Sensor-Based Torch Alignment
Sensor-based torch alignment automates the positioning and tilting of the welding torch with optical sensors to ensure consistent geometric conditions in the weld pool.
Physical-Chemical Mechanism of Action
Sensor-based torch positioning uses optical sensors that monitor and correct the torch in real time. These sensors measure deviations from the set tilt and angle and automatically perform corrective actions.
Metallurgical Relevance & Risks in Welding
Correct torch positioning is crucial for even heat transfer and a homogeneous weld pool. Incorrect positioning can lead to uneven melting, porosity, and irregular weld bead geometry. This increases the risk of cracking and reduces the strength of the joint.
Workshop Practice & Instructions
To use sensor-based torch positioning, make sure the sensors are clean and properly calibrated. Set the desired tilt and angle on the machine and start the automatic correction. Monitor the process data to ensure optimal alignment. If you have sensor issues, clean the sensors or perform a calibration.