OTC welding robot welding power supply

Create Date: 2024-8-30 12:03:23|Source: OTC/Odichi

OTC welding robot as a widely used advanced automatic welding equipment, has the characteristics of high versatility and stable action, to use the robot to complete the welding task, the engineer only needs to teach the robot once to correctly reproduce the operation of the teaching process. When the robot is allowed to do other tasks, there is no need to change the hardware. You only need to show it once.

With the continuous upgrading of welding automation, welding robots have become the mainstream equipment and development direction of welding automation in the middle and high-end of welding automation. Welding robot In the industry, resistance spot welding and arc welding are the most used welding equipment, and the welding power supply is an important part of the robot welding system. The communication requirements of the welding power supply and the robot are very according to their own characteristics, and the welding power supply for the robot has a great change compared with the manual welding power supply, which is mainly manifested in the comprehensive function, the specialization of the database, the stability of the function and the requirements of the wire feeding system and the welding gun are greatly modified.

                                  OTC welding robot welding power supply

Regarding the arc welding power supply system, the welding robot engineering requirements:

1. Magnetic deflection resistance of welding arc;

2. The success rate of arc extraction of welding arc;

3. Welding and forming problems of molten electrode arc welding power supply;

4. Communication problems between the robot and the arc welding power supply;

5. The welding robot's plea for the active wire feeder;

6. Requirements for the placement of welding guns by welding robots.

Welding robot is divided into arc welding, spot welding, laser welding, etc., arc welding is the most widely used in industrial production of the most extensive welding methods, the general arc welding robot by the teaching box, control panel, robot body and active wire feeding device, welding power supply and other parts. There are two driving methods for spot welding robots: hydraulic drive and electric drive. It has the freedom of waist circumference, large wrist circumference, wrist circumference, wrist swing, and wrist twist. Laser robot is an important aspect of the application of laser data processing skills. Under the control of the manipulator, the linear interpolation and arc interpolation functions can be used to complete the continuous track motion control and obtain the welding track.

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