Designed for versatility, this system supports arc welding processes using solid or flux-cored wires from 0.8 mm to 2.0 mm, and it performs exceptionally well in SMAW applications with electrodes up to 6 mm.

Powered by advanced inverter technology, it delivers a high input power factor for reduced energy consumption and lower overall welding costs.

Heavy fabrication operations benefit from the wide multi-process capabilities of the CV/CC505, offering robust stick, MIG, and flux-cored welding performance along with precise Touch-Start TIG functionality.

For field work, the machine can run reliably on generator power—ideal for stick welding and self-shielded flux-cored applications.

Features

• Synergic Function – Automatically matches preset voltage with current for simplified setup; both parameters are fully adjustable.
• Industrial Toughness – Meets strict IP23 standards for real-world industrial environments.
• Durable Electronics – “Made to Last” PC boards with trayed and potted epoxy protection and environmentally sealed wiring connectors; components are strategically placed for maximum environmental shielding.
• Process Selection Switch – Five-position mode selector enables quick and accurate setup for specific welding applications.
• Full Multi-Process Capability – Supports Stick, Touch-Start TIG, MIG, and Flux-Cored welding with remote compatibility.
• Advanced Inverter Technology – Built on LINCOLN ELECTRIC®’s latest global inverter platform for superior reliability.
• Energy Efficient Design – 85% efficiency and a high 0.94 power factor reduce operating costs.
• Touch-Start TIG – Ensures smooth arc initiation with minimal tungsten contamination.
• Digital Meters – Provide accurate parameter readings, retain values after welding, and offer automated fault diagnostics.
• Wide Output Range – 5–500 A output supports everything from thin-sheet TIG applications to heavy-duty stick welding with 6 mm electrodes.
• Protected Front Panel – A sturdy front-panel door safeguards the multi-pin control socket and weld terminals.