High-speed pneumomechanical drive of the executive movements of machine mechanisms

Abstract

Abstract This paper presents a technical solution for a high-speed positional pneumatic actuator of the executive movements of technological equipment, and also developed a mathematical and computer model. The method of solving the differential equation in the SiminTech program is used. The result is an oscillogram of transient processes. The resulting models allow for dynamic analysis of pneumo-mechanical systems. This article presents graphs constructed in the computer program SimInTech, the dependence of the angular velocity and angular displacement on time. A mathematical model is written that is confirmed by a computational experiment.