Techwin

FTTx OTDR TW1000E

  • FTTx OTDR
  • FTTx OTDR
  • FTTx OTDR
  • FTTx OTDR
  • FTTx OTDR
  • FTTx OTDR
  • FTTx OTDR
  • FTTx OTDR
Item Code:TW1000E Features: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.
  • 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.

 Features

 

*Portable, rugged, lightweight; Easy to use.

*More accurate testing results and better repeatability.

*Automatic Pulse Width Control design to ensure a convenient operation.

*Easy to identify the faults location.

*Built-in visual fault locator (VFL), conveniently to find the faults in dead zone.

*Dust, water and shock proof, designed for field use.

*Long battery life, up to 5000 measurements operation.

*2.6 inch screen, data saves in SOR format.

 

Specifications

Model

TW1000E

Wavelength

1550nm

Type of fiber

9/125um SM Fiber

Connector

FC、SC/PC

Dynamic Range

22dB

Pulse Width

10ns~ 2.5us,Auto

Measurement

m

Event blind zone

3m

Attenuation blind

10m

Range accuracy

±(1m+2×10-4×distance)

OPM

-50~+26dBm

VFL

≥1mW

iLOM (Event Map)

 

Power Supply

3pcs of Dry battery

Battery Work time

≥2000 times measure

Save Data

>500

Humidity

0~85%(no condensation)

Net weight

300g

 

Other Products

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).
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