Reproducibility of machine tools’ circularity test according to ISO 230-4 with respect to testing position

M. Woźniak, P. Majda
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引用次数: 1

Abstract

Abstract In this paper circularity of three different machine tools by Virtual Machine was analyzed. To get circularity we make a ball bar test according to ISO 230-4. The test is very common in engineering for a quick diagnostic Computerized Numerical Control (CNC) technical conditions. We implemented earlier calculations of Volumetric Error in our Virtual Machine. Then we simulated testing of circularity of CNC machine tools. The place to take the test was chosen randomly from Uniform Distribution in three different kinds of machine tools. Those machines had different characteristics of kinematic errors and squareness and also different sizes of working space. We observed significant differences in the indicator (circularity) depending on the place where the test was taken. Moreover we showed that there was no reason to take the test in the center of working table.
根据ISO 230-4对测试位置进行机床圆度试验的再现性
摘要本文对三种不同机床的虚拟机圆度进行了分析。为了得到圆度,我们根据ISO 230-4做了一个球棒测试。该试验在工程中非常常见,用于快速诊断数控(CNC)技术状况。我们在虚拟机中实现了早期的Volumetric Error计算。然后对数控机床圆度进行了仿真测试。在三种不同类型的机床上随机选择均匀分布的测试地点。这些机床具有不同的运动误差和垂直度特点,工作空间大小也不同。我们观察到指标(圆度)的显著差异取决于测试进行的地方。此外,我们表明没有理由在工作台中心进行测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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