基于AMESim稳罐装置液压系统设计与仿真分析

稳罐装置是超深超大矿井提升系统安全可靠运行的重要保护装置,防止超深超大矿井提升时提升容器的大幅震荡。为保证提升容器装卸载大吨位重物过程的稳定性、安全性,设计了稳罐装置液压系统,主要依靠单边装置2个升降油缸来柔性补偿钢丝绳形变量,利用AMESim对该系统进行建模并对升降油缸工况进行仿真分析,得到升降油缸的运行速度和压力变化曲线。结果表明:整个液压系统能够安全稳定运行,稳罐装置补偿速度能够满足提升工况需求。

Design and Simulation for Tank locking Device Hydraulic System Based on AMESim

Tank locking device is an important protection device for safe and reliable operation of super deep and super large mine hoisting system. It can prevent large vibration of lifting vessel in super deep and super large mine. In order to ensure the stability and safety of the lifting vessel during loading and unloading of large tonnage heavy objects, the hydraulic system of the tank locking device was designed. The hydraulic system mainly relied on two lifting oil cylinders of single side device to flexibly compensate the wire rope shape variable. The system was modeled by AMESim and the operating conditions of the lifting cylinder were simulated and analyzed. The operating speed and pressure change curves of the lifting cylinder were obtained. The results show that the whole hydraulic system can run safely and stably, and the compensation speed of the tank stabilizer can meet the requirements of the lifting condition.