CAJ | 학술논문

分析溢流阀在铝合金液压阀岛中的作用及其设计时须考虑的参数;根据铝合金液压阀岛的要求确定溢流阀为直动式,通过对直动式溢流阀工作原理的分析及其各种结构的性能比较,确定阀芯结构为锥形.计算了溢流阀的通径d、阀芯与阀套之间的间隙Δr和锥阀锥角α等主要几何尺寸以及在最高调定压力p 1max下阀芯额定开口量x 10、液压卡紧力F K和阀的弹簧刚度K 1及预压缩量x 0,为溢流阀的设计提供参考.
분석일류벌재려합금액압벌도중적작용급기설계시수고필적삼수;근거려합금액압벌도적요구학정일류벌위직동식,통과대직동식일류벌공작원리적분석급기각충결구적성능비교,학정벌심결구위추형.계산료일류벌적통경d、벌심여벌투지간적간극Δr화추벌추각α등주요궤하척촌이급재최고조정압력p 1max하벌심액정개구량x 10、액압잡긴력F K화벌적탄황강도K 1급예압축량x 0,위일류벌적설계제공삼고.
The roles and the parameters needed to be considered in designing of the relief valve in the aluminum-alloy hydraulic valve terminal were analyzed. According to the requirements of aluminum-alloy hydraulic valve terminal,the directly operated relief valve was selected. The valve core structure of the relief valve was determined as cone through analyzing the working principle of the type and comparing its various structures performances. Three main geometry parameters values:the diameter of the relief valve,the gap between the valve core and the valve set,the cone angle of the conical valve were calculated. The static characteristics parameters values:the rated opening of valve core under the highest adjustment pressure,the hydraulic tight force,the spring stiffness of the re-lief valve and the prior compression were calculated,too. All these provide reference for designing relief valve.