Burndy YA60L-2TC14E1 2 Hole Compression Connection Stud
Condition: New
Product Overview: The Burndy YA6CL-2TC14E1 is a two-hole, tin-plated copper compression lug designed for terminating 6 AWG stranded copper conductors onto dual ¼″ studs with 1″ spacing. It features a standard-length barrel with an internal chamfer for easy conductor insertion and an inspection window to verify a proper crimp. Available in packs of 5, these blue-coded lugs meet UL/CSA ratings up to 90 °C and 600 V (35 kV impulse), making them ideal for secure, corrosion-resistant electrical connections in medium-voltage applications.
Features
Two ¼″ Stud Holes, 1″ Spacing
Accommodates dual studs to prevent lug rotation under vibration or thermal cycling.Internal Barrel Chamfer & Inspection Window
Chamfered wire entry guides strands smoothly into the barrel, and the inspection window confirms full conductor insertion before crimping.Electro-Tin Plated Copper
Tin plating on the copper surface reduces galvanic corrosion when mated with dissimilar metals and ensures low contact resistance.
Condition: New
Product Overview: The Burndy YA6CL-2TC14E1 is a two-hole, tin-plated copper compression lug designed for terminating 6 AWG stranded copper conductors onto dual ¼″ studs with 1″ spacing. It features a standard-length barrel with an internal chamfer for easy conductor insertion and an inspection window to verify a proper crimp. Available in packs of 5, these blue-coded lugs meet UL/CSA ratings up to 90 °C and 600 V (35 kV impulse), making them ideal for secure, corrosion-resistant electrical connections in medium-voltage applications.
Features
Two ¼″ Stud Holes, 1″ Spacing
Accommodates dual studs to prevent lug rotation under vibration or thermal cycling.Internal Barrel Chamfer & Inspection Window
Chamfered wire entry guides strands smoothly into the barrel, and the inspection window confirms full conductor insertion before crimping.Electro-Tin Plated Copper
Tin plating on the copper surface reduces galvanic corrosion when mated with dissimilar metals and ensures low contact resistance.