PS1F23812B

Overview

The PS1F23812B is a PROLINE Network Frame manufactured by Hoffman Enclosures, Inc. Constructed from mild steel with a black finish, this unit measures 2300mm in height, 800mm in width, and 1200mm in depth. It serves as a structural support component for network infrastructure, providing a standardized framework for mounting telecommunications and data equipment within industrial or commercial environments.

Feature Summary

• Constructed from mild steel for durable structural integrity
• Features a black protective finish suitable for industrial settings
• Designed as a network frame to support telecommunications equipment

Applications

• Telecommunications infrastructure mounting
• Data center rack assembly
• Industrial control panel framing

Procurement Notes

Verify the exact dimensional specifications against project requirements before ordering. Confirm that the mild steel construction and black finish align with environmental protection needs. Ensure compatibility with existing mounting hardware and standard 19-inch equipment if applicable. Check lead times as manufacturing schedules may vary.

Selection Notes

Select this model when a robust, floor-standing network frame is required for heavy-duty applications. The 800mm width provides ample space for cable management and multiple equipment rows. Consider the 1200mm depth for deeper server units or patch panels. Verify site access constraints due to the large physical footprint of the 2300mm height.

Part Context

This part belongs to the PROLINE series of network frames, designed for high-capacity networking installations. It complements other Hoffman enclosure accessories and related frame models like the PS1F23612W, differing primarily in width dimensions. The series emphasizes modular scalability for expanding network capabilities.

Replacement Considerations

Direct substitutes are not explicitly confirmed in public documentation. Similar models include PS1F23612W (white, 600mm width) or PS1F237512B. Verify dimensional compatibility and load ratings before substituting with alternative frame models.