AFL AX-TRAY-2S-2 APEX X-2S Splice Tray, Fully Loaded Splice Modules

Built for high-density fiber networks and critical infrastructure, the AFL Apex X-2S Splice Tray provides a secure, easy-to-service enclosure for fusion splicing and cable distribution. As an AFL Apex sealed splice closure solution, it delivers weatherproof protection and simplified field work with tool-less gel sealing ports and a retained O-ring dome-to-base seal. Each X-2S tray can be configured for up to 288 fibers per tray (recommended for rollable ribbon) and supports up to 16 drop cables with multi-drop entry kits, enabling compact deployments for enterprise networking, security, surveillance and monitoring systems. Technicians benefit from hinging, lockable splice trays, universal splice modules compatible with single and mass fusion splices, and a plastic slack storage basket with multiple Velcro and tie-wrap points for tidy, fast restores. At a compact 12.0" depth and a durable 22 lb build, the Apex X-2S is ideal for outdoor or indoor points of presence where reliability and high-density fiber management matter. Choose the AFL Apex X-2S for resilient, professional fusion splicing installations—contact us to spec this closure into your next security or network deployment.

• High-density, secure fiber management: supports up to 288 fibers per tray (recommended for rollable ribbon) to maximize rack space and reduce splice points.
• Fast, tool-less sealing: gel-sealed cable ports with easy-release design speed installations and simplify network maintenance.
• Flexible splice compatibility: universal splice modules accept single fusion, mass fusion and mechanical splices plus passive splitters for diverse deployment needs.
• Organized cable routing and storage: hinging, lockable trays and a plastic slack-basket with multiple tie-down points keep fibers protected and technicians efficient.
• Robust environmental protection: dome-to-base O-ring and multiple cable ports with ground lug capacity ensure secure, weatherproof splicing for security and surveillance networks.