• This connector designed to connect the insulated service conductors to the low voltage overhead aluminium alloy or copper bare conductor network. Two versions are available according to the type of conductor to be connected (Al or Cu). The tap and main cables are connected separately step by step to improve the electrical connection: 1. First the tap line is connected by piercing the insulation, 2. Then the main line is connected. Installation can be carried out under a maximum load of 100A.
  • This sleeve is designed to connect aluminium or copper conductors. It does not need the sectoral cores to be rounded before. It is implemented using a 13 or 17mm spanner. The electrical capacity is respectively 240mm² aluminium conductors (K191, K192), 150mm² aluminium or copper conductors (K193) and 95mm² aluminium or copper conductors (K189).
  • This preinsulated sleeve is designed for the connection of low voltage overhead insulated conductors to other ones. The junction can be established between two conductors of equal or unequal sections. All combinations of sections are possible. The section of the cables ranges from 95mm² to 150mm². The neutral conductor is dimensioned to withstand tensile strength greater than 1 530daN for the 95mm² and greater than 2 500daN for the 150mm² section.
  • This preinsulated sleeve is designed for the connection of insulated conductors of a low voltage overhead network to other ones. The junction can be established between two conductors of equal or unequal sections. All combinations of sections are possible. The section of the cables ranges from 16mm² to 95mm². The neutral conductor is dimensioned to withstand tensile strength greater than 1 600daN for the 54mm² section and greater than 2 000daN for the 70mm² section.
  • The service cable dismountable sleeve is designed to establish the connection between the aerial service cable to the customer cable with Al or Cu conductors. This sleeve is used in no mechanical load situation. The box is installed on the façade of the customer building. It includes service cable dismountable sleeves to connect the aerial service cable to the customer premise.
  • This preinsulated sleeve is designed for the connection of stranded core aerial service cables (aluminium or copper) to aluminium solid core sub-surface service cables. It is also used to connect aluminium solid core service cables to one another. Cable sections up to 25mm² can be connected on the stranded core side and up to 35mm² on the solid core side.
  • This preinsulated sleeve is designed for the connection of copper or aluminium stranded core overhead insulated conductors with traction or with no mechanical load. It is used for the installation, repair or modification of low voltage service lines. The junction can be established between two conductors of equal or unequal sections. All combinations of sections are possible. The section of the cables ranges goes from 6 up to 35mm².
  • This preinsulated lug is designed to connect low voltage overhead insulated conductors to copper equipment terminals. The cable sections range from 16 to 150mm² for the spin-welded terminal lug and 16 to 150mm² for the crimped lug.
  • This flexible end cap is designed to ensure insulation of the end of a conductor. It can be used inside and outside.
  • This material made of hot dip galvanised steel is designed to fix anchoring and suspension clamps.
  • Bare lug

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    The tubular lug is designed to connect cable. It is made of tinplated copper (by electrolysis). It is manufactured with an inspection hole and socketing. It is implemented with hexagonal compressed connection. It allows copper and aluminium conductors. This lug meets the requirement of the NFC 20-130 standard. The friction welded lug is used to connect aluminium bare conductors to copper equipment terminals. It is used for industrial or indoor applications. This lug is implemented by crimping and out of traction. This lug meets the requirement of the NF C 63-061 standard. The Al/Cu tinned aluminium lug is used to connect aluminium bare conductors to copper equipment terminals. It is applied with a deep crimping.
  • This heat-shrinkable material is designed for low voltage applications in order to protect conductors and make them watertight. It is characterised by its insulating performances and its high resistivity to pollution and UV. It is retracted by blow torch heating.
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