Molex's fiber optic cable tray is a modular platform of ducts and accessories that simplifies the routing and protection of fiber optic cables in horizontal and vertical runs within racks and communications cabinets. Designed for high-density environments, the solution provides flexibility, robustness, and regulatory compliance for dynamic infrastructures that require scalability and reliability.
Key Technical Features
Modular and Versatile Design: The range includes straight duct sections, tees, elbows, crosses, connectors, closed ends, reducers, and express outlets, allowing for custom routing to fit any rack configuration.
High-Performance Material: Manufactured with UL94-V0 certified Low Smoke Zero Halogen (LSZH) material in the main sizes, reducing the emission of toxic and corrosive fumes in the event of a fire, thus enhancing safety in data centers and critical spaces.
Comprehensive Fiber Protection: The system provides physical impact protection, minimum bend radius compliance, and structural support along the cable path, reducing the risk of performance loss due to excessive tension or bending of the fibers.
Easy Installation: Components snap together without tools or via slotted or grooved joints, with options for vertical integration and mounting accessories that simplify installation and reduce deployment time.
Standardized design: Available in industry-standard yellow and in standard dimensions of 100 mm, 220 mm, and 300 mm (4”, 8.6”, and 12”), with accessories for project-specific adjustments.
Compliance and quality: Developed under strict quality controls (ISO 9001 certified), compliant with UL2024A, RoHS, and GR-63-CORE standards, and approved under TSCA, backed by a 10-year warranty.
Applications and Benefits:
The Adc 35ka Optical Fiber Raceway Fgs-mshs-f solution is ideal for deployments in enterprise data centers, hyperscale facilities, telecommunications installations, and any environment requiring a flexible, secure, and high-performance fiber management system. Its modular architecture facilitates adaptation to existing infrastructures and future expansions without significant service disruptions.
