Panduit FT2X2LYL FiberRunner 2x2 Horizontal Tee Fitting
The Panduit FT2X2LYL horizontal tee creates a 90-degree horizontal branch point in FiberRunner 2x2 fiber management systems, enabling structured pathway routing at distribution nodes in data centers and central offices. This polycarbonate/ABS fitting handles the geometric complexity of splitting a main horizontal run into perpendicular pathways while maintaining protected fiber routing and compliance with bend-radius standards. Yellow high-visibility color aids pathway identification during maintenance and troubleshooting in dense rack environments.
Key Features
- 90-degree horizontal branch configuration splits FiberRunner 2x2 main runs into perpendicular pathways for equipment distribution
- Polycarbonate/ABS construction provides impact resistance and dimensional stability across -40°F to 176°F operating range
- UL-listed optical cable guidance assemblies rated to 2024A fill capacity maintain code compliance in plenum and riser installations
- Multiple overflow and transition options including vertical tee compatibility, three-sided trumpet accommodation, and corrugated conduit transitions
- Telcordia GR-63-CORE and NEBS Level 3 compliant for seismic and environmental durability in carrier-grade telecom facilities
- Yellow finish delivers high-contrast pathway visibility in multi-system environments and low-light conditions
The FT2X2LYL fitting measures 12.16 inches wide by 7.29 inches long by 2.08 inches high, dimensioned to mate seamlessly with FiberRunner 2x2 channel sections while providing adequate turning radius for 12-strand and 24-strand trunk cables. The horizontal tee geometry positions branch outlets perpendicular to the main run, accommodating row-to-row distribution in hot-aisle/cold-aisle data center layouts or equipment rack clusters in telecom central offices. Polycarbonate/ABS blend construction resists cracking under mechanical stress during installation and provides long-term UV stability in environments with ambient lighting. Snap-together assembly integrates with FiberRunner channel covers and base sections without requiring tools or fasteners for the pathway connection itself—only mounting hardware for structural attachment points. The fitting accepts Panduit overflow fittings at branch points where cable density exceeds the 2x2 cross-section, maintaining protected routing when transitioning to larger channel sizes or splitting into multiple downstream pathways.
Deploy the FT2X2LYL at equipment distribution points where a primary fiber pathway must branch to serve perpendicular equipment rows, cross-aisle connections, or vertical riser transitions. The fitting's 90-degree geometry supports structured cabling topologies that follow TIA-942 data center standards for zone distribution architecture, routing backbone cables from main distribution areas to horizontal distribution zones and equipment distribution areas. Compatibility with vertical tee fittings and three-sided trumpet accessories enables transitions from horizontal overhead pathways down to floor-level equipment racks or up to ceiling-height cable trays. Corrugated conduit transition capability supports hybrid installations where FiberRunner provides main pathway routing and flexible conduit handles final connections to cabinets with non-standard entry points. RoHS compliance meets procurement requirements for organizations tracking hazardous substance reduction in IT infrastructure hardware.
UL certification under optical cable guidance assembly standards confirms fire performance and fill-capacity ratings for NEC Article 770 fiber optic cable installations. Telcordia GR-63-CORE compliance verifies the fitting withstands seismic zone 4 earthquake simulation, temperature cycling, and humidity exposure defined for Network Equipment Building Systems, making it suitable for carrier central offices and colocation facilities with strict infrastructure standards. NEBS Level 3 qualification confirms compatibility with telecommunications equipment requiring the highest tier of environmental and mechanical reliability. These certifications provide the documentation trail required for authority having jurisdiction (AHJ) review during data center construction permitting and for carrier acceptance testing in CLEC and wholesale colocation deployments.
