0.6/1 kV CV (FR-CV optional) Power Cable

0.6/1 kV CV (FR-CV optional) Power Cable Construction

0.6/1 kV CV (FR-CV optional) Power Cable Application

• Building and Facility Power Distribution: Provides power lines from the electrical distribution room to the point of use in residential buildings, office buildings, commercial complexes, hospitals, and other facilities.
• Industrial and Infrastructure: Used for power connections in factory workshops and production lines, as well as for power supply to municipal projects such as street lighting and underground parking garages.
• Various Installation Environments: Particularly suitable for direct burial, and can also be used in dry or damp conduits, cable trenches, and cable trays.
• Specific Applications of FR-CV Cable: Provides emergency power to critical equipment such as fire pumps, smoke exhaust fans, emergency lighting, fire alarm systems, and fire control circuits.

0.6/1 kV CV (FR-CV optional) Power Cable Standard

• IEC 60502-1

0.6/1 kV CV (FR-CV optional) Power Cable Technical Data

• Maximum conductor temperature: 90C℃
• Maximum circuit voltage: 1,000 V
• AC test voltage: 3,500 V

0.6/1 kV CV (FR-CV optional) Power Cable Feature

• High-Performance Insulation: The cable features cross-linked polyethylene (XLPE) insulation, which is its core advantage. Compared to traditional PVC insulation, XLPE can withstand a maximum long-term operating temperature of 90°C and can withstand temperatures as high as 250°C during a short circuit (for up to 5 seconds) without melting. As a result, it offers a higher current-carrying capacity and more stable electrical performance.
• Robust External Protection: The polyvinyl chloride (PVC) sheath provides the cable with excellent abrasion resistance, corrosion resistance, and a certain degree of mechanical protection, effectively safeguarding the internal structure and extending service life. Additionally, the PVC sheath itself possesses flame-retardant properties—specifically, “self-extinguishing” characteristics—that help limit the spread of flames.
• Compliance and Versatility: Designed and tested in accordance with international standards such as IEC 60502-1, ensuring reliable quality. Suitable for both dry and damp environments, it can be installed through conduits or cable trays and is also ideal for direct burial, making it a versatile power distribution choice for factories, buildings, municipal projects, and other applications.