Panduit FRRA6X4LYL FiberRunner™ 90° Horizontal Right Angle Elbow - 6x4 Yellow

The Panduit FRRA6X4LYL horizontal right angle elbow creates precision 90-degree horizontal turns in FiberRunner 6x4 fiber optic cable routing systems. Engineered for data center and central office telecom installations where pathway direction changes are required without exceeding minimum bend radius specifications, this yellow polycarbonate/ABS fitting maintains structured pathway integrity across rack rows, around building columns, and through equipment transitions. The 10.78-inch overall length and 4.22-inch height profile match FiberRunner 6x4 straight section dimensions to deliver seamless horizontal pathway continuity in high-density fiber environments where hundreds or thousands of strands demand protection and organization.

Key Features

• 90° horizontal turn for FiberRunner 6x4 fiber optic cable routing assemblies
• Polycarbonate/ABS construction resists impact and provides long-term dimensional stability
• Yellow color aids pathway identification and meets facility color-coding standards
• 10.78" overall length × 4.22" height maintains 6x4 FiberRunner cross-section dimensions
• UL 2024A certified optical cable routing assembly component
• Telcordia GR-63-CORE compliant, NEBS Level 3 tested for seismic and environmental durability
• RoHS compliant materials meet environmental and safety regulations

The FRRA6X4LYL right angle elbow addresses the specific installation challenge of routing fiber pathways around obstacles or changing direction in horizontal planes—common requirements when navigating data center hot aisles, transitioning between equipment rows, or routing pathways around structural columns. Unlike field-fabricated solutions or generic cable tray fittings, this purpose-built FiberRunner component maintains consistent inner radius geometry to prevent fiber stress at turn points. The polycarbonate/ABS blend provides the impact resistance necessary in active data center environments where equipment moves, rack installations, and maintenance activities occur regularly, while the material's low flammability characteristics meet building code requirements for plenum and riser pathway installations. The yellow color serves dual purposes: high visibility for technicians working in cable-dense spaces and compliance with TIA-606 pathway identification standards where facilities use color coding to distinguish fiber routing from copper or power distribution pathways.

In central office and colocation deployments, the FRRA6X4LYL elbow integrates into larger FiberRunner 6x4 systems that route fiber from entrance facilities through distribution frames to equipment termination points. The 6x4 pathway size (6 inches wide by 4 inches deep) accommodates the high strand counts typical in carrier and enterprise backbone installations—supporting hundreds of single-mode or multimode fibers in loose-tube or ribbon configurations. The fitting's NEBS Level 3 compliance means it has passed the seismic zone 4 earthquake simulation testing required for telecom central offices, ensuring pathway integrity during seismic events that could otherwise cause catastrophic fiber breaks. The UL 2024A certification verifies that the complete FiberRunner assembly, including this elbow component, meets National Electrical Code Article 770 requirements for optical fiber cables and raceways, a critical validation for installations subject to Authority Having Jurisdiction (AHJ) inspection.

The Telcordia GR-63-CORE and NEBS Level 3 certifications distinguish this fitting from commodity cable management components by confirming it meets the physical protection, fire resistance, earthquake, and environmental standards that telecom carriers and critical infrastructure operators require. When your installation demands documented compliance with carrier-grade infrastructure standards, verifiable seismic performance, and the pathway consistency necessary to protect fiber investments measuring hundreds of thousands of dollars, the FRRA6X4LYL delivers the engineered performance that generic alternatives cannot provide.