作　　者： ; ; ; ;

机构地区： 通信工程学院

出　　处： 《电焊机》 2014年第6期26-29,共4页

摘　　要： 设计开发基于DSP的四丝脉冲MAG焊控制器,构建机器人四丝脉冲MAG焊系统,并进行了机器人四丝脉冲MAG焊的焊接试验,对不同相位关系下的四丝脉冲MAG焊熔滴过渡行为进行了高速摄影分析。试验结果表明,该四丝脉冲MAG焊控制器性能可靠、稳定,可实现双丝、四丝的脉冲MAG焊接;基于四丝脉冲MAG焊控制器的机器人焊接系统,能够较大幅度提高焊接速度和熔敷率,提高焊接生产效率。对两种不同脉冲相位关系熔滴过渡的高速摄影图片的观察分析表明,交替和随机脉冲相位关系在多丝焊中可以较好地实现一脉一滴的熔滴过渡模式,且焊缝外观质量较好。 Based on DSP,the controller of four - wire pulsed MAG welding was designed and developed,and the robot welding system of four - wire pulsed MAG was built. The welding experiment of the system was carried out and the droplets transfer behavior of four -wire pulsed MAG at different phase relations was analyzed by dint of the high - speed photography. The results indicate that this controller of four - wire pulsed MAG welding was reliable and stable,which might be used in twin - wire or four - wire pulsed MAG welding;the robot welding system based on the controller might improve the welding speed and the deposition rate largely. The observation and analysis on the droplets transfer photos of high - speed photography at different phase relations showed that the pulse phase relations of alternation and synchronization might facilitate the droplets transfer mode of one pulse by one droplet,and meanwhile the appearances quality of the welding seams was very well.

关 键 词： 四丝脉冲 焊 熔滴过渡 高速摄影 相位关系

领　　域： [金属学及工艺]