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This product weighs 209 lb each and will be shipped via LTL carrier. A lift gate option will be added free of charge for your convenience.
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The ESAB 0445-400886 is the Aristo Mig U5000iR robotic welding power source, a high-output MIG/MAG unit engineered for automated and robotic arc welding applications. Operating at 460 volts, this power source delivers improved arc performance, reduced spatter, and enhanced crater fill at weld termination. A built-in robotic interface module and integrated web server allow remote access from robotic controllers and external devices. The unit supports Swift Arc Transfer (SAT) high-speed welding processes and features enhanced synergic line performance for consistent, repeatable weld quality across automated production cycles. Licensed welding technicians and automation integrators install and commission this unit.
This power source is designed for robotic welding cells in industrial manufacturing environments where arc stability, communication speed, and data connectivity are critical. The built-in WeldCloud integration module connects via Wi-Fi, mobile cellular, or hard-wired Ethernet, enabling remote monitoring and weld data management through the WeldCloud online platform. The improved robot interface offers increased on-board storage and faster communication speeds compared to previous Aristo Mig generations, making it well suited for high-throughput production lines requiring precise process control and traceability.
Designed for integration with ESAB robotic welding systems and compatible with the WeldCloud online data management platform via Wi-Fi, mobile cellular, or hard-wired Ethernet communication.
Installation and commissioning of this power source should be performed by a qualified welding automation technician or licensed electrician familiar with industrial 460-volt three-phase systems. Disconnect and lock out all input power before making any electrical connections. Verify that input supply voltage, fusing, and grounding comply with applicable NEC requirements and the equipment manufacturer specifications. Integration with the robotic controller interface should be completed before powering the unit for the first time.
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