SPECIFICATIONS
| Parameter name |
SHEDR |
| 1.Productivity, ha/h |
2,4-3,6 |
| 2.Working speed, km/h |
до 12 |
| 3.Working width, m |
3,0 |
| 4.Working depth, mm |
tо 500 |
| 5.The number of operating components, pcs |
6 |
| 6.Dimensions: |
|
| - in working position, to |
|
| length, mm |
2500 |
| width, mm |
3400 |
| height, mm |
1800 |
| -in the transport position, tо |
|
| length, mm |
2500 |
| width, mm |
3400 |
| height, mm |
3000 |
| 7.Operating components width, mm |
270 |
| 8.Weight of construction, kg |
2000 |
| 9.Aggregates with tractors, h.p. |
from 250 |
CONCEPT
|
The working component it is a rack that intended for vertical tiillage to a depth up to 50 cm. It mixing the soil without top-turning it, which restores the vital soil capillarity, prevents water erosion of the upper layers and forms a fine-grained soil. The working component of the Spanish manufacturer BELLOTA of 745 mm height and 60 mm wide.
|
|
 |
Grinding roller with a diameter of Ø 200 mm and
length of 1600 mm. It is used for
grinding crop residues and forming of a
mulching layer (crop residues are
mixed with the soil in the upper layer)
|
CONSTRUCTIONAL BENEFITS
Mixing chisels
Farms that use a minimum tillage system more often use special chisels that mix the soil without top-turning. Wide loosening chisels are designed for loosening to a small depth, for deeper loosening will be better to use narrow loosening chisels. This type of tillage forms a loosened fine-grained structure, chisels during cultivation form cracks through which moisture from precipitation better gets into the lower layers, thus creating favorable environment for a rich root system.
The biggest advantage of deep tillage without top-turning it is time savings and much lower fuel consumption per 1 ha. After this type of tillage, aerobic and anaerobic bacterias do not die as after ploughing, and they remain in favorable conditions and continue to participate in the biocenosis decomposing of crop residues, forming a more porous structure that prevents soil crust and erosion. At this cultivation it is possible to observe increasing of humus content in soil thus increases soil fertility. This technology is especially necessary for unstructured soils that require regular loosening, and will be great for preparing the soil before sowing crops that are particularly sensitive to soil density - such as rape or peas.
It is necessary to properly dispose post-harvest residues and soil moisture capillary, while choosing a tillage system as each tillage system has it's advantages and disadvantages. The practice shows that the best results can be achieved by adapting tillage process to the real conditions that are individually in each case, and not by using a template application of a particular processing system. The main disadvantage of using several tillage systems at the same time is the need to involve a large number of different machines.
