CCI.Control
CCI.Control
– Introduction
6
1.3.6
Examples
Example 1:
During the harvest, a yield map was created. Based on this, a fertilisation plan is
drawn up on the PC. The FMIS creates a task based on recommended fertiliser
and position data, taking into consideration the functions of the implement. This is
saved on a flash drive and transferred to the driver, who then imports the data to
CCI.Control. While the driver drives over the field, CCI.Control controls the fertiliser
spreading based on the task and the current position information via the ISOBUS.
The section-specific fertilizer quantities are automatically set using the application
map created on the PC.
Example 2:
An easier case is that the CCI.Control documents, for example, the bale number of
a press. This information, as well as the recorded position information, can be
given to the customer in an invoice.
FMIS not available
FMIS available
Non-ISOBUS-
compatible
implement
ISOBUS-
compatible
implement
Non-ISOBUS-
compatible
implement
ISOBUS-
compatible
implement
Logging of
times
●
●
●
●
Logging of
positions
●*
●*
●*
●*
Logging of
counters
-
●
-
●
Logging of
process data
-
-
-
●
Automatic
control of the
implement
-
-
-
●*
* with connected GPS
receiver
● Function available
- Function not available
Summary of Contents for CCI 50
Page 2: ...CCI 50 ISOBUS Terminal Operating instructions Reference Release 5 50...
Page 62: ...55 A Appendix Menu structure...
Page 64: ...CCI Cam Visual implement monitoring Operating instructions Reference CCI Cam v5...
Page 90: ...CCI Control Documentation and task management Operating instructions Reference CCI Control v4...
Page 196: ...107 10 Notes...
Page 199: ...110 Edit 38...
Page 200: ...CCI TECU Tractor data Operating instructions Reference CCI TECU v6...
Page 338: ...CCI GPS GPS settings and tractor geometry Operating instructions Reference CCI GPS v2...
