Abstract: An electrical enclosure having a housing including a door. The electrical enclosure includes a frame assembly and a plurality of fasteners. The frame assembly has a first side including a planar portion opposite the door. The plurality of fasteners are disposed through the frame assembly for mounting the frame assembly to the door such that the fasteners do not protrude beyond the plane of the planar portion.

Abstract: A rack for an equipment cabinet comprises a rectangular base plate, an identically constructed roof plate and four profiled pillars. For the fastening of the profiled pillars, various fastening means are provided at the base plate and the roof plate. Three groups of four fastening holes each serve as fastening means at the corners of the base plate and the roof plate, as well as respectively three sections of four pairs of stop lugs each, which are allocated to the fastening holes in a definite manner. A fastening bore is provided in each profiled pillar, and the profile of each profiled pillar is provided with at least one profiled rib which, when the profiled pillars are positioned and screwed in, is disposed in a gap between a pair of stop lugs.

Abstract: A housing for electronic devices. The housing has a base having profiled metal bars that have at least one longitudinal chamber, at least one metal covering part that is secured to the base and has an inwardly-chambered strip, and at least one contact spring that has a U-shaped cross-section and is disposed between the metal bars and the covering part. A side wall of the longitudinal chamber is formed by a clamping rib for inserting the contact spring, the chamber having a longitudinal slit which adjoins the clamping rib, and the edge strip of the covering is parallel to the outer side of the clamping rib.

Abstract: The present invention relates to a fastening device for component carriers in system housings. Profiled fastening members are here fastened to the front frame bars of the system housings, each supporting two parallel arranged and oppositely oriented mounting strips. L-shaped mounting brackets provided with fastening threads can be pushed transversely into the mounting groove formed by the mounting strips. A spread-away spring element is fastened to the backs of the L-shaped mounting brackets. If the mounting angles are in the inserted installed position, a retaining lug engages in a longitudinal groove of the front mounting strip. The mounting brackets can be adjusted to any desired height. The front plate of the component carrier is screwed to four mounting brackets and, after the fastening screws are tightened, the component carrier is fastened at the desired height.