19" 1U Fiber Storage Tray
Time£º2026/7/24 18:24:51 Views£º187
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Product Overview

1U fiber storage tray is standard auxiliary hardware for fiber communication and data center cabling. It follows 19-inch 1U rackmount specification, dedicated to fiber slack storage, arrangement and protection. Constructed from 1.0mm premium cold-rolled steel with grey powder coating. Winding areas and winding disc heights can be flexibly configured. It standardizes cable routing, minimizes excessive fiber bending loss and guarantees stable optical transmission. Widely deployed in communication rooms, data centers and building weak-current distribution rooms.

Key Features

Standard 19-inch 1U rack-mounted design, compliant with international cabinet standards, space-saving installation

Housing made of 1.0mm cold-rolled steel, high structural rigidity, anti-deformation and strong load capacity

Dual-side cable entry holes support multi-directional routing and prevent fiber crushing or damage

Removable ventilated top cover, convenient for fiber sorting, inspection and capacity expansion

Configurable winding modules: optional 2 or 4 winding areas, two winding disc height options available

Effectively control fiber bend radius to reduce signal loss; dust-resistant ventilated enclosure extends service life

Simple structure, easy installation without special tools

Mechanical Specifications

Product Name: 1U 19¡± Fiber Storage Tray

Mounting Standard: 19-inch rack mount, 1U height

Housing Material: 1.0mm cold-rolled steel

Surface Treatment: Grey electrostatic spray coating

Top Cover: Detachable ventilated cover

Cable Entry: Two entry openings on each side

Winding Configuration: Optional 2 / 4 winding areas; two winding disc heights selectable

Typical Applications

Data center computer rooms: Centralized slack fiber storage, standardized cabling for maintenance and future expansion

Optical communication equipment rooms: Matched with ODF frames for orderly fiber transition management

Building weak-current rooms: Organize terminal fibers of structured cabling to avoid tangling and physical damage