DV10DF7W

Overview

The DV10DF7W is a vertical cable manager manufactured by Hoffman Enclosures, Inc., designed for integration within electrical enclosure systems. Constructed from aluminum with a white finish, this component features a double-sided finger design to facilitate organized cable routing. It measures 84 inches in height, 21.2 inches in width, and 11.25 inches in depth. The unit is part of the CableTek series, providing structural support and management for wiring harnesses in industrial environments.

Feature Summary

• Double-sided finger configuration for comprehensive cable organization
• Aluminum construction with white finish for durability
• Vertical mounting orientation for space-efficient routing

Applications

• Industrial electrical enclosure cable management
• Control panel wiring organization
• Telecommunications equipment rack cabling

Procurement Notes

Verify the exact dimensional requirements against the installation space, specifically the 84-inch height and 21.2-inch width. Confirm that the aluminum material and white finish are compatible with the environmental conditions of the deployment site. Ensure compatibility with existing Hoffman enclosure frames or mounting hardware before procurement.

Selection Notes

Select this model when high-capacity vertical cable routing is required within a standard Hoffman enclosure footprint. The double-sided design allows for separation of power and signal cables on opposite faces. Consider the weight capacity of the enclosure frame to support the 84-inch length securely during operation.

Part Context

This component belongs to the Hoffman CableTek series, which specializes in internal organization accessories for NEMA-rated enclosures. It serves as an auxiliary element rather than a primary protective housing, focusing on internal wire management efficiency and safety compliance within larger system assemblies.

Replacement Considerations

The DV10DF7 is the black-finish equivalent of this white-finished unit. Verify if color coding is strictly required for identification purposes; otherwise, the functional specifications remain identical between the two variants.