Lenovo
1YR POST WTY PREMIER 24X7 4HR RESP
In Stock
Ortronics Swing-EZ Wall Rack 11U 19 in | Wall Mount, Rack Frame
Lenovo
MPN: 5WS7C04707
$803.71$843.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 11U rack height
- 19-inch rack width
- 18-inch depth
- Wall-mountable rack frame
- Swing-out front gate
- 75 lb load capacity
- Save floor space with an 11U wall-mount form factor
- Simplify rear access using a swing-out front gate with latch pins
Make limited space work harder with the Ortronics Swing-EZ Wall Rack. Its 11U capacity, 19-inch rack width, and 18-inch depth create a practical mounting platform for network panels and equipment where a full floor rack is not an option. The swing-out front gate improves access to rear cabling and terminations, reducing the time spent working in cramped closets and small offices.
This rack is built for structured cabling environments that need a compact, serviceable enclosure without sacrificing installation quality. The #12-24 threaded EIA hole pattern supports standard 19-inch equipment, while the included Velcro straps and mounting screws help streamline deployment. With a 75 lb equipment load rating, it is well suited for access switches, patch panels, and related infrastructure that must stay organized and reachable. For teams standardizing on wall-mounted network distribution, this model delivers the fit, access, and installation detail that lower-cost frames often miss.
Ideal For
- Mounting access switches and patch panels in small office network closets
- Building compact structured cabling points where floor racks will not fit
- Supporting wall-mounted distribution for branch office IT rooms
- Creating serviceable network termination points in space-constrained facilities
Why This Product
- 1Swing-out access is easier to service than fixed wall frames
- 218-inch depth suits compact closets better than full-depth racks
- 375 lb rating supports more equipment than light-duty brackets
- 4Included hardware reduces installation time versus bare frames
