A laminated busbar includes: a base body comprising conducting layers and insulating material to electrically insulate the conducting layers from each other. The conducting layers and the insulating material are clamped together by mechanical means and/or a profile is connected to the base body. In an embodiment, no glue or adhesive is arranged between at least one conducting layer and at least one insulating material.

A switch cabinet (1) comprising a square rack (2) consisting of four vertical profiles (3) and eight horizontal profiles (4), wherein four of the profiles (3, 4) form the rectangular profile frame and two of the four profiles (3, 4) forming the profile frame and extending in parallel to one another each include a first fastening profile side (5) having a first row of fastening mounts (6) spaced apart from one another while maintaining a constant grid dimension (M), wherein the first fastening profile sides (5) are situated in a common plane (E) and mounted on these two first fastening profile sides (5) is a first interior structural component (7) extending between the parallel profiles, which includes a mounting side (8) having a second row of fastening mounts (9), which extend perpendicularly to the first row (6), characterized in that the second row of fastening mounts (9) is arranged in the direction of extension (y) of the first row of fastening mounts (6) while maintaining the grid dimension (M) of the first row of fastening mounts (6).

The application relates to a method of establishing four profiles which when releasably mounted together are forming a cabinet frame. The profiles are having folding areas comprising cutout parts.

The invention relates to a mounting plate arrangement having a mounting plate which is fixed to a frame of a switch cabinet via at least one mounting plate holder, the mounting plate holder having a bearing piece which bears against or is fixed to a lower longitudinal edge of the mounting plate, the mounting plate with the bearing piece resting on a horizontal strut of the frame via a mounting bracket of the mounting plate holder, wherein at least a contact side of the bearing piece, via which the bearing piece rests on the mounting bracket, is or comprises a damping element.

The invention relates to a fastening arrangement including a profiled strut and a plug-in nut mounted in an aperture of the profile strut, wherein the plug-in nut has a threaded nut held on a clasp, wherein the clasp has a first and a second actuating end, via which the plug-in nut projects out of the aperture, wherein in a locking position of the actuating ends relative to each other an edge of the aperture is received in a receptacle of the clasp. Additionally, a corresponding switch cabinet housing is disclosed.

A cabinet includes a structural frame including a plurality of connecting rods and a plurality of connector modules each of which includes first and second connectors. The first connector includes two first main plate portions perpendicularly connected to each other, a first fastening hole, and a limiting indented portion. The second connector includes a second main plate portion perpendicular to the first main plate portions, a seat body connected to the second main plate portion and having a first fastening hole corresponding in position to the first fastening hole of the first connector, and a limiting protruding portion protruding from the second main plate portion and having a shape complementing with that of the limiting indented portion.

A power distribution assembly includes a first conductor having a first conductor end and a first shape in cross-section and a second conductor having a second conductor end and a second shape in cross-section. A splice couples the first conductor end to the second conductor end. An insulative boot has a first opening of the first shape, wherein the insulative boot encompasses the first conductor end. The insulative boot also has a second opening having the second shape, wherein the second opening encompasses the second conductor end. The insulative boot has a cavity between the first end and the second end, wherein the cavity is configured to encompass the splice.

A power distribution assembly includes a first conductor having a first conductor end and a first shape in cross-section and a second conductor having a second conductor end and a second shape in cross-section. A splice couples the first conductor end to the second conductor end. An insulative boot has a first opening of the first shape, wherein the insulative boot encompasses the first conductor end. The insulative boot also has a second opening having the second shape, wherein the second opening encompasses the second conductor end. The insulative boot has a cavity between the first end and the second end, wherein the cavity is configured to encompass the splice.

The invention relates to a mounting plate arrangement having a mounting plate which is fixed to a frame of a switch cabinet via at least one mounting plate holder, the mounting plate holder having a bearing piece which bears against or is fixed to a lower longitudinal edge of the mounting plate, the mounting plate with the bearing piece resting on a horizontal strut of the frame via a mounting bracket of the mounting plate holder, wherein at least a contact side of the bearing piece, via which the bearing piece rests on the mounting bracket, is or comprises a damping element.

The invention relates to a panel holder for fastening a panel on a housing frame of a switchgear cabinet, wherein the panel holder is an open clip, which has two free push-in portions, which can be braced against one another for engagement in a recess of a housing frame, wherein the push-in portions are connected to one another by means of a fastening flange for a panel, said flange having a threaded passage, in particular a threaded bore, and wherein the fastening flange is arranged at a distance from one of the push-in portions and the threaded passage is arranged in alignment with the push-in portion, such that a screw screwed in through the threaded passage impinges on the push-in portion aligned with the threaded passage and thus braces the push-in portions against one another. A corresponding switchgear cabinet is also described.