Fiber optic cables play an important role in telecommunication industry. Many businesses have embraced technology so as to enjoy benefits associated with the technology. To make it effective, the installation ought to be done in the required manner. The instruction of manufacturers ought to be adhered to. Fiber Optic Cable Installation should be done by very experienced individuals to avoid causing unnecessary inconveniences.
There are many advantages associated with this kind of technology. These cables enhance fast transmission of data. Their speed is comparable to that of light. It has been found to be only thirty one percent slower than light. Companies and homes enjoying this technology in City San Francisco Bay Area suffer from less signal losses owing to its low attenuation. This is really advantageous especially to businesses because fewer disruptions are experienced.
These types of cables do not conduct electricity which means that there are no electromagnetic interferences. This condition makes them work very efficiently. Another good trait about the cables is that they are not fire hazard. They cannot catch fire. This is due to its excellent mode of design. They are long lasting due to their ability to resist breakages.
To commence the process of installation it is very important to conduct survey in the area intending to install cables. Then follow the instructions of the manufacturer. This will make the process successful and convenient. When installing cables within indoors, one may either decide to place them above the ceiling for efficiency. It may also be installed within raceways. For outdoor installations, it may be buried underground or done aerially above the poles for efficiency.
When fitting these cables there is no way one can avoid pulling them. What one should be cautious about is on the strength to use and also type of pulling. Normally, manufacturers issue guidelines on the acceptable strength to pull them and also on type of pulling technique to use. Very strong pulling may enhance splicing of fibers, which is deleterious.
When bending one do not do it beyond what is recommendable. This is because too much of it may interfere with bend radius. Normally, different manufacturers, recommend the bend radius of each type of cable. Do not twist the cable. Twisting creates stress to fibers which is not recommendable.
Connect cables to pull rope using swivel pulling eye for better output. This is intended to prevent tension that may result into twisting forces of the cable. Never turn spool when removing them. The best way to do about it is rolling cables out of spool efficiently. When a long one has been rolled over for longer pull, it is always important to let it stay in figure eight.
It is normally advisable to drop cables vertically downwards rather than pulling them upwards. When dealing with these kinds of cables it is important to support them at smaller intervals to minimize stress that may arise. Cable ties are important in providing support.
There are many advantages associated with this kind of technology. These cables enhance fast transmission of data. Their speed is comparable to that of light. It has been found to be only thirty one percent slower than light. Companies and homes enjoying this technology in City San Francisco Bay Area suffer from less signal losses owing to its low attenuation. This is really advantageous especially to businesses because fewer disruptions are experienced.
These types of cables do not conduct electricity which means that there are no electromagnetic interferences. This condition makes them work very efficiently. Another good trait about the cables is that they are not fire hazard. They cannot catch fire. This is due to its excellent mode of design. They are long lasting due to their ability to resist breakages.
To commence the process of installation it is very important to conduct survey in the area intending to install cables. Then follow the instructions of the manufacturer. This will make the process successful and convenient. When installing cables within indoors, one may either decide to place them above the ceiling for efficiency. It may also be installed within raceways. For outdoor installations, it may be buried underground or done aerially above the poles for efficiency.
When fitting these cables there is no way one can avoid pulling them. What one should be cautious about is on the strength to use and also type of pulling. Normally, manufacturers issue guidelines on the acceptable strength to pull them and also on type of pulling technique to use. Very strong pulling may enhance splicing of fibers, which is deleterious.
When bending one do not do it beyond what is recommendable. This is because too much of it may interfere with bend radius. Normally, different manufacturers, recommend the bend radius of each type of cable. Do not twist the cable. Twisting creates stress to fibers which is not recommendable.
Connect cables to pull rope using swivel pulling eye for better output. This is intended to prevent tension that may result into twisting forces of the cable. Never turn spool when removing them. The best way to do about it is rolling cables out of spool efficiently. When a long one has been rolled over for longer pull, it is always important to let it stay in figure eight.
It is normally advisable to drop cables vertically downwards rather than pulling them upwards. When dealing with these kinds of cables it is important to support them at smaller intervals to minimize stress that may arise. Cable ties are important in providing support.
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