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There is no denying that the foundation of modern society is the instantaneous sharing of vast amounts of data. Many years ago, copper wires transmitted information from one network node to another. The superiority of fiber optic cables over copper lines for data transmission has recently been clear.
Follow These Steps For Properly Installing Fibre Optic Cables.
Never pull the fibre by its end. Kevlar aramid yarn or a fibreglass rod is a strength member in fibre optic cables. Only the reinforcement members of the fiber optic cable should be pulled.
The maximum recommended pulling weight must always be within the maximum recommended pulling weight. Use lubricants suitable for the cable jacket and designed for extended runs.
Pull from the centre to the ends when running very far. A breakaway pulling eye should suffice if a tension-controlled automatic puller is unavailable. Learn and stick to the cable’s maximum weight capacity.
Stay within the cable’s bend radius. When straightened, Fibre is stronger than steel, yet it snaps readily under tension. Fibres may be damaged instantly or over the years, but the cable needs to be cut and discarded.
Never Wind the cable off the spool, but rather roll it off. With each revolution of the spool, the cable will become twisted. The fiber cable must never be twisted. Cable fibres can also be stressed by bending the cable.
Measure the length of your run to ensure your fiber cable is long enough. Fibre splicing increases complexity and cost. And further safeguards are required. Use as few pulls as possible.
Direct installation is possible for cables used indoors. An inner duct is a better option. Innerduct is a helpful tool for spotting fibre optic cable and keeping it safe from accidental severing. The pulling tape is already attached to the inner duct you purchase.
Plan out the installation. Make a comprehensive, written installation plan. By making this strategy, you can prevent 95% of the issues that installers face.
Equipment and supplies, fiber cable specification, equipment location, testing needs, data forms for testing, experience level and staff assignment, installation procedures, identification of potential problem areas, safety issues, etc., should all be included in the plan.
Do not push cables; instead, pull them. When you make something, you risk breaking the bend radius.
Check the supply line. Compliance with the required minimum bend radius requires constant monitoring of the supply reel throughout the installation.
Keep in touch as you install. Installing long runs requires constant communication and monitoring. fiber optic cables can jump off unattended pulleys. One person should keep an eye on the pulling gear, another on the supply reel, and a third on the installation.
Conclusion
Fibre optic cable is the only option that can enable public and commercial operators to keep costs down while still providing high-quality service at increased speeds due to its extensive reach, dependability, space savings, resilience to interference, and low cost. If you are looking to upgrade your current cable management system, you should think about Legrand.
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