Import job
7.11.9 Export job
7.11.10 Delete article
7.11.11 End the job
7.12 ISOBUS order processing
7.12.1 ISOBUS job management functions
7.12.2 ISOBUS job management configuration
Adjust Task Control version
Adjust the Instance function
7.12.3 Create a new job
Create a new job in the start menu
Create a new job with the menu
Enter the job name
Select plot
Select work step
Adjust the product mix
Select product mix
Select the implement
Enter the target amount
Enter the composition
Save or cancel
Select devices
Enter comment
Generate work
7.12.4 Copy the job
7.12.5 Edit the job
7.12.6 Select job
7.12.7 Start and pause the job
7.12.8 Finish the job
7.12.9 Show job information
View current job information
View the information of any job
Job information
Job details
7.12.10 Show counter values ​​in the map view
7.12.11 Print counter values
Explanation of the printed document
7.12.12 Create master data
Create client
Create exploitation
Create the plot
Create fruit class and fruit type
Create fruit class
Create fruit type
Save or cancel
Create work step
Create product
7.12.13 Edit master data
Edit client
Edit extation
Edit plot
Edit fruit class and fruit type
Edit fruit type
Edit fruit type
Create fruit type
Save or cancel
Edit work step
Edit product
7.12.14 Delete master data
Delete client
Delete exploitation
Delete plot
Delete fruit class and fruit type
Delete fruit type
Delete fruit class
Delete work step
Delete product
7.12.15 Import ISO-XML data
Automatic import
Import via menu
7.12.16 Export jobs
7.12.17 Import plot data
7.12.18 Export plot data
7.12.19 Activate TASKDATA
7.12.20 Delete TASKDATA
7.12.21 Delete the old job or export it
7.13 Field trip with GPS PILOT
7.13.1 Summary of types of field trips
Guide along straight lines / line A=B
Straight line guide with angle (angle A=B)
Guide by circular lines
Guidance by contour lines
AB contour line guide
7.13.2 Load the fingerprint
7.13.3 Change the fingerprint name
7.13.4 Move footprints
Check the displacement
7.13.5 Driving with front implement
7.14 Limits
7.14.1 Adjust the plot boundary
Select the position of the plot boundary
Include or exclude the parcel boundary
7.14.2 Create parcel boundary
Set the starting point
Pause recording
Finalize the parcel boundary
Drive to starting point
Manually set the end point
7.14.3 Activate and deactivate parcel boundaries
7.14.4 Create headland line
7.14.5 Show the surface counter
7.15 Straight line guide
7.15.1 Straight line guide
7.15.2 Fix point A and point B
7.15.3 Learn point B again
7.15.4 A + angle
7.15.5 Driving with multiple machines
7.15.6 Work the plot
Commutation
7.15.7 Load last line A=B
7.15.8 Record the track displacement
7.16 Guide by circular lines
7.16.1 Guide service through circular lines
7.16.2 Create reference footprint
7.16.3 Work the plot
7.16.4 Load the last circular footprint
7.17 Guide by contour lines
7.17.1 Using contour line guidance
7.17.2 Record reference fingerprint
Record new reference fingerprint
7.17.3 Work the plot
Commutation
Padlock function
7.18 Guide along the contour line AB
7.18.1 AB Contour Line Guidance Service
7.18.2 Create reference footprint
7.18.3 Work the plot
7.18.4 Load last AB contour
7.18.5 Adaptive AB contour
Adapt the AB contour
Lengthen AB contour
7.19 TURN IN*
7.19.1 Setting TURN IN*
7.19.2 Activate or deactivate TURN IN*
7.19.3 Adjust the direction of rotation of TURN IN*
Machine orientation – 90°
Opposite direction – 120°
Example 1
Example 2
Adjust the direction of rotation
7.19.4 Adjusting the TURN IN* revolution compensator
7.19.5 Field trip with TURN IN*
Reverse trip
Stop while entering the track with TURN IN
7.20 AUTO TURN*
7.20.1 Adjust AUTO TURN* Setup
Adjust driving speed
Aust the next ride
Adjust the direction of rotation
Adjust the pivot point
djust the rotation pattern
Adjust Skip Setup
7.20.2 Setting AUTO TURN* headland notification
Adjust header notification
7.20.3 Turning the vehicle with AUTO TURN* in the current position
