CMC60

Overview

The Hoffman Enclosures Inc. CMC60 is a steel mounting channel designed for use with the CONCEPT enclosure series. It fits enclosures with a 60-inch internal height, providing a structural framework for installing DIN rails and grid straps at various positions. The component is manufactured from steel with a zinc-plated finish to ensure durability and corrosion resistance within industrial environments.

Feature Summary

• Provides a secure mounting framework for DIN rails and grid straps
• Designed specifically for integration into the CONCEPT enclosure system
• Constructed from durable steel with a protective zinc-plated finish

Applications

• Mounting DIN rails inside electrical enclosures
• Installing grid straps for cable management systems
• Structural support within Hoffman CONCEPT series enclosures

Procurement Notes

Verify that the target enclosure belongs to the Hoffman CONCEPT series and has a compatible 60-inch internal dimension. Confirm that the required mounting hardware aligns with the channel specifications. Ensure the zinc-plated steel finish meets the environmental protection requirements of the installation site before finalizing procurement.

Selection Notes

Select this component only when utilizing Hoffman CONCEPT enclosures requiring vertical mounting infrastructure. The 60-inch length corresponds to specific enclosure heights; verify dimensional compatibility prior to ordering. Consider the steel construction and zinc plating for standard industrial applications where high mechanical strength is necessary for rail support.

Part Context

This part is an accessory within the Hoffman Enclosures product line, specifically categorized under box, case, and rack accessories. It serves as a critical internal component for organizing electrical installations, enabling the attachment of standardized rails and straps within metal enclosures.

Replacement Considerations

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