FlexScan OTDR enables both network novices and experts to quickly and reliably locate optical network faults and characterize newly installed or repaired networks. Using FlexScan's innovative SmartAuto mode, multiple OTDR scans can rapidly and accurately detect, locate, confirm, and measure network faults. With industry-standard or user-defined pass/fail conditions, network characteristics are displayed on FlexScan's innovative LinkMap. FlexScan automates test setup, shortens testing time, simplifies result analysis, improves efficiency, and reduces testing costs. Test data can be saved in internal or external storage. Data stored internally can be retrieved via USB, Bluetooth, or WiFi.

FlexScan can be configured with fiber microscopes, light sources, optical power meters, and visual fault locators, providing a complete solution to ensure that engineers have all the tools for fault location and resolution. FlexScan is designed for field work—rugged, durable, lightweight, powerful, and flexibly configurable.

FS300-325 Features of the Loius Optical Time Domain Reflectometer

? Fast and accurate SmartAuto network analysis and fault location

? Easy-to-understand LinkMap results with pass/fail indicators

? 1550 nm model supports low-cost fault resolution

? 1310/1550 nm model supports network performance analysis

? Alerts users to connected fibers with light and poor fiber connections

? Built-in light source, optical power meter, and visual fault locator

? Bluetooth and Wi-Fi communication

? Compatible with FOCIS Flex for connector inspection

? Rugged, lightweight, handheld design for easy field use

? Large, bright touchscreen for clear display indoors and outdoors

? Internal/external storage with connectivity via USB, Bluetooth, or Wi-Fi

? 12-hour Telcordia battery life for continuous operation

FS300-325 Applications of the Loius Optical Time Domain Reflectometer

? Optical network installation, troubleshooting, and maintenance

? OTDR testing, insertion loss, and optical power detection

? Locating fault points that violate industry-standard or user-defined pass/fail thresholds

? Visually identifying macrobends or breakpoints in cabinets or splice trays