Model Number: WT-3304 Mini OTDR
Connector Type: FC/PC
Detector Type: InGaAs
Peak Power of laser: >=60(mW)
VFL wavelength: 650nm
Working Temperature: -10~60℃
Dimensions: 190*100*5(mm)
Fiber Type: 9/125um SM Fiber
Operating Wavelength: 1550nm(1310nm Optional)
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In hardware, it is lightweight, rugged, dustproof and waterproof. In software, it has three brilliant functions. One is Automatic Power Control, which automatically test and adjust the best power level according to the real test environment;.
Secondly, it is Automatic Pulse Width Selection which automatically select most suitable pulse width according to the real testdistance.
Thirdly, it has built-in 650nm VFL, with which it can detect the fault from 1-15km and finally realize the one-dead zone test over the full range. All these functions make the test easier , more accurate and perfect tool for the field work.
Features
1. More accurate and better repeatability.
2. List Max 8 results of each test
3. Easy to identify the faults location
4. Built-in visual fault locator with optional output power
5. Optional interchangeable connector
6. More than 10 hours long battery life
Technical Parameter
Model | WT-3304 Mini OTDR | |
Operating Wavelength | 1550nm(1310nm Optional) | |
Fiber Type | 9/125um SM Fiber | |
Optical Connector Type | FC/PC | |
Detector Type | InGaAs | |
Peak Power of laser(mW) | ≥60 | |
Max.Distance | Reflection Event | 60 (≥1dB) (km) |
Non-reflection Event | 20 (≥2.5dB) (km) | |
Measurement Unit | m | |
Reflection Event Dead Zone(m) | 15 | |
Distance Accuracy(Reflection Event)(m) | ± {2m+2*10(-3)*Distance(m) } | |
VFL | Wavelength(nm) | 650 |
Output Power(mW) | >1 | |
Power Supply | AA,3pcs | |
Battery Operating Time | Measurements | ≥5000 |
Hours | >10 | |
Working Temperature(°C) | -5~40 | |
Storage Temperature(°C) | -10~60 | |
Humidity(%) | 0~85(Non-condensation) | |
Dimensions(mm) | 190*100*5 | |
Weight(g) | 450 |
Application
1. Testing the fiber length and locate the faults.
2. Locates the distance between two connection points.
3. Installation, maintenance and fault location of FTTX and Access Network
Test curve of typical events as below:
* Precision judgment of fiber faults; splicing posit and connector terminal;
* Precision measurement of test distance and the fiber loss
* Contracted design style ,lively graphical interface, easy operation and easy analysis of various events
* Measure the length of whole fiber; length between two points, as well as the distance, loss and attenuation coefficient etc
* Detailed description of fiber loss distribution curve and the events
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