Abstract: A cable bushing includes a frame having at least one space for receiving at least one resilient cable grommet, and which has at least one first and one second frame part, as well as a clamping lever which may be rotatably movably connected to the first frame part and is movable between an open position and a closed position. The frame parts are braced against one another in a bracing direction in the closed position of the clamping lever.

Abstract: The invention relates to a grommet made of a material that is elastic at least in portions for receiving at least one elongate object for strain relief and sealing, comprising an outer frame element that can be opened along a slit and comprises at least two membranes that are spaced apart in the longitudinal direction of the elongate object to be received and each comprise a hole of equal size, so as to be flush with one another, for receiving the elongate object. The invention is characterised in that the respective hole of the at least two membranes contacts the material of the frame element on the side of the slit.

Abstract: The invention relates to a cable bushing to be screwed together with a wall comprising a passage for at least one prefabricated cable, comprising two partial elements, which are screwed together with one another in the installed state, a threaded section, which is formed by the two partial elements in each case in a part of its circumference, and comprises a thread, for feeding through the passage, a receptacle section adjoining thereon in the axial direction of an axis of rotation of the threaded section, which has a larger external diameter than the threaded section at least in sections, and which comprises at least one receptacle opening for accommodating at least one strain relief bushing.

Abstract: The invention relates to a strain relief bushing made of an elastic material for receiving at least one cable in at least one axial through-opening which is connected to an adjacent through-opening or to an outer side of the strain relief bushing via a slit in such a way as to be openable, wherein each of the through-openings has, one behind the other in the axial direction, at least two strain relief portions of different cross-section, wherein central axes of the at least two strain relief portions of different cross-section extent in parallel and eccentrically such that the outer circumferences of the at least two strain relief portions of different cross-section are flush with one another along the slit, and wherein the strain relief portion having the smallest cross-section of the through-opening accounts for at least 10%, preferably at least 15%, of the axial length of the respective through-opening.

Abstract: The invention relates to a cable lead-through, comprising: a separable frame having at least two longitudinal strips and two side strips, which are positioned together in a plane perpendicular to the direction of travel of the lead-through cable; spacer elements positioned between the longitudinal strips, of which at least one forms an intermediate space between, itself and a neighbouring spacer element or one of the side strips, which is designed for receiving at least one grommet, which in turn has at least one hole for leading through the cable.

Abstract: The invention relates to an apparatus for carrying a cable, wherein the cable comprises a conductor, a shield braid surrounding the conductor, a protective coat; the protective coat is removed along a part of its length, so that the shield braid is exposed; a housing surrounding the cable; an electrical connection in order to establish a conductive connection between the shield braid and the housing; a hinged sleeve is provided, which encloses the cable in the longitudinal section of the exposed shield braid; the hinged sleeve consists of an electrically conductive material which is connected to the housing in a conductive manner.

Abstract: A control cabinet includes at least two plate shaped elongated wall segments. At least one wall segment features at least one open-edged cutout. Edges of adjacent wall segments facing each other, adjoin each other, forming a seal. Each cutout is covered by a frame. The frame includes a plurality of grommets to accommodate cables. In an assembled state each frame is enclosed and each frame protrudes beyond the butt joint between adjacent wall segments, covering same.

Abstract: The invention concerns a cable supporting unit with the following components or features: an elastically deformable cable holder, including a number of membranes, which can be penetrated by cables; in operating condition, the cable holder is provided with cables, which are captive-mounted in the penetrated membranes; with at least two frame portions, which are arranged slack to one another before operation and are connected fixedly to each other in operating condition; at least one frame portion presents a reception opening for accommodating the cable holder; in operating condition, the cable holder assembly is stretched out fixedly and tightly in the reception opening; before operation, the cable holder assembly can be inserted in a drawer-like manner into the reception opening and once inserted is captive-mounted in non-positive engagement.