IP68 inline splice closure with 288-fiber capacity and 12 splice trays | Mod. FAB-OFC-BIM-K288S24-B
The FAB-OFC-BIM-K288S24-B is an inline type fiber optic splice closure engineered to ensure maximum reliability and durability in harsh environmental conditions. Designed with mechanical sealing for reusable applications, it provides long-term stability against moisture, dust, vibration, and extreme temperatures.
With a robust capacity of up to 288 fibers, it integrates 12 splice trays (24 splices each) and supports 1×4 and 1×8 PLC splitters, offering flexibility for diverse fiber optic deployments. Its oval and round ports accommodate a wide range of cable diameters, making it highly adaptable for FTTH, FTTx, and backbone network applications.
Constructed from PP+GF, the closure ensures resistance against impacts (IK10) and complies with IP68 waterproofing standards, ensuring reliable fiber protection even under continuous outdoor exposure.
Ideal for ISPs, telecom operators, and integrators, the FAB-OFC-BIM-K288S24-B combines superior technical performance with a cost-effective solution for high-capacity fiber optic splicing.
Inline type mechanical splice closure
Supports up to 288 fibers
Includes 12 splice trays (24 splices each)
Compatible with 1×4 and 1×8 PLC splitters
1 oval port (10–17.5 mm) + 6 round ports (8–17.5 mm)
IP68-rated waterproof and dustproof
IK10 impact resistance
Material: PP+GF for enhanced durability
Dimension: 388(H)×242(W)×128(D) mm
Reusable sealing design
Specification | Details |
---|---|
Model | FAB-OFC-BIM-K288S24-B |
Type | Inline Splice Closure |
Ports | 1 oval (10–17.5 mm) + 6 round (8–17.5 mm) |
Max Fiber Capacity | 288 fibers |
Number of Trays | 12 trays (24 splices each) |
Splitter Support | 1×4 and 1×8 PLC splitters |
Material | PP+GF |
Protection Level | IP68 |
Impact Resistance | IK10 |
Dimensions | 388(H) × 242(W) × 128(D) mm |
Sealing | Mechanical, reusable |
FAB-OFC-BIM-K288S24-B, inline splice closure, fiber optic closure IP68, 288 fiber splice box, FTTx splice enclosure, PLC splitter closure, IK10 fiber closure
Description
The FAB-OFC-BIM-K288S24-B is an inline type fiber optic splice closure engineered to ensure maximum reliability and durability in harsh environmental conditions. Designed with mechanical sealing for reusable applications, it provides long-term stability against moisture, dust, vibration, and extreme temperatures.
With a robust capacity of up to 288 fibers, it integrates 12 splice trays (24 splices each) and supports 1×4 and 1×8 PLC splitters, offering flexibility for diverse fiber optic deployments. Its oval and round ports accommodate a wide range of cable diameters, making it highly adaptable for FTTH, FTTx, and backbone network applications.
Constructed from PP+GF, the closure ensures resistance against impacts (IK10) and complies with IP68 waterproofing standards, ensuring reliable fiber protection even under continuous outdoor exposure.
Ideal for ISPs, telecom operators, and integrators, the FAB-OFC-BIM-K288S24-B combines superior technical performance with a cost-effective solution for high-capacity fiber optic splicing.
Features
Inline type mechanical splice closure
Supports up to 288 fibers
Includes 12 splice trays (24 splices each)
Compatible with 1×4 and 1×8 PLC splitters
1 oval port (10–17.5 mm) + 6 round ports (8–17.5 mm)
IP68-rated waterproof and dustproof
IK10 impact resistance
Material: PP+GF for enhanced durability
Dimension: 388(H)×242(W)×128(D) mm
Reusable sealing design
Technical Specifications
Specification | Details |
---|---|
Model | FAB-OFC-BIM-K288S24-B |
Type | Inline Splice Closure |
Ports | 1 oval (10–17.5 mm) + 6 round (8–17.5 mm) |
Max Fiber Capacity | 288 fibers |
Number of Trays | 12 trays (24 splices each) |
Splitter Support | 1×4 and 1×8 PLC splitters |
Material | PP+GF |
Protection Level | IP68 |
Impact Resistance | IK10 |
Dimensions | 388(H) × 242(W) × 128(D) mm |
Sealing | Mechanical, reusable |
FAB-OFC-BIM-K288S24-B, inline splice closure, fiber optic closure IP68, 288 fiber splice box, FTTx splice enclosure, PLC splitter closure, IK10 fiber closure