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Aplicabilidad del monitoreo de emisiones del arco el??ctrico para el control de calidad en el proceso MAG-S

机译:电弧闪光排放监测在MAG-S工艺中用于质量控制的适用性

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Ensuring quality in welding is not a trivial task. For this purpose several quality control checks are performed, at the expense, costs and production times are increased. There are several automated welding systems and they are assisted by control systems based on monitoring of welding parameters. However, automated quality monitoring systems are limited and they are mostly designed for the TIG welding processes. During welding, the arc produces acoustic and electromagnetic emissions that occur as sound and light. The aim of this paper is to show that the emissions of the welding arc can be used to monitoring the quality of welding in MAG-S process. Multiple welding experiments were performed in flat position; in each experiment were induced perturbations by grease on plate and shielding gas absence. Current and voltage signals and arc emission signals were acquired simultaneously. The short circuit frequency was measured from acoustic and electromagnetic emission in the ultraviolet band. The welding stability was measured from infrared emission. The results show that the emissions of welding arc can be used for monitoring and detecting of disturbances in welding and with the understanding of the variations of each disturbance could be possible to identify certain types of disturbances.
机译:确保焊接质量并非易事。为此,执行了一些质量控制检查,但增加了费用,成本和生产时间。有几种自动焊接系统,它们由基于焊接参数监视的控制系统辅助。但是,自动质量监控系统是有限的,它们主要是为TIG焊接工艺而设计的。在焊接过程中,电弧会产生声音和电磁辐射,并以声音和光的形式出现。本文的目的是证明焊接电弧的发射可用于监测MAG-S工艺中的焊接质量。在平坦位置进行了多次焊接实验;在每个实验中,板上的油脂都会引起扰动,并且没有保护气体。同时获取电流和电压信号以及电弧发射信号。短路频率是根据紫外线波段的声发射和电磁发射测得的。焊接稳定性由红外辐射测量。结果表明,焊接电弧的发射可用于监测和检测焊接中的干扰,并且通过了解每种干扰的变化,可以识别某些类型的干扰。

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