Versatile 3m™ Mechanical Shearbolt Two-hole Lug Ql2-a-1/0-350, 1/case Pro Version [vRknoEJm]

3M™ Mechanical Shearbolt Two-Hole Lug QL2-A-1/0-350: High-Performance Connector Solution

The 3M™ Mechanical Shearbolt Two-Hole Lug QL2-A-1/0-350 is a premium connector designed for exceptional performance and reliability. This lug is specifically crafted to work seamlessly with 3M Cold Shrink QT lll Terminations, ensuring a secure and durable connection. With its innovative shearbolt design, this lug provides excellent performance, making it an ideal choice for various electrical applications. The included friction plate enhances contact force, protecting the conductor from damage and ensuring optimal performance.

Key Product Properties and Specifications

The 3M™ QL2 Shearbolt 2 Hole Mechanical Lug Kit is engineered with meticulous attention to detail. Made of aluminum for superior conductivity and coated with corrosion-resistant tin plating, this lug offers excellent durability. It meets ANSI 199.4, class 2 pull-out requirements, ensuring compliance with industry standards. The stepless shearbolt bolt shears at the same location regardless of the conductor's cross-section, providing consistent performance. This lug is suitable for both copper and aluminum conductors, making it versatile for a wide range of electrical systems.

Practical Applications and Benefits

The 3M™ Mechanical Shearbolt Two-Hole Lug QL2-A-1/0-350 is an essential component for professionals in the electrical industry. Its reliable performance and robust design make it ideal for use in construction, maintenance, and repair projects. The lug's contact pad ensures optimal contact pressure, enhancing mechanical pull-out strength and providing a secure connection. By choosing this lug, you can benefit from increased safety, reduced downtime, and improved efficiency in your electrical installations. Don't settle for subpar connectors; upgrade to the 3M™ Mechanical Shearbolt Two-Hole Lug QL2-A-1/0-350 and experience the difference in quality and performance.