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The most important problem of implementation of technology for production of agricultural crops is reduction of labor costs, energy and resource saving  with a simultaneous increase of cultivated crop yield and, as a consequence, a decrease of production cost, which cannot be ensured without specification and  subsequent reduction of energy costs for agricultural production operations. To improve quality of sugar beet root harvesting in the conditions of high humidity,  it is proposed to use a separating system in the design of the combine harvester, providing energy efficiency with possibility of simultaneous operations of  digging, separating root crops from soil and plant impurities, blowing of the separating surface with hot exhaust gases from the power plant of the harvesting  machine. The aim of the study is to provide the possibility of improving the quality of separation of sugar beet root in the conditions of high humidity by using  blowing of the working surface of the cleaning devices with exhaust gases from the power plant of the self-propelled combine harvester. The separation system  of a combine harvester was adopted as an object of the research; it is represented by a cleaning star with installed deflectors for blowing of the working surface  with the exhaust gases of the power plant. A method of conducting exploratory research of the separating system to determine quality parametres of cleaning  is presented. The results of the research indicate the prospects for further theoretical and experimental work of the proposed separation system to improve  individual elements of its design.

RESULTS OF EXPLORATORY RESEARCH OF THE SEPARATING SYSTEM WHEN CLEANING SUGAR BEET ROOT