ASG12X10X4NK

Overview

The ASG12X10X4NK is a galvanized steel pull box manufactured by Hoffman Enclosures, Inc. It features a screw-on cover design and measures 12 inches in height, 10 inches in width, and 4 inches in depth. The enclosure provides Type 1 protection, suitable for indoor commercial or general-purpose applications. It includes knockouts to facilitate cable entry and wiring management.

Feature Summary

• Galvanized steel construction for corrosion resistance
• Screw-on cover design for secure access
• Includes pre-formed knockouts for wiring
• Type 1 rating for indoor use

Applications

• Commercial electrical installations
• General purpose wiring protection
• Indoor pull box applications

Procurement Notes

Verify the specific knockout configuration required for your installation, as standard units include pre-formed openings. Confirm that the Type 1 rating aligns with your environmental conditions, as this model is intended for indoor use only. Ensure compatibility with existing conduit sizes when selecting appropriate fittings for the knockouts.

Selection Notes

Select this model for indoor environments where basic protection against falling dirt and dripping water is sufficient. The galvanized finish offers durability for general industrial settings. Consider stainless steel alternatives if exposure to moisture or corrosive agents is anticipated, as this unit is not rated for outdoor or washdown environments.

Part Context

This component belongs to the Hoffman galvanized steel enclosure family, designed for cost-effective indoor electrical distribution. It serves as a junction point for wire pulls and connections. The product line emphasizes standard sizing and practical features like integrated knockouts for straightforward installation in commercial buildings.

Replacement Considerations

Direct substitutes may include other Type 1 galvanized pull boxes from Hoffman with identical dimensions (12x10x4 inches). Verify that replacement units maintain the same knockout pattern and cover attachment method to ensure seamless integration into existing infrastructure.