4.7 / 5 - 22 reviews
Brand: Perpending
Price:
$16.99
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- Features List
- High-Quality Construction: Our Solar Panel Extension Cable feature heavy-duty flame-retardant sleeving for superior abrasion resistance against dragging, tangling, and daily wear.10AWG Solar Wire is made of tin plated conductive copper material, low resistance, which has better conductivity, thermal conductivity, and oxidation resistance than pure copper, can reduce power loss during use to improves charging efficiency.The tin coating prevents corrosion and oxidation, ensuring 10+ years of reliable performance in harsh conditions
- Professional Photovoltaic Solar Cable: TÜV, CE, RoHS certification, Wire Gauge: 10AWG/6mm², Temperature Range: Environment -40°C-90°C, AC Test Voltage: 6500V, Conductor Resistance: (20°C) ≤≤3.39Ω/KM, Rated Voltage: DC:1500V (max voltage: DC 1800V), AC: 1000V, Rated Current: 54A.Conductor Construction: 84/0.285 n/mm. Weather resistance, UV-proof, anti-aging, moisture-proof
- Versatile Compatibility: Our Solar Connector Extension Cable provides an extended reach for connecting solar panels to inverters or other components within your solar energy system.Each Solar Panel Wires is equipped with male and female connector at the wire ends (has been installed).which can be locked and opened by a stable self-locking system to connect multiple Solar Cables together for longer length.One end is connected to the Solar Panel, another is connected to the solar charge controller, which makes it easy to operate.
- Versatile Applications: 10 AWG Solar Wire is moisture, UV and corrosion resistant.Designed for long life and outdoor applications.Suitable for solar power plants,PV connectors, boats, RVs, and can be easily connected to similar connector types supplied with most solar modules
- Secure Connection: The Solar Wire 10 AWG features secure and reliable connectors that ensure a tight and stable electrical connection between Solar Panels and other components. This secure connection minimizes the risk of electrical issues, such as voltage drops or intermittent connections, ensuring a consistent flow of power within the solar energy system