EXFO TK-FF KIT fiber Identifier (Include TG-300B Tone Generator and LFD-300B Live Fiber Identifier)

Specifications FiberFinder kit, including TG-300B Tone Generator and LFD-300B Live Fiber Identifier

EXFO TK-FF KIT

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                                                                 EXFO TK-FF KIT  Live Fiber Identification Kit   (Include including TG-300B Tone Generator and LFD-300B Live Fiber Identifier)       

Models	Description
TK-FF	FiberFinder kit, including TG-300B Tone Generator and LFD-300B Live Fiber Identifier
TG-300B	Tone Generator for FiberFinder kit TK-FF
LFD-300B	Live Fiber Identifier for FiberFinder kit TK-FF

      Pinpointing Live and Dark Fibers: Guesswork Ends Here Performing network upgrade or optical testing requires a fiber to be disconnected. This is often easier said than done, since finding the right connection can be tricky, namely because of fiber mislabeling or poor record keeping. While the dark fiber can be identified using a tone generator (270 Hz, 1 kHz, 2 kHz), the live fiber identification technique often involves one technician pulling one end of the patchcord, with another technician trying to identify which patchcord is moving at the other end—a process that translates into long delays and can result in unnecessary service disruption. Combined with the TG-300B Tone Generator, the innovative LFD-300B FiberFinder™ Live Fiber Identifier enables technicians to identify a specific live fiber without having to disconnect it and, above all, without having to guess. This brings key benefits: No more network outages as a result of fiber detection/identification procedures The minimized need to access the network helps prevent errors EXFO’s LFD-300B FiberFinder: A Uniquely Designed Live Fiber Identifier For major singlemode fibers, insertion loss is a function of the bending angle (see Figure 1). Although the angles differ, the behavior remains the same. The LFD-300B FiberFinder brings a unique approach: the power loss is monitored as the angle is changed. Therefore, the angle is automatically optimized for each fiber type and each singlemode wavelength. This results in clear-cut advantages: Maximum loss of 1 dB guaranteed for most singlemode telecom fibers (most jacket types) and any wavelength No damage to the fiber: bending is always minimal, and the fiber is released when no power is detected Traffic detection and direction identification In-line, non-disruptive power estimation Safe to be used in long-haul applications and on high-payload fibers—contrary to traditional live fiber detectors Optimized for 900 μm, 1.6 mm and 3 mm jackets; no need to replace the headpiece Ambient Light Offset EXFO’s LFD-300B performs an ambient light offset prior to fiber bending, which makes it less sensitive to ambient light. A push-down cap can also be placed on the head-end to block intense ambient light. Industry First: the FiberFinder Functionality For detecting dark/live fibers or identifying a particular dark fiber using a pulse light (270 Hz, 1 kHz, 2 kHz), traditional LFD functionalities do the trick. However, they cannot pinpoint a specific live fiber—especially with doubtful labeling and poor record-keeping—and help you ensure you disconnect the right one. In addition, disconnecting the wrong fiber causes downtime, a costly consequence that can easily be avoided. For instance, at US$10,000 per hour and per wavelength, downtime can cost up to US$160,000 per hour for a 16-channel 10 Gbit/s WDM system. Combined with the TG-300B, a non-intrusive, non-disruptive clip-on signature generator that is based on FiberFinder technology, EXFO’sLFD-300B addresses this need with guaranteed low loss. Installed at the transmitter site, the TG-300B adds a typical 0.25 dB signature to the live signal by applying a soft low-frequency modulation pressure to the fiber. This signature is then detected at the other end by theLFD-300B, in mere seconds.   Be free to contact anita if any questions, You can also log onto www.hontek.net for more information! Anita skype: anita.hsv Moblie / Viber :+86-13798580405