FlowScout® SE100 Single-Ended Test Set

AFL’s FlowScout SE100 is designed to verify fiber continuity and measure insertion loss to the end of fibers terminated with AFL’s 1430 nm Wavelength Optical Reflectors. When a reflector is detected, the FlowScout SE100 immediately measures insertion loss to the reflector at 1430 nm wavelength. The reflector is near-transparent to PON and other wavelengths, allowing it to remain installed during network operation.

Reduce cost: Combining an optical light source and power meter into one low-cost test set, the FlowScout SE100 enables a single technician to perform testing an FlowScout SE100 d reduces equipment and labor costs by over 50%

Shorten test time and eliminate setup errors: Traditional double-ended testing requires equipment configuration and test coordination. FlowScout SE100 eliminates time-consuming setup and technician coordination time. It also speeds up testing by reducing visits to subscriber premises, demarcation points, and cell tower climbs.

Enhance customer experience: The FlowScout SE100 eliminates the need for onsite troubleshooting of FTTH drop issues. All testing can be completed from a distribution panel or splitter, eliminating technician time at the subscriber premises, and overcoming scheduling and access challenges for both subscribers and service providers.

Increase technician safety: Repeated tower climbs for troubleshooting are eliminated when using the FlowScout SE100 at the Distribution Unit and Optical Reflectors installed at the Radio Unit.

Ensure integrity of test results: FlowScout SE100 features excess reflection and live fiber detection and notification. Reflection issues from damaged, open, mismatched, or dirty connectors can result in unacceptable loss. FlowScout SE100 immediately alerts the user and displays ORL when excess reflection is present.

Complements subscriber-installed ONT initiatives: Reducing the need for subscriber premises visits, the FlowScout SE100 solution supports goals to reduce costs by adopting a subscriber self-install ONT methodology.