MV Terminations

3 Core Terminations

3M Cold Shrink QT111 33kV 3 core high voltage polymeric cable terminations offer faster, safer and simpler cable connections without the dangers and hassles of “hot-working” related with heat shrink terminations - no naked flames, no gas torches, no ignition tooling, no “hot-work” permit applications.

3M Cold Shrink 33kV 3 Core Polymeric Cable Terminations - Benefits:

*Excellent 3M Cold Shrink electrical insulating performance for 33kV cables

*Hydrophobic properties - water and moisture resistant termination kits

*Excellent high and low temperature operation for high voltage cables

*UV stable for outdoor 33kV cable termination applications

*Non-flammable silicone rubber Cold Shrink termination for 3 core cables

*One-piece 33kV cable termination for quick installation

*Built in cold shrink stress control for reliable 33kV high voltage service

*Compact design for limited working access in cable end termination boxes

3M Cold Shrink 3 core polymeric cable terminations are suitable for 3 core 33kV XLPE and EPR insulated cables with copper tape screen (CTS) - this includes BS6622, BS7835 and BS6883 (Marine & Ship wiring) with steel wire armour (SWA) or galvanised steel wire braid (GSWB).

Single Core Terminations

High Voltage (HV) Cable Joints & Cable Terminations – Overview

T&D HV high voltage cable joint and cable termination kits for 3.3kV, 6.6kV, 11kV, 15kV, 33kV and Triplex cable systems.

This includes 11kV heat shrink joints and cable termination kits for single and 3 core high voltage power cables with XLPE, EPR or PILC insulation, copper wire screen or copper tape screens, unarmoured or armoured (AWA SWA) and with or without lead sheath cover.

SPS 11kV heat shrink single core polymeric cable terminations are tested and qualified as outlined in Cenelec standards HD 628 S1 and 629.1 S2: 2006.

11kV Heat Shrink Cable Terminations. Appropriate for terminating 11kV and 12kV Single Core Polymeric Cables, both indoor and outdoor kits accessible for high voltage cables.