ARF04015R5

Overview

The ARF04015R5 is a mild steel enclosure from the nVent HOFFMAN ARF Series, designed for use with enclosures measuring 55 mm x 400 mm x 155mm. It serves as a structural component within modular enclosure systems, providing physical protection and mounting infrastructure for electrical and electronic components in industrial environments.

Feature Summary

• Constructed from mild steel to provide robust physical protection for internal equipment
• Designed specifically for integration with standard 55 mm x 400 mm x 155mm enclosure dimensions
• Supports modular panel configuration and customization within larger rack or cabinet systems

Applications

• Industrial automation control panels
• Modular electrical enclosure assembly
• Equipment housing in manufacturing facilities

Procurement Notes

Verify the exact dimensional requirements against the target enclosure specifications (55 mm x 400 mm x 155mm) prior to ordering. Confirm material composition and finish specifications match environmental conditions. Ensure compatibility with existing mounting hardware and system architecture. Request official datasheets for precise tolerances and installation guidelines.

Selection Notes

Select this model when integrating into systems requiring mild steel construction for specific 55x400x155mm footprint applications. Consider environmental factors such as corrosion resistance and mechanical strength. Evaluate compatibility with adjacent modules and mounting standards. Verify that the ARF series design aligns with overall system thermal and safety requirements.

Part Context

This part belongs to the nVent HOFFMAN ARF Series of mild steel enclosures. The series focuses on providing standardized, robust housing solutions for industrial applications. These enclosures are engineered to support modular designs, allowing for flexible configuration and expansion within complex electrical and automation setups.

Replacement Considerations

Consult official nVent HOFFMAN documentation for cross-reference data. Verify dimensional equivalence and mounting interface compatibility before substituting. Ensure alternative models meet identical structural and environmental performance criteria.