Panduit C2SDT9W06DAW1 Net-contain Cabinet Supported

Product Description

The PANDUIT C2SDT9W06DAW1 is a cabinet-supported containment panel designed for use in structured data center airflow management systems. It mounts directly to the cabinet frame and forms part of a Net-Contain aisle containment assembly, helping to separate hot and cold air streams in server and networking environments. This type of panel is typically specified and installed by data center facilities technicians or low-voltage infrastructure contractors working to improve cooling efficiency and reduce energy overhead in rack-dense deployments.

Cabinet-supported containment panels like the C2SDT9W06DAW1 are used in hot-aisle or cold-aisle containment configurations within commercial and enterprise data centers. They attach to the top or sides of equipment cabinets to close gaps in the containment structure, preventing bypass airflow. This unit is sold individually and is intended for use within PANDUIT Net-Contain system deployments.

Key Features

• Cabinet-supported mounting design integrates directly with rack cabinet frames
• Part of the PANDUIT Net-Contain aisle containment system
• Sold as a single unit for targeted gap coverage in containment assemblies
• Supports hot-aisle and cold-aisle containment configurations
• Designed for commercial and enterprise data center environments

Compatibility

Designed for use within PANDUIT Net-Contain cabinet-supported aisle containment system assemblies. No additional specific compatible model numbers were provided in the product data.

Installation Notes

Installation is typically performed by qualified low-voltage or data center infrastructure technicians. Power down or de-energize adjacent active equipment as required by site safety protocols before working inside or above open cabinet assemblies. Follow the PANDUIT Net-Contain system installation guide for proper panel placement and fastening. Ensure cabinet frames are plumb and properly anchored before completing containment panel installation.