Techwin

OTDR

OTDR
Product Name:
OTDR
Model:
AQ7275
Description:
The AQ7275 is one of the best selling OTDRs in the world. Model lineup has been expanded to a total of 9 models to choose from with a dynamic range of up to 45dB . Wavelength capability spans from 850nm (MMF) to 1650nm (SMF). An impressive 0.8m event dead zone makes this model an excellent choice for FTTH and metro, core networks.
Brillouin Optical Time Domain Reflectometer (BOTDR) TW3600
Product Name:
Brillouin Optical Time Domain Reflectometer (BOTDR) TW3600
Model:
TW3600
Description:
Techwin Brillouin Optical Time Domain Reflectometry (BOTDR) TW3600 can measure strain distribution, loss distribution and Brillouin scattering spectrum at different location of optical fiber simultaneously, and can display 3D traces and multiple distribution parameters. It has the advantages of high strain measurement accuracy, good measurement repeatability, non-destructive measurement via one end, and it has become the indispensable instrument in the field of optical fiber communication and optical fiber sensor (OFS).
Mini Pro OTDR
Product Name:
Mini Pro OTDR
Model:
TW2100E-Pro
Description:
Techwin Mini Pro OTDR TW2100E-Pro(Optical Time-Domain Reflectometer) is the most portable test instrument in the industry. It adopts the OTDR technical principles and integrates the powerful analysis software, which enables the fiber ranger detect fiber faults location more accurate and easier.
FTTx OTDR
Product Name:
FTTx OTDR
Model:
TW1000E
Description:
Techwin FTTx OTDR TW1000E(Optical Time-Domain Reflectometer) is the most portable test instrument in the industry. It adopts the OTDR technical principles and integrates the powerful analysis software, which enables the fiber ranger detect fiber faults location more accurate and easier.
Handheld OTDR
Product Name:
Handheld OTDR
Model:
TW3100E
Description:
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. 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.