EXPERIMENTAL RESULTS ON THE INFLUENCE OF THE INSTALLATION ANGLES OF THE SUPPORT DISC MOUNTED ON A DISC PLOW RELATIVE TO THE VERTICAL ON THE PLOW’S PERFORMANCE INDICATORS
Ishmuradov Shukhrat
PhD.docent
Khudoyberdiev Muhammad Solih
Researcher
Abdumajidov Rustamjon
PhD, senior lecturer
Keywords: Support disc device, installation angle of the support disc relative to the vertical, actual working width of the plow, design working width of the plow, root mean square deviation of the plow working width, surface roughness height of the furrow, specific draft resistance of the plow, operating speeds.
Abstract
This article presents the experimental results on the influence of the installation angles of the support disc relative to the vertical on the performance indicators of a plow. It was determined that when the installation angle of the support disc relative to the vertical is 0°, the supporting surface is insufficient. As a result, during inversion plowing, the actual working width of the plow exceeds the design working width by 5.1 cm and 8.2 cm, respectively. At this angle, the plow operates with lateral deviation. When the installation angle of the support disc relative to the vertical is in the range of 10° to 20°, the plow operates without lateral deviation, and therefore its actual working width does not significantly exceed the design working width. However, when the installation angle increases from 20° to 30°, the support disc does not sufficiently rest on the bottom of the furrow, which leads to an increase in the plow’s working width.
References
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