MIG-500IXR Welding Source | Water/Air cooling | 20-500A | with feeder torch
Variants: MIG-500IXR - air cooling
MIG-500IXR Welding Power Source
The MIG-500IXR is a high-performance welding power source for industrial applications. It operates on three-phase 380V±10% (50/60Hz) with 25 kVA input capacity and 37 A input current. The output range of 20–500 A and 17–42 V supports demanding welding tasks, while 60% duty cycle ensures stable operation. Push/pull wire feeding supports 0.8–1.6 mm wires.
The system uses a push/push-pull wire feeding mechanism for continuous and stable welding. It supports pulse and constant voltage characteristics for carbon steel, stainless steel, and copper alloys. Air cooling simplifies installation by reducing system complexity and maintenance. The straightforward parameter setup enables fast integration into existing welding environments.
Ideal for heavy-duty MIG welding, metal fabrication, steel construction, and industrial production lines.
Highlights
The AUCTECH MIG-500IXR Welding Power Source
The AUCTECH MIG-500IXR is an industrial welding power source used within the AUCTECH collaborative welding robot ecosystem. It is designed for automated welding applications requiring high output currents and compatibility with different welding materials. The system operates with a three-phase 380 V power supply and provides a rated output current range from 30 A to 500 A. With support for pulse welding and constant-voltage welding characteristics, the welding source can be configured for a variety of industrial welding tasks. It is suitable for integration with collaborative and industrial robotic welding systems used in manufacturing and fabrication environments.
Software & Control
The MIG-500IXR is designed for use with the AUCTECH Welding Process Software System and supports integration into automated welding configurations. Communication between the welding source and robotic control systems is available through Analog and EtherCAT interfaces. The welding source can be combined with welding process libraries and parameter management functions that support weaving welding, multi-layer welding and multi-pass welding applications. Integration into robotic welding environments enables centralized configuration of welding parameters and welding processes.
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