Middle Atlantic - U.s. - Legrand ERK-3520 35U Rack with Door

Product Description

The MIDDLE ATLANTIC - U.S. - LEGRAND ERK-3520 is a 35-space, 19.5-inch deep freestanding equipment rack designed for structured cabling, A/V distribution, and electrical control applications. Built to accommodate standard 19-inch rack-mount equipment, it ships with a front door for basic equipment protection and front-panel access control. The ERK-3520 is suited for server rooms, telecommunications closets, and commercial AV or low-voltage control installations where an organized, enclosed rack solution is required. Licensed electricians, low-voltage technicians, and AV integrators are the primary installers.

The ERK-3520 fits residential and light commercial environments where rack-mount equipment density is moderate and a door is needed for dust protection or access management. Its 35-space capacity supports a full complement of rack-mount panels, switches, amplifiers, and power strips. The 19.5-inch depth accommodates most shallow to mid-depth rack-mount components without requiring a deep-depth enclosure.

Key Features

• 35 rack spaces (35U) for high-density equipment mounting
• 19.5-inch depth supports shallow to mid-depth rack-mount components
• Front door included for equipment protection and access management
• Standard 19-inch rack rail spacing for universal component compatibility
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style freestanding equipment rack compatible with standard 19-inch rack-mount components across low-voltage, AV, and structured cabling applications.

Installation Notes

Installation is typically performed by licensed low-voltage technicians or AV integrators in accordance with applicable NEC low-voltage wiring guidelines. Ensure the rack is placed on a level surface and anchored to the floor or wall per local seismic or safety codes before loading equipment. Power down all equipment before mounting or remounting components in the rack. Do not exceed the rack's rated load capacity when populating spaces.