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FIS OTDR Singlemode OV-350 OTDR (1310/1550,SC/APC,32 dB Dynamic Range,PM/VFL) SKU: OV1315 Unit of Measurement : EA$2,995.00 -
FIS OTDR Multimode OV-350 Handheld OTDR (850/1300,SC/UPC,26 dB Dynamic Range,PM/VFL) SKU: OV8513 Unit of Measurement : EA$3,195.00 -
FIS OTDR SM/MM OV-350 Handheld OTDR (850/1300/1310/1550,SC Adatpers,32/26 dB Dynamic Range,PM/VFL) SKU: OVQUAD Unit of Measurement : EA$3,995.00 -
FIS Mini OTDR Dual MM 850nm/1300nm 26/24dB with SC/UPC Connector SKU: FC8513U26D Unit of Measurement : EA$1,895.00 -
![FIS OTDR Atlas Mini Dual Singlemode 1310/1550nm 26/24dB SC/APC Connector]()
FIS OTDR Atlas Mini Dual Singlemode 1310/1550nm 26/24dB SC/APC Connector SKU: FC1315A26D Unit of Measurement : EA$1,595.00 -
![FIS Atlas Mini Singlemode OTDR w/ 1650nm Filtered (LIVE) only]()
FIS Atlas Mini Singlemode OTDR w/ 1650nm Filtered (LIVE) only, 26/24dB, SC/APC Connector SKU: FC1650A26D Unit of Measurement : EA$1,895.00 -
![FIS Atlas Mini-OTDR Singlemode with Video Inspection Probe Kit (APC & UPC tips included)]()
FIS Atlas Mini-OTDR Singlemode with Video Inspection Probe Kit (APC & UPC tips included) SKU: FC1315VMP Unit of Measurement : EA$1,995.00 -
![FIS OTDR]()
FIS OTDR, Singlemode, 1310nm, Firecat, Single Wavelength, Handheld SKU: FIRECAT1310 Unit of Measurement : EA$1,740.70 -
![FIS OTDR]()
FIS OTDR, Singlemode, 1550nm, Firecat, Single Wavelength, Handheld SKU: FIRECAT1550 Unit of Measurement : EA$1,736.50 -
![FIS OTDR]()
FIS OTDR, Multimode, 850nm, Firecat, Single Wavelength, Handheld SKU: FIRECAT850 Unit of Measurement : EA$1,696.75 -
![FIS OTDR Adapter SC Firecat]()
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![FIS OTDR Adapter FC Firecat]()
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.
