LV/MV/HV Copper/Aluminum XLPE/PVC Insulated Power Cable

These power cables are insulated with XLPE/PVC. They are made with copper or aluminum conductors and designed for low, medium, and high voltage applications.

LV/MV/HV Copper/Aluminum XLPE/PVC Insulation Power Cable - Image 1

Technical Specifications

Overview

High-Performance Power Transmission

These power cables are engineered for reliable energy transmission across low, medium, and high voltage applications, ranging from 1kV up to 30kV. Manufactured in strict accordance with IEC60502 standards, they feature robust XLPE insulation and versatile conductor options to ensure optimal electrical performance. Designed for durability, these cables are available in various configurations, including armored and unarmored versions, suitable for demanding underground and overhead installations.

Technical Specifications

Voltage Rating
1kV (Um 1.2kV) to 30kV (Um 36kV)
Conductor Material
CopperAluminum
Conductor Type
Class 2 compacted circular or circular standard
Insulation Material
Extruded Cross-Linked Polyethylene (XLPE)
Outer Sheath Material
PVC (ST2), Black; options for PE or Fire Retardant available

Construction Features

Armor Options

  • Galvanized Steel Wire Armor (SWA)
  • Double Tape Armor (DTA)
  • Aluminum Wire Armor (for single core)

Conductor and Insulation Screening

For rated voltages above 1.8/3kV, cables include non-metallic semi-conducting conductor screening. Insulation screening consists of a non-metallic semi-conducting part combined with a metallic layer, typically plain annealed copper tape, copper wire, or lead alloy/corrugated aluminum sheath.


Diagram showing construction layers of armored power cable
Construction profile of armored power cable configurations (SWA/DTA).
Diagram showing construction layers of unarmored power cable
Construction profile of unarmored single and three-core power cables.

Testing & Quality

Routine Test Standards

Test TypeRequirement
Partial Discharge≤ 20pC at 1.5Uo
Hot Set Test (Temp)200°C ±3°C
Hot Set Test (Elongation)Max 175% under load

Table detailing routine and special test requirements for power cables
Standardized routine and special testing requirements for quality assurance.

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