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EXFO FOT-922 MAXTESTER AUTOMATED LOSS TEST SET SINGLEMODE 1550/1625NM by eFiberTools.com
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Product Description
Sold as pictured.
EXFO FOT-922 MAXTESTER AUTOMATED LOSS TEST SET SINGLEMODE 1550/1625NM
Loaded with FasTest, VFL, talk set and ORL options with mandril, RS-232, AC adapter, manual, and version 2.0R1 software.
Unit is not calibrated. Internal NiMH battery does not hold charge, but the FOT-920 functions off of a 9V battery or AC adapter. Internal battery not covered by warranty.
Includes:
FasTest/Source port
VFL port
Talk Set port
Optical Return Loss (ORL) option
Mandril
RS-232 cable and adapter
Manual
AC adapter
9V battery
Software version 2.0R1 installed
Travel case (type may vary)
Features:
Automated dual-wavelength bidirectional loss testing on one connector in less than 30 seconds
Storage of up to 512 fiber records
Message-exchange capability
Backreflection capacity ideal for OC-48 and OC-192 systems
Power meter with up to 35 dBm capability
Maximum Versatility
The FOT-920 MaxTester Automated Loss Test Set is the unit of choice for field technicians in network installation and maintenance. This unit integrates a fully automated bidirectional loss test set (OLTS), a light source and the Ultra-High-Powerâ„¢ power meter with useful options, including a full-duplex digital talk set, visual fault locator and optical return loss test set, to create versatile combinations.
High-Fiber-Count Installation
The FOT-920 gives you the edge when it comes to high-fiber-count installation. First, when doing a large volume of testing, the return on your investment takes less than a year. Second, the FOT-920 reduces the time you spend testing, training and in the field, making it ideal for outside plant applications.
OC-48 and OC-192 Systems
Due to their high modulation rates, lasers used to transmit at OC-48 and OC-192 speeds are highly sensitive to backreflection. When installing networks designated to transmit at these speeds, measuring backreflection is a must to ensure proper stability of the lasers and their central wavelength.