Enclosure
High-Capacity Horizontal Fiber Optic Splice Closure (Inline Type)
B-ANP144S-INT
The Bright Fiber High-Capacity Horizontal Fiber Optic Splice Closure (Inline Type) is a sealed re-enterable enclosure designed to protect and organize fiber optic splices in outdoor environments. Its horizontal, clamshell-style housing allows inline cable routing, making it ideal for feeder-to-feeder or feeder-to-branch network configurations.
Built for medium- to high-density fiber applications, this closure features stacked splice trays and multiple cable entry ports, enabling efficient fiber management in backbone and distribution segments of FTTH and ODN networks.
About the product
Application of use
FTTH feeder and distribution networks
ODN (Optical Distribution Network) aggregation points
Backbone fiber splicing
Underground duct installations
Direct-burial deployments
Aerial strand-mounted systems
Industrial and campus fiber infrastructure
In Conclusion
The Bright Fiber High-Capacity Horizontal Fiber Optic Splice Closure (Inline Type) acts as a secure junction point for fiber optic cables.
Although the closure is pre-connectorized by default, splicing can be done on site if the client requires it. The closure’s configuration allows technicians to splice and protect large numbers of fibers while maintaining environmental sealing and long-term network integrity.
The Bright Fiber High-Capacity Horizontal Fiber Optic Splice Closure (Inline Type) is especially well-suited for high-density feeder networks where reliability and scalability are critical.
Our Features
Horizontal inline design for pass-through cable routing
High splice capacity with stacked tray configuration
Multiple cable entry and exit ports
Mechanical or heat-shrink sealing options
Re-enterable clamshell housing with stainless steel latches
IP68-rated environmental protection (water and dust resistance)
UV-resistant and impact-resistant outer shell
Integrated fiber routing and bend-radius control
Mounting feet for wall, pole, or vault installation
Benefits
Protects fiber splices from moisture, dirt, UV exposure, and mechanical stress
Supports high fiber counts in a compact footprint
Simplifies network expansion and maintenance with re-enterable design
Organized tray system reduces risk of micro-bending and signal loss
Durable construction ensures long-term reliability in harsh environments
Suitable for both backbone and access network segments
Reduces downtime during repairs and upgrades