滚动轴承外圈缺陷诊断的自动化

V. Lapshin, I. A. Turkin, Ya. D. Koba
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引用次数: 0

摘要

用于低振动条件下金属切割机主轴组件的现代轴承应提供低振动加工模式。然而,通常情况下,这种轴承,即使是新的轴承,也有一些缺陷。迄今为止最常见的缺陷之一是分离器内部或外部环的缺陷。主轴本身可能会失去对中,从确保没有振动的角度来看,它可能是有缺陷的,在这种情况下,在机器中会观察到主轴速度的跳动。本文提出的主轴组件轴承自动控制方法,可以利用金属切割机主轴旋转的振动动力学来估计轴承分离器外圈的缺陷程度,以及估计由于主轴不对中引起的跳动的存在与否。自动控制方法本身是基于信号滤波的使用,在我们感兴趣的范围内找到特定的故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automation of Diagnostics of Defects in the Outer Ring of a Rolling Bearing
Modern bearings used in spindle assemblies of metal cutting machines for low vibration conditions on such machines shall provide low vibration machining modes. However, there are often situations where such bearings, even new ones, have some defects. One of the most common defects to date is a defect in the internal or external ring of the separator. The spindle itself, which may lose alignment, may be defective from the point of ensuring the absence of vibrations, in which case beats at the speed of the spindle will be observed in the machine. Proposed method of automatic control of bearings of spindle assembly makes it possible to estimate degree of defect of bearing separator outer ring by vibration dynamics of spindle rotation in metal cutting machine, as well as to estimate presence or absence of beats caused by misalignment of spindle. The automated control method itself is based on the use of signal filtering, in the range of interest to us in terms of finding a specific fault.
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