100FT Solar Panel Extension Cable 10AWG Waterproof Tinned Copper PV Wire

Extend your solar power connections with this 100FT Solar Panel Extension Cable, designed for efficient power transfer and dependable outdoor performance. Made with 100% tinned copper conductors and durable XLPE insulation, this 10AWG solar cable helps minimize electrical resistance while protecting against demanding environmental conditions. Its 100-foot length makes it a practical choice for RVs, boats, rooftop solar installations, and off-grid solar systems.

Key Features

• Efficient Tinned Copper Conductors: Made with 100% tinned copper to provide excellent electrical conductivity, reduce resistance, and support efficient power transfer throughout your solar setup.

• 10AWG Heavy-Duty Wiring: Features 10AWG (6mm) wire with a 30A rated current and DC 1500V rated voltage. TV certification supports use in solar power applications.

• IP67 Waterproof Protection: Designed to resist water and dust intrusion, helping maintain reliable electrical connections in rain, dirt, and challenging outdoor environments.

• Weather-Resistant XLPE Insulation: Provides resistance to UV exposure, chemicals, and heat while supporting an operating temperature range of -40°F to 221°F (-40°C to 105°C).

• Extended Outdoor Durability: Features insulation designed to resist cracking and wear, with a stated service life of over 25 years. The generous 100-foot length offers flexibility when positioning solar panels and connecting system components.

Specifications

• Product Type: Solar Panel Extension Cable

• Wire Type: Single Wire

• Wire Gauge: 10AWG (6mm)

• Conductor Material: 100% Tinned Copper

• Insulation Material: XLPE

• Color: Black

• Cable Length: 100 ft (30.48 m)

• Rated Voltage: DC 1500V

• Rated Current: 30A

• Protection Rating: IP67

• Operating Temperature: -40°F to 221°F (-40°C to 105°C)

• Certification: TV

• Net Weight: 5.67 lbs (2.57 kg)

Build or extend your outdoor solar power setup with a durable, weather-resistant PV cable designed for efficient electrical connections.