Peerless 5362035 2/0 Stranded Wire Coil 250 Ft Zinc Plated

Product Description

The PEERLESS 5362035 is a 2/0 AWG stranded copper wire coil, zinc plated, supplied in a 250-foot coil. Stranded construction provides flexibility for routing through conduit, panels, and tight spaces where solid wire would be difficult to manage. The zinc plating adds a layer of corrosion resistance, making this wire suitable for installations where moisture exposure is a concern. Electricians and electrical contractors use this wire for service entrance runs, feeder circuits, and other high-ampacity applications that call for a large-gauge stranded conductor.

This 2/0 stranded wire coil is suited for residential and light commercial electrical work. It is commonly used for service entrance conductors, main feeder runs, sub-panel feeds, and grounding applications where large-gauge wire is required. The 250-foot coil length accommodates most single-job pulls without splicing. Installation is typically performed by licensed electricians working to NEC guidelines for conductor sizing and installation methods.

Key Features

• 2/0 AWG stranded construction for flexibility during installation and routing
• Zinc-plated finish for added corrosion resistance in moisture-prone environments
• 250-foot coil length reduces the need for mid-run splices on standard feeder pulls
• Large-gauge conductor suitable for high-ampacity service entrance and feeder applications

Compatibility

Designed as a general-purpose 2/0 AWG stranded conductor suitable for use in conduit systems, service entrance assemblies, and feeder runs per applicable NEC requirements.

Installation Notes

Installation of large-gauge service entrance and feeder conductors should be performed by a licensed electrician in accordance with the National Electrical Code (NEC). De-energize and lock out the circuit or service before pulling or terminating conductors. Use appropriately rated connectors and termination hardware rated for stranded 2/0 AWG wire. Verify that conduit fill, ampacity ratings, and derating factors comply with NEC tables for the specific installation.