Tripp Lite SmartRack 12U Server-Depth Wall-Mount Small Rack Enclosure, Clear Acrylic Window, Hinged Back

The Tripp Lite SRW12US33G is a 12U wall mount rack enclosure that lets you place full depth, 19 inch rack equipment on a wall instead of the floor. By moving servers, switches, power distribution units, and network storage up and off the ground, it frees valuable space in network closets, classrooms, branch offices, and retail locations where every square foot counts.

Inside the cabinet you will find adjustable mounting rails with numbered rack spaces that simplify equipment alignment. The rails support gear up to 32.5 inches deep and the cabinet carries a 250 lb load rating, so you can confidently install everything from 1U servers to a rack mount UPS.

Daily checks are quick because the front door has a clear acrylic window that lets you view status lights without unlocking the cabinet. When maintenance is required, the entire enclosure swings away from the wall on a sturdy hinge, giving you full access to rear ports and cabling. Locking side panels help protect valuable hardware, and vented surfaces encourage the airflow that critical electronics need to stay cool.

Installation is straightforward. The enclosure arrives fully assembled, so you only need to anchor it to wall studs or a concrete surface, set the rails to match your hardware, and start loading equipment. This design makes it an efficient choice for IT teams who need to expand quickly or for contractors building out distributed network sites.

Highlights:

• 12U rack that holds 19 inch equipment up to 32.5 inches deep
• 250 lb maximum equipment load for servers, switches, and UPS systems
• Clear acrylic front window allows visual checks without unlocking the door
• Hinged back swings open for full rear access during service
• Locking side panels provide physical security
• Vented doors and sides promote consistent airflow
• Adjustable, numbered rails speed up equipment alignment
• Ships fully assembled and ready to mount on wall studs or concrete