Techwin Fiber Optic Otdr 3100E for Various Flexible Printing Modes
www.techwin-china.com
Instructions
1.Automatic Measurement Mode: Only by selecting the measurement wavelength, the
measurement parameters are automatically set, and the trace data is automatically saved and
automatically analyzed.
2.To provide various flexible printing modes: The single-page single-trace printing mode, the
batch printing mode, the single-page multi-trace printing mode, the printing mode of multi-
waveform display. To provide the personalized selection of printing options and page setup.
3.Multi-wavelength Measurement Mode: In the parameter setting, the wavelength can be
automatically switched into the multi-wavelength measurement mode. Under this mode, the
analysis can be achieved on the attenuation state of the same fiber section under different
wavelengths.
4.Trace Fixing Function: It can achieve the same-screen comparison and display of one trace
with another real-time trace or the trace under the average measurement, which is very useful
for the installation of multi-core fiber or the checking of the aged fiber in the optical fiber
network already been installed.
5.Multi-wavelength Analysis Function: It can achieve the comparison, display and analysis
functions of any trace file.
6.FTTx online testing, able to identify the splitter and the fiber’s end.
7.Large-capacity lithium-ion rechargeable battery, with the long standby time over 8 hours.
8.Communication Light Detection: It can effectively protect the test instrumentation and
communication equipments.
9.Connection State Detection: To promptly know the connection status of the instrumentation
and the fiber for test.
10.The Switching of Measurement Mode: Through the shortcut key operation, it can achieve the
flexible switching of real-time measurement mode and average measurement mode.
Specifications
Linearity (dB/dB) : ±0.05 dB/ dB
Loss threshold (dB) : 0.05
Loss resolution ratio (dB) : 0.01
Sampling resolution ratio
(m) : 0.125 to 8
Sampling point : 32K
Distance uncertainty (m) : ±(1 m + 5×10 -5 × distance + sampling interval)
Distance scope (km) : 0.3 to180
Typical real-time refreshing
duration (s) : 0.2
Power supply : Lithium battery; continuing working
duration ≥ 8 hours