A switch cabinet frame rack with multiple profile struts and a rectangular base frame, the underside of which is an outer side of the switch cabinet frame rack, which has at least one through-opening, wherein the through-opening is closed by a skid which is detachable mounted on the outer side.

An inner slide rail mounting structure for a two-stage server slide rail includes an outer rail, a front bracket, a rear bracket, an outer rail reinforcement bar and an inner rail. The front bracket is affixed to a front end of a front bracket supplementary rail that is slidably inserted into the outer rail reinforcement bar. The rear end of the front bracket supplementary rail is connected with a spring plate that has one end thereof connected to the outer rail reinforcement bar through a tension spring and an opposite end thereof fixedly connected with an outer rail ejection control plate that has an abutment portion abutted against the outer rail reinforcement bar and a press portion extended from the abutment portion for pressing by the user to release the abutment portion from the outer rail reinforcement bar.

An electronic device, an input/output assembly and a bracket structure are provided. The bracket structure includes a first bracket. The first bracket includes a first face, a second face and a third face. The first face and the second face are arranged on two opposite sides of the first bracket. The third face is connected to the first face and the second face. The second face is provided with at least two accommodating chambers. The first face is provided with at least two through holes corresponding to the at least two accommodating chambers. The third face is provided with a mounting hole passing through the first face and the second face. The mounting hole is arranged between two of the at least two accommodating chambers.

The invention relates to a rack for a switchgear cabinet arrangement, comprising a main frame that includes four vertical profiled struts and eight horizontal profiled struts, four of said profiled struts forming a rectangular rack frame (4) having a constant cross-section; the rack frame has a peripheral receptacle which is formed by at least two sides of the profiled struts and which is open towards an external side of the rack frame; the disclosed rack is characterized in that a rectangular additional frame is inserted into the receptacle.

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 protective enclosure for electrical components. A body defines a front opening, a first end opening, and a second end opening, wherein the body includes a front panel, a rear panel, and two side panels, all of which are formed at least in part by a single material sheet, without welding. A door is coupled to the body to selectively close the front opening. First and second end caps are sealingly coupled to the body around the first and second end openings. A first ledge, formed by the single material sheet, surrounds the first end opening and lies in a first plane perpendicular to the front, rear, and side panels. A second ledge, formed by the single material sheet, surrounds the second end opening and lies in a second plane parallel to the first plane.

A server apparatus is movably disposed on a rack. The server apparatus includes a base and a plurality of detachable carriers. The base has a baffle, and an accommodating space of the base is divided into several loading regions by the baffle. Each detachable carrier can include a substrate, a first supporter and a second supporter. The substrate has a first region and a second region adjacent to each other. The first supporter is detachably disposed on the first region. The second supporter is disposed adjacent to the first supporter and detachably disposed on the second region. The first supporter and the second supporter are utilized to support several electronic devices.

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.

A ground bus subassembly provided at a top (e.g., top front) of a power distribution cabinet section. The ground bus subassembly includes a first upper front frame plate, and a first ground bus section adjacent to the first upper front frame plate. A splice can attach to the first ground bus section. A ground cover covering the first ground bus section can function as a hoist rail. Ground bus subassemblies with first and second cabinet sections and first and second ground bus sections are provided, as are methods of assembly of ground bus subassemblies.