1kv power cable cold shrinkable terminations, four core terminal

For 0.6/1kV 1 core, 2 cores, 3 cores, 4 cores, 5 cores PVC and XLPE power cable termination kit and straight through joint, with good electrical and mechanical properties

Cold shrink breakout-Cold shrink insulation tube,Cold shrink termination body,Cold shrink lugs sealing tube,Cold shrink straight through joint,Tinned copper mesh,Roll spring
Rubber mastic tape·Armor cast tape,Semi conductive rubber tape,EPR rubber,tape.

Features/Benefits
Simple installation, no heat requires
Seals tight, retains its resiliency and pressure even after long time ageing and exposure
Waterproof For Outdoor use

* Operating temperature: -60℃ ~ 90℃
* Minimum shrink temperature: 90℃
* Installation temperature: -20℃ ~ 50℃

DEFINITION

The material of the cold shrink cable termination and the joint is an elastomer (usually silicone rubber or ethylene propylene rubber).  After special processing, it is vulcanized and injection molded in a mold, the material is stretched and expanded in the radial direction, and finally supported by plastic spirals to become part of the cable accessories.

PROCESS PRINCIPLE

Cold shrink termination cables and joints have a shrinkage property that allows them to fit perfectly into the cable. Then, the ports are sealed with semiconductor self-adhesive tape, which can make the cold-shrinkable cable termination have better insulation performance and achieve the effect of being waterproof and moisture-proof.

ADVANTAGES OF COLD SHRINK TERMINATION KITS

Easy to install: Cold shrink  technology does not require heating and no other tools. Low

construction cost, suitable for construction in small construction space.
2. Wide range of applications: Cold shrink termination and cable joints use a unique pre-expansion cable manufacturing process, suitable for a variety of power cable diameters, and strong compatibility.
3. Excellent performance: The cold shrink terminations and cable joints are made of high-quality silicone rubber material. It not only has excellent hydrophobic performance but also does not form conductive water film and has self-healing properties.