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The cutout sleeve makes it possible to secure the connection of the phase conductor and to protect the installation against electrical faults that may occur during illegal connections on the concentric cable. This cutout sleeve can receive a 22×58 fuse up to 100A or a neutral tube. The fraud preventing connector is used to make a tap connection between aerial networks. Once implemented, this connector cannot be dismantled. The accessories allow the anchoring of the concentric cable, both at the top of the pole and at the bottom of the meter. The U508 anchoring clamp accepts single and three-phase cables, while the K310 accepts only single-phase cables. -
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. -
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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. -
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The cable saddle (facade) is designed for fixing the low voltage A.B.C. (Aerial Bundled Conductors) on façades using neutral messenger or fully supported technology. A cable saddle is implemented every 30cm to ensure excellent fixing of the A.B.C. The wall mounting is quick and easy to implement. It is discreet and aesthetic. The cable saddle (pole) is used to fix cable trunking on poles. It is fixed using a strap and it is made of UV protected thermoplastic material. The N733 is sealed with a cable tie for 15 to 30mm diameter cables, the N734 for 30 to 50mm diameter cables, and the N735 for 50 to 90mm cables. -
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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. -
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The warning tape enables to secure and delimit a work area on a construction site. The safety barrier enables to secure and delimit a work area on a construction site. The netting is made of stretch mesh and offers a high tensile strength allowing extension without any risk of deformation or tearing. -
This earth rod is used for the power networks earth system. The copper coating made by electrolytic process gives a resistance to corrosion as well as a good conductivity. The reference standards are EN 50 164-2 and EN 62 561-2. The brass clamp with stainless steel bolts is designed to establish a connection between the earth rod and the conductor. The cable can be fixed radially or axially through the "U" bolt clamp. The round connection clamp can be in bronze. These brass driving spikes and heads are designed to protect the earth rod during the installation. They enable to preserve the copper coating and its technical features. The taper coupling is made of brass. It allows the junction between two unthreaded earth rods with nominal diameter 16mm. -
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The "C" shape connectors and jumper clamps are designed to connect two conductors. The mechanical and electrical connection is ensured thanks to crimping (U009) or thanks to a mechanical tightening wich can be removed (U020). The copper connector is designed to fix up an installation in case the conductor has been severed. The stainless steel fastening allows the product to be buried. The connector L260 is equipped with a shear head. The stainless steel kit comprises two tubular lugs (U030) as well as a nut and a bolt. It is designed to disconnect the earth system in order to perform earth resistance measurements. The cutting blade is designed to open the earth system during earth resistance measurements. It is rather used inside for a residential installation. The copper round terminal lug is used to connect bare copper conductors to copper terminals. -
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This device is designed for shortcircuiting and earthing the low voltage A.B.C. (Aerial Bundled Conductors). It is connected to a connector for measures and short-circuiting (type CMCC). This equipment is used for earth system a low voltage A.B.C. (Aerial Bundled Conductor). It is connected on shortcircuiting device linked to CMCC connectors (for measures and shortcircuiting). -
The energy manager is provided with an electronic regulator, controlling power and managing energy automatically without user / operator intervention. It is perfectly suitable for flat fee energy invoicing. It replaces the meter and cancels the requirement of consumption reading. The cabinet can be installed outside thanks to the UV resistant IP34 property. It is designed for a single phase connection. -
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The concentric insulated service cable is used for the connection between the low-voltage network and the premise. It is designed to limit fraud and thus to reduce non-technical losses thanks to a peripheral neutral cable. Any unauthorised connection to this cable will create a short-circuit and will automatically cut off electricity supply. It is stretched overhead to a maximum range of 40m. The accessories enable to realise the fulfilment of the single phase or three phase concentric cable before performing a connection at the top of a pole or inside the cabinet. The kits ensure the insulation and the sealing of the anti-fraud conductor. The end connectors receive the fulfilment of the concentric cable and enable the leading-in cables connection to electrical equipment terminals. The tool for stripping is used to strip the cable in order to reconstitute and isolate the neutral for connection. -
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These low voltage fuses cartridges NH00, NH1 or NH2 are type gG. They are used as protection unit of the low voltage public electricity supply networks and works. It is installed in: - Low voltage switchboards of the public electricity supply substations, - Cutout boxes, inside or outside supply switches, - Switch cabinets for subsurface networks, - Metering boxes and cabinets for different uses -
This cutout sleeve is designed to receive a 22x58 fuse cartridge, a neutral tube or a mini-switch. It is used in no mechanical load situations. It is equipped with mechanical tightening terminals allowing its installation using a simple spanner. Opening and closing of the cutout can be performed under a load of 63A maximum. -
This Fuse Insulation Piercing Pit Connector (IPPC) is designed to receive a neutral tube, a mini-switch or a 100A maximum, size 22x58 fuse cartridge. It is used to connect a customer service line to an underground conductor. It is installed in a pit and can operate partially and temporary immersed in water. It is equipped with mechanical tightening terminals allowing its installation on a conductor using a simple spanner. -
This fuse switch connector is designed to receive a 22x58mm fuse cartridge or neutral tube. It is used to protect the insulated service conductors connected to a low voltage A.B.C. (Aerial Bundled Conductors). It is used in no mechanical load situations. Opening and closing of the cutout can be performed under a load of 63A maximum. -
This fuse switch connector is designed to receive a 10.3x38mm fuse cartridge or neutral tube. It is used to protect street light or insulated service conductors connected to the low voltage A.B.C. (Aerial Bundled Conductors) or bare line conductors. It is designed for 20A maximum fuse cartridge. It is used in no mechanical load situations. -
This Fuse Switch Disconnector (FSD) is a single phase device. It is installed at the top of pole or on façade. It protects the overhead connection supplying an individual customer and the low voltage network. It is designed to receive a neutral tube or 100A maximum, size 22x58 fuse cartridge (according to the IEC 269-2.1 standard). -
This Fuse Switch Disconnector (FSD) is a single phase device. It is installed at the top of pole or on façade. It protects the overhead connection supplying an individual customer and the low voltage network. It is designed to receive a neutral tube or a 100A maximum, size 22x58 fuse cartridge (according to the IEC 269-2.1 standard) -
This Fuse Switch Disconnector (FSD) is a single phase device. It is installed at the top of pole or on façade. It protects the overhead connection supplying an individual customer and the low voltage network. It is designated to receive a 160A fuse cartridge or 240A maximum solid connecting link size 00 (according to the IEC 269-2.1 standard).
