The article discusses the theoretical and experimental substantiation of the range of discarding the soil cut by a spherical skimmer. Given that the rotation of the disk occurs due to exposure to soil and particles. The influence of the disk attack angle (a) and translational speed (Vm) of movement on the throwing distance was determined when installing the disk skimmer so that the diametrical section of the plane of its blade was a longitudinally vertical plane (longitudinal with respect to the direction of movement) located in plan on the line of movement of the field edge of the body To prevent plow clogging with plant debris, the option of combining a spherical disk as a skimmer was selected. Theoretically and experimentally substantiated the technological process of working the plow with a skimmer in the form of a spherical disk, the radius of the sphere r = 0,6 m, the stroke depth h1 = 0,13 m, the radius of the disk R = 0,325 m and the translational speed of the plow 1,7-2,7 m/s.
Volume 12 | 06-Special Issue
Pages: 512-517
DOI: 10.5373/JARDCS/V12SP6/SP20201059