Pacer Group - Tinned Lug 6 AWG

Enhance Your Marine Connections: Pacer Tinned Lug 6 AWG - #10 Stud Size

Optimize your marine electrical installations with the Pacer Tinned Lug 6 AWG - #10 Stud Size, presented in a handy 2-pack. Engineered for the sea's demanding conditions, these lugs represent the pinnacle of connection technology. By undergoing a meticulous crimping process, they forge a cold weld that promises durability and a long-lasting bond. Comprised of 100% pure copper and adorned with a tin plating, these lugs not only offer supreme conductivity but also stand guard against the relentless threat of corrosion.

• 100% pure copper construction, fully annealed to avert cracking during crimping and usage.
• Tin-plated to ensure long-term conductivity and resistance to corrosive elements.
• Versatile application across a range of sizes for seamless integration into your marine setups.
• Designed for effortless termination, making them ideal for infield applications.
• Durability and longevity that stand up to the harshest marine environments.

Technical Excellence for Maritime Dependability

Pacer's 6 AWG Tinned Lugs are meticulously crafted to exceed the rigorous standards set by the marine industry. The #10 stud size is perfectly suited for a variety of connections, ensuring a tight and secure fit every time. The blend of high-quality materials and innovative design culminates in a lug that is not only easy to use but also exceptionally reliable.

Variations for Every Need

Understanding the diverse requirements of marine electrical systems, Pacer offers these top-grade lugs in various stud sizes to cater to your specific needs. Whether your project calls for 6/10", 1/2", 1/4", 3/8", or 5/16" studs, our selection ensures you have the right fit for a flawless execution.

Commitment to Quality and Safety

Pacer stands by the quality and safety of its Tinned Lugs, evidenced by compliance with E.T.P. CDA-110, ASTM-B-152 Copper, RoHS, CSA, and UL standards. This commitment guarantees that your marine applications are supported by lugs that not only perform under pressure but also uphold the highest safety protocols.