Home > Top 10 basic Tips for Fiber Optic Cable Installation

Top 10 basic Tips for Fiber Optic Cable Installation

Top 10 Tips for Fiber Optic Cable Installation

The future of broadband is the Fiber Optic Cable Installation Internet. It employs fiber-optic technology to provide the highest speeds currently accessible, up to 1000 Mbps (1Gpbs). The current society we live in necessitates the use of broadband. Fiber Internet, which is powered by fiber optic technology, is beating its competition out of the sea.

Optical fibers are widely regarded as the Internet’s future infrastructure. They provide internet, cable, and phone connections at fast speeds. If fiber optic cabling is accessible in a certain location, you may notice a surge in the number of people who want to install fiber optics in their homes or businesses. It’s crucial to understand the fiber cable laying technique and what it comprises, whether you’re a fiber optic cable installation specialist or a house or facility owner who is interested in the process. Bluechip will help you to know Top 10 tips for Fiber Optic Cable Installation

What is Optical Fibre?

Fiber, often known as fiber optics, is a cable-based communication method that works well. It’s dependable, adaptable, and widely utilised across a wide range of applications and industries.
Optical fiber cabling transmits data using light pulses that travel through one or more clear plastic or glass pipes. This can amount to several hundred pipes in some circumstances. Each of these strands is around the width of a human hair and is generally surrounded by a second layer of cladding, which is made of the same plastic or glass as the main inner strand but is built at a different density.

The cladded fibers are additionally wrapped in a sheath made up of multiple layers of insulated casing. A protective wrapping, often known as a sleeve, is frequently included.

Fiber Optic Cable – What Are They?

Fiber optic cable is a form of sophisticated network cable. It outperforms typical metal conductor options in terms of bandwidth and data transfer.

fiber optic cable

Internet and Networking Using Optical Fibre

The use of fiber optic internet cable is becoming more widespread. This is because it may give faster speeds and bandwidth than typical ethernet or Wi-Fi signals transmitted by coaxial or even copper cable from street-level exchanges. Fiber networking is therefore a significantly better alternative when high speeds are required or when data transfer is extremely heavy. Fiber optic phone lines share a lot of these characteristics.

The bandwidth of a fiber optic connection is often much higher than an ethernet connection. Fiber is also suitable for usage in high-voltage places, as well as areas prone to combustible gases, severe chemicals, or extreme weather. Another essential consideration while selecting fibre optic cables is the length of the cable.

Fiber Optic Cable Installation

Tips for Fiber-Optic Cable Installation

1. Pulling on the fiber directly is never a good idea. The strength member of fiber optic cables is either Kevlar aramid yarn or a fiberglass rod. Only the fiber cable strength members should be pulled.
2. The cable bend radius should never be exceeded. When pulled straight, fiber is stronger than steel, but when bent too tightly, it readily breaks. The fibers will be damaged, whether immediately or over time, but they will be damaged, and the cable will need to be removed and discarded.
3. Never take more than the maximum load rating. Use suitable lubricants for long lines and make sure they’re compatible with the cable jacket. Pull from the center out to the other ends on particularly lengthy runs. Employ an automated puller with pressure control, or at the very least a breakaway pulling eye, if possible.
4. Instead of rotating the cable off the spool end, always roll it off. Every rotation on the spool will cause the cable to twist! The fiber wire should never be twisted. Twisting the cable can also put a strain on the fibers.
5. Make sure the fiber cable you’re using is long enough for the job. Fiber splicing makes things more difficult and costly. It also requires careful safeguarding. Make it in one pull as much as possible.
6. Make an installation plan that is precise and written out. Simply by developing this strategy, you can alleviate 95% of the difficulties that installers may face. Equipment and supplies, fiber cable specifications, equipment placement, testing needs, data forms for testing, staff qualification and experience and assignment, installation procedures, identification of possible problem areas, safety concerns, and other items should all be included in the plan.
7. Indoor wires can be installed directly. However, you should think about placing them within an innerduct. Innerduct is a great method to detect fiber optic cable and prevent it from harm, which usually occurs when someone cuts it by accident! Pulling tape is already put on the innerduct.
8. When a cable is extended for eventualities, service loops form. When cutting trunk lengths using predicted lengths, small service loops might be useful if needed. This extra space allows patch panels or enclosures to be moved about the cabinet.
9. Cables should be pulled instead of being pushed. The bend radius can be violated by pushing. Keep an eye on the stockpile. To avoid a breach of the minimum bend radius, the supply reel must be monitored throughout the installation.
10. Keep in touch as the installation progresses. Communicate and monitor the installation route when installing lengthy runs. Unattended pulleys can cause fiber cables to leap. One person should oversee the pulling equipment, one should watch the supply reel, and one should coordinate everyone participating in the installation as a minimum team.

Final Documentation

• After the project is completed, an installation partner should produce close-out paperwork as stipulated by the scope of work (SOW).
• Any and all modifications to the original design drawings should be documented in the SOW. All backbone cables, cable pathways, and cable trunks should be shown with amended cable routes by the installation partner.
• As previously noted, tests should be disclosed.
• A quality assurance criterion should also be given, along with suitable pictures and sign-off.

Conclusion

The benefits and drawbacks of fiber optic cable are discussed. Optical fiber will, however, eventually supplant copper. Fiber optic cable is more common and widely employed in today’s network than it was previously. As a leading optics provider, Bluechip offers a wide range of optical fiber cables that are both high in quality and affordable in price. Also, Bluechip Gulf IT Services provides Fiber Optic Cable Installation services in Abu Dhabi.

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