Panduit PZLRB2U 2U Distribution Rack Mount

Product Description

The PANDUIT PZLRB2U is a 2U distribution rack mount designed for organizing and securing cable distribution components within standard equipment racks. This mounting hardware provides a stable, rack-integrated foundation for patch panels, cable managers, and similar distribution equipment in structured cabling and network infrastructure installations. Network technicians and low-voltage contractors install this component as part of rack buildouts in data centers, telecommunications rooms, and equipment enclosures. It ships as a single unit and is classified as hardware accessory hardware for rack infrastructure applications.

This rack mount is suited for 2U rack space applications in both commercial and enterprise environments. It is intended for use wherever standard rack-mount distribution hardware must be securely anchored within a 19-inch or compatible equipment rack. Installers working on structured cabling systems, server room buildouts, and telecom closet configurations will find this mount applicable to typical horizontal cable management and distribution panel installations.

Key Features

• 2U rack height accommodates standard distribution components in equipment racks
• Sold individually as a single unit for flexible quantity ordering
• Designed for structured cabling and network distribution rack applications
• Hardware accessory classification suitable for rack infrastructure buildouts

Compatibility

Designed as an OEM-style mounting solution for standard 2U rack positions in structured cabling and network equipment rack installations.

Installation Notes

Installation is typically performed by low-voltage technicians or network infrastructure contractors. De-energize any active equipment in adjacent rack spaces before mounting to avoid accidental disconnection. Standard rack installation tools including a screwdriver and cage nut setter are commonly used. Follow TIA-568 or applicable structured cabling standards for rack assembly and component placement.