Rolliflex Solar Cables stand out with a multitude of features that make them the go-to choice for the solar industry:

Rolliflex Solar Cables are crafted to offer exceptional flexibility, making installation effortless and adaptable for various applications. Our cables are engineered to endure harsh environmental conditions, featuring robust abrasion and moisture resistance that guarantees longlasting performance in demanding settings.

We provide a wide range of cable options to address the diverse needs of our customers. Whether you require singlecore or multicore cables, or armored versus unarmored types, Rolliflex has comprehensive solutions to meet every requirement.

Our DC Solar Cables are constructed in accordance with XLPEPVC standards as outlined by IS 70981 guidelines, ensuring technical excellence and reliability. The key construction details include:

In summary, Rolliflex Solar Cables are the ideal choice for those seeking flexible, resilient, and versatile cable solutions. With a focus on technical excellence and comprehensive options, our cables are designed to thrive in a variety of settings while ensuring optimal performance and longevity.

Rolliflex Solar Cables are engineered with diverse dimensional specifications to accommodate various applications. The nominal cross sectional areas range from 1.50 mm² to 120.00 mm², featuring a maximum diameter of copper strands from 0.25 mm to 0.40 mm. The nominal overall diameters vary accordingly, from 4.8 mm ± 0.5 for 1.50 mm² cables to 21.5 mm ± 1.0 for 120.00 mm² cables, with insulation and sheath thicknesses tailored for optimal performance. In terms of current carrying capacity, these cables excel in efficiency, with capabilities ranging from 30 Amperes for the 1.5 mm² size to an impressive 488 Amperes for the 120.0 mm² size at an ambient temperature of 60°C. The maximum conductor resistance at 20°C decreases significantly as the cross sectional area increases, ensuring reliable performance under substantial load conditions. Rolliflex Solar Cables are, therefore, a robust choice for demanding solar applications, delivering both performance and durability.