Kendall Howard 8U Security Wall Mount Cabinet, 1915-3-100-08

Kendall Howard 8U Security Wall Mount Cabinet, 1915-3-100-08, 879447001174

The Kendall Howard 8U Security Wall Mount Cabinet is a secure, professional looking solution for housing your network, electrical, and peripheral equipment. Many times small offices or remote locations require expensive data and network equipment to be installed in an open environment. This can many times lead to problems with employees, customers or others tampering with or destroying devices. With this wall mount enclosure you can securely mount all of your equipment and eliminate the risk of unauthorized use.

• 250 lb. weight capacity
• Tool-less adjustable Cage Nut style rails
• 20" usable depth
• 19" EIA compliant
• Made in the USA
• Limited Lifetime Warranty

Features:

Solid, Secure Enclosure
The durable steel construction features solid sides and a locking front door to keep installed equipment safe.

Click-N-Drop Rails
The included set of cage nut style rails can be adjusted without having to remove nuts and bolts. The Click-N-Drop design only needs to be set and snapped into place. Once secured, install your rackmount equipment with the use of rack screws and cage nuts (not included).

Smoked Acrylic Front Door
The removable locking front door features a smoked gray acrylic window for easy viewing and monitoring of installed equipment.

Open Back Design
The open back design allows already terminated equipment such as patch panels and switches to be fed through the back of the cabinet, saving your installers hours of time re-terminating cables. The large open space is also perfect for applications with an immense amount of cabling which can be fed through the wall directly into the cabinet.

Numerous Cable Knockouts
Multiple laser knockouts are featured on the top and bottom of the enclosure, providing a variety of cable entrance points.

Cooling/Ventilation
Optional fan kits can be installed in the top and/or the bottom of the security cabinet to help keep equipment from overheating.