We stand as a premier company dedicated to providing our distinguished clientele with exceptional options quality fiber optic pulling services. The service provided is executed located at the rear oversight created by our skilled team team members utilizing the quality ensured tools and hi, End methods employed by our group skilled professionals ensure the clients that the service, Rendered by us is highly applauded as a result of its functionalities like exceptional dependability and is executed of remarkable caliber manner. Other details high air speed blowing, Air, Assist, Push/all describe new methods, Air blown cable, And cable, Pull installation jetting to get cable into conduit using air. The chief, To date purpose of these methods has been to install fiber optic cable. Outside plant personnel are very familiar with the pulling method of installing cable. Thread a line through the duct, Attach the line to the cable, And pull or tug the cable through the duct. The force needed to pull the cable usually comes from a capstan or hand, Over, Hand pulling of the rope. This force is necessary for overcome the cable s frictional resistance to movement. Length of installation is limited by the maximum force allowed on the cable. Air, Assisted installation must overcome the same frictional force to but it, Move cable does this in an extremely different way. The force in air blowing first comes from a mechanical device which pushes the cable, From the, And second force of moving air on the the force, Cable jacket, Or alternatively of air on a piston, Missile, Or carrier at the front conclusion of the cable. While every kind of cable can be blown into duct, Blowing is particularly useful for placing outside plant fiber optic cable. Fiber optic cable is lightweight and flexible. Long, Uninterrupted lengths of installed cable are desired. Both these factors play to the strengths of the blowing when a, Methods. In pulling cable goes through a the pulling, Conduit bend force on the cable actually pulls the cable into the bend. An exponential frictional force is created that is many times greater than what would occur with just the mass of the an accumulation, Cable. Thus of bend angles greatly reduces possible pull length. But cross, Country fiber optic pulls don t have a wide array of bends, Or do they?continuous flexible duct introduces hidden bends. These are inherent undulations or waves from reel memory. While these waves can they can, Be minimized t be completely eliminated. Typical displacements of a few inches to a foot increase pulling tension by factors of 3 to 200including undulations, . Duct bends, Do not limit blowing processes, As much, Especially hasb as they do traditional cable pulling. The cable, In hasb is not pulled into the bend by a large pulling force, But rather pushed through the bend by a lower, Local air pushing force. In push/pull blowing, The pulling from the piston is partially offset by the pushing force from the mechanical pusher. This somewhat offsets the effects of bends. Keys in air, Assisted installationto secure the best performance in there are, Blown installations several important factors to control. First is the flexibility of the cable. A cable that is too flexible cannot be pushed properly without bunching up. While stiffer cables are simple they consume, To push more force bending and unbending through conduit bends. Choosing the proper cable plays a crucial role in optimal blowing. Although most fiber cables can be blown, Some cables are crafted with precision for for blowing. Consult your cable manufacturer for recommendations. Just equally significant as the variety of duct is the capacity to hold air pressure. The duct must hold up to 130 psi of air without leaks. Duct splices are critical. Splices must not reduce the interior size of the circle is duct. Inner duct couplers tailored specifically for the blowing process are commercially available and recommended.