1 Pair 16 AWG 1.5mm2 Copper Solar Panel Extension Cables with MC4, 5m Black and 5m Red

Solar panel extension cable set – one black and one red conductor, each 5 meters long, copper solid wire, 16 AWG (1.5 mm²). Includes compatible solar connectors for quick, reliable joining. **Key Benefits** conductivity copper core minimizes voltage loss over longer runs. Dual‑color coding (black and red) simplifies polarity identification and installation. Durable jacket protects against UV exposure, abrasion and outdoor weather. Pre‑fitted connectors reduce installation time and eliminate the need for extra tools. Flexible yet robust construction allows routing around tight corners without cracking. **Product Features** Conductor size: 16 AWG, 1.5 mm² (equivalent to 10/12/14 AWG options). Length: 5 m per cable, total 10 m of wiring. Material: pure copper core with a protective outer sheath. Color: black cable paired with red cable for clear positive/negative distinction. Connector type: standard solar PV plug compatible with most panel and inverter terminals. **Typical Applications** 1. Extending the output of rooftop solar panels to a distant inverter or charge controller. 2. Connecting multiple small‑scale solar modules in a parallel or series arrangement on a garden shed or off‑grid cabin. 3. Linking a portable solar array to a battery bank for temporary power setups at construction sites or outdoor events. **Why Choose This Cable Set** Provides a reliable electrical pathway for solar installations up to 600 V. Designed for easy, error‑ connections, reducing the risk of reverse polarity mistakes. Suitable for both residential and small commercial solar projects where flexibility and durability are required. **Installation Tips** Verify the polarity of each panel before connecting to the matching colored cable. Secure the cable with appropriate ties or clamps to prevent movement and wear. Ensure connectors are fully seated and locked to maintain a stable electrical connection. This cable set delivers the performance and convenience needed for efficient solar power transmission, handling typical residential system currents while withstanding outdoor conditions.