GYTA Fiber Optic Cable for Aerial and Duct Applications

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GYTA Fiber Optic Cable for Aerial and Duct Applications

Fiber optic cable installations above ground on poles and towers require mounting hardware that enables the cable to stay stable, preventing movement or displacement. These devices include suspension clamps, wire grips, and preformed cable attachments.

GYTA loose tube optical cables have a central reinforcing core and for certain fiber counts, metal strength members are also extruded. They have high mechanical and temperature performance and the gaps between loose tubes are filled with a waterproof compound.

High-strength

GYTS and gytw are two kinds of self-supporting aerial fiber cables. They are similar, but there are a few differences. For example, GYTS cable has a higher tensile strength and a thinner sheath. This makes them more resistant to impacts and abrasions. Moreover, they are more economical than other types of outdoor fiber optical cable.

In GYTS cable, the optical fibers are positioned in loose tubes made of high modulus plastic materials and filled with water blocking filling compound. A steel wire, sometimes sheathed with polyethylene for cable with high fiber count, is located in the center of the core as a metallic strength member. Then, loose tube and fillers are stranded around the strength member into a compact and circular cable core. An aluminum tape is longitudinally applied over the core, which is then filled with the filling compound to protect it from water ingress.

The loose tube stranding technology ensures the accurate excess fiber length, which guarantees good mechanical and temperature performance. It also provides critical protection to the fibers. Furthermore, the sheath is corrugated and aluminum armored, which helps provide property crush resistance and gun shot resistance features.

This outdoor gyta cable is gyta-fiber-optic-cable-aerial-and-duct suitable for outdoor use with low bending radius and is easy to lay. Its small diameter, light weight, and installation friendliness make it ideal for video surveillance and park applications. In addition, it has excellent ultraviolet prevention with PE sheath.

Water-resistant

GYTA optical cable is a stranded loose tube fiber optic cable that is suitable for aerial and duct applications. It features a flexible structure, excellent mechanical and temperature performance and is moisture proof. Its loose tube is made of a thermoplastic material that has hydrolysis resistance and high strength, and it’s filled with special grease to protect the optical fiber. Its stranding technology makes the fibers have good secondary excess length and helps minimize the influence of longitudinal stress.

A metallic central strength member is located in the center of the core, and the loose tubes (and fillers) are stranded around it to make a compact and circular cable core. Then, it is covered with a waterproof gel-filled compound to prevent water ingress. A thin PE inner sheath is then applied, followed by PSP and a corrugated steel tape armor to ensure the cable’s crush resistance and gun shot resistance.

The telecommunication cable is a dielectric loose-tube type, with a central strength member of fiberglass reinforced plastics or steel wire and is capable of carrying up to 288 fibers. It has a flexible structure, which allows it to be air-blown, jetted, pulled or pushed through a duct. This cable is ideal for outdoor telecommunications applications where underground digging may be difficult or impossible. It also features an aluminum armor, which provides good mechanical properties and a PE outer sheath.

Lightweight

GYFTA53 is an innovative fiber-optic cable that uses non-metallic strength member armored technology. This means that it is less prone to corrosion than traditional armored cables and can withstand the elements. It is also lightweight and easy to install. This makes it a great choice for outdoor applications.

In addition to providing protection against harsh environments, the loose tube design also helps GYFTA53 resist crushing. This is because the central strength member is made of glass reinforced plastic, or grp, which has excellent tensile strength and can withstand the pressure of external forces. The stranded loose tube design also allows the cable to be easily spliced.

The loose tubes in this cable are made of high modulus plastic material and filled with a water-resistant filling compound. The filling compound is longitudinally applied around the loose tube, and there are water-blocking materials in between each loose tube. The combination of these features improves the cable’s performance in terms of bulletproof, crush resistance, and moisture resistance.

The stranded loose tube non-metallic strength member armored cable is ideal for direct buried, duct, and aerial field installation. It can be air-blown, jetted, pulled, or pushed into a duct, and it is an affordable option for long haul communications and local area networks (LANs). The cable can be used in both duct and aerial fields and can support fiber counts up to 288 cores.

Durable

GYFTA53 is a durable fiber optic cable that has been designed to withstand harsh external conditions. This includes exposure to sunlight, high temperatures, and moisture. Its outer coating is also resistant to water and chemicals. As a result, this cable is able to operate for extended periods without suffering any damage.

In addition to being highly durable, GYFTA53 is also easy to install. It is based on the stranded loose tube non-metallic strength member armored technology, which allows for greater flexibility and sturdiness compared to traditional cables. The loose tubes help to protect the fiber optic strands from damage by acting as a buffer between them and any external pressure or crushing that might occur during installation.

The optical fibers in this cable are positioned in a loose tube made of high modulus plastic and filled with a waterproof filling compound. A steel wire, sometimes sheathed with aluminum polyethylene laminate (APL) for some fiber strands, is located in the center part of the core as a metallic strength member. The loose tube and the filling compound are stranded around this metal reinforced core to form a compact circular cable core. mpo-conversion-harness-cables A thin PE inner sheath is longitudinally applied, and the gaps between the loose tubes are filled with water blocking compounds.

This enables the optical fibers to provide high-speed data transmission capabilities, which are essential for modern business operations. Additionally, this fiber cable has an advanced design that makes it more resistant to bending and abrasion.

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