Simulation Analysis and Comparison of Self Regulating Synchronous Valve and Fixed Synchronous Valve Based on AMESim

As an important component of hydraulic synchronous control technology, synchronous valve has been widely popularized in engineering applications. At present, the domestic production of most of the synchronous valve is fixed synchronous valve, when fixed synchronous valve is in variable flow condition, its synchronization accuracy will be reduced. In this paper, ZSTF2-B2-10H type reversing piston synchronous valve is taken as the object of study, the main task is to study the analysis of the original type step valve dynamic performance in the condition of the shunt, on the basis of this research, self-regulating synchronous valve is introduced, under the condition that the parameters of the synchronous valve remain the same, comparative analysis of dynamic characteristics of partial load and variable flow conditions, thus establishing the superiority of self-regulating synchronous valve.