Slope spreading kit for the ZA-V

Precise fertiliser distribution on slopes

ZA-V_Hangstreuset_d0_sh_IMG_0770_d1_220811_SIMA

Fertiliser spreading in extremely hilly terrain presents technology with a particular challenge. Uniform lateral distribution must also be ensured even with the adverse impacts of slopes. AMAZONE offers a simple yet efficient slope spreading kit for the ZA-V fertiliser spreaders.

Graphic 1: The delivery point is set precisely when spreading in flat areas. After falling under gravity, the fertiliser lands on a pre-defined point on the disc. The slope spreading kit guides the fertiliser down onto the disc over a longer distance.

Uniform crops, even on slopes

ZA-V_Fendt_Hanglage_d0_kw_DJI_0374_d1_220811_SIMA

This simple special option can fundamentally optimise the lateral distribution of the fertiliser on slopes. Application errors are reduced and a uniform crop is obtained. In this way, the yield potential can be fully exploited and the environment protected.

Exact fertiliser distribution over the entire working width is the basis for uniform and resource-efficient crop management as well as exploiting the full yield potential. This does not present any difficulty for modern-day technology in flat areas. The topography has a significant impact on the spread fan and therefore on the fertiliser distribution in the field in extremely hilly terrain. To counteract this effect, AMAZONE offers a simple yet efficient slope spreading kit for the ZA-V fertiliser spreaders.

Simple special option with a high impact

ZA-V_Hangausgleichsset_d0_kw_P7143069_d1_220811_SIMA

The slope spreading kit is simply mounted under the outlet opening of the ZA-V. The fins guide the fertiliser to the spreading vanes correctly even on slopes. The slope spreading kit can be retrofitted to the ZA-V fertiliser spreaders.

The fertiliser granule path is precisely defined in flat areas. After the shutter has opened, the material falls onto a defined point of the spreading disc under gravity. The granules are accelerated by the spreading vanes and distributed over the field.

Graphic 2: The slope spreading kit ensures that correct distribution of the fertiliser over the entire working width is guaranteed both on lateral slopes (left) and when spreading uphill and downhill (right).

There are various spreading scenarios for spreading on slopes. Spread patterns in both uphill and downhill spreading are different from those on flat areas. The same applies to spreading at right angles to the slope. The material delivery points on the disc in these practical situations are changed by the inclination of the fertiliser spreader. Whereas the fertiliser strikes the spreading disc at right angles in flat areas, it is shifted in extremely hilly terrain, which in turn has a direct effect on the spread pattern. The fertiliser is guided down onto the disc over a longer distance by means of the slope spreading kit (Graphic 2), thereby minimising the impact of the slope to a considerable extent.

The kit is not only available for new machines but can also be retrofitted to existing ZA-V spreaders.

Quantifiable economic and ecological benefits

This simple special option can optimise the lateral distribution of the fertiliser on slopes. In particular, the throwing distance and the lateral distribution of the fertiliser are improved by the slope spreading kit. As a large-scale field trial at InnovationsFarm in Austria showed, the lateral distribution on extreme slopes can be optimised by a coefficient of variation of at least 5 % as a result of the slope spreading kit. This was verified both in application at right angles to the slope as well as when fertilising uphill and downhill. Apart from the economic aspects, this also has important ecological benefits for the environment.