埋弧焊中电弧现象与焊接参数的关系

K. Akahide, Teruo Uke Ukibe, J. Tsuboi
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引用次数: 5

摘要

在埋弧焊中,为了通过控制焊接参数来调节焊头形状,利用x射线图像增强电视系统检测了电弧柱的方向和熔坑内金属液的位置。根据电极端头在极板表面的位置,电弧分为开弧和埋弧。在高焊接电流和高运动速度下,电弧埋藏在焊板中,在熔坑前部和电极尖端之间向前产生,使电极尖端呈刀状。在大焊接电流和低移动速度下,电弧深埋在焊板中,在焊池和电极尖端之间呈放射状击打,像铅笔一样熔化。另一方面,焊池和电极尖端之间在板材表面产生低焊接电流的开弧。电弧柱的方向和开弧处电极尖端的形状随熔池中熔融金属的位置而变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Correlation between Arc Phenomena and Welding Parameters in Submerged-Arc Welding
In submerged arc welding, the direction of arc column and the position of molten metal in the crater have been examined using a X-ray image intensifier TV system in order to regulate weld bead shape by controlling welding parameters.Arcs are classified into the open and buried arcs depending on the position of electrode tip to the plate surface. The arc at high welding current and high travel speed, is buried in the plate and is generated forward between the front of crater and the electrode tip, which results in a knife like shape of electrode tip. The arc at high welding current and low travel speed, is buried deeply in the plate and strikes radially between the weld pool and the electrode tip melted like a pencil. On the other hand, the open arc with low welding current is generated between the weld pool and the electrode tip over the plate surface. The direction of the arc column and the shape of the electrode tip at the open arc change in accordance with the position of molten metal in the crater.
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