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TLC Duplex Furcation Tube Riser Aqua 2mm Accepts 250um SKU: F00FDX2NUAPLM Unit of Measurement : Mtr$0.75 -
TLC Duplex Furcation Tube Riser Orange 3mm w/Pull String SKU: F00FDX3NUOPLM Unit of Measurement : Mtr$0.75 -
TLC Duplex Furcation Tube Riser Yellow 3mm w/PullString SKU: F00FDX3NUYPLM Unit of Measurement : Mtr$0.75 -
![TLC Duplex Furcation Tube Riser Green 3mm w/Pull String]()
TLC Duplex Furcation Tube Riser Green 3mm w/Pull String SKU: F00FDX3NUGPLM Unit of Measurement : Mtr$0.75 -
![TLC Duplex Furcation Tube Riser Aqua 3mm w/Pull String]()
TLC Duplex Furcation Tube Riser Aqua 3mm w/Pull String SKU: F00FDX3NUAPLM Unit of Measurement : Mtr$0.75 -
![Viavi 2330/11S MPOLS-85P SM MPO Optical Light Source w/PCM]()
Viavi 2330/11S MPOLS-85P SM MPO Optical Light Source w/PCM SKU: 233011S Unit of Measurement : EA$10,923.15 -
![Viavi E4136RMA Metro-Access 1310/1550/Filtered 1625nm OTDR Module]()
Viavi E4136RMA Metro-Access 1310/1550/Filtered 1625nm OTDR Module SKU: E4136RMA Unit of Measurement : EA$7,632.00 -
![FIS Flat Drop Cable Assembly]()
FIS Flat Drop Cable Assembly, Singlemode, Non Toneable, 1 Corning® OptiTap® Connector, Pigtail 800 feet | Plus Corning® SMF-28® Ultra Singlemode Fiber SKU: ZDCN-1-OPT-P-800 Unit of Measurement : EA$152.65 -
![FIS Flat Drop Cable Assembly]()
FIS Flat Drop Cable Assembly, Singlemode, Non Toneable, 1 Corning® OptiTap® Connector, Pigtail 900 feet | Plus Corning® SMF-28® Ultra Singlemode Fiber SKU: ZDCN-1-OPT-P-900 Unit of Measurement : EA$168.60 -
![AFL Replaceable Connector/Port Saver]()
AFL Replaceable Connector/Port Saver, SC-UPC Female to SC-APC Male SKU: 2900580003MR Unit of Measurement : EA$225.00 -
![TLC Furcation Tube 3mm Rose w/Pull String]()
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.
