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FIS FC Attenuator Male to Female Singlemode 1310/1550 APC Attenuator 13dB SKU: F18751A13 Unit of Measurement : EA$11.95 Qty Buy as low as $10.76 -
TLC Indoor/Outdoor Fiber Optic Cable with Aluminum Interlocking Armor, 24 Fiber, Multimode 62.5/125um, Plenum, Orange | Plus Corning® InfiniCor®300 Fiber SKU: M62DI24C3NPO78AIA2 Unit of Measurement : EA$10.75 -
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![FIS LC Attenuator Male to Female Singlemode 1310/1550 UPC Attenuator 13dB]()
FIS LC Attenuator Male to Female Singlemode 1310/1550 UPC Attenuator 13dB SKU: F18761A13 Unit of Measurement : EA$11.95 Qty Buy as low as $10.76 -
![FIS LC Attenuator Male to Female Singlemode 1310/1550 UPC Attenuator 11dB]()
FIS LC Attenuator Male to Female Singlemode 1310/1550 UPC Attenuator 11dB SKU: F18761A11 Unit of Measurement : EA$11.95 Qty Buy as low as $10.76 -
![AFL LGX Adapter Plate Simplex ST Multimode 6 Fiber]()
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![AFL Adapter Plate]()
AFL Adapter Plate, Black, 6 SC Simplex MM, Beige, Zirconia Sleeve, LGX 118 SKU: FM003096 Unit of Measurement : EA$30.25 -
![AFL Plate Adapter Blk 6 FC Simplex Sm Plated ZR LGX 118 Pack]()
AFL Plate Adapter Blk 6 FC Simplex Sm Plated ZR LGX 118 Pack SKU: FM003420 Unit of Measurement : EA$32.05 -
![AFL 12 Fiber LC Duplex MM LGX 118 Adapter Plate Beige]()
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![AFL 12 LC Duplex for OM4 (24 fiber panel)]()
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![TLC Indoor/Outdoor Fiber Optic Cable with Aluminum Interlocking Armor, 48 Fiber, Singlemode, Gel Free, Riser, Black | Plus Corning® SMF-28® Ultra Fiber]()
TLC Indoor/Outdoor Fiber Optic Cable with Aluminum Interlocking Armor, 48 Fiber, Singlemode, Gel Free, Riser, Black | Plus Corning® SMF-28® Ultra Fiber SKU: S09DL48CZNRBL25AIA2 Unit of Measurement : EA$6.34
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.
