DRILLMAT III

DRILLMAT III is used on seeders to automatically create tramlines. The variety of different pre-programmed rhythms allows for the combination of any seeder working width with the desired tramline spacing.

Seeding can begin both on the right and the left side of the field. Manual switching is also possible. The DRILLMAT III is also used to monitor the seeder. The metering shaft and fan speeds are continuously monitored. A fill level sensor indicates low seed levels. In addition, the DRILLMAT III provides information on seeded areas, area output, covered distance and speed.

TANK-Control III

TANK-Control III is an ISOBUS application that is either
part of the SPRAYER-Controller or used as a separate job computer. The device offers the most important standard functions for controlling the filling and stirring processes.

TANK-Control III consists of two components: The ISOBUS job computer and the operating device to control the processes on the filling valve. The big advantage of this new system is the automation of the processes and electric regulation of all valves and pumps. Two fill level sensors can be used to measure the contents of up to two tanks.

ISOBUS Weather Station

This weather station is the first ISOBUS weather station on the market. The sensor informs you immediately about changes in the wind speed and direction, temperature, relative humidity and pressure, and evaporation rates (Delta T). The weather conditions can also be saved by the ISOBUS Task-Controller for documentation purposes if required.

These values support decision-making while working on the field to select the correct application. The internal GPS receiver and the electronic two-axes gyroscope enable displaying of both the apparent and actual wind speed and direction.

PLANTirium sensor

The PLANTirium sensor is the first seed tube sensor that uses imaging sensors. This technology enables the detection of small seeds such as rapeseed or larger seeds such as corn or sunflower seeds, even in difficult conditions. A pattern recognition method is used to distinguish debris from seeds inside the seed tube.

Also, the sensor recognises overlapping seeds as multiples. Active sensor re-adjustment provides reliable compensation for debris accumulating on the sensor (e.g. dust, dressing).

It has an interface for parameterisation and to update the software, and it is capable of sending status messages about its status (e.g. cleaning required) to the master control unit.

SPRAYDOS

The SPRAYDOS is a fully automated control unit for field sprayers and orchard sprayers. It excels with its robust aluminium casing and user-friendliness, and starts work at the press of a button.

S-BOX

S-Box

The S-Box is an additional module for sprayer control.  It can be installed directly under the terminal and facilitates the manual switching of individual sections.

Direct access to the individual sections makes the S-BOX ideal for localized treatment. It is available for implements with up to 18 sections. Thanks to the high-precision application, cost savings and increased yields are inevitable.

Opto-sensor / optical sensor

The sensor consists of a sending and a receiving unit.

The sender produces a light beam in the near-infrared wavelength range. The receiver, which exhibits its maximum sensitivity in this wavelength range, is spatially positioned at a distance opposite to the sender. If this light beam is interrupted by seed grain, it produces an output signal of the sensor.

TANK-Control

Tank-Control

The TANK-Control fill level measuring system enables the precise display of the tank content for sprayers, and also automatic fill stop when reaching a previously set quantity.

The measured values, i.e. the tank content, can be read both on the TANK-Control display on the sprayer tank and on the terminal in the tractor.

The device is primarily used in the area of liquid fertilising and crop protection. The sensor works with all liquid solutions, even at specific concentrations which differ from water.