- +86 15274842581
- +86 15274842581
- evan@commmesh.com
- +86 15274842581
A fiber optic splicing box houses and protects splices. It has ports for fiber optic cables. Each fusion splice is organized in splice trays inside. It achieves a clean, safe optical signal path. Buffers fibers are 250 µm and secured with cable clamps. You get different tray capacities like 12F, 24F and 48F.
Adapters connect pigtails. IP68 rating means complete protection. It withstands 105 kPa pressure; works between -40°C to +65°C. It has 16 drop cable ports 8 main ports, 2 midspan.
A fiber optic splicing box keeps things neat. Input ports are properly sealed with grommets, to prevent damage. Strain relief brackets also secure cables inside it. Up to 96 fibers are accommodated with dedicated routing. It organizes SC, LC connectors for you.
You need reliable protection. Fiber optic splicing boxes feature UV-resistant materials. Certain models are sealed for IP65 or IP68 conditions. Water ingress is prevented by gaskets. These operate from -40°C to +85°C. It protects against 1m water submersion.
Many fiber optic splicing boxes have modular designs. Splice trays can be customized to fit the needs. Tray capacities range in common units of 12, 24, and 48 fibers. They accommodate 250µm and 900µm buffer tubes. Boxes support up to 144 splices.
This fiber optic splicing box offers multiple mounting. These can go onto walls or poles. Aerial installation uses special mounting brackets. The direct burial boxes are made of strong, waterproof materials. You can use aerial mounting kits or ground-level enclosures for it.
| Feature | Inline Closure | Mechanical Seal Dome Closure | Heat Shrink Dome Closure | Drop Closure |
| Application | Aerial, duct, buried | Aerial, wall-mounting, pole-mounting | Aerial, wall-mounting, pole-mounting | Wall-mounting, pole-mounting, indoor |
| Typical Capacity | 24-288 splices | 4-144 splices | 4-96 splices | 1-12 subscribers |
| Sealing Method | Mechanical | Mechanical | Heat shrink | Mechanical |
| IP Rating | IP68 | IP68 | IP68 | IP68 |
| Material | PC, ABS, or PP | PC or ABS | Heat shrink tubing, PC or ABS | PC or ABS |
| Cable Entry Ports | Multiple | Multiple | Multiple | 1-4 |
| Splitting Ratio | N/A | 1:4, 1:8, 1:16, etc. | 1:4, 1:8, 1:16, etc. | 1:2, 1:4, etc. |
Fiber optic splicing boxes are critical for telecom. You need them for FTTC and FTTB installations. Central offices use boxes for OSP cable connections. They protect ribbon and loose tube cables. It provides stable 1310nm, 1550nm connections.
In these centers, fiber optic splicing boxes manage connections. These are for high density links between servers and switches. Neat patching is provided by rack mounted enclosures. These support OM3, OM4, OS2 fiber types. 40G and 100G networks use it.
FTTH networks need reliable fiber optic splicing boxes. In PON and GPON architectures these are indispensable. They protect splitter modules and drop cables. ODFs use boxes for managing many subscriber lines. Each box supports a specific dB loss budget.
Fiber optic splicing boxes are vital for video distribution. They enable RFoG and HFC network builds. These boxes protect EDFA outputs. Node locations utilize them for terminating coax feeds. The box helps maintain signal 1550nm wavelength.
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