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Essentially, ISOBUS ensures that all machines "speak the same language," reducing
Essentially, ISOBUS ensures that all machines "speak the same language," reducing
compatibility issues and improving the efficiency of agricultural operations.
compatibility issues and improving the efficiency of agricultural operations.
ISOBUS communication systems are used in:
• '''Tractors and Combines''': Central systems where ISOBUS-compatible control terminals
are installed.
• '''Implements''': Attachments like plows, seed drills, balers, sprayers, and more, which
exchange data with the tractor through the ISOBUS interface.
In agriculture, ISOBUS plays a role similar to '''OBD-II''' (On-Board Diagnostics) in cars and '''FMS'''
In agriculture, ISOBUS plays a role similar to '''OBD-II''' (On-Board Diagnostics) in cars and '''FMS'''
equipment performance, and optimize their fieldwork
equipment performance, and optimize their fieldwork
==Where is ISOBUS used?==
==ISOBUS data==
• '''Tractors and Combines''': Central systems where ISOBUS-compatible control terminals
ISOBUS transfers essential '''CAN data''' between the tractor and the implement. Our hardware
solution is designed to capture key operational data through this connection. Below are the
types of data that can be gathered via ISOBUS:
• '''PTO (Power Take-Off) Data''':
'''PTO Status''': Whether the PTO is engaged or disengaged.
'''PTO Speed''': The rotational speed at which the PTO shaft is transferring power from the
tractor to the implement.
• '''Hitch Position Data''':
''' Hitch Height''': The vertical position of the implement attached to the tractor’s hitch.
• '''Auxiliary Valve Data''':
''' Hydraulic Flow and Pressure''': Information on the flow rate and pressure in auxiliary hydraulic circuits used to control attachments.