What is the fiber plate method

Fiber is a disk technology, but also an art. Scientific methods of disk fiber, fiber can make rational layout, additional loss of small, stand the test of time and harsh environment, to avoid the phenomenon of squeezing due to fiber cut.

1) First, after the middle of both sides, that after the first heat-shrinkable tube placed in the fixed one by one slot, and then deal with both sides over fiber. Advantages: help to protect the optical fiber contacts, to avoid possible damage fiber plate. In the optical disk space reserved for a small, easy to coil and fixed fiber, commonly used this method.

2) to one end of the disc fiber, the fiber from the side of the plate, the fixed heat-shrinkable tube, and then deal more than the other side of the fiber. Advantages: can the flexibility to choose the length of the side effects over fiber placement brass, convenient, and fast, to avoid sharp bends, a small circle phenomenon.

3) handling of special circumstances, such as individual fiber is too long or too short, it can be placed in the final single coil; with a special optical device, it can be another plate processing, if the total of ordinary optical disk, should The fiber optic light placed above the ordinary, plus cushion between the two, to prevent extrusion resulting in broken fibers, and a special optical devices can not be too long pigtail.

4) based on the actual situation, using a variety of graphical disk fiber. By more than the length of fiber and reserved disk space to take advantage of natural coiled, not Shenglayingzhuai, should be flexible with round, oval, "CC ","~" variety of graphical disk fiber (note that R ≥ 4cm), the maximum possible limit the use of reserved disk space and reduce the disk due to the added fiber loss.
4 to ensure the quality of fiber optic cable connectingStrengthen the OTDR monitoring, to ensure the quality of fiber fusion, reduce the additional losses caused by fiber plate and sealed cartridge may damage the fiber, has great significance. Continuation of work in the whole, must be strictly enforced four OTDR monitoring procedures: 1) welding process for each real-time tracking and monitoring core optical fiber, check the quality of each weld point; 2) for each disk fiber, the fiber of the plate for example disk check to determine the added fiber loss; 3) sealed box before connecting, testing of all fiber system to identify and test a seamless set aside between fiber and connector for the fiber extrusion; 4 ) sealed box, the final testing of all fiber, sealed box to check if there is damage to the fiber.Conclusion

Cable is a continuous and meticulous work, especially in the face preparation, welding, plate fiber and other sectors, requires the operator to carefully observe, careful consideration, and operating norms. In short, at work, to develop a rigorous and meticulous work style, diligent review and reflection, in order to improve practical skills, reduce splice loss, and comprehensively improve the quality of fiber optic cable splice.