Aluminum UL4703 PV Wire

• Aluminum Conductor
• Cross-linked Polyethylene (XLPE) Insulation
• Maximum Operating Voltage: 600 V (UL PV)

• Temperature Rating: -40°C to 90°C

• Flame Resistance: VW-1

• Standards

PV (Photovoltaic) with UL certificate standard

UL 4703 for TYPE PV

UL 44 for TYPE RHW-2

UL 854 for TYPE USE-2

UAluminum UL 4703 PV Wire, rated up to 2000 volts, is able to meet the power demands of solar installations, ensuring safe and efficient power transmission. The wire features an aluminum conductor, a lightweight and cost-effective alternative to copper while maintaining excellent conductivity. Its cross-linked polyethylene (XLPE) insulation provides superior protection against a wide range of environmental factors. The wire is highly resistant to solar radiation, moisture, flame, solvents, grease, chemicals, and ozone, making it extremely durable for long-term outdoor use in harsh conditions.

Greater Wire manufacturer's advanced cable factory has an intelligent and digital manufacturing environment. Through the seamless integration of cutting-edge technology, the factory successfully eliminates errors and defects that may occur in the traditional manual assembly process. The shift to digital manufacturing not only increases efficiency but also demonstrates our commitment to providing our customers with products of the highest reliability. The smart factory framework ensures a streamlined and error-free production process, minimizing the possibility of human-related variances and increasing previously unattainable precision. Accurate and automated inspection mechanism, the factory strictly adheres to quality control. Products are thoroughly inspected from the beginning to the final stage of the manufacturing process. Digital intelligent image detection and laser technologies are used to ensure that each product meets the strict standards set by our company. This commitment to quality extends to our inspection accuracy, with automated production equipment achieving an impressive accuracy of 0.002 mm, exceeding industry benchmarks.