ISOBUS SOLUTIONS
Monosem supplies ISOBUS solutions providing users with a wide range of features including seed monitoring, planting density adjustment and GPS-guided automatic row cut-offs. Monosem was awarded Agricultural Industry Electronics Foundation (AEF) certification for the control units used with its electric planters (S8000E) and front fertilizers (F800E). This certification guarantees maximum compatibility between ISOBUS-enabled tractors and Monosem tools. Our planters are certified for the following features: UT (Universal Terminal), TC-BAS (Task Controller Basic), TC-SC (Task Controller Section Control) and TC-GEO (Task Controller Geo-Based).
UT UNIVERSAL TERMINAL
The terminal is the interface enabling users to control the planter. It is connected to the ECU by a cable with a standardized 9-pin connector. Users can either use an ISOBUS terminal supplied by Monosem (TOUCH Mini, TOUCH or TOUCH Pro) or the tractor ISOBUS terminal if this is compatible.
TC-BAS TASK CONTROLLER BASIC
The TC-BAS feature allows users to automatically and continuously save all data related to work carried out.
TC-SC TASK CONTROLLER SECTION CONTROL
The task controller section control system allows automated management of row cut-offs based on GPS position and the required degree of overlap. This system enables savings on seeds by avoiding unnecessary overlaps (requires a GPS antenna and an activated license). List of compatible terminals: - TOUCH - TOUCH Mini - TOUCH Pro - Other ISOBUS terminals with the TC-SC function (contact us). The GPS-guided row cut-off system is also compatible with planters that have been upgraded with an appropriate solution.
TC-GEO TASK CONTROLLER GEO-BASED
The TC-GEO feature integrated in our electrically driven planters (S8000E) enables automatic adjustment of planting density based on the planter's position in the field. This means that planting density can be managed automatically using a prescription map and adjusted to maximize the field's potential.
ISOBUS TERMINALS
Monosem puts new technologies within everyone's reach to increasingly facilitate the planting process. ISOBUS terminals offer users features such as GPS-guided row cut-offs to constantly improve operating precision.
TOUCH
Terminal
• 12.1" color touch screen
• ISOBUS terminal (ISO 11783)
• USB port
• Multiple work screens displayed simultaneously
• Camera (optional)
• For S7000C-12, S7000H-12, S8000E-24 and F800E
• Dimensions (LxHxD): 345 x 254 x 87mm
TOUCH Mini terminal
• 8" color touch screen
• ISOBUS terminal (ISO 11783)
• USB port
• Easy and intuitive to navigate between the various work screens
• Camera (optional)
• For S7000C-12, S7000H-12, S8000E-24 and F800E
• Dimensions (LxHxD): 244 x 186 x 67mm
TOUCH Pro Terminal
• 10" color touch screen
• ISOBUS terminal (ISO 11783)
• Variable rate control
• USB ports
• WiFi
• Multiple working screens displayed
• Camera (optional)
• For S8000E-24 and F800E
• Dimensions (LxHxD): 268 x 212 x 55mm
• Easy and intuitive to navigate between the various work screens
• The TOUCH Pro terminal is only compatible with John Deere SF 3000 and SF 6000 antennas.
connection SYSTEM
To enable data exchange between the ISOBUS console and the ISOBUS planter, the rear ISOBUS wiring harness with the following reference number must be installed on the tractor: 10230352. A GPS antenna can be connected to the ISOBUS console in order to use the TC-SC (GPS-guided row cut-off system) and TC-GEO (variable rate control by prescription map) functions.
To enable data exchange between the ISOBUS console and the ISOBUS planter, the in-cab wiring harness with the following reference number must be installed on the tractor: 10239036. A GPS antenna can be connected to the ISOBUS console in order to use the TC-SC (GPS-guided row cut-off system) and TC-GEO (variable rate control by prescription map) functions.
To enable data exchange between ISOBUS console 2 and the ISOBUS planter, the in-cab wiring harness with the following reference number must be installed on the tractor: 10239036. ISOBUS console 1 is the fixed ISOBUS console for the ISOBUS tractor. In this example, ISOBUS console 1 controls the GPS-guided row cut-off system and ISOBUS console 2 only displays the planter's ISOBUS software. A GPS antenna can also be connected to ISOBUS console 2 in order to use the TC-SC (GPS-guided row cut-off system) and TC-GEO (variable rate control by prescription map) functions.
To enable data exchange between the ISOBUS front-mounted hopper and the ISOBUS planter, the ISOBUS cables for these two equipment items must simply be connected to the tractor's front and rear ISOBUS connectors. In this case, both sets of ISOBUS software can be used on the same ISOBUS console. Planter position and speed data can be pooled to facilitate use of the front-mounted hopper.
To enable data exchange between the ISOBUS front-mounted hopper and ISOBUS planter on a tractor that is not equipped with ISOBUS, the following must be installed: - a front ISOBUS wiring harness with reference number: 10230354 - a rear ISOBUS wiring harness with reference number: 10230352 - a "Front/Rear" unit with reference number: 10230335. In this case, both sets of ISOBUS software can be used on the same ISOBUS console. Planter position and speed data can be pooled to facilitate use of the front-mounted hopper.
In this specific instance, it is not possible to connect the Monosem front ISOBUS wiring harness to a tractor already equipped with a rear ISOBUS connector. To enable data exchange between the ISOBUS front-mounted hopper and ISOBUS planter on a tractor that is equipped with a rear ISOBUS connector, the following must be installed: - a front ISOBUS wiring harness with reference number: 10230354 - a rear ISOBUS wiring harness with reference number: 10230352 - a "Front/Rear" unit with reference number: 10230335.