G280416G1050

Overview

The Hoffman Enclosures Inc. model G280416G1050 is a discontinued electrical enclosure component. It belongs to the N280416 series, which typically features durable construction materials such as stainless steel and specific environmental protection ratings suitable for industrial settings. As an obsolete part, it is no longer manufactured or supported by nVent.

Feature Summary

• Constructed from durable 316 stainless steel
• Features a black finish for corrosion resistance
• Designed for safeguarding electrical equipment in harsh environments

Applications

• Industrial electrical panel enclosures
• Harsh environment equipment protection
• Outdoor electrical installations requiring corrosion resistance

Procurement Notes

This item is officially discontinued and no longer manufactured. Procurement must rely on secondary market suppliers or surplus distributors. Verify authenticity and condition carefully, as availability is limited and pricing varies significantly based on stock levels. Confirm exact specifications against original documentation before purchase.

Selection Notes

Due to discontinuation, direct replacement is not available from the manufacturer. Engineers should evaluate current nVent HOFFMAN equivalents with similar dimensions and material properties. Consider upgrading to newer series models that offer improved thermal management and modular mounting options while maintaining required ingress protection standards.

Part Context

Hoffman Enclosures Inc., now part of nVent, specializes in electrical enclosure solutions. The G280416G1050 represents legacy hardware within their broader portfolio of wall-mount and floor-standing enclosures. These products are designed to protect sensitive electrical components from environmental hazards in various industrial applications.

Replacement Considerations

No official substitute exists. Evaluate nVent HOFFMAN N280416 variants or modern equivalents with matching IP ratings and stainless steel construction. Ensure dimensional compatibility and mounting hole patterns align with existing infrastructure before selecting alternative hardware.