A rigid joint assembly for jointing two cables; the assembly includes outer cable entry parts outside a water-tight casing assembly. A first and second cable insulation system deformation preventing devices are provided, each including a rigid pipe, which surrounds a respective first or second cable core end section, and a bedding material layer, which extends at least partially along a length of an inner surface of the respective rigid pipe. The assembly further includes first and second grooved pipes of elastic material having a plurality of grooves on the side facing the cable, each grooved pipe surrounding the respective first or second cable core end section at a respective inner cable entry part inside the water-tight casing assembly 30.

A rigid joint assembly including a first and second cable core end sections of a first and second electric cables, including cores having a conductor, and an insulation system having a semi-conducting layer, an insulation layer and a semi-conducting layer. The assembly includes a joint connection, and a water tight metal casing. The casing assembly has a first and second cable entry parts for receiving the first and second cable cores having joint assembly includes first and second deformation preventing members that surround cable core end sections and includes a rigid pipe.

A rigid joint assembly including a first and second cable core end sections of a first and second electric cables, including cores having a conductor, and an insulation system having a semi-conducting layer, an insulation layer and a semi-conducting layer. The assembly includes a joint connection, and a water tight metal casing. The casing assembly has a first and second cable entry parts for receiving the first and second cable cores having joint assembly includes first and second deformation preventing members that surround cable core end sections and includes a rigid pipe.

A bushing well extender includes a body. The body includes a plug and a socket on two ends thereof and an extension portion extending from a peripheral side of the body. The extension portion has a chamber therein. A first electrically-conductive member is provided between the plug and the socket. A second electrically-conductive member is provided between the first electrically-conductive member and the chamber of the extension portion. When the bushing well extender is to be used, the operator selects a corresponding workpiece according to the function to be expanded and puts the workpiece into the chamber. Then, the body is connected in series with a high-voltage circuit, so that the high-voltage circuit has the function of the workpiece.

The invention relates to a cable joint (1) for connecting two current conductor portions for conducting a direct current, comprising a control body (3) and a conductive connection piece (2) which is surrounded by the control body, wherein the connection piece has a first receptacle and a second receptacle, so that a conductor end of a first current conductor portion can be inserted into the first receptacle in order to establish an electrical contact between the connection piece and the conductor end of the first current conductor portion, and a conductor end of a second current conductor portion can be inserted into the second receptacle in order to establish an electrical contact between the connection piece and the conductor end of the second current conductor portion, and wherein the control body comprises insulation-spaced, concentric, conductive control inserts (11-17) for resistive field control.

The invention relates to a cable joint (1) for connecting two current conductor portions for conducting a direct current, comprising a control body (3) and a conductive connection piece (2) which is surrounded by the control body, wherein the connection piece has a first receptacle and a second receptacle, so that a conductor end of a first current conductor portion can be inserted into the first receptacle in order to establish an electrical contact between the connection piece and the conductor end of the first current conductor portion, and a conductor end of a second current conductor portion can be inserted into the second receptacle in order to establish an electrical contact between the connection piece and the conductor end of the second current conductor portion, and wherein the control body comprises insulation-spaced, concentric, conductive control inserts (11-17) for resistive field control.

The present disclosure relates to splice enclosures adapted for providing cable repairs. The splice enclosures can include a bracket arrangement that allows for variable placement of splice modules on platforms of the bracket arrangement. The bracket arrangement can also provide cable anchoring locations.

The present disclosure relates to splice enclosures adapted for providing cable repairs. The splice enclosures can include a bracket arrangement that allows for variable placement of splice modules on platforms of the bracket arrangement. The bracket arrangement can also provide cable anchoring locations.

A power cable accessory assembly including: a first power cable including: first conductor, and a first electrical insulation layer arranged around the first conductor, wherein the first electrical insulation layer includes a first insulation groove extending circumferentially along an outer surface of the first electrical insulation layer, a connection sleeve including: a first axial end opening receiving an end portion of the first conductor protruding axially from the first electrical insulation layer, and a first locking sleeve groove extending circumferentially along an outer surface of the connection sleeve; and a first locking sleeve including: a first radially inwards extending flange engaging with the first insulation groove and a second radially inwards extending flange engaging with the first locking sleeve groove to restrict axial movement between the first electrical insulation layer and the connection sleeve, wherein the first radially inwards extending flange has a first radial dimension that decreases gradually in an axial direction towards the connection sleeve, and wherein the first insulation groove has a second radial dimension that decreases gradually in the axial direction towards the connection sleeve.

A high-voltage power distributor is configured to keep the need for high-voltage supply lines as low as possible for an electric or hybrid vehicle having an electric-motor driving motor. The high-voltage power distributor has a distributor housing formed with a connection space. At least one incoming supply line and two outgoing supply lines, which are connected to each other, are introduced into the connection space. The distributor housing has a two-part construction, with an electrically conductive inner housing and an insulating outer housing. Each respective shield of a respective supply line is connected to the inner housing in an electrically conductive manner. Thus, a mechanically robust design is enabled together with good EMC shielding in the connection region of the supply lines, and furthermore reliable sealing with respect to the environment is enabled.