Single Core MV Medium Voltage Power Cable Copper Tape Screened CU/XLPE/CTS/PVC

Single Core MV Medium Voltage Power Cable Coppper Tape Screened CU/XLPE/CTS/PVC

APPLICATION

Single Core MV (Medium Voltage) Power Cable with Copper Tape Screen (CU/XLPE/CTS/PVC) is primarily designed for power transmission and distribution in medium voltage networks, typically operating within the 1kV to 35kV range. Its applications include underground installations, outdoor environments, and cable ducting systems, where reliable performance under challenging conditions is required.

CONSUCTRUCTION

• Conductor:Class 2 Stranded Copper
• Conductor Screen:Semi-conductive material
• Insulation: XLPE (Cross-Linked Polyethylene)
• Insulation Screen:Semi-conductive material (bonded)
• Longitudinal Water blocking Semi-conductive swellable tape
• ScreenZ: Copper wires and copper tape
• Outer Sheath PVC

SPECIFICATION

8.7/15kV

CONTACTR US FOR MORE VOLATAGE

ABOUT US

APPLICATION

WHY CHOOSE US

PARTNER

FAQ

What is the voltage range of Single Core MV (Medium Voltage) Power Cable with Copper Tape Screen (CU/XLPE/CTS/PVC)?‌

It operates within the ‌1kV to 35kV range‌, suitable for medium-voltage power networks.
Where is this cable typically installed?‌

Designed for ‌underground, outdoor, and cable ducting environments‌, ensuring durability in harsh conditions.
Why is Copper Tape Screen (CTS) used in this cable?‌

Is this cable suitable for industrial applications?‌

Yes, it is widely used in ‌industrial power stations, construction sites, and commercial infrastructure‌ due to its reliability.
How does the single-core design affect installation?‌

Single-core cables are easier to handle but may require special precautions to avoid ‌magnetic interference‌ in certain layouts.
Can this cable be used in high-temperature environments?‌

Yes, the ‌XLPE insulation‌ withstands high temperatures, making it ideal for areas with elevated thermal conditions.
What maintenance is required for this cable?‌

Regular ‌visual inspections‌ for sheath damage and ‌electrical testing‌ to ensure ongoing performance are recommended.