DETERMINATION OF THE EFFECT OF HEATING THE INTERNAL SURFACES OF THE WORKING CHAMBER OF A COTTON GIN MACHINE ON PRODUCTIVITY AND ITS OPTIMAL PARAMETERS
Abstract
This paper investigates the effect of heating the internal surfaces of the working chamber of a cotton gin machine on its productivity based on experimental research. During the study, the front apron and lintel beam surfaces of the working chamber were heated at specified temperature levels, and the productivity of the gin machine was determined under different cotton moisture conditions. Based on the experimental data obtained, mathematical regression equations describing the productivity of the machine were developed, and their adequacy was evaluated. Using the regression models, the heating process of the internal surfaces of the working chamber was optimized, and the optimal temperature values providing maximum productivity were determined. The results show that heating the internal surfaces of the working chamber is an effective technological solution for increasing the productivity of cotton gin machines.
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