The dimension diagram:(mm)
This 144 core dome fiber optic splice closure combines cable clamping, splicing, fixing, storage, and distribution functions in one sealed outdoor enclosure. The internal layout is designed to keep optical cable, pigtail, and jumper routing clear and manageable, which helps maintain order in higher-density applications. A flip-type distribution board and cup-shaped feeder cable connector structure support more convenient installation and maintenance during outdoor network construction.
With a larger body dimension and wider inlet cable range than the 96-core version, this model is better suited to installations where higher core count, larger incoming cable size, and future network expansion are key considerations. It works well in backbone branching points, higher-density fiber distribution nodes, and outdoor environments where more splice trays and stronger capacity planning are required. Wall-mounted and pole-mounted configurations are both supported.
Key Features
- 144 core capacity for higher-density outdoor fiber splicing
- IP68 waterproof protection for demanding environments
- 1+4 cable port layout for multi-branch routing
- Heat-shrink sealing for secure cable entry protection
- Larger enclosure for higher splice count applications
- Wider inlet cable range for larger outdoor feeder cables
- Suitable for wall-mounted and pole-mounted deployment
FAQ
1. What capacity is more suitable for high-density outdoor fiber distribution?
A 144 core dome fiber optic splice closure is more suitable for outdoor fiber distribution points that need higher splice count, larger branching capacity, and more room for future network expansion.
2. What cable size range is supported by high-capacity dome fiber optic splice closure?
High-capacity dome fiber optic splice closure supports inlet cable ports from Φ16 to Φ28 mm and outlet cable ports from Φ8 to Φ20 mm, which is useful in projects using larger feeder cables.
3. What protection level is used in outdoor waterproof fiber splice closure for backbone applications?
Outdoor waterproof fiber splice closure uses IP68 protection, which helps protect fiber splicing points against dust and water in outdoor backbone and distribution environments.
4. Is high-density dome splice closure suitable for wall-mounted and pole-mounted outdoor networks?
High-density dome splice closure supports both wall-mounted and pole-mounted installation for different outdoor fiber deployment conditions.
5. What internal design helps maintenance in large-capacity dome fiber optic splice closure?
Large-capacity dome fiber optic splice closure uses separated routing for optical cable, pigtail, and jumper, together with a flip-type distribution board, which helps improve access and organization during maintenance.
