Lowell Manufacturing RCC-2236 Remote Consolidation Wall Mount Cabinet with Shallow Door, 2U + 2U, 30"D Usable, Network Gray

While maintaining a low profile, this wall-mount cabinet securely houses 19" E.I.A. network equipment, ensuring minimal intrusion into your space. The RCC-2236 Remote Consolidation Wall Mount Cabinet, finished in a sleek Network Gray, is expertly crafted in the U.S.A. using 16-gauge certified U.S. steel, with sturdy 11-gauge rails, promising durability and reliability.

This efficient design maximizes internal space with two separate mounting bays, each equipped with their own rail sets. The 2U top bay features a pivot-down access system, perfect for horizontally mounting panels such as a shallow patch panel. The 2U bottom bay, on the other hand, is designed with adjustable rails for vertically mounting hubs, servers, or similar active equipment.

The cabinet's front features a vented door with beveled edges and an inset handle, complete with a side key lock for added security. The door is reversible, accommodating both left and right-hand swings. The rear of the cabinet is designed to mount on standard 16" centers and includes large cutouts to fit over wall obstructions.

The sides of the cabinet are secured with a draw latch and key lock, while the bottom features combination EKOs for conduit ranging from 1/2"-3/4". An electrical box is conveniently located in the base, and vents are designed to accept an optional single fan kit.

The top of the cabinet also includes combination EKOs for conduit, accommodating sizes from 1/2"-3/4" and 1"-1-1/2". For efficient cable management, the cabinet features knockouts in the top and base, along with multiple bridge lances. The dual-punch rails, made from 11-gauge steel with a black finish, have 10-32 threaded holes for use with included screws, plus square holes for use with alternate hardware (12-24 or 6mm screws, not included).

This high-quality, space-saving RCC-2236 Remote Consolidation Wall Mount Cabinet is the ideal solution for securely housing your network equipment while maximizing your workspace.