AisleLok Modular Containment Bi-Directional Doors 10163

Application

The AisleLok Bi-Directional Doors are a key component in Upsite’s AisleLok Modular Containment solution. The doors can be used with or without the AisleLok Rack Top Baffles; however, for maximum benefit both products are recommended.

• Can be used for either the hot or cold aisle, or stand-alone equipment. 
• Simple installation and modular design allows doors to easily be removed, relocated, or repositioned as your computer room evolves. 
• Consists of matching LH and RH door panels with bi-directional swinging hinges. 
• Works best when the opposing rows of racks end evenly, but also can provide significant benefit when used on uneven or individual rows. 
• Beneficial in both raised-floor and slab data center environments.

Feature

• Standardized off-the-shelf design, available in common rack heights. 

• No tools required for installation; attaches directly to side of the end-aisle cabinet using twist-locking magnets. 

• Quick and easy mounting allows for minimal disruption to the data center. 

• Rugged, high quality design enhances professional aesthetics of the computer room. 

• See-through doors provide maximum visibility in and out of the aisle. 

• Hands-free operation allows equipment carts to be pushed directly through the doors without the need to first slide or swing open the doors by hand. 

• Includes attached door stops to hold doors open as needed. 

• UL94 flame rated materials.

Benefi­ts

• Supports reduced energy costs by providing the opportunity to increase set point temperatures and/or turn off cooling units or reduce fan speeds. 

• Supports increased reliability and availability of IT equipment by reducing server intake temperatures. 

• Allows for higher rack densities. Prevents hot air recirculation. 

• Flexible design allows the containment system to adapt as the computer room evolves. 

• Lower initial cost than traditional containment. 

• Modular design and out-of-the-box installation does not require 3rd party design, engineering, or construction, which minimizes computer room disruption.