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FIS Snap Pack 12 Fiber Singlemode Duplex SC/APC Color Coded Pigtail Off White Plate 3 Meters SKU: F1DSC6IAPCSPN Unit of Measurement : EA$80.00 -
AFL Adapter Plate, Black, 12 Fiber SC SM, Zirconia Sleeve, LGX 118 SKU: FM003297 Unit of Measurement : EA$46.60 -
FIS Snap Pack, 12 Fiber, Multimode 50um OM2, SC/PC, Black Plate, 3 Meters SKU: F1DSC6LM50SPNBLK Unit of Measurement : EA$80.00 -
FIS Snap Pack, 12 Fiber, Multimode 62.5um OM1, Duplex, LC/PC, Black Plate, 3 Meters SKU: F1LC6DLM50SPNBLK Unit of Measurement : EA$80.00 -
![FIS Snap Pack]()
FIS Snap Pack, 24 Fiber, Singlemode, Quad, LC/APC, Off White Plate, 3 Meters SKU: F1LC6QDAPCSPN Unit of Measurement : EA$140.00 -
![FIS Cassette Bracket For Corning® WCH]()
FIS Cassette Bracket For Corning® WCH, CCH, PCH and EDC Closures SKU: F1CCHBKCAS Unit of Measurement : EA$5.60 -
![AFL Adapter Plate]()
AFL Adapter Plate, Black, 6 SC Duplex MM, Beige, Zirconia Sleeve, LGX 118 SKU: FM003293 Unit of Measurement : Pk$44.65 -
![FIS MPO/MTP VFL Optical Polarity Verifier]()
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![FIS Adapter Plate 3-Pack LC Quad Singlemode APC Green Adapters Loaded (12 Fibers) Black]()
FIS Adapter Plate 3-Pack LC Quad Singlemode APC Green Adapters Loaded (12 Fibers) Black SKU: F1LC3QBKAPCSUL Unit of Measurement : EA$27.25 -
![FIS Adapter Plate 3-Pack LC Quad Singlemode UPC Blue Adapters Loaded (12 Fibers) Black]()
FIS Adapter Plate 3-Pack LC Quad Singlemode UPC Blue Adapters Loaded (12 Fibers) Black SKU: F1LC3QBKSUL Unit of Measurement : EA$27.25 -
![AFL LGX Adapter Plate Duplex ST Singlemode 12 Fiber]()
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![FIS Adapter Plate 6-Pack LC Duplex Singlemode APC Green Adapters Loaded (12 Fibers) Black]()
FIS Adapter Plate 6-Pack LC Duplex Singlemode APC Green Adapters Loaded (12 Fibers) Black SKU: F1LC6DBKAPCSUL Unit of Measurement : EA$26.80
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.
