Morris 94170 Two Hole Copper Compression Lugs are designed for fast, reliable electrical cable terminations, making them an essential component for any electrical professional. Crafted from high-conductivity seamless electrolytic copper, these lugs ensure optimal performance and durability in various applications. The dual mounting holes provide flexibility during installation, while the uniform bright electro-tin plating resists corrosion and minimizes contact resistance, maximizing conductivity. Each lug features crimp marks that indicate proper crimp locations, ensuring a secure and effective connection every time. Additionally, these compression lugs are marked with die index and color codes for easy identification, facilitating a streamlined installation process. A peephole is included to verify proper strand insertion, adding an extra layer of confidence in the connection. Morris 94170 lugs are UL 486A and cULus listed, ensuring they meet stringent safety and performance standards. Rated for up to 35KV when properly installed, these lugs are suitable for a variety of electrical applications. With a wire range of 4/0 and dimensions of 3.11" in length, an outside diameter of .688", and a stud size of 5/16", these compression lugs are perfect for professional electricians looking for reliability and efficiency in their work.
Two Hole Copper Compression Lugs for fast reliable electrical cable terminations.
Barrel Length: Short
Color: Purple
Color Code: Purple
Connector Style: Lug
Connector Type: Compression
Country of Origin: India
Description: Copper Short Barrel 2 Hole Compression Lugs 4/0 Awg 5/16 Stud 1" Hole Spacing
Finish: Electro-Tin Plated
Hole Size: 5/16
Hole Spacing: 1"
Inside Diameter: .547"
Length: 3.11"
Material: High Conductivity Copper
Maximum Voltage: 35KV
Mfg Standard: Ul 486A
Number of Mounting Holes: 2
Outside Diameter: .688"
Stud Size: 5/16"
Type: Copper Short Barrel 2 Hole Compression Lugs
Ul Listing: cULus
Upc: 601986941709
Warning: Cancer and Reproductive Harm
Wire Range: 4/0
Wire Size: 4/0