EXPERIMENTAL REMOTE DETERMINATION OF THE STATIC CHARACTERISTIC OF THE ARC IN TIG WELDING

Deyan Gradinarov, Marina Manilova, M. Tongov
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Abstract

In the conditions of TIG welding, the magnitude of the current is set, but not the voltage of the arc. To determine the arc voltage at a set current, arc length, type of electrode, sharpening angle and others, it is necessary to know the static characteristics of the welding arc. This dependence facilitates the use of simulation modelling methods of welding processes. In the proposed study, the static characteristics of the welding arc in TIG process with 4 types of electrodes were determined experimentally. The magnitude of the current was set in the range of 20 to 200A and the arc voltage was measured. All parameters are measured remotely by a real-time welding monitoring system and transferred to a remote computer via the Internet. Graphs were built based on the recordings, and the numerical results were processed and regression relationships were obtained.
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tig焊接电弧静态特性的实验远程测定
在TIG焊接的条件下,电流的大小是设定的,而不是电弧的电压。要确定在设定电流下的电弧电压、弧长、电极类型、锐化角度等,就必须知道焊接电弧的静态特性。这种依赖性有利于焊接过程仿真建模方法的使用。在本研究中,通过实验测定了4种电极在TIG过程中焊接电弧的静态特性。将电流的大小设定在20 ~ 200A范围内,并测量电弧电压。所有参数由焊接实时监控系统远程测量,并通过互联网传输到远程计算机。根据记录建立图形,并对数值结果进行处理,得到回归关系。
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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