"Weak current optical fiber fusion splicing involves steps such as optical fiber cleaning, cutting, stripping, alignment, fusion splicing, testing, and protection. It requires the use of professional equipment and technology, and operators need professional training. The specific steps vary depending on the equipment and optical fiber type."(Source: Dongguan HX Fiber Technology Co., Ltd)
Weak current fiber optic splicing is a process of precisely butting the ends of two optical fibers together and fusing them together at high temperature. It is mainly used to repair damaged optical fibers or to make connections in optical fiber networks. The following are the basic steps of weak current fiber optic splicing:
1. Preparation:
- Clean the fiber: Use a fiber cleaning tool to thoroughly clean the end face of the fiber to be spliced to remove any stains, oil or dust.
- Cleave the fiber: Use a dedicated fiber cleaver to cut the fiber end face vertically to ensure a smooth and clean cut.
- Strip the coating: Use a stripping pliers to carefully strip the protective coating of the fiber to expose the bare fiber.
2. Fiber Alignment:
- Use a fiber aligner or microscope to carefully observe and align the cores of the two optical fibers to ensure they are precisely aligned.
3. Fusion operation:
- Insert the aligned optical fiber into the fusion sleeve of the optical fiber fusion splicer.
- Close the clamping device of the fusion splicer to fix the optical fiber position.
- Start the fusion splicer, and the fusion splicer will automatically heat the fusion area to fuse the optical fibers together.
- After the fusion is completed, keep it cool for a while to allow the welding point to solidify.、
4. Test:
- Use an optical power meter to test the spliced optical fiber link to confirm whether the signal passes through without significant attenuation.
- If the test results are unsatisfactory, it may be necessary to re-splice or check for problems during the welding process.
5. Protection and Recording:
- Protect the spliced optical fiber properly to avoid external impact or pressure.
- Record relevant information about the splicing, such as date, location, operator, etc., for future maintenance and management.
When performing low-voltage optical fiber fusion splicing, professional optical fiber fusion splicing equipment and technology are required, and operators need to undergo professional training to ensure the quality of fusion splicing. In addition, depending on the type of optical fiber and the model of the fusion splicer, the specific operating steps and parameter settings may be different, and you need to refer to the equipment manual for corresponding adjustments.(Source: Dongguan HX Fiber Technology Co., Ltd)
"Weak current optical fiber fusion splicing involves steps such as optical fiber cleaning, cutting, stripping, alignment, fusion splicing, testing, and protection. It requires the use of professional equipment and technology, and operators need professional training. The specific steps vary depending on the equipment and optical fiber type."(Source: Dongguan HX Fiber Technology Co., Ltd)
Weak current fiber optic splicing is a process of precisely butting the ends of two optical fibers together and fusing them together at high temperature. It is mainly used to repair damaged optical fibers or to make connections in optical fiber networks. The following are the basic steps of weak current fiber optic splicing:
1. Preparation:
- Clean the fiber: Use a fiber cleaning tool to thoroughly clean the end face of the fiber to be spliced to remove any stains, oil or dust.
- Cleave the fiber: Use a dedicated fiber cleaver to cut the fiber end face vertically to ensure a smooth and clean cut.
- Strip the coating: Use a stripping pliers to carefully strip the protective coating of the fiber to expose the bare fiber.
2. Fiber Alignment:
- Use a fiber aligner or microscope to carefully observe and align the cores of the two optical fibers to ensure they are precisely aligned.
3. Fusion operation:
- Insert the aligned optical fiber into the fusion sleeve of the optical fiber fusion splicer.
- Close the clamping device of the fusion splicer to fix the optical fiber position.
- Start the fusion splicer, and the fusion splicer will automatically heat the fusion area to fuse the optical fibers together.
- After the fusion is completed, keep it cool for a while to allow the welding point to solidify.、
4. Test:
- Use an optical power meter to test the spliced optical fiber link to confirm whether the signal passes through without significant attenuation.
- If the test results are unsatisfactory, it may be necessary to re-splice or check for problems during the welding process.
5. Protection and Recording:
- Protect the spliced optical fiber properly to avoid external impact or pressure.
- Record relevant information about the splicing, such as date, location, operator, etc., for future maintenance and management.
When performing low-voltage optical fiber fusion splicing, professional optical fiber fusion splicing equipment and technology are required, and operators need to undergo professional training to ensure the quality of fusion splicing. In addition, depending on the type of optical fiber and the model of the fusion splicer, the specific operating steps and parameter settings may be different, and you need to refer to the equipment manual for corresponding adjustments.(Source: Dongguan HX Fiber Technology Co., Ltd)
