XKDT-FT Armoured 3 core cable XLPE insulated

Products

XKDT-FT 3x1x 50/16 mm² 12/20 kV

Nexans ref. 10171244

  • Packaging: m
  • Conductor cross-section: 50 mm²

 

XKDT-FT 3x1x 95/25 mm² 12/20 kV

Nexans ref. 10213126

  • Packaging: m
  • Conductor cross-section: 95 mm²

 

XKDT-FT 3x1x150/35 mm² 12/20 kV

Nexans ref. 10152599

  • Packaging: m
  • Conductor cross-section: 150 mm²

 

XKDT-FT 3x1x240/35 mm² 12/20 kV

Nexans ref. 10176819

  • Packaging: m
  • Conductor cross-section: 240 mm²

 

Description

Description

Standards

  • International
    HD 620; IEC 60502
  • National
    ASE

Applications

  • Underground distribution networks
  • Pipe laying and ground laying
  • Installation in electrical substations

Construction

  • Round copper or aluminium conductor
  • Extruded inner conductor
  • Cross-linked PE insulation (XLPE)
  • Extruded outer semi-conductor
  • Semi-conductive swelling tape
  • SZ concentric copper wire screen
  • Swelling tape
  • Black PE outer sheath, with 2 red longitudinal stripes
  • Three-pole construction:
  • Assembly of three monopolar cables
  • Extruded filler
  • Galvanised flat steel wire armouring
  • HDPE outer sheath

Properties

  • Longitudinal sealing by two layers of tapes which swell in the presence of moisture and prevent the spread of water in the event of an injury to the sheath
  • Special abrasion resistant PE outer jacket with low shrinkage rate
  • Cross-linked PE insulation (XLPE) with high dielectric strength and low losses
  • Halogen free
  • Tensile armouring made of zinc-plated flat steel wires, suitable for installation on steep slopes or if mechanical protection of the cable is required

Characteristics

Characteristics

Construction characteristics

Construction characteristics

Conductor material
Copper
Insulation
XLPE (chemical)
Material of the outer core / screen
Copper wires
Armour type
Galvanized flat steel wires (F)
Sheath colour
Black + 2 red lines
Halogen free
Yes

Usage characteristics

Usage characteristics

Maximum operating temperature
90 °C
Short-circuit max. conductor temperature
250 °C

Resources

Resources

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