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A novel DE-GMAW method to weld steel tubes on simplified condition

机译:一种在简化条件下焊接钢管的新型DE-GMAW方法

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摘要

A novel double-electrode gas metal arc welding method to weld steel tubes was investigated in this paper. The new method combines two welding torches and current sensors with welding position and angel design. In addition, a new control system was designed to improve the quality of welding seams. Experiments showed that different positions of main torch and bypass torch had different influence on welding quality. With bypass arc voltage at 35 V and suitable main welding feeder speed (WFS) at 10.2 m/min (400 in/min, 195 A), double arcs were ignited well and metal transfer was in spray mode. When the bypass WFS was at 8.9 m/min (350 in/min, 195 amps), welding seam formation and welding seam penetration were good. High-speed photos had been provided to prove the experimental results.
机译:本文研究了一种新型的双极气体保护焊方法。该新方法将两个焊炬和电流传感器与焊接位置和角度设计结合在一起。此外,设计了一种新的控制系统来改善焊缝质量。实验表明,主焊枪和旁路焊枪的位置不同对焊接质量的影响也不同。在35 V的旁路电弧电压和10.2 m / min(400 in / min,195 A)的合适的主焊缝进给速度(WFS)下,很好地点燃了双电弧,金属转移处于喷涂模式。当旁路WFS为8.9 m / min(350 in / min,195安培)时,焊缝形成和焊缝渗透良好。提供了高速照片以证明实验结果。

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