Medium & High Voltage (12 - 36kV) XLPE Cable Joints

The JOINTMASTER - eLcon joint, has been designed to encompass easy installation, requiring minimal skills, by utilising leading edge dual extrusion thick wall heat shrink technology. Joints are available for 12 - 36kV, 3 core and single core XLPE cables as well as 12 - 36kV transition jointing of PILC and XLPE 3core and single core cables. All JOINTMASTER XLPE and PILC cable joints have been independently tested by recognized test authorities and found to meet and exceed the requirements ofVDE 0273, CENELEC HD629.1 S1 and IEC 60502. Parts 1 -4

Medium Voltage Single Core Termination Kits
These joints are extremely user friendly to install and are supplied with all materials necessary to co mplete the joint with the exception of connectors [ferrules]. The joints are supplied complete with a solderiess earth system, comprising of constant foroe springs, tinned copper earth braids, copper mesh tape, galvanised wire mesh tape and worm drive clamps. Joints are also available with double sleeve configuration, as well as with a galvanised armour wrap, upon specific customer request.

Medium & High Voltage Single Core Joint Kits (12 - 36kV)
The JOINTMASTER- eLcon range of s ingle core through joints ares uitable for use on both XLPE and PILC armoured or unarmoured cables from 11kV up to 33kV. By utilising an all heat shrinkable tubing system, comprising of stress control, insulation and semiconductive screening tubes has resulted in a joint that is both easy and fast to install. All joints are supplied complete with solderless earthing system. The high shrink ratio of the materials used allows for a wide size range to be covered in one joint. All JOINTMASTER XLPE and PILC cable joints have been independently tested by recognized test authorities and found to meet and exceed the requirements of VDE 027&: CENELECHD629.1 S1 and IEC 60502. Parts 1-4

SINGLE CORE JOINTS FOR PILC AND XLPE CABLES 12 - 36kV
AIIJOINTMASTERXLPE and PILC cable joints have been independently tested by recognized test authorities and found to meet and exceedthe requirements of VDED273, CENELECHD629.1 S1 and IEC 60502. Parts 1-4