Dual Sided Cable Manager 8 Wide Single Door Black PE2VSD0896

Product Information

Specification

About:

• The Dual Sided Cable Manager 8" Wide Single Door is designed to facilitate effective cable management in data centers and server rooms. Its dual-sided access allows for organized cable routing from both sides, improving accessibility and reducing clutter.
• The single door provides easy access to cables while ensuring that they remain protected and secure. This manager is ideal for environments that require efficient space utilization and seamless integration with existing rack systems.
• This partially assembled manager is designed for easy installation, streamlining deployment processes. Constructed with a robust metal backbone and molded plastic fingers, the dual-sided manager includes a full-length metal door with dual hinges and a push-to-close mechanism for convenient access. It has a capacity of 52 RU, measures 8 inches wide, offers an additional 9 vertical RU, and is finished in black.

Also Known As:

Dual-Sided Cable Organizer, Vertical Cable Management Panel, 8-Inch Cable Management Rack, Dual-Sided Cable Routing System, Server Rack Cable Manager, Network Cable Management Panel, Cable Management Rack with Door.

Specification:

Features:

• Integral EIA 19 in Zero RU Mounting Enables the installation of various standard EIA 19-inch accessories, including patch panels, strain relief bars, and blanking panels, within the vertical channel of the manager.
• Extra Deep Design The 26.8-inch deep manager, with a 60/40 split, provides optimal capacity for the latest high-performance switches and Category 6A cabling.
• Improved Door Functionality The push-to-close door design enhances ease of operation, allowing for quick access and secure closure.
• Increased Cable Density Offers up to 45% more usable capacity compared to the PR2V manager, accommodating higher density installations.
• Bend Radius Control Molded fingers support cables as they transition to the vertical pathway, ensuring proper bend radius control for optimal network performance and system reliability.