TR300 Series Touch Screen Palm OTDR 32/30dB SM

TR300 Series Touch Screen Palm OTDR 32/30dB SM

Model:TR300 Series

●Determine fiber optic cable or fiber optic's failure point connection point breakpoint position 
●Describe fiber optic cable or fiber's loss distribution curve measure cable fiber's length and the  loss attenuation coefficient between two points
●Measure fiber optic cable optical fiber connector's insertion loss
●Measure fiber optic cable optical fiber's reflection loss
●Light  with  smaller Size handheld
●VFL function is optional

                            

Features Specifications Connection diagram Download

Determine fiber optic cable or fiber optic's failure point, connection point, breakpoint position 
Describe fiber optic cable or fiber's loss distribution curve, measure cable, fiber's length and the  loss, attenuation coefficient between two points
Measure fiber optic cable, optical fiber connector's insertion loss
Measure fiber optic cable, optical fiber's reflection loss

Dynamic(1)

30/28dB(± VFL)

32/30dB(±VFL)

Wavelength(±20 nm)

1310/1550

Display

3.5' TFT LCD touch screen

Light source type

LD

Optical interface

FC/UPC

Distance range (km)

0.3、1、5、10、30、60、120

Pulse width (ns)

5、10、20、40、80、160、320、640、1280、2560、5120、10240、20480、Auto

Measurement duration

15s、30s、1min、2min、3min

Attenuation dead zone (2)

10m

10m

Event dead zone

1.8m

1.8m

Distance measurement precision

±(1 m + 5 x 10-5 x Distance + Sampling interval)

Data storage

> 60000 test traces

Communication    interface

USB

VFL

Wavelength

650nm

650nm

Output power (dBm)

≥ -3

≥ -3

Test distance (km)

3

3

Optical Communications Test

YES

YES

Note:
  (1)  Technical specifications describe the guaranteed performance of the OTDR when a  typical UPC connector is used for measurement. The uncertainty caused by the  reflection ratio of the optical fiber is not considered. The dynamic range of TR300 is  measured when the measuring range is 120 km the pulse width is 2560 ns and  the average time is 3 min.
  (2) Dead  zone measurement conditions: The reflection event occurs within 4 km. The  reflection strength is smaller than -45 dB. The minimum pulse width is used.