Speed Control of an Inertia Load Connected to a Motor Through a Compliant Mechanical Transmission System
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© 2015 by ASME. In this paper, we focus on the problem of controlling the load speed of a mechanical transmission system consisting of a belt-pulley and a gear-pair. We consider two inertias (mo- tor and load) system connected by a compliant transmission. Because of the transmission dynamics, regulation of motor shaft speed may not translate to regulation of load speed. Further, determination of whether to use of motor speed or load speed feedback or a combination of both that would fa- cilitate control of load speed is of importance. In this paper we investigate both the motor and load speed feedback op- tions by considering transmission compliance and utilizing the singular perturbation method. We propose a two degree of freedom control system that utilizes both motor and load speed feedback and an adaptive feedforward scheme to reject torque disturbances on the load. Experiments conducted on a typical industrial transmission system that is commonly employed in roll-to-roll manufacturing are discussed. A rep- resentation sample of the experimental results are presented and discussed.
author list (cited authors)
Raul, P. R., Dwivedula, R. V., & Pagilla, P. R.