48 Fiber Splice Closure 4 Cable Ports PC Plastic Material
DA-FOSC-IM48-A-011-1 In-line Type Fiber Optic Splice Closure
Features
- Advanced internal design with enough space for fiber splicing and storage
- Long lasting body with high-strength PC plastic material
- Cable ports with mechanical sealing
- Portable, impact resistant, corrosion resistant and lightning resistant
Applications
- FTTH access networks
- Telecommunication networks
- CATV networks
- Local Area Networks
Specifications
| Parameters | Specification |
| Max. Capacity of Fibers | 48 |
| No. of Fibers/Tray | 2pcs (24fibers per tray) |
| Number of In-out Ports | 4 |
| Cable Diameter (mm) | 8~16 |
| Installation Method | Aerial, duct, direct buried |
| Insulation Resistance | Between the metal component and the ground is ≥2× 104m Ω |
| Withstand Voltage | No breakdown and no arcs between the metal component and the ground under the action of 15kV(DC)/1min |
| Fiber Radius of Curvature | ≥30mm (internal control 40mm), no additional loss in the fiber tray |
| Tensile | Axial tensile force ≥10 00N |
| Material | PC |
| Dimensions H x W x D (mm) | 340 x 150 x 70 |
| Weight (kg) | 1.5 |
Standard Package
| No. | Name | Unit | Quantity |
| 1 | Fiber Optic Splice Closure | set | 1 |
| 2 | Protective Sleeves | pieces | Configuration as per capacity |
| 3 | Cable Ties | piece | Configuration as per capacity |
| 4 | Insulation Tape | piece | 1 |
| 5 | Sealing Tape | piece | 1 |
| 6 | Aerial-mounted Kit | piece | 1 |
| 7 | Abrasive Cloth | piece | 1 |
| 8 | Labeling Paper | piece | 1 |
| 9 | Special Wrench | piece | 1 |
| 10 | Installation Manual | piece | 1 |
Ordering Information
Example:
DA-FOSC-IM48-A-011-48C-1
In-line type, mechanical sealing; 48 fibers, 2 trays of 24 fibers/tray included; 4 cable ports, max capacity: 48 fibers; material: PP, dimensions (mm): 340 x 150 x 70
Ps: The actual fiber core number shall be subject to the contract
In summary, an in-line type fiber optic splice closure is a protective enclosure used in fiber optic networks to join and protect spliced optical fibers. It ensures reliable connectivity and safeguards the splices against environmental factors, making it an essential component in deploying and maintaining fiber optic infrastructure.
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