Vertiv
NEMA 12K WM 19UX24X24 1000 BTU ACGRAY
Out of Stock
Vertiv GL36N12-24-B-AC10 NEMA 12K WM 19Ux24x24 | Wall Mount, Gray
Vertiv
MPN: GL36N12-24-B-AC10
$5,582.19$8,462.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 19U wall-mount enclosure
- 24 in width
- 24 in depth
- 1,000 BTU cooling capacity
- Gray finish
- Vertiv enclosure platform
- NEMA 12-style protection
- Protect critical equipment with a NEMA 12-style enclosed wall-mount design
Maintain stable operation for critical electronics in a compact wall-mounted enclosure designed for controlled indoor environments. This Vertiv 19U model combines a 24 in x 24 in footprint with 1,000 BTU cooling capacity, giving infrastructure teams a practical enclosure for edge networking, controls, and distributed IT gear where floor space is limited.
The wall-mount format helps place equipment closer to the point of use while keeping hardware protected and organized. Its NEMA 12-style enclosure profile is suited to installations that need a cleaner separation from ambient conditions than an open rack can provide. For teams standardizing small-site deployments, the 19U capacity offers enough room for essential devices without overcommitting space or cooling budget.
Choose this enclosure when the application calls for a compact, enclosed mounting solution with predictable thermal support and a professional gray finish. It is a strong fit for facilities that value controlled access, tidy cable routing, and a more deliberate deployment standard than lower-cost open-frame alternatives.
Ideal For
- Edge network equipment in a branch office or remote site
- Controls and communications hardware in a protected indoor area
- Space-limited installations that require wall-mounted rack capacity
- Small equipment clusters that need enclosed thermal management
Why This Product
- 1Enclosed wall-mount design versus open-frame racks
- 21,000 BTU cooling support versus passive cabinets
- 319U capacity for compact deployments
- 424 in x 24 in footprint for space-constrained sites



