A723630FS

Overview

The A723630FS is a Type 12 industrial enclosure manufactured by Hoffman Enclosures, Inc. Constructed from steel with a gray finish, it features a hinged door design. The unit measures 72.06 inches in height, 36.06 inches in width, and 30.0 inches in depth. It provides IP55 and NEMA 12 protection ratings against dust, dripping water, and oil. The enclosure utilizes 0.105-inch (2.67mm) thick metal construction for durability.

Feature Summary

• Hinged door configuration for accessible internal component mounting
• Steel construction with gray coating for corrosion resistance
• IP55 and NEMA 12 rating for indoor industrial environmental protection

Applications

• Industrial control panel housing
• Electrical equipment protection
• Factory automation system enclosures

Procurement Notes

Verify the specific suffix of the part number during procurement. The base model A723630FS may have variants such as A723630FSG or A723630FSDAG which include additional accessories like drip shields or mounting kits. Confirm that the required accessory kit is included or ordered separately to ensure complete functionality upon installation.

Selection Notes

Select this model when a standard 72x36x30 inch footprint is required for heavy-duty industrial applications. Ensure the internal layout accommodates the hinged door mechanism. Verify that the steel material thickness meets the structural load requirements for the intended electronic components and mounting hardware density.

Part Context

This enclosure belongs to the Hoffman A-series line of industrial enclosures. It is designed to house electrical and electronic components in demanding environments. The product is often paired with specific accessory kits for mounting panels or adding protective features like drip shields.

Replacement Considerations

Direct substitutes are not explicitly confirmed in public documentation. Compatible alternatives may include other Type 12 enclosures from Hoffman with identical dimensions, such as the A723624FSG series, though depth differences must be evaluated.