Specifications of the wall-mounted 288 optical distribution box

A wall-mounted 288-fiber optical distribution box supports up to 288 fiber connections, includes multiple splice trays, and features durable, compact, and secure housing suitable for high-density fiber networks.

Key Specifications

Fiber Capacity and Management

• Supports 288 distribution fibers with 24 splice trays for organized splicing and storage .
• Can accommodate SC or LC adapters, with maximum subscriber capacity of 288 fibers and up to 11 PLC splitters for PON networks .
• Includes patchcord management and parking for unused connectors, ensuring neat and efficient fiber routing . Physical Dimensions and Construction
• Typical dimensions: 816 × 616 × 323 mm (H × W × D) .
• Weight: approximately 35 kg .
• Constructed from durable materials such as powder-coated aluminum or glass-reinforced polyester, providing protection against environmental factors and physical damage .
• Color: light gray (RAL 7035) . Protection and Durability
• Ingress Protection: IP66, suitable for outdoor and indoor environments .
• Impact Protection: IK10, resistant to mechanical impacts .
• UV resistance and V0 flammability rating for safety and longevity . Installation and Access
• Wall-mountable design with removable front panels or doors for easy access during installation and maintenance .
• Dual access doors with quarter-turn locks and padlock hasps for security .
• Can be installed in wall, pole, or pillar configurations, with optional direct trench mounting without a concrete base . Cable Entry and Routing
• Multiple cable entry ports and grommets (e.g., 24× 5 mm, 6× PG16) for flexible cable management .
• Integrated holders for PLC splitters and routing for feeder and drop fibers . Applications
• Suitable for FTTx, FTTH, high-density enterprise networks, and multi-dwelling unit (MDU) deployments .
• Supports fusion, pre-terminated, and field-terminated fibers, allowing incremental network growth . This wall-mounted 288-fiber optical distribution box combines high capacity, robust protection, and flexible fiber management, making it ideal for modern high-density fiber optic networks.