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FIS Two-Piece Test Kit: E-Series Power Meter with SM/MM Light Source (850/1300/1310/1550nm) & Reference Cords/Adapters SKU: F1ESQUADKITQ Unit of Measurement : EA$750.00 -
FIS Crimp Tool Die (Only) for F1-3227 ( .128, .137, .190 ) SKU: F13227F Unit of Measurement : EA$120.00 -
FIS Blue Premium-Grade 2-Fiber Tactical Cable Assembly, 50µm OM4 fiber, FIBERFOX Expanded Beam Plug -to- Expanded Beam Plug, 100 feet, No Reel SKU: T10FFFFM100FISB2 Unit of Measurement : EA$1,066.00 -
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![FIS 900um Cheetah SOC Loosetube Holder for AFL Splicers]()
FIS 900um Cheetah SOC Loosetube Holder for AFL Splicers SKU: F1SOC900LB-A Unit of Measurement : EA$115.00 -
![FIS 900um Cheetah SOC Loosetube Holder for the FIS AC5 Fusion Splicer]()
FIS 900um Cheetah SOC Loosetube Holder for the FIS AC5 Fusion Splicer SKU: F1SOC900LB-AC5 Unit of Measurement : EA$115.00 -
![FIS 900um Cheetah SOC Loosetube Holder for the FIS CA6 Fusion Splicer]()
FIS 900um Cheetah SOC Loosetube Holder for the FIS CA6 Fusion Splicer SKU: F1SOC900LB-CA6 Unit of Measurement : EA$115.00 -
![FIS 900um Cheetah SOC Loosetube Holder for the Lightera Splicers - Ninja]()
FIS 900um Cheetah SOC Loosetube Holder for the Lightera Splicers - Ninja, S154, S179 SKU: F1SOC900LB-F2 Unit of Measurement : EA$115.00 -
![TLC Furcation Tube 3mm Violet w/Pull String]()
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![Ubiquiti UISP Fiber OLT XGS]()
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![Ubiquiti Optical Network Unit]()
Ubiquiti Optical Network Unit, 2.5Gbps uplink/10Gbps downlink, Single Unit SKU: UISPFIBERXG Unit of Measurement : EA$125.00 -
![Ubiquiti Long-Range SFP28-compatible optical transceiver mod]()
Ubiquiti Long-Range SFP28-compatible optical transceiver mod SKU: UACCOMSFP28LR Unit of Measurement : EA$83.95
Splicing
Fusion Splicing is a preferred way to join two fibers together by using heat. Whether the fiber was broken or not long enough, a fusion splicer will make your job easier. Splicing fiber optic cable is fairly simple procedure. Prepared fiber ends are placed in the splicer and automatically aligned and then fused together. This method ensures greater reliability with less light being scattered or reflected back by the splice. The splice itself if done correctly should be as strong as the original optical fiber.
