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TLC Distribution Cable with Aluminum Interlocking Armor 6 Fiber ClearCurve Multimode 50/125um OM3 Plenum Aqua SKU: M50DI06CGNPA48AIA2 Unit of Measurement : Mtr$4.10 -
TLC Distribution Cable with Aluminum Interlocking Armor 12 Fiber ClearCurve Multimode 50/125um OM3 Plenum Aqua SKU: M50DI12CGNPA58AIA2 Unit of Measurement : Mtr$5.50 -
TLC 12 Fiber MM 50um OM3 ClearCurve Dist. FiberCable 5.8mm OD w/AIA Riser-Aqua SKU: M50DI12CGNRA58AIA2 Unit of Measurement : Mtr$4.60 -
TLC Distribution Fiber Optic Cable with Aluminum Interlocking Armor 6 Fiber Infinicor 300 Multimode 62.5/125um OM1 Plenum Orange SKU: M62DI06C3NPO48AIA2 Unit of Measurement : Mtr$4.65 -
![TLC 6 Fiber MM 62.5um OM1 Distribution Fiber Optic Cable 4.8mm OD w/AIA Riser Orange]()
TLC 6 Fiber MM 62.5um OM1 Distribution Fiber Optic Cable 4.8mm OD w/AIA Riser Orange SKU: M62DI06C3NRO48AIA2 Unit of Measurement : Mtr$4.00 -
![TLC 12 Fiber MM 62.5um OM1 Distribution Fiber Optic Cable w/AIA Riser Orange]()
TLC 12 Fiber MM 62.5um OM1 Distribution Fiber Optic Cable w/AIA Riser Orange SKU: M62DI12C3NROAIA Unit of Measurement : Mtr$3.40 -
![TLC Distribution Fiber Optic Cable with Aluminum Interlocking Armor]()
TLC Distribution Fiber Optic Cable with Aluminum Interlocking Armor, 12 Fiber, Multimode, 62.5/125um, OM1, Plenum, Orange | Plus Corning® InfiniCor®300 Fiber SKU: M62DI12C3NPO58AIA2 Unit of Measurement : Mtr$6.75 -
![TLC 24 Fiber MM 62.5um OM1 Distribution Fiber Optic Cable w/AIA Riser Orange]()
TLC 24 Fiber MM 62.5um OM1 Distribution Fiber Optic Cable w/AIA Riser Orange SKU: M62DI24C3NROAIA Unit of Measurement : Mtr$6.30
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.
