Characteristics of the TS spreading system
Delivery system adjustment of the TS spreading system
1) Intelligent agitator for maximum fertiliser protection
2) Electric setting motor for rotating the delivery system
3) Delivery system for implementing the Section Control, HeadlandControl, WindControl, ArgusTwin functions
4) Electric setting motor for precise fertiliser metering with application rates from 3 kg/min to 650 kg/min
Bottom assembly of the TS spreading system
5) Electric setting motor for adjusting the carrier vane
6) AutoTS gearbox, the heart of the integrated border spreading system
7) Comfortable changeover between border and normal spreading by moving the carrier vane
8) Short spreading vane for side, border and water course spreading
9) Long normal spreading vane for high throwing widths and double overlap, even at a working width of 36 m
TS spreading disc
10) TS spreading disc made of stainless steel, with easily exchangeable spreading vane sets TS 10, TS 20 and TS 30 for working widths from 15 to 54 m
Ultra-quick and precise! Electric actuators for the delivery system
The TS spreaders open up new dimensions in terms of maximum application rates, forward speeds and precision. To achieve this, they are equipped with an excellent delivery system with quick-reacting, precision actuators. Particularly in applications such as the automatic switch-on and switch-off at the headland or in wedge-shaped fields, spreading with application maps or via continuous on-board monitoring (ArgusTwin and WindControl), the delivery system guarantees the job is done at the highest level.
Concentric delivery point adjustment
The concentric rotation of the delivery system around the centre of the disc allows precise adjustment to various working widths and fertiliser types while protecting the fertiliser from shatter by placing it close to the centre of the spreading disc.
Quantity effect-free metering aperture
Due to the kidney-shaped design of the metering aperture, the spread pattern remains unchanged and precise, even at varying forward speeds and rates. This means that the position of the delivery system does not require constant adjustment.