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The INNO Instrument FL-100-SC-APC Singlemode OTDR Launch Fiber Reel is a 100 m fiber launch cable designed for optical time domain reflectometer testing. It provides a controlled fiber segment that allows OTDR measurements to stabilize before the first connection in a fiber link.
Canopy OTDR Launch Lead: Reliable single fibre lead with dust pouch for efficient optical testing. Compact, durable, and ready for your next job!
The INNO Instrument FL-300-SC-APC is a 300 m Singlemode launch fiber reel designed for Optical Time Domain Reflectometer (OTDR) testing. It provides a controlled fiber length between the OTDR and the link under test, enabling measurement of the first connector in a fiber span. The reel format protects the fiber during storage and field deployment.
The INNO Instrument FL-100-SC-UPC is a 100 m singlemode OTDR launch fiber reel designed for fiber optic testing and link characterization. Featuring SC/UPC connectors on both ends, this launch cable acts as a pulse suppressor and delay line that enables Optical Time-Domain Reflectometers (OTDR) to measure insertion loss.
Fluke Networks TRC Fiber Optic Cord: Durable metal LC connectors for OTDR testing, 62.5 µm multimode cable ensures precise, reliable measurements.
The INNO Instrument FL-500-SC-UPC is a 500-meter single-mode fiber optic OTDR launch cable designed for accurate fiber link testing. Built with 9/125 µm OS2 fiber and SC-UPC connectors on both ends, it creates the necessary launch distance to measure insertion loss and reflectance at the first connection point.
An OTDR launch cable, which connects the OTDR to the link-under-test, discloses the insertion loss and reflectance of the near-end connection. It is often available on a small spool or within a “launch box”, which is used to create the proper conditions for testing another similar optical fiber for faults. This method avoids undesirable variations in loss and distance measurements. A launch fiber will help to overcome the blind spot or Dead Zone of an OTDR brought about by high launch power or faults near the launch end of the fiber.