Morris 93014 A One Hole Compression Lug is designed for reliable connections with both copper and aluminum cables. This versatile connector is dual-rated as AL9CU, making it suitable for a variety of applications while accommodating both conductor types seamlessly. Crafted from high-conductivity seamless aluminum, it ensures optimal performance and durability. The connector barrel features a coating of oxide inhibitor and is capped, which enhances its longevity and resistance to corrosion. With uniform bright electro-tin plating, this compression lug minimizes contact resistance, ensuring maximum conductivity for your electrical systems. The single mounting hole simplifies installation, while color coding aids in easy identification during use. Designed with practical markings, the Morris 93014 A includes crimp marks that indicate proper crimp locations and a die index for quick reference. It is UL486B listed AL9CU and rated for 35KV when installed correctly, ensuring compliance with industry standards. This product is also cULus listed, providing peace of mind for professionals and homeowners alike. With dimensions of 2.01 inches in length and a 0.34-inch outer diameter, the lug fits securely onto a 3/8-inch stud. Choose the Morris 93014 A for your next electrical project and experience the reliability and efficiency that comes with quality craftsmanship.
A One Hole Compression Lug for use with Copper or Aluminum Cables.
Al9cu Dual Rating: AL9CU Dual Rated
Barrel Length: Long
Color: Gray
Color Code: Gray
Connector Style: Lug
Connector Type: Compression
Country of Origin: India
Description: Aluminum Long Barrel 1 Hole Compression Lugs 6 Awg - 3/8 Stud
Finish: Electro-Tin Plated
Hole Size: 3/8
Inside Diameter: 0.2"
Length: 2.01"
Material: Aluminum
Maximum Voltage: 35KV
Mfg Standard: UL 486B
Number of Mounting Holes: 1
Outside Diameter: 0.34"
Stud Size: 3/8"
Type: Aluminum Long Barrel 1 Hole Compression Lugs
Ul Listing: cULus
Upc: 601986930147
Warning: Cancer and Reproductive Harm
Wire Range: 6 Str.
Wire Size: 6 Str.