Nexans ITK Cold Shrink Termination | XLPE Indoor Single Core 12kV 24kV MV Cables

Published 04 Dec 2018

Cold Shrink Indoor Cable Terminations 11kV 24kV Nexans ITK

Heat Shrink | Cold Shrink | Slip-on | Cable Terminations

Stocked by Thorne & Derrick UK & Export Sales | Nexans ITK224

Cable Terminations

Nexans ITK are single core cold shrink cable terminations for use indoor and specified to terminate and connect medium/high voltage cables in the following voltage classes:

  • 6/10 (12) kV
  • 6.35/11 (12) kV
  • 8.7/15 (17.5) kV
  • 12/20 (24) kV
  • 12.7/22 (24) kV

Cold Shrinkable terminations require no “hot-working” for safe use in potentially explosive atmospheres and hazardous area locations – the cable terminations are designed for use with polymeric insulated cables (XLPE & EPR). To enable the fault repair, extension, splicing and jointing of existing LV MV HV power cables up to 33kV we also stock a complete range of cold shrink joints.


Cold Shrink Indoor Cable Terminations 11kV 24kV Nexans ITK - Design

Cold Shrink Indoor Cable Terminations 11kV 24kV Nexans ITK – Design

Indoor cold shrink cable termination kit list comprising:

  1. Cable lug (not included in the standard kit) – both crimp cable lugs and shearbolt lugs are suitable
  2. Water sealing mastic
  3. Silicone cold shrink tube
  4. Stress control mastic
  5. Conductive EPDM ring

Nexans ITK COLD SHRINK TERMINATION SPECIFICATION

The following tables enable the selection of cable terminations using Cold Shrinkable technology manufactured by Nexans:

Cable Termination
Cold Shrink 
Voltage
Um
(kV)
Strike
Distance L
(mm)
Diameter Over
Core Insulation
(mm)
Conductor Sizes (sqmm)
min max min max
Nexans ITK 212 11kV / 12kV 260mm 14 33 50sqmm 400sqmm
Nexans ITK 312 11kV / 12kV 300mm 30 50 400sqmm 1000sqmm
Nexans ITK 224 20kV / 24kV 260mm 14 33 25sqmm 240sqmm
Nexans ITK 324 20kV / 24kV 300mm 30 50 300sqmm 800sqmm

Nexans ITK selection table

For Indoor MV HV Cable Terminations

Select the Nexans part number corresponding to both the system voltage and the cable insulation diameter in mm.

Kit Contents For Nexans ITK Terminations

Kit Contents For Nexans ITK Terminations


Nexans ITK Cold Shrink Cable Termination Voltage
Um
(kV)
Diameter Over
Core Insulation
(mm)
Conductor Sizes (sqmm)
min max min max
3 x Nexans ITK 212 11kV 12kV 14 33 50sqmm 400sqmm
3 x Nexans ITK 312 11kV 12kV 30 50 400sqmm 1000sqmm
3 x Nexans ITK 224 11kV 24kV 14 33 25sqmm 240sqmm
3 x Nexans ITK 324 11kV 24kV 30 50 300sqmm 800sqmm

Euromold ITK - Cable Lugs

All commercialised European standard cable lugs can be used. Cable lugs should be within the dimensions specified (not applicable for Nexans ITK 312 and ITK 324).

Euromold ITK cold shrink terminations covers voltages from 12kV to 24kV with a maximum conductor size of 1000sqmm. MV indoor termination suited for 11kV polymeric single core cables and will provide the necessary seal against moisture penetration and perfect electrical field control.


Nexans Euromold High Voltage Heat Shrink & Cold Shrink Cable Terminations up to 33kV.


Nexans

Thorne & Derrick distribute the complete range of medium/high voltage electrical equipment manufactured by Nexans – this includes Euromold bushings for use with oil fluid or gas insulated switchgear or transformers and associated screened separable connectors according to both IEC (Euromold) and IEEE (Elastimold) for the termination, connect+disconnect of MV-HV cables onto power distribution systems. To protect power systems against high voltage surges resulting from lightning or switching a complete range of surge arresters are available to be used with Euromold connectors in 11kV/12kV, 24kV and 33kV/36kV voltage classes.

Nexans Joints Connectors Terminations

Key Product Categories: Duct Seals | Cable Cleats | Cable Glands | Electrical Safety | Arc Flash Protection | Cable Jointing Tools | Cable Pulling | Earthing | Feeder Pillars | Cable Joints LV | Joints & Terminations MV HV 

 ➡ Read: Thorne & Derrick Announce Distribution Agreement & Contract With Nexans 

Thorne & Derrick International

 

Further Reading