WUL2/0YL-100 - Pacer Group Pacer Yellow 2/0 AWG Battery Cable - 100'

Yellow 2/0 AWG Battery Cable - 100' 

Pacer's 2/0 AWG Marine Battery Cable meets and exceeds the most stringent specifications. This UL-approved marine cable is manufactured in the USA to ensure high quality.  

Marine installations can occur in tight, enclosed spaces that have sharp turns where the installation process can quickly become difficult. Pacer makes the installation process easier.  How?  By creating a flexible yet tough marine cable.  This 2/0 AWG marine battery cable can handle the toughest environments.  This marine battery cable is made from Type III tinned copper.  The copper resists corrosion and helps to extend the life of the marine cable. Then, the cable is insulated with a durable and flexible PVC jacket.  These things all come together to make the highest quality marine cable available.

Features:

• Easy to strip, bend, and route
• Excellent flexibility with the durable properties of PVC

Technical Specifications:

• Conductor - Annealed fine stranded tinned copper ASTM B172 Class K
• Insulation  -20 °C to 105 °C Flexible, Color Coded PVC
• Temperature Rating - 105 °C Dry, 75 °C Wet, 60 °C Oil
• Voltage Rating - 600V
• Resistant to - Acid, Alkali, Abrasion, Flame, Gasoline, Oil, and Moisture

*Sold as an Individual

The Pacer Yellow 2/0 AWG Battery Cable, part number WUL2/0YL-100, is a heavy-duty electrical cable designed for high-current applications. This product is suitable for IT and business environments requiring reliable power distribution to critical systems, particularly in setups involving battery banks or large power supplies. It addresses the need for robust connectivity in applications where standard gauge wiring is insufficient, preventing voltage drop and ensuring consistent power delivery. Businesses can utilize this 100-foot cable for custom power solutions, equipment upgrades, or in the maintenance of existing infrastructure where high-amperage circuits are present. Its primary function is to facilitate efficient and safe power transfer in demanding electrical systems.