0.6/1 kV CV-AWA (FR-CV-AWA optional) 1 Core Power Cable With Armour

0.6/1 kV CV-AWA (FR-CV-AWA optional) 1 Core Power Cable With Armour Construction

0.6/1 kV CV-AWA (FR-CV-AWA optional) 1 Core Power Cable With Armour Application

• Industrial and Commercial Power Distribution: This single-core cable is widely used in applications requiring high current-carrying capacity and long-distance power supply.
• Industrial Facilities: Provides power to heavy machinery, automated production lines, control systems, and more.
• Commercial Buildings: Used for main power distribution within cable trays and conduits in high-rise buildings or large shopping malls.
• Power Plants and Substations: Commonly used for connections in medium- and high-voltage single-core systems; its non-magnetic armor prevents circulating current issues.

0.6/1 kV CV-AWA (FR-CV-AWA optional) 1 Core Power Cable With Armour Standard

• IEC 60502-1

0.6/1 kV CV-AWA (FR-CV-AWA optional) 1 Core Power Cable With Armour Technical Data

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

0.6/1 kV CV-AWA (FR-CV-AWA optional) 1 Core Power Cable With Armour Feature

• High Safety, No Eddy Current Losses: Due to its non-magnetic properties, aluminum wire armor (AWA) does not generate induced currents or eddy currents in single-core AC circuits, unlike steel wire armor (SWA). This prevents the armor layer from heating up and avoids cable overheating, significantly enhancing operational safety and energy efficiency.
• High mechanical strength, suitable for harsh environments: Aluminum wire armor provides strong resistance to compression and impact, making it ideal for applications requiring high mechanical protection, such as direct burial. Its applications span a variety of installation methods, including dry or damp environments, cable trenches, and conduits.
• Relatively lightweight and easy to install: Compared to steel-armored cables, aluminum-armored cables are lighter, which effectively reduces installation difficulty and costs during long-span installations or long-distance transportation.
• Good corrosion resistance: Aluminum inherently possesses good corrosion resistance, making it more durable than steel-armored cables in environments such as damp, coastal, or industrially polluted areas.