Showing posts with label figure 8 fiber optic cable. Show all posts
Showing posts with label figure 8 fiber optic cable. Show all posts

2013/09/17

Properly Installing Fiber Optic Cables

Fiber optic cables are the industry standard for data transmission for telecommunications, computer networking, and home audio components. Due to their many benefits, fiber optic cables remain the prominent choice for video, voice, and audio transmissions.
A fiber optic cable can be installed for acquiring internet access from DSL, Satellite, Dialup and cable connections. A plentiful of amenities offered by fiber optics cable includes faster and reliable data transfer. Installation of fiber optic cable can be a troublesome task. But once properly installed, fiber optic cable has the capability of carrying light wave signals over a long distance in very less time. However if not installed properly, it cannot transfer any signals even from one portion of the building to another.
An appropriate installation requires a systematic knowledge and understanding of the potential and limitations of the cables. It also includes comprehending with the procedures involved while installing and maintaining the cables for their lifetime. The procedure of fiber optics installation involves certain concerns such as the cable must withstand the pulling force required to position the cable on to the right place, and also to the extreme natural conditions for instance hot and humid climate, cold temperature, underground moisture and much more.
It is always beneficial to do initial preparation and forecasting before actual installing the cables. The planning steps should insure the following things.
  • All the concerned parties for instance utilities or street department should be aware and endorse the positioning route for the cables.
  • While planning for saving cost the route should make use of the existing poles. The cable should ideally occupy the topmost space accessible for communications.
  • Proper distance must be preserved among the fiber optic cables and other electrical power cables where common poles are being used.
  • Determination of existing dead-end poles should be done beforehand to make sure the sturdiness of the poles.
  • Evaluation of splice location is done during the route survey of the cables. It is done to ensure the best possible use of continuous cable without much splices or joints.
  • In certain cases where aerial installation needs to be done the weather conditions should be good. It should not be done in drenched conditions. Each and every individual in the working unit should be aware of this.
  • The fiber cables should be properly positioned when there are other high voltage cables.
After assuring efficient planning and analyzing, the installation can be achieved in two different ways.
  • The first, a steel messenger is first of all positioned among the poles. In order to pull the messenger, a truck and a cable reel trailer are employed. To secure the cable near the messenger, a cable guide and cable lasher are used to enclose the cable in the messenger. The cable is made to form an expansion loop so that it allows for the expansion of the messenger at both the poles. The expansion loop length should be more than twice of the depth. The cable should be positioned in such a way that it maintains its least bending radius all the times.
  • The second is direct installation of self-supporting figure 8 fiber optic cable. This greatly makes things easier like positioning cables onto an aerial plant. This cable integrates both the messenger and the cable into sheathing like figure 8 cross section.
FiberStore is a fiber optic cable supplier which offers cables and cable management products. To install fiber optic cables properly, you can come to our website for more information.

2013/09/05

Three Types of Figure 8 Fiber Optic Cables Offered by FiberStore

Figure 8 cable is used for aerial and pole installation. FiberStore supplies figure 8 cables with extra protection against rodents or shotguns, coming with different span lengths and handling several hundred fibers. There are mainly three types of figure 8 fiber optic cables as following.
GYTC8A Figure 8 Cable

The fibers are positioned in a loose tube made of a high modulus plastics. The tubes are filled with a water-resistant filling compound. A steel wire locates in the center of core as a metallic strength member. The tubes (and fillers) are stranded around the strength member into a compact and circular cable core. After an Aluminum Polyethylene Laminate (APL) moisture barrier is applied around the cable core, this part of cable accompanied with the stranded wires as the supporting part are completed with a polyethylene(PE) sheath to be figure 8 structure.
GYXTC8Y Figure 8 Cable

GYXTC8Y Figure 8 Cable features 2-24 fibers, jelly filled, fiber contained central loose tube, armored by a layer of copolymer coated steel wire, water blocking tape, PE outer sheath, figure 8 type, the suspension line (1.2x3=3.6mm), 7 steel wires stranded together. G652D SM fiber, detailed specification on your request.
GYXTC8S Figure 8 Cable

GYXTC8S Figure 8 Cable features the centrally situated loose tube with good excess length and minimize the influence of lateral crush. The water resistant tape provides water tight property. Corrugated steel tape armor and the PE outer sheath of GYXTC8S fiber optic cable provide crush resistance and gun shot resistance. The cross section shows figure 8. Stranded wires as self supporting member providing excellent strain performance and convenient installation for this GYXTC8S fiber cable.
View more features about figure of 8 cable.