Solar Panel Extension Cable - 8AWG 100FT Solar Wire Cord 8 Gauge PV Wire with Female & Male Waterproof Connector for RV Photovoltaic Systems Home Boat Solar Panels Car(100ft Red + 100ft Black

- [8AWG Tinned Copper Wire]: YDDECW solar extension panel cord made of larger diameter 8AWG tinned copper wire which is minimize power loss in solar panel systems, the inner conductor consists of 140 tin-plated copper, well constructed and good conductive - [Double Insulation XLPE Material]: YDDECW solar cable jacket and insulation material is XLPE, can withstand the temperature range of -40°F to 248°F (-40℃ to 120℃), rated voltage 1800V DC, A layer of insulation between the inner conductor and the sheath reduces the damage to the conductor, ensures the safe operation of the cable and reduces the impact of high temperatures on the cable system - [Standard Solar Panel Connectors] - YDDECW solar power cords come with standard solar power connectors on both ends, IP68 waterproof, quick locking, tight connection, waterproof ring on the male connector, which keeps the cords free from water, and maintains a stable electrical connection between the solar panels and other components - [Wide Applications]: 8AWG solar extension cable is suitable for outdoor solar panels roofs, boats, cars, RVs, inverter wiring, etc. YDDECW wire is flexible and durable, easy to solder and cut - [You Will Get]: 1 x 8AWG 100 FT solar wire(Black) and 1x 8AWG 100 FT solar wire(Red), two 8 gauge solar cables terminated with male and female IP68 waterproof connectors. If you are not satisfied with the product when you receive it, please feel free to contact us, we will solve your problem within 12 hours

Product description

High-quality XLPE sheathing, resistant to harsh weather conditions, withstands temperatures up to 120°C (248°F)

Standard solar connector, quick connection, made of PPO material, corrosion resistant, oxidation resistant, long service life.

The tin-coated copper core provides superior oxidation and corrosion resistance, maintaining stable high conductivity even in humid, salty, or harsh environments to extend cable lifespan. The tin layer also improves solderability and ductility, ensuring more secure connections and reducing resistance-related overheating risks.