4 Core Armed Cable XLPE/SWA/LSHF 400 mm Stranded Copper 0.6/1kV | Riyadh Cables

Product description

Low smoke halogen free armored power cable (CU/XLPE/SWA/LSHF), four core stranded copper conductor, Produced by Riyadh Cables Company, Armored with layer of steel wires (SWA) to give it mechanical strength to protect it from external pressures that fall on the cable. Insulated with XLPE (cross-linked polyethylene) which provides a unique combination of strength, flexibility and reliability making them suitable for a diverse range of applications. It can withstand high temperatures up to 90°C for extended periods without compromising performance. The cable also withstands harsh environmental conditions, including moisture, corrosion and chemicals, chloride-free, making it environmentally friendly. Also, it is sheathed with an outer layer of low smoke halogen-free compound (LSHF), non-toxic and environmentally friendly as it does not contain halogens and does not produce dense smoke or harmful fumes in case of fire. Making it ideal for use in public buildings, industrial areas, infrastructure projects, and densely populated areas where fire and smoke emissions pose a potential threat to equipment and life. It generally works to reduce the risks caused by the after-effects of electrical fire. Available in various shapes and sizes in highest quality and best prices to suit different applications and needs.

• Insulation Material: XLPE (Cross-Linked Polyethylene)
• Outer Sheath: LSHF (Low Smoke Halogen Free)
• Voltage: 600/1000 volts
• Conductor Shape: Sectoral Stranded (sm)
• Number of Cores: 4 Core
• Conductor Size (Cross-Sectional Area): 400 mm2
• Number of Wires: 53
• Nominal Insulation Thickness: 2 mm
• Armoring: SWA (Steel Wire Armor)
• Nominal Steel Wire Diameter: 3.15 mm
• Nominal Sheath Thickness: 3.5 mm
• Approx Overall Diameter: 80 mm
• Weight: 20450 kg/km
• Cable Length: 250 meters
• Phase Core Color: (Red, Yellow, Blue, Black)
• Overall Diameter Tolerance: -2%, +8%
• Packing Tolerance Range: ±5%
• Standard: IEC 60502-1