Fiber optic cable repair testing solution
Release time：
2023-06-14
OPWILL is a trial solution for emergency repair and testing of fiber optic cables.
Nowadays, there is a huge stock of fiber optic networks in China, and new fiber optic networks are being rapidly constructed; The main causes of fiber optic network failures are aging, external damage caused by road construction, non-standard construction, natural disasters such as floods and landslides that occur after the laying of optical cables. After a fiber optic cable fault occurs, how to provide efficient troubleshooting, reduce repair time, and accurately and quickly locate the geographical location of the fault point is a key point for user needs.
At present, fiber optic network maintenance personnel need to use various testing tools to repair fiber optic cables, which are time-consuming and complex to test.
Using OTDR for testing for fiber optic cable repair has the following drawbacks:
OTDR operation is relatively complex and requires high user requirements
OTDR can measure the fiber optic distance of the fault point, but it is difficult to detect the actual fault on site
Repair personnel require a lot of time and effort, and even non-standard operations can lead to secondary accidents
If the fiber optic cable data is lacking or inaccurate, it will require a lot of time and lead to low efficiency in emergency repair
The use of fiber optic cable survey equipment for emergency repair has the following drawbacks:
Traditional fiber optic cable survey equipment only supports faultless fiber optic cable equipment and cannot be used for broken fiber optic cable equipment
Traditional fiber optic cable survey equipment does not support fault distance display
The FTS-6129+and FTS-300 series testing instruments launched by OPWILL can greatly improve repair efficiency. With the help of the fiber optic cable comprehensive tester, repair personnel can quickly locate the fault site with only two or three tracking and positioning operations. During the tracking process, the deformation of the fiber optic cable is completely within the allowable safety range, avoiding violent bending and damage to the fiber optic cable; In some cases, it is not even necessary to go down the well or climb, nor to search for fiber optic cable connection boxes and handover boxes, greatly reducing the workload of repair personnel.
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