6FT 12AWG XT60 Solar Charging Cable, GIBBAB Solar Panel Connector to XT60 Extension Charge Adapter Cable with Caps & Wire Ties for LiFePO4 Battery RV Portable Power Station Generator

6FT 12AWG XT60 extension cable: Designed for seamless off-grid systems, our Gibbab XT60 Solar cable features a Y-type solar panel plug (male/female) on one end and a secure XT60 connector on the other. Built with SPT-2 12AWG (3.31mm²) 2-conductor 100% pure copper wire, it ensures low resistance and stable power transfer. The 6FT (72-inch) length provides flexibility for easy installation and optimal placement. Upgraded 20000+ Bend XT60 Connector: Our XT60 to solar panel cable has undergone rigorous 20,000+ bend and plug lifespan testing. Featuring a reinforced injection-molded design, it enhances wire security and safety, prolongs the Gibbab XT60 connector's service life. 25+ Years Lifespan with Excellent Material: Crafted from 100% pure oxygen-free copper wire, our 10AWG XT60 to solar panel series connection cable ensures low contact resistance and superior high-current, high-voltage load capacity. The PVC jacket and insulation offer exceptional resistance to extreme temperatures, fire, corrosion, and UV exposure, while the durable PV insulution material and 24K gold plated pin of the XT60 solar connector guarantee a service life of over 25 years. 30A High-Efficiency Solar Charging Cable for Optimal Performance: Designed with 12AWG pure copper wire, our XT60 solar cable minimizes power loss and maximizes charging efficiency. The durable insulating material shell provides superior insulation and heat resistance up to 120°C, ensuring safe and reliable operation in high-temperature environments. Solar wire temperature range: -40°F to 248°F (-40°C to 120°C); outdoor ambient temperature: -40°F to 194°F (-40°C to 90°C). Red and Black Parallel Cable Design: Our XT60 Solar Cable features a red and black parallel wire design, making it safer to use and easier to store compared to traditional separate wires, reducing the risk of wire tangling. (Note: Red wire is positive, black wire is negative.)