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Failure Analysis and Diagnosis of Spark Erosion Machine Tools

机译:火花腐蚀机床的失效分析与诊断

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In recent years, along with the rapid development of industrial technology, the development of spark erosion technique becomes very important and plays a key role in the molding processing technology, especially under the situation when this technology is urgently needed. Based on the first-hand data from the production site, it is introduced here regarding the structure and the working principle of hcd500k spark erosion machine tool; at the same time, the common faults and problems of the pulse power and servo feed system are analyzed in details and proposed the solution on them. The detailed analysis is also given for the problems like the frequent poor discharge. The reasons and diagnosis methods are deeply studied as well. It is very helpful and supportive on providing evidence for minimizing the machine design defects and making continuous improvement in design. This paper is meaningful in helping machine tooling design to step into a higher level and having spark erosion machine tooling been improving continuously.
机译:近年来,随着工业技术的快速发展,火花侵蚀技术的发展变得非常重要,并且在模制加工技术中发挥着关键作用,特别是在迫切需要这项技术的情况下。基于生产现场的一手数据,介绍了HCD500K火花腐蚀机床的结构和工作原理;同时,详细分析了脉冲功率和伺服进料系统的常见故障和问题,并提出了对它们的解决方案。还给出了频繁差的放电等问题的详细分析。还研究了原因和诊断方法。为提供最小化机器设计缺陷并进行设计持续改进是非常有帮助的和支持的。本文在帮助机床工具设计方面是有意义的,进入更高水平并使火花腐蚀机床连续改进。

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