Simulation design of rolling tube machine mandrel support device hydraulic system

摘要

Compared the mechanical adjustment with hydraulic position closed-loop adjustment, the structure of mandrel supporting device of rolling tube machine is analyzed in this paper, then the AMESim software is applied to model the position closed-loop control hydraulic system dynamics based on its structure parameters, where the simulation results play an important role in designing the hydraulic control system. Moreover, simulation results and experimental data also show that the method proposed in this paper is very effective. After that, the two-dimensional simulation environment is constructed and simulated based on AMESim, which can display the process of each system device before the system design, providing the reference for the hydraulic machine and equipment design.