• This end connectors range is used for the connection of leading in cables to electrical equipment terminals (cutouts, electronic meters, ect). It is a universal solution to connect the connection cable and the meter terminals no matter what is the metal or the block nature. The end connector can be fitted on sectoral or circular-shaped copper or aluminum stranded or solid core conductors. It provides class II protection using the double insulated colored tail, when equipped with the cover.
  • These preinslated lugs with mechanical tightening are used to connect aerial aluminum or copper conductors, solid or stranded round core, to copper equipment terminals. They are to be used without mechanical load. They are made of tinned copper which allows compatibility to copper and aluminium. The connection of the conductor is ensured by one or two shear head screws, for optimal tightening.
  • This material made of hot dip galvanised steel is designed to fix anchoring and suspension clamps.
  • The anchoring assembly is used for single or double dead-ending of A.B.C (aerial bundled conductors) with insulated neutral messenger. Two different sections of neutral messenger are available: 54.6mm² and 70mm²
  • These connectors are used to make a tap connection between aerial networks. The connection is realised by means of insulation piercing technology.
  • The pulley is designed to receive low voltage A.B.C. (Aerial Bundled Conductors) for unwinding and pulling operations. The mechanical winch is designed to pull conductors of a low voltage power line. Light and small, it can be used for all types of cable adjustments, in particular on top of supports. It can be used also for lifting loads, stowing poles and other applications. The overhead comealong clamp is designed to pull, retain and stretch bare or insulated conductors of a power line. Three models are available according to the type of conductors to be implemented: - Bare steel or aluminium cable, - A.B.C. (Aerial Bundled Conductors) type neutral messenger, - A.B.C. type fully supported. The wire-strainer is designed to pull conductors on a low voltage electrical line manually. These climbers are designed to help fitters climbing along poles and facilitate work at height. Sold in pair.
  • These equipment aim to protect the fitter from falls during installation works at height.
  • The sleeve is designed to ensure watertightness and insulation of bare fittings on low voltage network cables. It is designed for round or sectoral type conductors. The sheath is used to insulate the neutral conductor. Before the installation, lubricate the bare neutral conductor.
  • This cable sealing end is designed to ensure the watertightness of network and service stripped conductors ends. It is slid on the conductors and implemented without using flame. This cap is designed to ensure the watertightness of network and service cables conductors end. It can be used on cable drums. It is used exclusively without power.
  • This mat is used to protect the fitter working area from contact voltage, during electrical work, without load in HV context and under load in LV one. Several models are available from class 0 to class 4. The insulating ladder protects the fitter from current voltage during electrical installation works.
  • These equipment aim to protect the head and the face during installation works.
  • These short and high shoes ensure protection against electrical and/or mechanical shocks.
  • DIN cabinets exist in 3 widths and are designed to receive a 300, 450 or 600mm REMIC set of bars support. They use "common" equipment (direct connection network, service) and RRCP cutting / protection network connection modules. They are also designed for possible re-supply of the set of bars support without additional re-supply doors.
  • These gG fuses cartridges are designed to protect goods. They are implemented in a cutout sheltered from outside weather conditions.
  • Aerial sub-surface junction is designed to establish the connection from an underground network to a low voltage overhead network. They are implemented on overhead environment along a pole, under a mechanical protection as a conduit.
  • These parallel groove clamps are designed to connect a bare aluminium or copper line from another bare aluminium line. They are adapted to outdoor use.
  • These anchoring and suspension clamps are designed to anchor and to hold the A.B.C. (Aerial Bundled Conductors) network. This range is rather designed to self-supporting cables. The suspension bracket is designed to fix clamps on a pole or a wall. The bracket fixing is performed by straps or screws. The hook is used to fix an anchoring clamp on a pole or a wall. It is implemented once holes are drilled.
  • This preinsulated sleeve is designed for the junction of low voltage overhead insulated conductors to other ones. The junction can be establish between two conductors of equal or unequal sections. All combinations of sections are possible.
  • Lugs

