YDDECW 10 AWG Wire 10ft – Oxygen-Free Copper, Black & Red Low-Voltage Lead for Solar, Auto, LED

Overview

Discover the YDDECW 10 AWG wire set, a PVC-insulated, color-coded pair designed for reliable low-voltage connections. Each lead is 10 feet long, with red and black conductors, crafted from high-purity oxygen-free copper. The conductor features 105 stranded threads, delivering notable flexibility and steady conductivity for a range of projects.

Key specifications

• Material: 10 AWG PVC high-purity oxygen-free copper, red and black each color, 10 feet per piece.
• Diameter: 4.65 mm ± 0.3 mm; Voltage rating: 600 Volts; Temperature range: -40 °C to +105 °C.
• Conductor: High-purity stranded oxygen-free copper; soft and bendable, easy to weld, strip, and crimp.

Why this wire stands out

The combination of a 105-strand construction and oxygen-free copper reduces impedance while maintaining strong conductivity. The pliable profile helps you navigate tight bends without kinking, supporting neat and dependable terminations in compact layouts.

Typical use cases

• Automotive and battery wiring: durable leads for car, truck, and trailer projects.
• Solar and LED lighting: reliable supply lines for panels, inverters, or strip lighting.
• Household and hobby projects: connections for lamps, meters, instruments, or model builds.

Tips for choosing and handling

Friendly reminder: verify size and style before ordering to ensure compatibility with your connectors and terminals. If issues arise, contact us for prompt assistance.

Care and maintenance

Store in a dry place, avoid excessive bending near terminations, and inspect insulation for nicks to maintain performance over time.

Performance notes

Oxygen-free copper helps maintain stable conductivity, while PVC insulation provides durable protection against abrasion and moisture in many environments. Handle with care near connectors to preserve insulation integrity.

Choosing the right wire

Consider run length, polarity color-coding, and connector compatibility. For longer runs, evaluate parallel runs or shielding options to manage impedance and heat in higher-load setups.