Installation of pigtails on a 12-core fusion splice tray
To install pigtails on a 12-core fusion splice tray, each fiber must be carefully stripped, cleaved, fusion-spliced, color-matched, and secured within the tray using proper bend radius and protection sleeves.
Preparation and Tools
Before starting, ensure you have the following tools and materials: a fusion splicer, fiber strippers, a high-precision cleaver, lint-free wipes, 99% isopropyl alcohol, and heat-shrink splice protection sleeves . Using high-quality tools is critical to prevent fiber damage and ensure low-loss splices.
Pigtail and Fiber Preparation
A 12-core pigtail consists of 12 color-coded fibers with factory-polished connectors on one end and bare fibers on the other . Strip the protective coating from the bare ends of both the pigtail and the incoming trunk fibers, then clean them thoroughly until they are free of oils and debris . Cleave each fiber to a precise 90-degree angle using a high-precision cleaver to ensure a seamless fusion.
Fusion Splicing
Insert the prepared fibers into the fusion splicer and align them according to the splicer's instructions. For a 12-core ribbon, you can perform mass fusion splicing, fusing all 12 fibers simultaneously . Ensure that each fiber is matched by color: blue to blue, orange to orange, and so on, to maintain correct port mapping . After splicing, slide the heat-shrink protection sleeve over each joint and cure it in the splicer's oven to protect the fragile glass junction.
Splice Tray Management
Place the fused fibers into the 12-core fusion splice tray, ensuring proper fiber routing and bend radius control . Use the tray's built-in channels or holders to organize fibers neatly and prevent microbends. Secure the pigtails and buffer tubes with cable ties or crimpable tabs provided in the tray. Label each fiber clearly for easy identification and future maintenance.
Final Checks
After installation, verify the splice quality using the fusion splicer's loss estimate or an optical time-domain reflectometer (OTDR). Ensure all fibers are properly secured, protected, and routed within the tray to prevent stress or accidental damage . Close the tray cover and mount it in the enclosure or patch panel as required. By following these steps, you ensure low-loss, organized, and durable connections for a 12-core fiber optic system, minimizing errors and maintaining network reliability.
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