Abstract: A seal, lead-through or transit for cables, wires or pipes which seal, lead-through or transit has one or more compressible parts surrounding the cable, etc. and a position of an opening receiving the cable, etc. is adjustable. In one example, the opening may be placed off-centre on a partition line between two module parts. In other example, an inner compressible body may be placed inside an outer compressible body or between two module parts The inner compressible body has an opening receiving the cable, etc. which opening is placed off-centre. By rotating the inner compressible body the position of the opening receiving a cable, etc. is adjusted.

Abstract: A compressible seal/lead-through for cables, wires or pipes. The seal has two or more compressible base parts surrounding each cable, wire or pipe. Each compressible base part has peelable sheets for adapting to the diameter of a cable, wire or pipe. The sheets placed in the base parts have either different thicknesses or different rigidities.

Abstract: A frame is disclosed for receiving one or more modules for cable entries or pipe penetrations. A compression unit is an integrated part of the frame in at least one embodiment, which compression unit is to compress the modules inside the frame. The compression unit includes three compression wedges. An upper and a lower compression wedge have the same orientation, while a middle compression wedge has an opposite orientation. The middle compression wedge is oriented with a broad side facing an opening of the frame receiving the modules. At least one compression screw goes through openings of the upper and lower compression wedges and through a slot in the middle compression wedge.

Abstract: A module forming a part of a lead-through or transit for cables, pipes or the like is disclosed. In at least one embodiment, the module includes two base parts forming an outer part of the module. Two holding parts form an inner part of the module. Inside the inner part, formed of the two holding parts a cable or the like is received. The inner part of the module is received turnable inside the outer part of the module.

Abstract: A cable lead-through is disclosed for a switch cabinet, electric cabinet or the like. In at least one embodiment, the cable lead-through is formed of two substantially identical lead-through halves. The lead-through halves are held together by way of two clamping devices. By placing the clamping devices in grooves of the lead-through halves, the cable lead-through is held together.

Abstract: The present invention concerns a plug unit (1) for plugging an opening in a wall (22) the same time as it passes a cable, wire or pipe (20) through the same opening. The plug unit (1) comprises an exterior part (2) including a top portion (12) and a shaft portion 5 (11), an interior part (4) comprises a number of sheets (5), a penetrating channel (3) for receiving the cable, at least one ridge (13) attached to the shaft portion and extending outwardly from the shaft portion and wherein the device is composed of at least two identical parts (1?, 1?) to enable the plug unit (1) to be fitted laterally onto the cable, wire or pipe (20).

Abstract: A conductor for high-voltage windings comprising a stranded conductor core surrounded an electrical high-voltage insulation comprising an inner semi-conducting layer, an insulating layer and an outer semi-conducting layer. The core being designed to ensure uniform current distribution and to counteract eddy-current losses This is achieved by an electrically insulating oxide layer being provided on a sufficient number of strands to ensure that all strands in the stranded conductor core are electrically insulated from each other.

Abstract: A conductor and a rotating electric high-voltage machine that includes the conductor has a cable configured for high-voltage operation. The cable may be included as a winding for the rotating electric high-voltage machine. The conductor includes a first strand that is clad with an electrically insulating layer, and a second strand that is uninsulated whereas the first strand and the second strand are arranged in two or more layers of strands. The two or more layers of strands are insulated from one another. Furthermore, the first and second layers of the two or more layers of strands are arranged around a central core where the central core is at least one of an air core and a core of another material. The second strand is positioned so as not to be electrically contacting any other uninsulated strand.