OFL250-50 Handheld, 1550 nm OTDR

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Features:

26 dB dynamic range; can fault-locate fibers to > 100 km
1.5 m event dead zone; 7 m attenuation dead zone
Standard features include OTDR, VFL and OPM/OLS with Wave ID
Super simple user interface
High-contrast display: Easily viewed in direct sunlight or dimly lit areas
Handheld, rugged, lightweight

Applications:

Basic testing of core, metro, and dark FTTx fibers (1550 nm only)
Fault-location of dark fibers
Quick verification of splices and connections
Optical power and loss measurement (1550 nm only)
Fiber tracing and identification (tone generation / detection and VFL)

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Description

OFL250-50 Handheld, Fault-Locating, 1550 nm OTDR

The NOYES OFL250-50 is a single-wavelength (1550 nm) OTDR suitable for fault-locating and basic testing of single-mode fibers in core, metro, and access networks. Standard features include:

1550 nm OTDR with 26 dB dynamic range
Integrated Wave ID-compatible Optical Power Meter (OPM)
Integrated 1550 nm Optical Light Source (OLS)
Integrated Visual Fault Locator (VFL).

Purpose-built for outside plant fiber maintenance applications, the OFL250-50 offers:

Handheld, rugged, and lightweight (0.8 kg / 1.7 lb) package
Backlit, high-contrast display easily viewed indoors and in direct sunlight
12 hour operation from rechargeable, replaceable Li-Ion battery.

The OFL250-50 provides automatic and manual setup, precision event analysis, and USB connectivity.

OTDR test results may be saved as .SOR files, which can be transferred to a PC via USB cable for viewing, printing, and analysis using the supplied Windows® software.

Additional Features

Tool-free, switchable adapters for OTDR and OPM ports
Internal storage (>1000 OTDR traces in standard .SOR format)
Transfer test results to a PC via USB
Windows® compatible software to view, print, and archive OTDR traces

Additional Applications

Locate cable cuts, open or high-loss splices, micro/macro bends, and high-loss or high-reflectance connections
Measure optical power (OPM port)
Short-range visible fault-location (VFL port)
Trace fibers and measure end-to-end loss at 1550 nm (with a NOYES OPM or OLS)
Identify fibers (with NOYES optical fiber identifier)