The fiber optic closure is used for fiber splicing and protection. It can be installed on aerial cables, buried directly or placed inside ducts. The outer shell and splicing section are made of high-quality plastic.
Application
Excellent mechanical performance. Excellent aging resistance. High resistance to air, moisture and UV rays. Can be installed on aerial lines or buried in ducts. The cable entry and exit ports can be from two to six.
Features
1. High-strength engineering plastic housing. 2. High mechanical performance. 3. Withstands adverse conditions such as vibration, impact, cable tensile deformation and strong temperature changes. 4. Great aging resistance. 5. No special tools required, easy to install and open. 6. Excellent sealing performance.
Technical Parameters
| Product name | Optical cable connection box |
| Product specifications | 3 inputs, 3 outputs |
| Product size | 317 * 141 * 65 mm |
| Product weight | 750 g |
| Ambient temperature | - 40 ℃ - + 60 ℃ |
| Housing material | engineering plastics |
| Capacidad de llevar | > 1000N |
| Tensile strength | 15 kV (CC) |
Frequently Asked Questions
Q: How many fibers can the closure accommodate?
A: Capacity depends on the model and tray configuration, typically from 24 up to 144 splices and beyond for large dome closures.
Q: Is the closure suitable for aerial, duct and buried installation?
A: Yes, dome and horizontal closures are designed for aerial, duct and direct-buried applications with watertight mechanical or heat-shrink sealing.
Q: Can the closure be re-entered for future maintenance?
A: Yes, all closures are re-enterable, allowing additional fibers or repairs without replacing the unit.
Q: Which fiber and cable types are supported?
A: Both single-mode and multi-mode fiber are supported, with standard or mini splice trays for loose tube and ribbon cables.
