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AFL Patch Panel 2RU Holds (6) LGX Adapter Plates Black Unloaded SKU: FM001029BE Unit of Measurement : EA$235.50 -
AFL FOCIS Lightning MPO UPC & APC Kit No Wireless w/MPO Clea SKU: FOCISLTNGNWUA Unit of Measurement : EA$4,500.00 -
AFL FOCIS Lightning MPO UPC Kit No Wireless w/MPO Clean Supp SKU: FOCISLTNGNWU Unit of Measurement : EA$4,100.00 -
AFL Patch Panel 4RU Holds (12) LGX Adapter Plates Black Unloaded SKU: C211372BE Unit of Measurement : EA$323.75 -
![AFL LG 600 Aerial Weathertight Fiber Optic Splice Closure]()
AFL LG 600 Aerial Weathertight Fiber Optic Splice Closure SKU: FC000029 Unit of Measurement : EA$345.95 -
![AFL OTDR Kit Quad 850/1300/1310/1550nm FlexScan FS303 BIPM Kit]()
AFL OTDR Kit Quad 850/1300/1310/1550nm FlexScan FS303 BIPM Kit SKU: FS300325BIPMP1W1 Unit of Measurement : EA$14,210.00 -
![AFL FOCIS Lightning MPO Kit Probe Only No Wireless-No Tips]()
AFL FOCIS Lightning MPO Kit Probe Only No Wireless-No Tips SKU: FOCISLTNGNWN Unit of Measurement : EA$3,900.00 -
![AFL LGX Adapter Plate Duplex ST Singlemode 12 Fiber]()
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![AFL Splice Closure LightGuard® 500 Aerial Weathertight]()
AFL Splice Closure LightGuard® 500 Aerial Weathertight SKU: FC000026 Unit of Measurement : EA$171.50 -
![AFL OTDR Quad]()
AFL OTDR Quad, 850/1300/1310/1550nm, FlexScan FS300, BI Kit SKU: FS300325BIP1W1 Unit of Measurement : EA$11,830.00 -
![AFL FOCIS Lightning MPO APC Kit No Wireless w/MPO Clean]()
AFL FOCIS Lightning MPO APC Kit No Wireless w/MPO Clean SKU: FOCISLTNGNWA Unit of Measurement : EA$4,300.00 -
![AFL Adapter Plate]()
AFL Adapter Plate, Black, 24 Quad LC SM, Zirconia Sleeve, LGX 118 SKU: FM003208 Unit of Measurement : EA$95.25
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.
