CAROL Bus Drop Cable: 6 AWG, 3 Conductors
The CAROL Bus Drop Cable (MPN 03706.35.10) is a 6 AWG, 3-conductor, 250 ft overall length bus drop cable. It features a bare, uninsulated copper grounding conductor and is UL Listed.
SKU 3G-OTH-46416
Need installation or engineering help?
Ask a question
Product Description
The CAROL Bus Drop Cable (MPN 03706.35.10) is a 6 AWG, 3-conductor, 250 ft overall length bus drop cable. It features a bare, uninsulated copper grounding conductor and is UL Listed.
Frequently Asked Questions
What is CAROL Bus Drop Cable used for?
The CAROL Bus Drop Cable (MPN 03706.35.10) supplies power from overhead busway systems to industrial machinery, assembly lines, and portable equipment. Its 6 AWG, 3-conductor design with a bare copper ground suits factory environments requiring flexible, UL Listed drop cable.
What are the specifications of CAROL Bus Drop Cable?
This CAROL bus drop cable is 6 AWG with 3 conductors and a bare, uninsulated copper grounding conductor. Overall length is 250 ft. It is UL Listed and carries MPN 03706.35.10. The grounding conductor insulation color is bare, and the insulation material is uninsulated.
Where to buy CAROL Bus Drop Cable worldwide?
3G Electric supplies the CAROL Bus Drop Cable (MPN 03706.35.10) worldwide. As a global industrial distributor, we handle full logistics, customs clearance, and delivery to your site. Contact us for availability and lead time on this UL Listed 6 AWG, 3-conductor cable.
How to install CAROL Bus Drop Cable?
Install the CAROL Bus Drop Cable by connecting the 3 conductors to your busway tap and equipment, ensuring the bare copper ground is bonded per local codes. Use strain relief at both ends. Follow UL guidelines for cable support and avoid sharp bends to maintain flexibility and safety.
Used in
Common applications for CAROLCAROL Products
3G Electric supplies CAROL bus drop cables. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.
