ATC36244F

Overview

The ATC36244F is a flush-mount telephone cabinet manufactured by nVent HOFFMAN. Constructed from steel with a gray finish, it features dimensions of 36.00 inches in length, 24.00 inches in width, and 4.00 inches in depth (914.40mm x 609.60mm x 101.60mm). This enclosure is designed for telecommunications infrastructure applications requiring secure, wall-mounted housing for network equipment.

Feature Summary

• Flush-mount design for seamless integration into wall structures
• Steel construction providing durable physical protection
• Gray powder-coated finish for corrosion resistance

Applications

• Telecommunications wiring closets
• Network interface unit housing
• Data distribution points

Procurement Notes

Verify the manufacturer designation as nVent HOFFMAN or Hoffman Enclosures, Inc., depending on the specific supply chain documentation. Confirm that the part number ATC36244F corresponds to the flush-mount telephone cabinet variant rather than standard NEMA enclosures. Ensure compatibility with existing wall cutouts given the specific 36x24 inch footprint.

Selection Notes

Select this model when a low-profile, flush-mounted solution is required for telephone or data cabling management. The 4-inch depth limits internal component height, so verify that patch panels and connectors fit within the specified 101.60mm clearance. Compare against surface-mount alternatives if deeper internal volume is necessary for larger switches or power supplies.

Part Context

This component belongs to the ATC series of telephone cabinets, distinct from the broader A-series NEMA enclosures found in general industrial catalogs. It serves a specialized role in structured cabling environments, differing from standard electrical junction boxes by its specific form factor optimized for telecom rack mounting and wall penetration.

Replacement Considerations

No direct public substitute part numbers are confirmed in the provided source material. Verify compatibility with existing wall frames before considering alternative models.