Destructive states in the area defined as a no-damage region in the ITIC / SEMI F47 curve

Grzegorz Putynkowski, K. Wożny, E. Szychta, L. Szychta
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引用次数: 2

Abstract

The spreading application of robotised systems and the technological development of converter systems that cause a number of disturbances of electric power quality give rise to the question whether their impact on the lifetime of electric receivers and their peripheries is not in excess of normative standards. The authors, in cooperation with some authorised after-sales service providers for industrial robot suppliers, have observed a rising number of after-sales complaints that remain unsolved, where the cause of robot stoppage or damage is not diagnosed. The authors believe this situation is directly caused by the fact supply voltage sags and returns to its default value are not registered (a lack of sag records) and relations are not analysed between voltage sags, current, and anomalous states of industrial robots’ automatic systems. In search for evidence of the destructive effects of voltage sags, the authors have undertaken some research and identified states destructive to electric receivers (in this case, industrial robots) in the region the ITIC / SEMI F47 curve defines as no-damage.
在ITIC / SEMI F47曲线中定义为无损伤区域的区域的破坏状态
随着自动化系统的广泛应用和变换器系统的技术发展,对电能质量产生了一定的干扰,这就引起了人们对电力接收机及其外围设备寿命的影响是否超过规范标准的问题。作者与一些工业机器人供应商的授权售后服务提供商合作,观察到越来越多的售后投诉仍未解决,其中机器人停机或损坏的原因未被诊断出来。作者认为,造成这种情况的直接原因是没有记录电源电压下降和恢复到默认值(缺乏电压下降记录),也没有分析工业机器人自动系统电压下降、电流和异常状态之间的关系。为了寻找电压下降破坏性影响的证据,作者进行了一些研究,并确定了在ITIC / SEMI F47曲线定义为无损害的区域内对电子接收器(在这种情况下,工业机器人)具有破坏性的状态。
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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