Hubbell Premise Wiring HPW48RR23 Relay Rack 24U Black

Product Description

The HUBBELL PREMISE WIRING HPW48RR23 is a 48-inch tall, 23-inch wide open relay rack designed for structured cabling, patch panel organization, and network equipment mounting in commercial and industrial environments. Standing at 48 inches with 24 rack units (U) of usable space, this rack provides a straightforward mounting solution for active and passive networking components. Its black finish suits both open data rooms and enclosed telecom closets. Licensed low-voltage installers, data cabling contractors, and IT infrastructure technicians are the primary trades that specify and install this rack.

This relay rack is suited for commercial office builds, campus telecom rooms, and industrial control environments where an open-frame mounting structure is preferred over a fully enclosed cabinet. The 23-inch width aligns with standard EIA equipment form factors. The 24U capacity accommodates patch panels, switches, fiber enclosures, and ancillary cable management hardware in a single vertical structure without requiring a full enclosed rack cabinet.

Key Features

• 48-inch overall height provides a full 24U of rack-mountable space
• 23-inch width fits standard EIA 23-inch form factor equipment
• Open relay rack design allows unrestricted front and rear access to mounted equipment
• Black finish for clean appearance in telecom closets and data rooms
• Single-unit quantity per order with no minimum order complexity

Compatibility

Designed as an OEM-style open relay rack compatible with standard EIA 23-inch rack-mount equipment including patch panels, switches, and fiber enclosures in structured cabling installations.

Installation Notes

Installation is typically performed by licensed low-voltage cabling contractors or qualified IT infrastructure technicians. The rack should be secured to a solid floor or wall surface per local building and fire codes before loading any equipment. Ensure all power to active equipment is removed before mounting or servicing components on the rack. Follow BICSI and local structural guidelines when determining load capacity and anchoring method for the installation environment.