A36N30DLP

Overview

The A36N30DLP is a steel enclosure manufactured by Hoffman Enclosures, Inc., designed for industrial equipment protection. It features a hinged door and cover configuration with an integrated mounting flange. The unit measures 36.000 inches in length, 30.000 inches in width, and 6.614 inches in height (914.40mm x 762.00mm x 168.00mm). Constructed from 14-gauge steel, it provides IP30, NEMA 1, UL-50, and UL-50E ratings. The exterior finish is gray.

Feature Summary

• Hinged door and cover design for accessible internal component maintenance
• Integrated mounting flanges facilitate secure attachment to surfaces
• Steel construction ensures structural durability and environmental shielding

Applications

• Industrial control panel housing
• Electrical equipment protection
• Manufacturing automation systems

Procurement Notes

Verify the specific model suffix against official manufacturer documentation to confirm dimensional accuracy and rating compliance. Ensure that the required ingress protection level matches the operational environment. Confirm material thickness specifications align with mechanical load requirements before finalizing procurement orders.

Selection Notes

Select this model when a large footprint with moderate depth is required for extensive wiring or multiple components. The 14-gauge steel offers robust physical protection compared to thinner alternatives. Verify that the NEMA 1 rating suffices for the intended installation location regarding dust and dripping non-corrosive liquids.

Part Context

This part belongs to the Hoffman Enclosures series of metal boxes and racks. It is categorized under general-purpose industrial enclosures. The product line focuses on providing standardized sizes for common electrical and electronic housing needs within manufacturing and utility sectors.

Replacement Considerations

Consult official Hoffman Enclosures documentation for direct cross-references. Alternative models may vary in depth or gauge. Verify compatibility with existing mounting hardware and internal component layouts before substitution.