Product Description
UL 4703 Solar Cable (Aluminum Conductor)
1. E- beam cross-linked compounds
2. High resistance against UV ,ozone and hydrolyzation
3. High temperature resistance , materials will not melt or flow
4. Flexibility under cold conditions
5. Lighter weight, making it easier to operate and install
6. Applicable to all common connectors
QC Solar PV Cable: The Ideal Choice for PV Systems
The QC PV cable is a remarkable product that offers numerous advantages and outstanding performance characteristics, making it the preferred option for PV system connections.
One of the key features of the QC PV cable is the use of irradiation crosslinked compounds. This ensures high resistance against UV, ozone, and hydrolyzation, protecting the cable from the damaging effects of the environment and extending its lifespan. The cable also demonstrates excellent high-temperature resistance, with materials that do not melt or flow, allowing for reliable operation even in demanding conditions. Additionally, it maintains good flexibility under cold conditions, providing ease of installation and handling.
The structure of the QC PV cable is carefully designed for optimal performance. The conductor is made of stranded tinned copper (IEC 60228 Class 5), ensuring efficient electrical conduction. The insulation and sheath are both composed of halogen-free cross-linked polyolefin, which not only enhances the cable's durability but also makes it environmentally friendly.
This cable is highly applicable and suitable for both internal and external connections of PV systems. With a rating voltage of UL 1000V/2000V and an ambient temperature range of -40℃ to 90℃, it can withstand various operating conditions. The maximum conductor temperature is 120℃, and the bending radius is well-defined for both moving and fixed settings.
The properties of the QC PV cable are impressive. It passes a voltage test of AC 6.5KV for 5 minutes without breakage, indicating its robustness. The tensile strength and elongation of both the insulation and sheath meet or exceed strict standards, ensuring mechanical integrity. The cable also performs well in ozone and UV resistance tests as per IEC standards, and its fire performance complies with IEC60332-1-2.
With an expected service life of over 25 years at 90℃, the QC PV cable provides long-term reliability and cost-effectiveness. It is compatible with all common connectors, simplifying installation and maintenance. In summary, the QC PV cable is a top-quality solution that combines advanced materials, superior design, and excellent performance, making it an indispensable component for efficient and sustainable PV systems.
The QC PV cable is a remarkable product that offers numerous advantages and outstanding performance characteristics, making it the preferred option for PV system connections.
One of the key features of the QC PV cable is the use of irradiation crosslinked compounds. This ensures high resistance against UV, ozone, and hydrolyzation, protecting the cable from the damaging effects of the environment and extending its lifespan. The cable also demonstrates excellent high-temperature resistance, with materials that do not melt or flow, allowing for reliable operation even in demanding conditions. Additionally, it maintains good flexibility under cold conditions, providing ease of installation and handling.
The structure of the QC PV cable is carefully designed for optimal performance. The conductor is made of stranded tinned copper (IEC 60228 Class 5), ensuring efficient electrical conduction. The insulation and sheath are both composed of halogen-free cross-linked polyolefin, which not only enhances the cable's durability but also makes it environmentally friendly.
This cable is highly applicable and suitable for both internal and external connections of PV systems. With a rating voltage of UL 1000V/2000V and an ambient temperature range of -40℃ to 90℃, it can withstand various operating conditions. The maximum conductor temperature is 120℃, and the bending radius is well-defined for both moving and fixed settings.
The properties of the QC PV cable are impressive. It passes a voltage test of AC 6.5KV for 5 minutes without breakage, indicating its robustness. The tensile strength and elongation of both the insulation and sheath meet or exceed strict standards, ensuring mechanical integrity. The cable also performs well in ozone and UV resistance tests as per IEC standards, and its fire performance complies with IEC60332-1-2.
With an expected service life of over 25 years at 90℃, the QC PV cable provides long-term reliability and cost-effectiveness. It is compatible with all common connectors, simplifying installation and maintenance. In summary, the QC PV cable is a top-quality solution that combines advanced materials, superior design, and excellent performance, making it an indispensable component for efficient and sustainable PV systems.
Technical Data
Construction Drawing
