Tripp Lite SmartRack 12U Low-Profile Patch-Depth Wall-Mount Rack Enclosure

General Information The SRW12U13 SmartRack 12U Low-Profile Patch-Depth Wall-Mount Rack Enclosure Cabinet is designed to house EIA-standard 19-inch rack equipment in network wiring closets, retail locations, back offices, classrooms and other areas with limited floor space where you need equipment to be secure, organized and out of the way. Constructed from heavy-duty steel with a durable black powder-coated finish, the cabinet has a maximum load capacity of 200 pounds.The side panels and front door lock securely to help prevent damage, tampering or theft. The front, top, bottom and removable side panels are vented, which allows air to flow freely and keep equipment cool. The reversible front door can open left or right by rotating the cabinet 180° before mounting. Convenient top and bottom ports allow easy cable routing. The SRW12U13 comes fully assembled and ready to mount to the wall, or use Tripp Lites optional SRCASTER rolling caster kit to make it a mobile rack. Square and threaded mounting holes and numbered rack spaces make equipment installation easy. The vertical mounting rails adjust in 7/8-inch increments to accommodate equipment up to 13 inches deep, such as patch panels and shallow network switches. Technical Information Front Rail: Yes Physical Characteristics Form Factor: Wall Mountable Color: Black Static/Stationary Weight Capacity: 200 lb Height: 25.1″ Width: 23.6″ Depth: 13″ Rack Height: 12U Miscellaneous Package Contents: SmartRack Slim 12U Wall-Mount Rack Enclosure Cabinet Mounting Hardware Keys Owners Manual Additional Information: Slim design for shallow network switches and patch panels 12U with dual threaded front rails Fully assembled for quick installation PCI-Compliant: meets stringent physical security requirements EIA-310-E Cerified Certifications & Standards: UL/CSA 60950-1 Assembly Required: No Environmentally Friendly: Yes Environmental Certification: RoHS Warranty Limited Warranty: 5 Year Product images may differ from actual product appearance.