E4FBCM

Overview

The Hoffman Enclosures E4FBCM is a front-to-back cable manager designed for 19-inch, four-post open frame racks. It features a black finish and includes mounting holes specifically configured to accommodate D-rings and cable spools. This accessory facilitates organized cable routing and management within communication data center environments, combining the structural security of a cabinet with the accessibility typical of rack systems.

Feature Summary

• Provides dedicated mounting points for D-rings and spools to support structured cable routing
• Designed for front-to-back cable management orientation in four-post open frame configurations
• Constructed with a black finish suitable for standard rack installations

Applications

• Communication data centers requiring organized cable pathways
• Four-post open frame rack systems needing front-to-back cable management
• Network infrastructure setups utilizing D-ring or spool-based cable routing methods

Procurement Notes

Verify compatibility with specific 19-inch four-post open frame rack models before procurement. Confirm that the front-to-back orientation aligns with the intended cable routing strategy. Ensure the mounting hole pattern supports the specific D-rings or spools planned for use. Check for any required hardware not included with the unit.

Selection Notes

Select this component when front-to-back cable organization is required for 19-inch four-post racks. It is appropriate for environments where D-rings or spools are the preferred method for securing cables. Consider this accessory if improved cable accessibility and reduced clutter are priorities compared to enclosed cabinet solutions.

Part Context

This part belongs to the Hoffman Enclosures line of rack accessories, specifically designed to enhance cable management in open frame structures. It complements the company's four-post rack series by providing a standardized solution for routing cables from the front to the back of the enclosure, supporting efficient maintenance and airflow in data center applications.