Automatización del sistema de regulación del tamaño de grano para un molino eléctrico de granos secos SVM-160

Abstract

This thesis work focuses on designing a mechatronic system for regulating grain milling. Its primary objective is to create a system that allows for precise milling regulation and reduces calibration time compared to manual methods. A worm screw crown mechanism is used to adjust the distance between the grinding discs, controlling the size of the final product. An electronic circuit with calibration options and an on/off control is incorporated to prevent misalignments. A cost analysis demonstrates that this automated solution, despite requiring initial investment, saves time and reduces costs in the long term by eliminating frequent manual calibrations.