What are the characteristics of argon arc welding robot welding:

The main operating modes of argon arc welding robots are divided into two. Both operating modes can weld for a long time, which can effectively ensure the high efficiency and high quality of the operation. Compared with other methods, the stability of this mode is unparalleled. Welding robots are divided into spot welding and argon arc welding. Argon arc welding technology has developed rapidly in China and is a widely used welding technology. Especially in recent years, argon arc welding has become an indispensable technology in various structural welding. Do you know what the characteristics of argon arc welding robots are? Let’s take a look at the following introduction.

Characteristics of argon arc welding robot:

Each manufacturer of argon arc welding robots has its own specific supporting welding equipment. Corresponding interface boards have been inserted into these welding equipment, so there is no additional interface box in the arc welding robot system. It should be pointed out that in the working cycle of an argon arc welding robot, the arc time accounts for a large proportion. Therefore, when selecting a welding power supply, the capacity of the power supply should generally be determined based on a continuity rate of 99%.

The wire feeding mechanism can be installed on the upper arm of the robot or placed outside the robot. The former has a shorter hose between the welding gun and the wire feeder, which is beneficial to maintaining the stability of the wire feed. The latter has a hose principal. When the robot sends the welding gun to certain positions, the hose is in a multi-bent state, which will seriously affect the quality of the wire feed. Therefore, the installation method of the wire feeder must consider ensuring the stability of the wire feed.

Arc welding robots mostly use gas shielded welding methods. Common thyristor, inverter, waveform control, pulse or non-pulse welding power sources can be installed on the robot for argon arc welding. Since the robot control cabinet adopts digital control and the welding power supply is mostly analog control, it is necessary to add an interface between the welding power supply and the control cabinet.

The main operating modes of argon arc welding robots are divided into two. Both operating modes can weld for a long time, which can effectively ensure the high efficiency and high quality of the operation.