6/10(12) kV CV-SWA (CE-SWA optional) 3 Cores Power Cable With Armour

6/10(12) kV CV-SWA (CE-SWA optional) 3 Cores Power Cable With Armour Construction

6/10(12) kV CV-SWA (CE-SWA optional) 3 Cores Power Cable With Armour Application

• Substations and Power Transmission and Distribution Networks: As transformer feeders, they connect equipment such as transformers, switchgear, and GIS (gas-insulated substations), and are an integral part of urban and industrial power distribution networks.
• Industrial and Power Generation Facilities: They provide main power lines for power plants, factories, and industrial facilities, and can also be used to connect large equipment such as motors and generators.
• Infrastructure and Buildings: They serve as main power lines for residential areas, commercial buildings, mines, and other locations.

6/10(12) kV CV-SWA (CE-SWA optional) 3 Cores Power Cable With Armour Standard

• IEC 60502-2

6/10(12) kV CV-SWA (CE-SWA optional) 3 Cores Power Cable With Armour Technical Data

• Maximum conductor temperature: 90℃
• Maximum circuit voltage: 12 kV
• AC test voltage: 21 kV

6/10(12) kV CV-SWA (CE-SWA optional) 3 Cores Power Cable With Armour Feature

• High-Performance Insulation: Cross-linked polyethylene (XLPE) is used as the insulation material. Compared to traditional PVC insulation, it can withstand higher operating temperatures (up to 90°C) and has lower dielectric loss.
• Inner and Outer Shielding Layers: Both the conductor and the insulation are surrounded by semiconductive shielding layers, which serve to uniform the electric field and prevent partial discharge.
• Metal Shielding: A copper tape is used as the metal shielding layer to provide a path for fault currents and to provide electromagnetic shielding for the external steel wire armor.
• Robust Armor and Sheath: A key feature is the galvanized steel wire armor (SWA), which can withstand strong mechanical tensile forces and is suitable for direct burial or environments prone to external damage.