Responses and Optimization of a PID-Based Speed Regulating System of the Planetary Mixer

Ming Jin Yang; Xi Wen Li; Zhi Gang Wang; Tie Lin Shi

doi:10.4028/www.scientific.net/AMR.418-420.1865

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Responses and Optimization of a PID-Based Speed Regulating System of the Planetary Mixer

Abstract:

The performance of speed regulating is very important to the mixing process with safe, efficient operation and high quality of production. Strategies and practices of responses and optimization of a PID-based speed regulating system of a planetary mixer were presented in this paper. Research results show that: by means of the signal constraint function presented by Simulink Response Optimization, optimization PID parameters of the 2-DOF-PID controller can be obtained, and the response of close-loop control system has quite good performance of overshoot, response time, and stability compared with an open-loop control system.