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OCID-500
3STelecom
OCID-500 Optical Cable Fault Tracker - Lead You to Reach Optical Cable Fault Location Quickly | |
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Why do we need an OPTICAL CABLE FAULT TRACKER?
With the fast development of internet, the fiber optic telecommunication has been gradually popularized everywhere. Especially when Covid-19 break out, more governments realized the importance of internet. Therefore, more and more governments starts speeding the developments of internet.
However, most fiber optical cables are laid underground or in the air, so the maintenance and management of a large number of fiber optical cables has become a problem. Especially when fiber optical cables damaged by in aging, natural destruction or man-made, it will seriously disturb the effective operation of the information society and affect the information security. So quickly checking and locating fiber optical cable fault points, it is essential to repair and restore in the shortest possible time.
What is an OPTICAL CABLE FAULT TRACKER?
When the optical cable is broken, the OTDR can only measure the distance from the original to the fault point. The exact fault point is often difficult to be found. Repair engineers often need to find and confirm the fault point repeatedly. It will spend a huge amount of time and energy, sometimes even caused a second accidents by non-standard operation. If the data is lacking or not correct, the repair work will become a nightmare for repair engineers.
An Optical Cable Fault Tracker can observably improve repair efficiency by only two or three times tracking, which can guide the repair engineers to locate the optical cable fault site by deforming the optical cable within allowable range.
An Optical Cable Fault Tracker is a multi-function testing instrument including 3 functions:
a. Identifying optical cable:
It can quickly identify the target optic cable by bending,shaking or knocking optical cable;
b. Locating optical cable fault points:
It can locate 3 distance, total distance, distance from interferece point to CO, distance from interferece point to fiber end;
c. OTDR
Features
● Ultra-long distance testing 40-50km for identifying target optic cable and locating optic cable faults
● Intuitive and accurate audio-visual output of the knock signal
● Quick location of optical cable fault, safe and non-destructive
Specification
Part Number | OCID-500 |
Optical Cable Fault Location Function | |
Location Accuracy (m) | 10 |
Max. Tracking Distance (km) | 50 |
Min. Tracking Distance (m) | 20 |
The Diameter of Optical Cable Deformation (m) | 1 |
Optical Cable Identify Function | |
Max. Identify Distance (km) | 50 |
Min. Identify Distance (km) | 0 |
OTDR Function | |
Distance scope (km) | 0.3 to 180 |
Event Dead Zone (m) | 3 |
Attenuation Dead Zone (m) | 15 |
Dynamic Range (dB) | 35 |
Loss Resolution (dB) | 0.01 |
Sampling Resolution (m) | 0.125 to 8 |
General Specification | |
Optical Connector Type | FC/APC & SC/APC |
Working Temperate (℃) | -10 to +50 |
Storage Temperate (℃) | -20 to +70 |
Screen | 5.6-inch touchscreen |
Power supply | 12 V DC/3 A |
Lithium polymer battery | 7.4 V, 10.4 Ah, continuous working hours ≥ 14 hours |
Power | ≤6 W |
Dimensions (H×W×L) | 65 mm × 150 mm × 235 mm |
Weight | 1.5 Kg (batteries included) |
OCID-500 Optical Cable Fault Tracker - Lead You to Reach Optical Cable Fault Location Quickly | |
---|---|
Why do we need an OPTICAL CABLE FAULT TRACKER?
With the fast development of internet, the fiber optic telecommunication has been gradually popularized everywhere. Especially when Covid-19 break out, more governments realized the importance of internet. Therefore, more and more governments starts speeding the developments of internet.
However, most fiber optical cables are laid underground or in the air, so the maintenance and management of a large number of fiber optical cables has become a problem. Especially when fiber optical cables damaged by in aging, natural destruction or man-made, it will seriously disturb the effective operation of the information society and affect the information security. So quickly checking and locating fiber optical cable fault points, it is essential to repair and restore in the shortest possible time.
What is an OPTICAL CABLE FAULT TRACKER?
When the optical cable is broken, the OTDR can only measure the distance from the original to the fault point. The exact fault point is often difficult to be found. Repair engineers often need to find and confirm the fault point repeatedly. It will spend a huge amount of time and energy, sometimes even caused a second accidents by non-standard operation. If the data is lacking or not correct, the repair work will become a nightmare for repair engineers.
An Optical Cable Fault Tracker can observably improve repair efficiency by only two or three times tracking, which can guide the repair engineers to locate the optical cable fault site by deforming the optical cable within allowable range.
An Optical Cable Fault Tracker is a multi-function testing instrument including 3 functions:
a. Identifying optical cable:
It can quickly identify the target optic cable by bending,shaking or knocking optical cable;
b. Locating optical cable fault points:
It can locate 3 distance, total distance, distance from interferece point to CO, distance from interferece point to fiber end;
c. OTDR
Features
● Ultra-long distance testing 40-50km for identifying target optic cable and locating optic cable faults
● Intuitive and accurate audio-visual output of the knock signal
● Quick location of optical cable fault, safe and non-destructive
Specification
Part Number | OCID-500 |
Optical Cable Fault Location Function | |
Location Accuracy (m) | 10 |
Max. Tracking Distance (km) | 50 |
Min. Tracking Distance (m) | 20 |
The Diameter of Optical Cable Deformation (m) | 1 |
Optical Cable Identify Function | |
Max. Identify Distance (km) | 50 |
Min. Identify Distance (km) | 0 |
OTDR Function | |
Distance scope (km) | 0.3 to 180 |
Event Dead Zone (m) | 3 |
Attenuation Dead Zone (m) | 15 |
Dynamic Range (dB) | 35 |
Loss Resolution (dB) | 0.01 |
Sampling Resolution (m) | 0.125 to 8 |
General Specification | |
Optical Connector Type | FC/APC & SC/APC |
Working Temperate (℃) | -10 to +50 |
Storage Temperate (℃) | -20 to +70 |
Screen | 5.6-inch touchscreen |
Power supply | 12 V DC/3 A |
Lithium polymer battery | 7.4 V, 10.4 Ah, continuous working hours ≥ 14 hours |
Power | ≤6 W |
Dimensions (H×W×L) | 65 mm × 150 mm × 235 mm |
Weight | 1.5 Kg (batteries included) |