Home / Products / Test and Inspection / OTDRs and Fault Locators
A- A+

OTDRs and Fault Locators

NOYES® optical time domain reflectometers (OTDRs) and fault locators from AFL are used to certify new fiber installations and locate faults in deployed fiber optic networks. OTDRs and fault locators are available for both multimode and single-mode networks, including FTTx PONs. OTDRs scan fiber optic networks from one end of the fiber, displaying a trace and reporting detected events such as splices, connectors, micro- or macro-bends and fiber end. Fiber length is reported along with location, loss and reflectance of detected events. Several OTDRs are available with an integrated visual fault locator (VFL), optical light source (OLS), and/or optical power meter (OPM). OTDR results can be saved and uploaded to PC for further analysis and/or archiving.

Featured Products

The NOYES FLX380 FlexTester is the world’s smallest, lightest, most complete single-mode fiber optic test set. It combines high-performance, multi-wavelength OTDR/PON OTDR, OLS, OPM, VFL and PON Power Meter in a rugged, hand-held package.
The NOYES M210 is a rugged, hand-held, lightweight, OTDR with integrated OPM and VFL and support for the DFS1 Digital FiberScope. It is suited for testing, troubleshooting and documenting multimode & single-mode networks. Touch and Test™ an intuitive user interface simplifies the user experience, reduces training time and testing errors enabling novices to get the job done accurately. Includes TRM™ reporting software compliant to TIA/ISO guidelines.
The NOYES M200 is a rugged hand-held,lightweight OTDR for testing multimode & single-mode fiber networks with integrated VFI and support for the DFS1 Digital FiberScope, it is suited for testing, troubleshooting and documenting enterprise networks. Touch and Test™ an intuitive user interface simplifies the user experience, reduces training time and testing errors enabling novices to get the job done accurately. Includes TRM™ reporting software compliant to TIA/ISO guidelines.
The NOYES OFL280 FlexTester is a hand-held, single-mode OTDR available in two- and three-wavelength models, equipped with optical power meter, light source, and visual fault-locator. With best-in-class dead zones and excellent dynamic range, the OFL280 FlexTester can test point-to-point fibers or PONs with split ratios up to 1x64. The OFL280-103 with ServiceSafe™ can fault-locate live fibers without disrupting service, and includes PON Power Meter to measure downstream FTTx power levels.
NOYES FlexTester PRO Kits combine an OFL280 or FLX380 FlexTester with a FOCIS Fiber Optic Connector Inspection System and connector cleaning supplies. Designed for optical network installers, FlexTester PRO Kits are packaged in a rugged, waterproof, lightweight hard-shell carry case.
M700 Compact OTDR with OPM delivers a complete platform for testing multimode and single-mode fiber networks. With integrated optical power meter and visible fault locatorthe M700 is the one piece of equipment for testing, troubleshooting & documenting Metro, Enterprise, Service Provider fiber networks. AFL Touch and Test™ is an intuitive visual user interface which simplifies the user experience, reduces training time & testing errors enabling even novice to get the job done accurately.
The C850 is a compact multimode and single-mode OTDR with integrated OPM, OLS, and VFL. The C850 is designed for testing, troubleshooting & documenting Enterprise fiber networks. Touch and Test™ an intuitive visual user interface simplifies the user experience, reduces training time & testing errors enabling novices to get the job done accurately. Comes with TRM™ reporting software for reports compliant to TIA/ISO guidelines.
The C860 is the most efficient single-mode and multimode fiber optic certification OTDR (Tier 2) and loss (Tier 1) test set. Bi-directionally certify two fibers in two directions. Integrated OTDR, OPM, OLS and VFL allow users to complete more tests and generate comprehensive acceptance reports quickly. Touch and Test™ user interface has pass/fail thresholds and auto-test modes to enable technicians to test like a fiber expert.
The NOYES OFL250-50 is a handheld, single-mode, 1550 nm OTDR with integrated optical power meter, light source, and visual fault locator. OTDR trace, event table, and end-locating views allow OFL250-50 users to quickly find reflective or non-reflective breaks, high-loss splices, or bad connections on point-to-point fibers up to 100 km, in core, metro, and access networks. A simple user interface and high-contrast, direct-sun viewable display make it well-suited for a wide range of applications.
The NOYES FTK Pro Installer Kit from AFL is an all-in-one fiber optic test equipment kit. The FTK kit provides a wide selection of fiber optic testing, cleaning, and inspection equipment to enable technicians to install and maintain fiber optic networks. Complete with multimode and single-mode test equipment, the kit includes cleaning and inspection equipment in a tough transit case. The Pro Installer Kit is ideal for TIA Tier 1 and Tier 2 testing and troubleshooting of enterprise networks.
NOYES Fiber Rings from AFL are often a necessity when testing with an OTDR. Both a launch and receive cable are required to measure complete link loss of a fiber with an OTDR. Because very long test cables are impractical to transport and use, NOYES designed coiled lengths of 50 µm multimode, 62.5 µm multimode, or single-mode fiber conveniently packaged in compact rings.
Test Results Manager TRM® is a powerful all-in-one Analysis and Reporting tool Users can review OTDR, OLTS, Certification and inspection results, analyze results and apply pass/fail criteria to Loss and OTDR results. Customized acceptance reports can be created by selecting from templates for presentation of results to end users for job signoff.
AFL’s Trace.Net software is a Windows®-based application designed to view, analyze, edit, and print OTDR trace files uploaded from AFL OTDRs including the OFL280 FlexTester, OFL250 and M200 OTDRs. Trace.Net’s intuitive user interface displays graphical OTDR trace, event table, setup info, and fiber identification data.