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Laser precision td-2000 otdr optical time domain &2 mod
This unit POWERS UP, however we were unable to test it further because we do not have the System Disk.
1 - TD-261 Standard 1300 nm Multimode 18 dB maximum, 8-32 kM
1 - TD-263U Standard 1300 nm Single-mode 19 dB maximum, 8-64 kM
Over ten years of development have produced the TD-2000 modular OTDR. Unsurpassed for flexibility, a single mainframe
can be used for all applications, from high resolution single-mode and multimode testing, to a combination module for both
high resolution and long haul testing. The TD-2000 Optical Time Domain Reflectometer operates by firing a pulse of light into
one end of a fiber, Front Panel Controls then by precisely timing the arrival of reflections, exact distances to cable faults can
be displayed on the built-in CRT screen. Laser Precision's TD-2000 offers many benefits for new and experienced users alike:
FLEXIBILITY: The TD-2000 system is made up of a single mainframe and a series of optical modules. Mainframe
functions include data collection, display and storage. Each optical module contains one or two lasers and a detector
optimized for specific fiber tests, such as the 1244nm TD-293s for hydrogen evolution testing of submarine cables.
Users need to learn only one set of controls, regardless of the application.
COMPATIBILITY: Our philosophy is simple: use industry standards whenever possible. The control panel layout is the
same as our previous two generations of OTDR's. Trace files from our previous OTDRs (TD-9950/ 9960), as well as
those from the recently introduced Feature Finder family and ROTS-l 000 (Remote Optical Test System) can be viewed
on the TD-2000. The MS-DOS@ operating system used in the TD-2000 is the same one used on many desktop
computers, Interfaces include RS-232, GPIB (IEEE-488) and a parallel printer port. Typical Trace with Mechanical
EXPANDABILITY: Powerful as it is, options can be added to the TD-2000 to increase performance. Up to 1 Megabyte
of RAM can be installed to allow storage of multiple fiber traces. An internal plotter can be added to provide hard copy
output. An optional internal modem can be used to transmit traces over a standard telephone line. Clearly, the TD-2000
is more than just an OTDR, it's part of Laser Precision's "Total Test Solution" designed to meet all the fiber optic testing
needs of you. Rear Panel of OTDR, showing external interfaces LANs With all of its capabilities; the TD-2000 has many
different applications. A few of them are: Manufacturing when used in a fiber and cable manufacturing plant, the TD-2000
improves productivity without compromising accuracy. Our complete line of Multimode, Single-mode and dual wavelength
modules simplifies testing by minimizing connect/disconnect operations Sample PC-OTDR Screen Short distances
between splices and connectors make Local Area Networks (LANs) a challenge for many test sets. With our High
Resolution optical modules, closely spaced connections can be precisely located. Long Haul Networks Advances in
fiber optic multiplexing equipment have placed demands on test equipment for ever increasing dynamic range. Repeater
sites are becoming splice locations, with overall system lengths exceeding 150 km in many applications, The TD-299
Extended Range optical module allows testing of long distance systems. Data is gathered with a single scan of the fiber,
and the entire fiber trace is displayed on-screen at one time, for maximum ease of use. Fiber optic Sensors New fiber
optic sensors are being developed for aerospace, industrial and other high technology areas. The TD-265U High
Resolution TD-2000 with TD-252 Internal Plotter module has been successfully used in applications ranging from stress
and strain detection to temperature measurements. LEC Networks Where accurate record keeping is important, as in
Local Exchange Carrier Networks, the TD-2000 system excels in ease of use. When stored, each data file is a complete
record of the entire fiber trace. With our TD-958 PC-OTDR Software operating on an IBM-PC@ compatible computer,
stored fiber traces can be viewed, and measurements of loss and distance can be made as accurately as the day they
were recorded. With its unique combination of flexibility, compatibility and expandability, along with its wide range of
optical modules for a variety of applications, the TD-2000 is the one OTDR that does it all. Power Requirements
92-l 32 VAC, 47-63 Hz 184-264 VAC, 47-63 Hz, 95 VA max
INTERCHANGEABLE OPTICAL MODULES High Resolution Optical Modules are used primarily in testing fiber optic
systems where features such as connectors and splices are closely spaced. These modules are optimized at very pulse
width for minimum event dead zones without sacrificing dynamic range. All of these modules provide measurement of
Fresnel and backscatter events, allowing detection f connectors, mechanical splices, fusion splices and fiber loss per
item. Our office hours are 9-5 M-F Eastern Standard Time US.
