AFL Noyes FlexScan OTDR w/ SmartAuto and LinkMap

FlexScan OTDR with SmartAuto and LinkMap

Pocket-sized, Performance-packed, User-friendly, and Affordable

FlexScan OTDRs enable both novice and expert technicians to quickly and reliably troubleshoot optical networks or fully characterize
newly installed or repaired networks. Using FlexScan抯 innovative SmartAuto mode, multiple OTDR scans quickly and accurately
detect, locate, identify and measure network components and faults. After applying industry-standard or user-set pass/fail criteria, the
characterized network is displayed using FlexScan抯 intuitive, icon-based LinkMap view.
FlexScan automates test setup, shortens test time and simplifies results interpretation, improving efficiency and reducing the cost of
test. Acquired results may be stored internally or externally. Internally stored results are easily accessed via USB, Bluetooth or WiFi.
With optional connector inspection, integrated source, power meter and VFL, FlexScan offers an all-in one solution, ensuring technicians
have everything they need to locate and resolve optical network issues.
Designed for field use, FlexScan is robust, rugged, lightweight, powerful and flexible.

Features
 Fast, accurate SmartAuto OTDR network characterization or
fault location
 Easy to understand LinkMap results with pass/fail indications
 1550 nm only version for cost-effective troubleshooting
 1310/1550 nm version for complete network characterization
 Alerts users to live fibers and poor launch conditions
 Integrated Source, Power Meter, VFL (visual fault locator)
 Bluetooth and Wi-Fi communications
 Compatible with FOCIS Flex connector inspection system
 Rugged, lightweight, hand-held for field use
 Large, bright touchscreen display easily viewed indoors and out
 Internal / external data storage via USB, Bluetooth, or Wi-Fi
 12-hour Telcordia battery operation

Applications
 Optical network installation, troubleshooting and maintenance
 OTDR testing plus Insertion Loss and Power measurements
 Locate faults exceeding industry or user pass/fail thresholds
 Visually pinpoint location of macro-bends or breaks inside
cabinets and splice closures