CBP105

Overview

The Hoffman CBP105 is a cable entry plate designed for use with Hoffman enclosure systems. Constructed from steel, this component features a rectangular shape with multiple pre-drilled holes to facilitate the organized passage of cables and wires into an enclosure. It serves as a mounting interface that allows for secure cable management while maintaining the structural integrity of the enclosure panel. The plate is engineered to fit specific Hoffman enclosure models, providing a standardized solution for cable routing needs in industrial control applications.

Feature Summary

• Provides a structured mounting surface for cable entry
• Facilitates organized wire routing through pre-drilled openings
• Constructed from durable steel material

Applications

• Industrial control panel assembly
• Electrical enclosure cable management
• Automation system wiring organization

Procurement Notes

Verify compatibility with the specific Hoffman enclosure model before procurement. Confirm material specifications and finish requirements match project standards. Ensure the part number corresponds exactly to the required dimensions and hole pattern. Check for any associated hardware or accessories needed for installation. Review technical drawings for precise mounting details.

Selection Notes

Select based on enclosure model compatibility and required cable entry density. Consider the material construction for environmental resistance if applicable. Evaluate the hole pattern against the specific cabling requirements of the application. Ensure the plate dimensions align with the available space within the enclosure structure.

Part Context

This component belongs to the Hoffman Enclosures product line, which specializes in protective housing solutions for electronic and electrical equipment. Cable entry plates like the CBP105 are essential accessories that enhance the functionality of standard enclosures by providing dedicated pathways for wiring. They help maintain cleanliness and order within the enclosure, reducing the risk of damage to cables and improving overall system reliability.