F22G90TX

Overview

The F22G90TX is a steel wire duct fitting manufactured by Hoffman Enclosures, Inc. It functions as an elbow connector with a 90-degree angle orientation. The component is designed for integration into industrial enclosure systems to facilitate cable routing transitions. The unit features a gray finish and is constructed from steel material. It serves as a structural accessory within the Hoffman enclosure ecosystem, providing directional changes for wire management paths.

Feature Summary

• Provides a 90-degree directional transition for wire ducting
• Constructed from steel for structural durability
• Features a gray surface finish compatible with standard enclosure aesthetics

Applications

• Industrial control panel wiring transitions
• Enclosure internal cable routing systems
• Wire duct assembly connections

Procurement Notes

Verify the specific application requirements against the official Hoffman Enclosures datasheet before procurement. Confirm that the steel construction and gray finish align with the environmental conditions of the installation site. Ensure compatibility with existing wire duct dimensions within the enclosure system. Cross-reference the manufacturer product number F22G90TX with current technical documentation to confirm availability and specifications.

Selection Notes

Select this component when a rigid 90-degree elbow connection is required for steel wire ducts within Hoffman enclosure assemblies. Consider the steel material properties for mechanical strength and the gray finish for visual consistency with other enclosure components. Evaluate the fitment within the specific enclosure model to ensure proper alignment and secure attachment during installation.

Part Context

This part belongs to the Hoffman Enclosures line of accessories designed to enhance cable management capabilities. It complements main enclosure bodies and other fittings to create organized wiring pathways. The product is categorized under enclosure systems and fittings, supporting the structural integrity of internal wire routing arrangements in industrial environments.