Abstract: The invention relates to a switch cabinet with at least two profiled rails, on the bottom at the sides, which provide a supporting surface and with a bottom plate that can be laid on and fastened to them. The supporting surface (7) of the profiled rails (1) is provided with a track of punched holes, and the bottom plate (2) can be attached by means of at least one joining element (3), which can be inserted in a hole (8) in the track of punched holes and which damages the inside wall of the hole (8), thereby producing a positive locking.

Abstract: A switch cabinet includes at least two horizontally extending frame profiles having a sealing edge, a fastening surface, and two side walls. Each of the side walls includes a one-part sheet metal blank which forms a frame-like profile edge on all four sides by means of multiple canting, the profile edge being adapted to the frame profile and provided with rows of holes, and the adjacent profile edges ending before the respective edge of the side wall, leaving open a receiving portion for the fastening member of the frame profile.

Abstract: The invention relates to a base for a switch cabinet with four corner elements, which are connected to one another by means of two longitudinal panels that run parallel to one another and two transverse elements that are arranged parallel to one another, whereby at least one transverse element is formed as a profiled rail that has tracks of punched holes and that extends between the lower and/or upper sections of two adjacent corner elements, which profiled rail has end sections on both sides that extend on the outer side and into the interior of the corner elements.

Abstract: A frame structure for a switch cabinet includes at least four vertically extending rail profiles arranged in edges. At least one of the vertical rail profiles includes a cross section formed by a plurality of bent profile webs, the cross section of an envelope of at least one rail profile being configured to be rectangular. The at least one vertical rail profile is configured to be open, and at least one profile web extends longer than an edge length of the rectangle formed by the envelope and is double-walled.

Abstract: A frame structure for a switch cabinet includes at least four vertically extending rail profiles arranged in edges. At least one of the vertical rail profiles includes a cross section formed by a plurality of bent profile webs, the cross section of an envelope of at least one rail profile being configured to be rectangular. The at least one vertical rail profile is configured to be open, and at least one profile web extends longer than an edge length of the rectangle formed by the envelope and is double-walled.