Effect of new low energy welding parameters on deposition rate
Vol. 48, Issue 1, Pages: 86-89(2018)
Published:2018
DOI:
稿件说明:
移动端阅览
DOI:
ZHANG Yuyin, MA Xiuliang, YANG Wei, et al. Effect of new low energy welding parameters on deposition rate[J]. Eletric Welding Machine2018, 48(1): 86-89.DOI:
Effect of new low energy welding parameters on deposition rate
摘要
新型低能量焊接技术(New Low Energy Welding Technology
简称NLE)是一种新型焊接方法
采用推拉送丝方式完成熔滴过渡
焊接过程无飞溅并能有效降低焊接热输入。NLE焊接系统通过电流输出和焊丝运动相互匹配
两者协同工作实现稳定焊接。通过焊接工艺试验深入研究燃弧峰值电流I
1
、保持时间T
1
、送丝速度v
1
、焊丝送进延时时间T
4
、焊丝回抽速度v
2
及焊丝回抽延时时间T
5
等控制参数对焊丝熔敷速度的影响规律。结果表明:随着I
1
、T
1
、v
1
、v
2
和T
5
的增大
焊丝熔敷速度增大
并且I
1
和T
1
对焊丝熔敷速度的影响较显著
而v2和T
5
对焊丝熔敷速度的影响不明显
随着T
4
的增大
焊丝熔敷速度逐渐减小
适当调节焊接控制参数可以有效控制焊丝熔敷速度。
Abstract
The new low energy welding technology is a new welding method and completes metal transfer by push-pull wire feed
there is no spatter during the welding process
and the heat input is reduced effectively. The current output and the wire movement match each other to achieve a stable welding. Through the welding procedure test
the influence of control parameters(such as arc peak current I
1
hold time T
1
wire feed rate v
1
the delay time of wire feed T
4
wire withdrawal rate v
2
and the delay time of wire withdrawal T
5
etc.)on the deposition rate of wire is studied. The results show that as the I
1
T
1
v
1
v
2
and T
5
increase the deposition rate of wire improves
and the effect of I
1
and T
1
on the deposition rate is outstanding
but the effect of v
2
and T
5
is not obvious
and with the increase of T
4
the deposition rate decreases
so that the deposition rate of wire can be controlled effectively by adjusting the welding parameters appropriately.