摘要
该文分析了液力偶合器输入、输出组件独立做动平衡,由于铝合金和32#透平油的比重差,去重后产生的油环导致了设备的振动。为了使液力偶合器的振动值满足要求,为此,根据理论计算和实际试验情况,就65GTYS偶合器的涡轮去重作了要求,以便合适地选配零件。
This essay analyses the dynamic balancing process of input and output parts,not complete set but individual assembly part.Due to a ratio slip between aluminum alloy and turbine oil#32,the weight-removing hole filled by turbine oil#32 leads to vibration of the hydraulic couplings.In order to make the vibration value of fluid couplings meet requirement of relevant standards,based on theoretical calculation and actual test condition,we here take the weight-removing of turbo wheel,hydraulic couplings demonstrate what has to be done in this process,which serves a better way for part matching.
作者
谢厚刚
黄金火
吴浩华
XIE Hou-gang;HUANG Jin-huo;WU Hao-hua(Guangdong Zhongxing Power Transmission Co.,Ltd.,Yunan 527100,China)
出处
《液压气动与密封》
2019年第10期30-31,共2页
Hydraulics Pneumatics & Seals
关键词
液力偶合器
油环
振动
动平衡
hydraulic couplings
oil hole
vibration
dynamic balancing
