Welding Robot Application Environment Requirements – Yamaha

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

The welding robot is different from the general industrial robot in the particularity of the use environment, and the particularity of the use environment is different from the general general industrial robot, and the impact of the use environment mainly refers to the strong arc light, high temperature, messy electromagnetic environment, smoke, spatter, processing or assembly errors, welding thermal deformation, weldment surface state, power grid stability, and the extreme working environment of special welding operations in the welding process.

                                  Welding Robot Application Environment Requirements – Yamaha

Taking the Motoman MH6 robot as an example, the normal operation of the robot body needs to ensure the working temperature in the range of 0-45 °C and the relative humidity of the environment not higher than 90%, and supply (240/480/575) V and (50/60) Hz of stable three-phase alternating current.

The adaptability of the welding robot to the use environment is also reflected in the real-time adjustment of the welding track, welding gun posture and welding parameters through the feedback of the sensing system. In the robot arc welding operation, due to the change of actual welding conditions such as tooling errors and welding thermal deformation, the welding torch moving according to the original track can no longer ensure the accurate alignment of the weld, which will lead to the decline of welding quality and even the normal welding process can not be maintained. Through the arc sensor or visual sensing method, the active tracking of the weld can be completed, and the external environment adaptability of the welding robot can be enhanced.

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