-
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. -
The IRO tube is used outside to allow mechanical protection round electrical cables. The junction sleeve allows to connect two IRO tubes. The connection sleeve allows a connection between the sheath and the general protection box. The T-sleeve and the elbow allow connection and adaptation of the circuit of the tubes. The mounting bracket allows to set the sheath beside a facade. -
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 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. -
-
-
-
The RING connector is designed to establish a tap connection on low voltage underground networks. It is installed inside an underground box. It is used on a main cable, with synthetic insulation, of type: - Circular or sectoral, - Copper or aluminium, - Solid or stranded core. The underground box enables the tap connection from an underground network and for every conductors type (stranded, solid, multi-stranded, round or sectoral). It comprises the connector, the resin, the box and accessories according to the local standard. -
The RING connector is designed to establish a tap connection on low voltage underground networks. It is installed inside an underground box. It is used on a main cable, with synthetic insulation, of type: - Circular or sectoral, - Copper or aluminium, - Solid or stranded core. The underground box enables the tap connection from an underground network. It makes possible the tap connection of every conductors type (stranded, solid, multi-stranded, round or sectoral). It comprises the connector, the resin, the box and accessories according to the local standard. -
The RING connector is designed to establish a tap connection on low voltage underground networks. It is installed inside an underground box. It is used on a main cable, with synthetic insulation, of type: - Circular or sectoral, - Copper or aluminium, - Solid or stranded core The underground box enables the tap connection from an underground network. It makes possible the tap connection of every conductors type (stranded, solid, multi-stranded, round or sectoral). It comprises the connector, the resin, the box and accessories according to the local standard. -
