A72P30F2

Overview

The Hoffman A72P30F2 is a steel backplate half panel designed for free-standing Type 4, 4X, and 12 single- and dual-access one-door enclosures. It fits enclosures with dimensions of 72.06 inches by 30.06 inches. The panel measures 30.88 inches in height and 26.00 inches in width. Constructed from 12-gauge mild steel, it features a white polyester powder-coated finish and includes an integrated mounting channel.

Feature Summary

• Constructed from 12-gauge mild steel for structural durability
• Features a white polyester powder-coated finish for corrosion resistance
• Includes an integrated mounting channel for component installation

Applications

• Installation in free-standing Type 4 enclosures
• Installation in free-standing Type 4X enclosures
• Installation in free-standing Type 12 enclosures

Procurement Notes

Verify that the target enclosure matches the required internal dimensions of 72.06 x 30.06 inches to ensure proper fitment. Confirm that the enclosure type corresponds to NEMA Type 4, 4X, or 12 ratings. Ensure the panel orientation aligns with the specific single- or dual-access door configuration of the housing unit before finalizing the order.

Selection Notes

Select this component when a full-length backplate is not required, allowing space for additional equipment on the lower section of the enclosure. The 12-gauge thickness provides adequate rigidity for standard industrial mounting loads. The half-panel design facilitates easier access to components mounted on the remaining open area of the enclosure interior.

Part Context

This part belongs to the nVent HOFFMAN line of enclosure accessories. It serves as a replacement or upgrade component for existing free-standing housings. The product is categorized under panel components specifically engineered for industrial environments requiring protection against dust, water, and hose-directed water.

Replacement Considerations

Ensure the replacement panel matches the original enclosure's depth and frame style. Verify that the mounting hole patterns align with the existing enclosure structure if reusing hardware.