Eaton Tripp Lite Series Fiber Splice Dome Enclosure - 6 Splicing Trays, 1152 Fiber Capacity, IP68 Rated

This rugged, outdoor-ready fiber splice dome enclosure from the Eaton Tripp Lite Series is engineered to protect and organize high-density fiber networks where reliability matters most. With a six-tray splice system and a total fiber capacity of up to 1152 fibers, it delivers scalable, on-site splicing and termination capabilities for long-haul, mid-span, and distribution applications. The N600D-1152-6 model is designed to withstand harsh environmental conditions while providing flexible cable management, secure sealing, and quick access for maintenance and upgrades. Whether you’re deploying fiber to the curb, serving campus networks, or expanding a data center backbone, this enclosure combines robust protection with modular versatility to keep your network running smoothly in outdoor installations.

• Six-splice-tray system for flexible on-site splicing: This enclosure ships with six splice trays, enabling you to organize and terminate fibers directly on-site. Each tray can be populated with a wide range of splice configurations, giving technicians the freedom to adapt cable lengths, fusion splices, and connector types without relocating or rebuilding the enclosure. The modular tray design simplifies field work, reduces downtime, and supports rapid network upgrades as fiber demands evolve.
• High-density fiber capacity (1152 fibers total): With a total capacity of up to 1152 fibers, this dome enclosure is ideal for large-scale outdoor networks, including telecom, fiber-to-the-home (FTTH), and data-center backbones. The arrangement of six trays allows operators to balance quick-turn splices with long-term expansion, ensuring you can scale fiber counts without replacing the enclosure. The design is optimized to keep bend radii and cable management under control in demanding outdoor environments.
• IP68-rated protection for harsh outdoor environments: Engineered for exterior deployments, the enclosure offers IP68 ingress protection, guarding against dust intrusion and prolonged water exposure. The rugged seal integrity is engineered to withstand rain, snow, and temperature fluctuations, preserving splice quality and minimizing environmental impact on signal integrity. This rating translates into longer service intervals and lower maintenance costs in harsh climates.
• Durable, weatherproof construction with secure sealing: The dome enclosure is built to resist moisture ingress and UV exposure, with gasket systems and corrosion-resistant hardware designed for outdoor use. The result is a long service life with reliable performance in substations, polesides, and roadside cabinets. The protective enclosure also reduces the risk of cable damage caused by wind, debris, or wildlife, giving you peace of mind in remote or exposed locations.
• On-site splicing flexibility and modular design: The six-tray system, combined with a streamlined interior layout, supports easy field termination and reconfiguration. On-site splicing minimizes the need for lengthy rebuilds, and the modular trays simplify inventory management by allowing technicians to stock spare trays and adapt to changing fiber architectures without downtime. The enclosure is designed to accommodate future upgrades while maintaining a compact footprint.

Technical Details of N600D-1152-6

• Model: N600D-1152-6
• Enclosure Type: Dome-style fiber splice enclosure for outdoor use
• Splice Trays: 6
• Fiber Capacity: Up to 1152 fibers (total)
• Per-Tray Capacity: Up to 192 unterminated cables per tray
• Ingress Protection: IP68 rated for dust and water resistance
• Primary Application: Outdoor fiber splicing, distribution, and backhaul networks

How to install Eaton Tripp Lite Series Fiber Splice Dome Enclosure

• Plan the installation site: Choose a sheltered outdoor location with adequate ventilation, airflow, and accessibility for ongoing maintenance. Ensure the mounting surface is sturdy and free of vibrations that could affect splice integrity.
• Prepare cables and routing: Route incoming and outgoing fiber cables carefully, maintaining proper bend radii and separating input/output paths to minimize strain on connections. Label fibers and plan tray assignments before opening the enclosure.
• Open and position the enclosure: Remove any protective covers and verify the interior layout to align splice trays with the planned cable paths. Install any mounting hardware or brackets as specified by the product manual to secure the enclosure firmly.
• Populate splice trays and terminate: Install fiber splices on the six trays according to your network design. Terminate fibers on adapters or connectors as required, using appropriate fusion splicing or mechanical splicing techniques. Maintain controlled, orderly cabling within each tray to prevent crosstalk and maintain signal quality.
• Seal and test: After all splices are complete, re-seal the enclosure using the gasket and closure hardware to restore IP68 protection. Perform continuity and loss tests on critical fiber paths to confirm splicing integrity and confirm environmental protection is intact.
• Document and maintain: Record tray mappings, fiber IDs, and connector types. Schedule periodic inspections to check seals, cables, and tray integrity, and replace any worn components to extend the enclosure’s service life.

Frequently asked questions

• Q: Is this enclosure suitable for outdoor installations? A: Yes. The IP68 rating provides robust protection against dust and water ingress, making it well-suited for outdoor fiber deployments in harsh environments.
• Q: How many splice trays are included, and what is the total fiber capacity? A: The enclosure includes six splice trays and supports up to 1152 fibers in total, with up to 192 unterminated cables per tray for scalable on-site splicing.
• Q: Can I upgrade or reconfigure splices without replacing the enclosure? A: Yes. The modular six-tray design is intended for flexible, on-site splicing and future reconfiguration as network requirements evolve.
• Q: What environments is the enclosure designed for? A: It is designed for outdoor environments, including telecom backhaul, FTTH deployments, and campus networks, where durable protection and reliable performance are essential.
• Q: What maintenance is required once installed? A: Regular inspections of seals, gaskets, and cable management are recommended. Re-seal and re-terminate if moisture is detected or if seals show signs of wear. Periodic fiber testing helps ensure ongoing performance.