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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 Gang Fuse Switch Disconnector (FSD) is a multi-phase device. It is installed at the top of a pole or on façade. It protects the overhead connection supplying one or more multi-phase customers, or, the low voltage circuit of a pole mounted transformer. It is designed to receive 160A fuse cartridge or 240A solid connecting links, size 00 (according to the IEC 269-2.1 standard). -
This Gang Fuse Switch Disconnector (FSD) is a multi-phase device. It is installed at the top of a pole or on façade. It protects the overhead connection supplying one or more multi-phase customers, or, the low voltage circuit of a pole mounted transformer. It is designed to receive 160A fuse cartridge or 240A solid connecting links, size 00 (accordig 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). -
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) -
The anchoring assembly is designed for the 1500daN single or double anchoring of A.B.C. (Aerial Bundled Conductors) with insulated neutral messenger of 54.6 and 70mm² sections. It comprises a bracket supporting one or two anchoring clamps. The suspension assembly is designed for suspending the low voltage A.B.C. (Aerial Bundled Conductors) with insulated neutral messenger of 50 - 95mm² sections for code K277 and 50 - 70mm² sections for code K283. It comprises a movable link system, a suspension clamp and a bracket. 2 standard suspension assemblies are available: - ES 1500, - ESF 715 equipped with a fuse element (breaking 715 ± 65daN). The fuse element can be factory calibrated between 500 and 1 200daN. It is designed to break when an abnormal effort is applied on the A.B.C. The cable drops without causing the pole to break (i.e.: tree falling on to a power line). The cable can be quickly put back in position thanks to the installation of a new clamp on the bracket still in place. -
This connector is designed to connect the insulated service conductors to the low voltage overhead copper or aluminium alloy bare conductor network. Two versions are available according to the type of conductor to be connected (Al or Cu): - CNA (with aluminium alloy contact bridges), - CNU (with rough brass contact bridges). -
This connector is designed to connect a low voltage A.B.C. (Aerial Bundled Conductors) network to another low voltage aluminium alloy or copper bare conductors network. The section of the bare conductors is from 7 to 240mm² depending on the model. The section of the insulated cables is from 25 to 150mm² depending on the model. -
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The surge protection device connector (SPD IPC) is designed to protect low voltage overhead lines and electric equipment against over-voltages. It enables the current from the lightning to be led to the ground. The surge protection device connector includes the following elements: - An insulation piercing connector, - A terminal outlet inserted in the end cap of the connector, - A surge protection device (metal oxide overmoulded with silicone) screwed into the terminal outlet, - An earth system tail welded to the surge protection device. The surge protection device reacts: - After a certain number of overvoltages, when the current passing through the surge protection device increases by more than 1mA, - In the case of atmospheric discharge (lightning strike), the current exceeding 65mA. After the surge protection device has performed, the earth system tail physically separates from the connector. The surge protection device then should be replaced with an available spare part (comprising the surge protection device and the earth system tail). -
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. -
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.
