Signamax Inc. RMF-FMTA-B Fiber Management Tray

Product Description

The SIGNAMAX INC. RMF-FMTA-B is an optical fiber management tray designed to organize and protect fiber optic cabling within structured cabling enclosures and patch environments. It provides a dedicated routing surface that keeps fiber runs orderly, reduces bend-radius violations, and simplifies future moves, adds, and changes. Licensed low-voltage technicians and structured cabling installers are the primary trades that deploy this tray during initial rack builds or cable plant expansions. It falls within the feed-through plates category, indicating it supports pass-through fiber routing between enclosure sections or rack panels.

This fiber management tray is suited for use in telecommunications rooms, data centers, and network equipment enclosures where optical fiber cabling requires controlled routing and protection. It is appropriate for both new installations and retrofit applications where additional fiber organization is needed within an existing enclosure or rack system. Each unit is sold individually.

Key Features

• Provides structured routing and bend-radius protection for optical fiber cabling
• Feed-through plate category design supports pass-through fiber management between enclosure sections
• Single-unit packaging allows targeted deployment where additional organization is needed
• Compatible with standard rack and enclosure environments used in structured cabling installations

Compatibility

Designed as an OEM-style fiber management solution for use in standard rack-mount enclosures and structured cabling systems requiring optical fiber organization and feed-through routing.

Installation Notes

Installation should be performed by a qualified low-voltage technician or structured cabling installer familiar with TIA-568 cabling standards and fiber handling procedures. Power down or de-energize adjacent active equipment before working inside enclosures where accidental contact is possible. Maintain the minimum bend radius specified for the fiber type being routed, and avoid cinching or over-tightening any tie-wraps against optical fiber. Inspect fiber jackets for damage after routing before making end-face connections.