    1,00
    This spin-welded preinsulated lug is designed to connect low voltage overhead insulated conductors to copper equipment terminals. The cable sections range that the lug can receive goes from 16 to 150mm².
  • These bolts and nuts are designed to fix MV/LV accessories.
  • This overhead swivel is used between two overhead pulling grips to replace an old conductor by a new one or between a pulling grip and the wire rope on the winch. It prevents any twisting of the conductor during pulling, unreeling and laying. All of the parts are made of alloyed steel. The overhead pulling grip is deasigned for the pulling, unreeling and larying of bare and insulated self-supporting overhead cables. This overhead pulling grip is deasigned for the pulling, unreeling and larying of bare and insulated overhead cables with neutral messenger.
  • TPC sheath

    1,00
    This sheath is used for the protection of underground cables. It is available in ring (with draw needle) or in bar. The junction sleeve allows connection between two ends of sheaths. The seperator allows to facilitate the installation of sheaths and to split each one. The sheath end cap allows to seal the sheath by closing its end.
  • This galvanised steel earth rod is used for the power networks earth system. The corrosion protection is ensured thanks to a hot dip galvanisation surface treatment. The reference Standard is EN 50 164-2.
  • This copper earth electrode is used for the power networks earth system. When a deep installation is not possible, it gives an important contact area with the soil to discharge fault currents. The reference S tandard isEN 50 164-2.
  • This cable is used for low voltage electrical distribution (0.6 / 1kV, 50Hz). The cable comprises a neutral messenger which is twisted with the rest of the conductors. One or several street light conductors are possible, consult us.
  • Tape

    1,00
    This tape is designed to conduct the electricty into the earth system and to guarantee the default current runoff. If the copper gives an important electrical and the tinned coating protects from theft thanks to the non visible copper coating conductivity. The copper bonded steel offers a good economical alternative to copper. Furthermore Galvanized steel is an economical solution to coppered tinned steel and protect from the theft too. It has a good conductivity.
  • Cable

    1,00
    This cable is used pour earth systems. It is available in bare copper or insulated copper.
  • The REMIC module type RRCP offers a network outlet that can be cut (400 A function) or protected using maximum 200A fuses 115mm size 2 (200A function). It is installed on the M12 standardised connection terminals of the sets of bars supports. It is mainly used for supplying a collective or individual service with supervised power.
  • The fuse service module exists in 3 versions: 60A, 90A and 100A available in single or three phase kits depending on the model. In variation of the fused neutral, a triple neutral is possible. It is installed on the M12 standardized connection terminals of the set of bars support. It is used to tap a single or three phase service connection ensuring protection through fuses size 00 (60A and 90A modules) or 22x58 (100A module). The multitap connection module comprises 1 neutral and 3 phases. It allows a maximum of 3 single phase or 3 three-phase services to be connected. It is installed on the M12 standardized connection terminals of the set of bars support. It is mainly used when the AD fuses are installed in the customer premises.
  • The network module is available in 2 versions: - 50-240mm², - 50-150mm². It comprises one neutral terminal and three phase terminals. It is installed on the M12 standardized connection terminals of the sets of bars supports.
  • The sets of bars supports 300, 450 and 600 respectively offer 6, 9 and 12 connection terminals for each pole.
  • The modular distribution box is designed to be equipped with devices that protect the customer installation. The 30 mA differential switches for two-phases are designed to protect persons by detecting insulation defects. The AC-type detected faults on the AC component. The A-type detected faults on the AC and DC components. The DC components faults can be produce by some electrical devices. The size of differntial swith is 2 modules. Subdivisional circuit breakers are designed to protect the circuits of the installation. The proposed materials are : - Neutral Phase 230V, - A type C trip curve according to EN 60898-1.
  • This end connectors range is used for the connection of leading in cables to electrical equipment terminals (cutouts, electronic meters, ect). It is a universal solution to connect the connection cable and the meter terminals no matter what is the metal or the block nature. They can be fitted on copper or aluminum stranded or solid core conductors.
  • This board is designed to accommodate the single phase electronic meter and the circuit-breaker. It defines the boundary between the energy distributor and the installer private domain. The cover is optional.
  • The box with 3 outlets is designed to establish up to 6 single phase connections or up to 3 three phase connections at one point of the low voltage aerial bundled network. The box with 7 outlets is designed to establish the junction of 2 overhead networks and the tap contact of 6 single phase or three phase connections maximum. These boxes can be installed on a façade or a pole. They can also be used at the network end.
  • The 8 service distribution box allows the junction of 2 aerial networks and the derivation of 8 single phase or 4 three phases connections maximum. This box can be fixed either on a facade or on a pole. It can be used as an accessory for network shutdown.
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