Machinery & Energetics

In current work it is made the analysis of parameters of boom sprayer, it directly influences on its technological productivity. The shown equation helps to find out the calculated spray width of boom and allows to find spraying unsteadiness using spray width of boom considering distance between spraying device and processing object, nozzle angle of work liquid spraying and the number of overlaps. Criteria of maximum number were entered while researching sprayer work speed, here we could find such parameters as, for example, optimal tank volume for work liquid, permissible sprayer weight. It’s also made the analysis of coefficient components of time using of sprayer work and correlation with constructive and technological sprayer parameters is shown.

energy tool, boom sprayer, productivity, work width, nozzle (spraying device), sprayer boom, work speed