Great Lakes VRX-52U2436-B-SQM6 Vrx Server Rack 52U

Product Description

The GREAT LAKES VRX-52U2436-B-SQM6 is a 52U open-frame or enclosed server rack designed for structured cabling, networking, and data center equipment installations. Standing 96.25 inches tall with a 24-inch width and an adjustable depth ranging from 24 to 36 inches, this rack provides the vertical space and mounting flexibility needed to house switches, patch panels, servers, and power distribution units in a single organized enclosure. IT professionals and low-voltage installers use this unit in equipment rooms and data closets where maximizing rack density and maintaining cable management are priorities.

This rack is suited for commercial and enterprise environments including server rooms, telecommunications closets, and network operation centers. The adjustable 24-to-36-inch depth range accommodates both shallow networking gear and deeper server hardware without requiring a separate enclosure. Low-voltage contractors and IT infrastructure technicians are the primary installers for this type of rack in new construction and retrofit deployments.

Key Features

• 52U of usable rack space for high-density equipment installations
• Adjustable depth from 24 to 36 inches to fit shallow and deep equipment
• 24-inch width conforms to standard EIA rack mounting specifications
• 96.25-inch overall height maximizes vertical mounting capacity
• Sold as a single unit per package

Compatibility

Designed as an OEM-style rack enclosure compatible with standard 19-inch EIA-310 rackmount equipment including servers, switches, patch panels, and power distribution units.

Installation Notes

Installation should be performed by a qualified low-voltage technician or IT infrastructure professional familiar with structural anchoring requirements for floor-standing rack enclosures. Secure the rack to the floor or wall per local building and seismic codes before loading equipment. Power down all equipment before mounting or repositioning components inside the rack. Verify that the installation location provides adequate clearance for front and rear access and sufficient airflow for thermal management.