EPKJ0123 HEAT SHRINKABLE JOINT KIT RAYCHEM 4CX4-16MM

Description

The Cable Joint Kit 4 Core 4–16mm² XLPE Armoured is a low-voltage straight-through jointing kit designed for connecting and extending 4 Core XLPE insulated, steel wire armoured (SWA) power cables. It provides a secure electrical connection, armour continuity, insulation restoration, and environmental sealing for underground, outdoor, and industrial cable installations.

This type of joint is commonly used in power distribution, building installations, industrial plants, and utility cable repairs, especially for LV cables rated up to 0.6/1kV.

Key Features

• Suitable for 4-core XLPE insulated SWA armoured cables
• Cable size range: 4mm² to 16mm²
• Designed for low-voltage 0.6/1kV power systems
• Provides full phase insulation and mechanical protection
• Includes armour continuity system (earth bonding)
• Available in resin-filled or heat-shrink types
• High dielectric strength and insulation reliability
• Moisture-proof sealing for underground applications
• Resistant to soil, water, and chemical exposure
• Suitable for straight-through cable joining
• Easy installation with complete kit accessories
• Complies with IEC / BS standard cable jointing practices

Specifications

• Product Type: Cable Joint Kit (Straight Through)
• Cable Type: 4 Core XLPE / SWA / PVC Armoured Cable
• Conductor Size Range: 4mm² – 16mm²
• Voltage Rating: 0.6/1 kV (Low Voltage applications)
• Cable Construction: Copper / Aluminium conductor with XLPE insulation and steel wire armour
• Joint Type: Straight-through joint
• Insulation Method: Heat shrink or resin-filled (variant dependent)
• Armour Continuity: Copper braid/bonding wire / mechanical clamp system
• Sealing Method: Resin encapsulation or adhesive heat shrink tubes
• Temperature Rating: Suitable for underground and industrial environments
• Application: Power distribution, cable repair, cable extension, industrial installations
• Installation Type: Field jointing kit with connectors and sealing materials
• Standards: IEC 60502 / BS EN 50393 (typical compliance depending on manufacturer)