PV Wire 8 AWG 2000V UL 4703 – Red  2500 ft

Enhance the efficiency and reliability of your solar installations with our 8 AWG PV Wire UL 4703 rated for 2,000 Volts. Designed specifically for professional photovoltaic applications, this cable delivers excellent electrical performance, durability, and full code compliance for residential, commercial, and utility-scale solar systems.

Its 8 AWG stranded copper conductor makes it an ideal solution for long-distance DC runs, helping reduce voltage drop while maintaining stable and efficient power transmission between solar modules, combiner boxes, and inverters.

Key Features & Benefits

• Voltage Rating: 2,000 Volts (2kV)

• Conductor: 8 AWG stranded copper for high conductivity

• Certification: UL 4703, USE-2, RHH/RHW-2 compliant

• Length: 2,500 ft continuous reel for large-scale installations

• Color: Red for clear DC polarity identification

• Temperature Rating: −40°C to +90°C (wet and dry)

Performance & Reliability

This PV wire is insulated with cross-linked polyethylene (XLPE), providing excellent resistance to UV exposure, moisture, abrasion, ozone, and harsh outdoor environments. The durable insulation ensures long service life and consistent performance in demanding solar installations.

Construction Details

• Conductor Construction: Single copper conductor with 19 strands

• Insulation Material: XLPE, sunlight and weather resistant

Cable Dimensions

• Conductor Diameter: 142 mils

• Insulation Thickness: 75 mils

• Overall Diameter: 322 mils

Reel Specifications

• Reel Size: 21.5 × 13.5 inches

• Designed for easy handling, storage, and efficient field installation

Ideal Applications

• Long DC runs in photovoltaic arrays

• Residential, commercial, and utility-scale solar systems

• Connections between modules, combiner boxes, and inverters

Why Choose This 8 AWG PV Wire?

The 8 AWG PV Wire UL 4703 2000V – Red offers a dependable, professional-grade solution for installers who require high conductivity, reduced voltage drop, and long-term durability, all while maintaining clear polarity identification and code compliance.