CCFGSX265

Overview

The CCFGSX265 is a cable entry gland plate grommet manufactured by Hoffman Enclosures, Inc. It is designed to facilitate cable management within electrical enclosures. The component features a wave-cut profile engineered to support easy installation and ensure a secure fit around cables. This accessory is part of the Hoffman industrial enclosure system, providing a method for controlled cable entry while maintaining environmental integrity.

Feature Summary

• Wave-cut profile design supports easy installation
• Ensures a perfect fit around cables

Applications

• Cable entry in industrial electrical enclosures
• Panel assembly cable management
• Environmental sealing accessories for Hoffman enclosures

Procurement Notes

Verify that the specific Hoffman enclosure model is compatible with the CCFGSX265 gland plate dimensions before procurement. Confirm that the wave-cut profile meets the required cable diameter specifications for the intended application. Ensure the component is sourced from authorized distributors to guarantee authenticity and adherence to manufacturer specifications for industrial use.

Selection Notes

Select this component when a reliable cable entry solution is required for Hoffman enclosures. The wave-cut profile offers a balance between ease of installation and secure cable retention. Consider the material compatibility and environmental rating requirements of the enclosure system to ensure long-term performance in industrial settings.

Part Context

This component belongs to the Hoffman Enclosures accessory line, specifically categorized under bushings and grommets. It serves as an auxiliary part for enhancing the functionality of main enclosure units. The product is listed alongside other Hoffman components such as the CCFGSX46, indicating its role within a broader ecosystem of industrial enclosure solutions.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing enclosure models before considering alternative components.