Abstract: An embodiment of a computer rack is capable of supporting up to 48U of electronic devices, including a central rack space for up to 42U and six 1U side bays. The side bays are fully accessible from the rear of the rack, so that all of the components may be serviced without pulling the rack out from a row and removing side panels. Optional strip PDUs may be mounted at the rear. The rack complies with standard dimensions for a 19-inch rack, including standard vertical and horizontal rail dimensions, and fits on a standard 600 mm×1200 mm floor tile.

Abstract: An embodiment of a computer rack is capable of supporting up to 48U of electronic devices, including a central rack space for up to 42U and six 1U side bays. The side bays are fully accessible from the rear of the rack, so that all of the components may be serviced without pulling the rack out from a row and removing side panels. Optional strip PDUs may be mounted at the rear. The rack complies with standard dimensions for a 19-inch rack, including standard vertical and horizontal rail dimensions, and fits on a standard 600 mm×1200 mm floor tile.

Abstract: One embodiment of the invention provides a rack assembly for a rack-mount system, such as a 19-inch rack. A plurality of vertical rack supports each have first and second rails joined at an angle. The first rail defines a plurality of vertically-spaced holes. A bracket includes a bracket body, a pivot arm projecting from the bracket body, a pivot member coupled to the pivot arm and having a pivot axis orthogonal to the pivot arm, a bracket-retention flange projecting from the bracket body and radially spaced in a radial direction from the pivot member, and a shelf-support flange projecting from the bracket body and spaced in the same radial direction from the pivot member and at least the same distance from the pivot member as the bracket-retention flange. The shelf-support flange and bracket-retention flange project in opposing directions transverse to the radial direction.