Panel de gestión de cables LOGON RAO405BL 2U negro 19 pulgadas

The LOGON RAO405BL 2U cable management panel for 19-inch racks provides a compact, low-profile solution for organizing network and server cabling. With a black finish and slim depth, it fits standard 19" rack frames and offers a tidy routing path for patch cords and power leads. Its dimensions of 482 mm width and 72 mm depth make it suitable for installations where space efficiency and orderly cable runs are required.

Advantages

The panel delivers straightforward cable routing that reduces clutter and improves access to front-mounted equipment. Constructed to align with standard 19" rack spacing, it supports consistent cable paths and helps maintain airflow by preventing cable bundles from blocking ventilation. The slim 2U profile conserves rack space while providing enough depth to accommodate patch cords and small cable groups.

Suitable for

• Server rooms and data center 19" racks
• Network cabinets in telecommunications closets
• Patch panel and switch cable organization
• Small office server racks with limited depth

Key specifications

• Rack unit height: 2U
• Designed for 19" rack systems
• Panel width: 482 mm
• Panel depth: 72 mm
• Color/finish: black
• Form factor: slim cable management panel

How to use

Mount the cable management panel into the 19" rack using compatible rack screws and cage nuts aligned to the 2U position. Route patch cords and power leads through the opening area of the panel, arranging cables neatly along the panel edges. For easier maintenance, group related cables together and secure them with velcro ties or cable straps outside the panel area; avoid over-tightening to prevent cable damage. Ensure the panel remains accessible from the front for adjustments and moves.

Recommendations

For optimal results, plan cable paths before installation, keep power and data cables separated where possible, and maintain clearances to preserve rack airflow. Use multiple panels for larger installations to create dedicated routing lanes and reduce strain on individual cables.