Design and Simulation Analysis for Electro-hydraulic Speed Control System Based on AMESim
As the moving mechanism of BHS fast replacement device for first ropes was controlled by the quantified overloaded hydraulic system, to avoid the ropes wrapping since hydraulic shock, electro?hydraulic speed control system was adopted to regulate the velocity of conveying ropes. The moving characteristics of the stepping cylinder were studied by using simulation platform AMESim. The curves of the cylinder?s displacement, velocity, acceleration and pressure were gotten, and the stability of the hydraulic system was de?termined. The results provide theoretical foundation for the design of BHS fast replacement device for first rope.
Electro-hydraulic speed control systemAMESimMoving characteristicsStability
NETL
NSTL
万方数据
维普
