LUG5-3

The LUG5-3 from Eaton - Bussmann Electrical Division represents a premium solution in Terminals - Rectangular Connectors, engineered for high-current applications requiring robust connectivity. This terminal connector delivers exceptional conductivity and mechanical stability, making it ideal for power distribution systems where vibration resistance and long-term reliability are critical. With advanced material composition and precision engineering, this component ensures optimal performance in demanding environments.Featuring Lug, Grounding construction, this connector provides superior contact integrity for high-voltage applications. The design minimizes contact resistance while maximizing current-carrying capacity, essential for industrial power distribution systems.The Single Stud Hole design offers flexible mounting options for space-constrained applications. This configuration enhances thermal dissipation while maintaining structural integrity under mechanical stress.With 0.640" (16.26mm) thickness, this terminal demonstrates exceptional durability against repeated mating cycles. The optimized material thickness balances current capacity with mechanical strength.Measuring 3.760" (95.50mm) in length, this connector provides adequate spacing for proper insulation clearance. The dimensional precision facilitates easy integration into existing power distribution networks.Designed for Free Hanging (In-Line) installation, this terminal simplifies assembly processes in field applications. The mounting configuration reduces installation time while ensuring secure electrical connections.The Screw method delivers reliable electrical contact with minimal maintenance requirements. This termination style is particularly effective in environments subject to thermal cycling.Supporting 600MCM (kcmil)-2 AWG wire sizes, this terminal accommodates both high-current and control circuit applications. The design prevents conductor deformation during termination for consistent performance.Non-Insulated protection enhances safety in high-voltage applications while preventing environmental contamination. The insulation system maintains dielectric strength across wide temperature ranges.