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FIS Splice-On Connector Armordillo LC Multimode 62.5um OM1 3mm / 2mm / 1.6mm Beige 10 Pack SKU: F1LC62SOCA10 Unit of Measurement : EA$80.00 Qty Buy as low as $76.00 -
FIS Light Source E-Series 1310/1550nm Singlemode with 2.5 &1.25mm Adapters SKU: F11315LS Unit of Measurement : EA$295.00 Qty Buy as low as $236.00 -
FIS Fan-Out Kit 24 Fiber 900um Color Coded 25" Tubing Length Accepts 250um SKU: F1BF2425M Unit of Measurement : EA$18.95 Qty Buy as low as $17.06 -
FIS Adapter Plate 3-Pack LC Quad Multimode (OM3) Aqua Adapters Loaded (12 Fibers) Black SKU: F1LC3QBKAQMUL Unit of Measurement : EA$27.25 -
![FIS Optical Splitter LGX LC/APC Connectors 1x32 Dual 2m Long 1.6mm Jacketed Leads]()
FIS Optical Splitter LGX LC/APC Connectors 1x32 Dual 2m Long 1.6mm Jacketed Leads SKU: Z1PLM1321L162SLACAD Unit of Measurement : EA$372.00 Qty Buy as low as $334.80 -
![FIS Test Access Point (TAP) Panel with Cable Management Drawer 2RU with Integrated TAP Module]()
FIS Test Access Point (TAP) Panel with Cable Management Drawer 2RU with Integrated TAP Module SKU: 2RUCMCPRI03 Unit of Measurement : EA$1,049.65 -
![FIS Fiber Optic Patch Cable]()
FIS Fiber Optic Patch Cable, LC PC to ST PC, 2 meters, 1.6mm Simplex MM | Plus Corning® ClearCurve® OM3 Multimode Fiber SKU: Y8L8M2FISC Unit of Measurement : EA$4.20 Qty Buy as low as $3.78 -
![FIS Fiber Optic Patch Cable]()
FIS Fiber Optic Patch Cable, SC PC to LC PC, 1 meter, 1.6mm Duplex, Multimode | Plus Corning® InfiniCor®300 Fiber SKU: X2YLM1FISC Unit of Measurement : EA$7.00 Qty Buy as low as $6.30 -
![FIS Loopback Module]()
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![FIS Pulse Box #1 SM OS2 SC/LC UP -100 Meters]()
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![FIS Fiber Continuity Tester with SC Adapter]()
FIS Fiber Continuity Tester with SC Adapter SKU: F15000SC Unit of Measurement : EA$39.95 Qty Buy as low as $31.96 -
![FIS Basic Cable Tie Wrap Yellow (50 Pack)]()
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.
