AMAZONE WindControl is now available independently of ArgusTwin.
Optimum lateral distribution
The wind is always blowing somewhere in the world and this represents a major challenge in maintaining an even fertiliser spread pattern. The influence of wind on the spread pattern can be constantly monitored and automatically compensated for with the AMAZONE WindControl system (according to Prof. Dr. Karl Wild of the University of Applied Sciences, Dresden). Practical trials have shown that the system reacts actively to wind influences for approximately 80% of the spreading time and provides optimisation of the spread pattern.
Without WindControl: Crosswinds affect the spread pattern and change the lateral distribution
Mounted on the machine, a high frequency measuring wind sensor, registers both the wind speed and also the wind direction. According to this data, the job computer then calculates new settings for the delivery system and the spreading disc speed. In a cross wind, the disc speed is increased on the side into the wind and the delivery system is rotated outwards. At the same time, the speed of the downwind side is reduced and the delivery system rotated inwards.
With WindControl: WindControl counteracts the effect of a crosswind ensuring an optimum spread pattern at all times
With the aid of WindControl, larger time windows are created for spreading even where there is an influence of wind. Apart from all the important fertiliser spreader parameters, the user additionally always has, in view, the real-time direction of the wind, the force of wind and if the wind is gusting. In addition, in heavy winds, when the system is no longer able to compensate for, or when the wind gusts are too frequent, WindControl sends an automatic alarm to the driver.
AMAZONE WindControl ensures an optimum lateral distribution even in crosswinds.
The benefits
- Higher output through longer windows of use
- Increased yield through optimised lateral distribution
- Operational safety via the automatic warning system
Automatic compensation for the effect of the wind according to Prof. Dr. Karl Wild of the University of Applied Sciences, Dresden