Aruba X412 1U Universal 2-post Rack Mount Kit

Overview

The Aruba JL602A is a 1U universal rack mount kit designed to securely hold Aruba networking equipment on a two-post rack. It is compatible with multiple Aruba CX 8360 switch models, providing a consistent mounting solution across various deployments. With a compact size of 2 x 8.9 x 4.3 cm and a lightweight build of just 59 grams, it fits well in tight wiring closets or crowded server rooms while maintaining proper airflow around the switch.

Key features

• Universal design that fits standard two-post racks without the need for adapters or specialty tools, simplifying installation and saving time.
• Lightweight yet stable construction that prevents sagging and vibration, protecting ports and cabling from strain.
• Compact dimensions that allow efficient use of space in dense rack environments and help maintain airflow for consistent device performance.
• Compatible with a range of Aruba CX 8360 switch models, enabling standardized mounting across different network setups.
• Supports organized cable management and easier maintenance by keeping switches firmly in place within the rack.

Key specs

• Form factor: 1U rack mount kit
• Compatible models: Aruba CX 8360-12C, 8360-16Y2C, 8360-24XF2C, 8360-32Y4C, 8360-48XT4C switches
• Dimensions: 2 x 8.9 x 4.3 cm
• Weight: 59 grams
• Rack type: Standard two-post rack

Installation and setup

Installation is straightforward with the universal design that fits directly onto two-post racks. Whether setting up a new rack or replacing existing brackets, no additional adapters or special tools are required. This ease of installation reduces downtime and ensures a secure fit that minimizes hardware movement.

Ideal uses and environments

This rack mount kit is well suited for network administrators managing enterprise data centers, branch offices, or lab environments where Aruba CX 8360 switches are deployed. It helps maintain a clean and organized rack layout, supports reliable cable management, and contributes to the longevity and performance of networking equipment by reducing physical stress on ports and cables.