7.20.4 Turn the vehicle with AUTO TURN* in the headrest tracks
7.20.5 Turn the vehicle with AUTO TURN* on the headland line
7.20.6 Vehicle with AUTO TURN* Turn within the plot boundary
7.20.7 Activate AUTO TURN* with the multifunctional control
7.20.8 Representation of AUTO TURN* turning processes
7.21 Indication of partial widths and control of partial widths
7.21.1 Working with headboards
7.21.2 Section View
Working with Section View
7.21.3 Section Control*
Working with Section Control
Representation in field view
Manually overswitching individual section widths
Manually overswitch all width sections
7.22 Quantity control
7.22.1 Adjust quantity control
7.22.2 Adjust theoretical values
Set the theoretical value for signal loss
Adjust theoretical value outside the plot
7.22.3 Use the theoretical value map
Import theoretical value maps
Import Shape files
Load the theoretical value map
Delete the theoretical value map
7.22.4 Adjust quantity change
7.22.5 Adjust the product distribution quantity
Select theoretical value
Procedure to follow in CROP SENSOR with map of theoretical values
Correct theoretical value
7.23 Mapping options
7.23.1 Adjust the map display
7.23.2 Adjust perspective
7.23.3 Adjust vehicle position
7.23.4 Process event markers
7.23.5 Set event markers
Set event markers
7.23.6 Delete event marker
7.23.7 ​​Return to a point
7.23.8 Configure the representation of theoretical value maps
7.23.9 Adjust the legend of the actual value map
7.23.10 Field path with map of real values
7.23.11 Adjust process data actual values
7.23.12 Select map view
7.24 ISOUT
7.24.1 Manage control elements
Input cells
Key allocation on the terminal
Keyboard
Numeric keyboard
7.24.2 ISO UT settings
Adjust UT version
Adjust the Instance function
Adjust the date format
Adjust the time format
Adjust minimized display
Set the decimal format
Connect and disconnect twist/pressure
Turn full screen alarms on and off
manual reset
7.24.3 Charging the ISOBUS coupled device
7.24.4 Select ISOBUS coupled device
7.24.5 Minimize application / minimized display
Minimized display representation
Minimized display with buttons
Minimized display without buttons
Open full screen mode
7.24.6 End the application
7.24.7 Delete the ISOBUS control panel
7.24.8 Create key assignment
Generate a key assignment through the terminal
Assign other key assignments
Activate key assignments
7.24.9 Learn key assignment
Generate a key assignment through learning
7.24.10 Reset and update lists
7.24.11 Working on key assignments
7.24.12 Clear key assignment
7.25 Camera
7.25.1 Camera setting for auto indicator
7.25.2 Operate the camera
7.26 Favorites
7.26.1 Create favorites
7.26.2 Open favorites
7.26.3 Delete favorites
8 Incident and solution
8.1 Errors and measures to take
8.1.1 First start-up (after installation)
8.1.2 System boot
8.1.3 Defective GNSS signal
8.1.4 EGNOS/WAAS/MSAS corrective signal
8.1.5 Omnistar HP/XP/G2 Corrective Signal
8.1.6 Correction signal and
8.1.7 RTK FIELD BASE modem status indicator
8.1.8 Corrective signal
8.1.9 Corrective signal
8.1.10 RTK NET corrective signal
8.1.11 TSM II module status indicator (CCM I)
8.1.12 TSM III Module Status Indicator (CCM II)
8.1.13 Activate GPS PILOT
8.1.14 Disable GPS PILOT
8.1.15 Error in footprint guidance
8.1.16 Valve distributor unit status indicator
Valve Manifold Unit Intermittent Codes
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 Take screenshots
8.3 Navigation calculator
8.3.1 Navigation computer status indicator
8.3.2 Connect the USB data memory to the navigation computer (ECU)
8.4 module
8.4.1 Authorize remote maintenance of the CDS
8.5 Diagnosis
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
FARM BASE RTK Status
8.5.6 Status of the module
8.5.7 Terminal diagnostics
8.5.8 Navigation computer status
8.5.9 Navigation computer diagnosis
8.5.10 Vehicle Calibration Summary Navigation Calculator
8.5.11 Navigation