0413768896 - ESAB 120mm² Heavy Duty Welding Cable Assembly - 15 Meters

Technical Overview of the ESAB 120mm² Welding Cable

The ESAB 120mm² Welding Cable is a premium-grade power transmission solution designed specifically for the rigorous demands of heavy industrial welding applications. With a substantial cross-sectional area of 120mm², this cable is engineered to handle high amperage loads with minimal thermal buildup and voltage drop, ensuring that the welding power source delivers consistent energy to the arc. The 15-meter length allows for significant operational flexibility, enabling operators to work on large assemblies without constantly relocating the power source.

Constructed with high-purity copper conductors, the cable maximizes electrical conductivity. The stranding configuration is optimized to balance the mechanical need for flexibility with the electrical requirement for density. This ensures that despite its large gauge, the cable remains manageable during setup and breakdown. The insulation material is selected for its dielectric strength and resistance to environmental stressors common in industrial settings, including exposure to oils, solvents, and mechanical abrasion.

In professional welding setups, cable integrity is paramount for safety and performance. A 120mm² cable is typically employed in scenarios where duty cycles are high and current requirements exceed standard fabrication limits, such as in shipyard construction, heavy structural steel manufacturing, and large-scale equipment repair. The robust outer jacket provides essential protection against hot slag and sharp metal edges, prolonging the service life of the assembly and reducing maintenance downtime.

This product represents a critical component in the secondary circuit of a welding system. By minimizing resistance losses, it contributes to energy efficiency and arc stability. For procurement specialists and facility managers, investing in high-specification cabling like this ESAB unit ensures compliance with safety standards and reliability in mission-critical operations.