CONEPY 14 AWG 2-Conductor Wire – Flexible Oxygen-Free Copper, 30ft PVC Jacket, IP68

Key benefits

• 41 strands of 0.24 mm oxygen-free tinned copper per circuit deliver high conductivity and stable performance.
• Up to 5 percent more current capacity than aluminum, helping systems stay responsive under load.
• Premium PVC jacket resists splitting, oxidation, saltwater exposure, UV rays, and extreme temperatures for long-lasting protection.
• Flexible 14/2 design makes stripping, soldering, and cutting easier for installers and DIY projects.
• Includes 16 heat shrink tubes and 4 cable ties to improve insulation, protection, and tidy installation.
• IP68 waterproof rating and VW-1 flame retardant, with a 600V rating and operating range from -30°F to 221°F.
• Wide compatibility with 5V, 14V, and 24V systems, suitable for automotive, marine, LED, solar, RV and more.

Real-world use and durability

In outdoor and demanding environments, the rugged jacket and resilient conductors help maintain performance across seasons. The wire’s flexibility makes routing through tight spaces easier, while the copper strands support reliable current flow for lighting, dashboards, or small power runs. Whether powering LED strips along a fence line, connecting solar panels, or wiring a camping trailer, the wire offers a practical balance of strength and ease of use.

The combination of high conductivity and a robust jacket minimizes maintenance needs in coastal, sunny, or humid settings. Installers can appreciate straightforward handling and consistent results in a variety of low voltage applications.

• Landscape lighting runs and LED installations with compact diameter
• Low voltage circuits in vehicles, boats, and RVs
• Indoor electronics requiring durable, flame resistant cabling

What’s included and installation tips

Each package arrives ready for installation with practical extras to support a neat setup.

• 16 heat shrink tubes for insulated connections
• 4 cable ties to organize and secure wiring

Note that performance depends on your specific setup and safety practices. Plan your routing, observe voltage requirements, and follow standard electrical guidelines for best results.