- Tractors
ISOBUS
Electronics make agricultural machinery smarter, more powerful, more precise and more efficient.
The concept of ISOBUS revolves around using a common communication language that functions independently of device and manufacturer. This standardization has become increasingly important as various manufacturers have developed electronic hardware and software applications to prevent functionality issues. Since farm machinery often consists of equipment from different manufacturers, ISOBUS ensures standardized communication interfaces.
As a result of its reliable and secure operations, the number of machines equipped with ISOBUS technology is on the rise. The advantages of utilizing ISOBUS are evident, given its wide range of functions.
Our tractors can be equipped with ISOBUS, enabling them to leverage numerous features. One key component is the TECU, which acts as a "job computer" on the tractor. Additionally, a rear (and optionally front) socket is available for connecting an ISOBUS-certified device from any manufacturer. Inside the cab, a terminal socket located on the B-pillar allows for the connection of any ISOBUS-compliant terminal.
To operate an ISOBUS device, our machines can be fitted with the iMonitor, which is fully compliant with ISOBUS standards. The iMonitor comes in two sizes and offers various features, many of which do not even require activation.
IMONITOR
Your core element for compatibility.
At the core of this cutting-edge integration is the iMonitor, which enables seamless connectivity and control over ISOBUS implements.
With the latest H5 update, the iMonitor now features automatic detection of ISOBUS implements when connected to the tractor. This eliminates the need for manual configuration, saving you both time and effort. Simply connect the implement, and the iMonitor will recognize it automatically, ensuring hassle-free operation.
The iMonitor can manage up to three ISOBUS implements simultaneously, offering exceptional versatility. With this advanced capability, you can utilize individual Section Control and Variable Rate Control for each implement, allowing for precise management and optimization of your farming operations.
Additionally, the H5 update introduces a new feature that improves operational efficiency. The working width of the implement, provided via ISOBUS (e.g., spreading width), is now automatically detected and considered by the iMonitor. This ensures accurate and efficient task execution, enabling optimal resource allocation and minimizing waste.
Experience the power of the iMonitor with the H5 software package as it revolutionizes your interaction with ISOBUS implements. Enjoy the benefits of automatic detection, individual control options, and the seamless integration of implement data. Achieve greater productivity, precision, and efficiency in your agricultural endeavours.
Join us on this journey toward the future of farming, where compatibility, functionality, and intelligent automation come together to enhance your success.
TIM
TIM (Tractor Implement Management) is an innovative ISOBUS feature that enables bidirectional communication between tractors and implements. This means that certain functions can now be automated and controlled by the implement itself, rather than requiring constant input from the driver. Essentially, the implement takes charge of the tractor.
DEUTZ-FAHR is proud to be the first tractor manufacturer to receive TIM certification from the Agricultural Industry Electronics Foundation (AEF). This certification allows any AEF TIM-certified implement to control various tractor functionalities, such as hydraulics, vehicle speed, power take-off (PTO), and the hitch.
For automation to work securely and reliably, both the tractor and the implement must be certified. TIM enhances efficiency and improves work quality by automating processes, reducing the number of manual tasks, and lessening the driver’s workload.
Since 2017, DEUTZ-FAHR high-range TTV tractors have been equipped for TIM. If you’re interested in activating this feature on your machine, please contact your sales dealer!
HERE IS AN OVERVIEW OF ALL FUNCTIONALITIES
UT: Any attachment can be controlled with the Universal Terminal in the iMonitor. In full-screen mode, the UT can be shown across the entire screen size.
AUX-N: With Auxiliary Control (new), function buttons on the armrest are used to control the implement. In addition to the MaxCom joystick, buttons on the cross lever are also available. Depending on the installed options, this provides up to 14 controllable functions. The iMonitor offers 12 additional shortcut keys that can be freely assigned. Really convenient: steering system functions, such as the engagement of the automatic steering system, can also be assigned to the buttons.
TC-GEO: Additionally offers the option of recording or planning side-specific data. The iMonitor can process application maps, for example. The variable rate control allows very precise regulation of output to save resources and even increase yield. Our combine harvesters can generate yield maps in combination with the Yield Trak system.
TC-BAS: the iMonitor provides ISOBUS TC-BAS functionality which ensures that the documentation is in ISO-XML data format. This includes all total values that are relevant to the activity performed. The benefit obtained is compatibility for sharing data, e.g. between a farm management system through the iMonitor or with other manufacturers and providers. Tasks can easily be imported to the task controller of the iMonitor and/or the finished documentation can be exported afterwards.
TC-SC: This function automatically switches sections of the ISOBUS implementation (e.g. sprayer, spreader, planter) depending on GPS position and overlap. The iMonitor can easily work with up to 255 sections! This feature is already available as standard in all iMonitors.
TECU: The tractor's ECU (Electronic Control Unit) serves as the main "job computer" for the vehicle. It centrally provides information such as speed and PTO (Power Take-Off) speed. Additionally, there is a socket located at the rear (and optionally at the front) of the tractor, as well as a terminal socket in the cab on the B-pillar. This setup allows for the connection of any ISOBUS-compliant display from other manufacturers, enabling the use of an ISOBUS implementation.
TIM: Communication in two directions. Information can be transferred from the device to the tractor. A device can use the Tractor Implement Management System (TIM) to automatically control certain tractor functions. This includes: driving speed, spool valves, hitches, PTO.
