GYTC8S Fiber Optic Cable For Aerial Laying

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GYTC8S Fiber Optic Cable For Aerial Laying

GYTC8S is a type of outdoor self-supporting fiber optic cable for aerial laying. It consists of 250mm optical fibers, positioned in a loose tube made from high modulus plastic and filled with a water resistant filling compound. The loose tubes strand together around a metallic center strength member and are then completed with an aluminum polyethylene laminate(APL) moisture battier and a PE sheath into the figure 8 structure.

Aerial & FTTH Applications

GYTC8S figure 8 cable is an insulated aerial fiber optic cable used for telecommunications. Compared to catenary wire aerial cables, it is lighter, more economical and easier to install. It also meets the requirements of self-supporting, which means it can be hung on poles without the need for additional support structures or metal wires. It is suitable for long-distance communication and inter-office communications in overhead environments.

The cable structure is as follows: 250mm optical fibers are positioned in a loose tube made of high modulus plastic, and then the tubes are filled with water-resistant filling compound. A steel wire locates in the center of core as a metallic strength member, and then the tubes and fillers are stranded together to form a compact circular cable core. Finally, a water blocking jelly and an Aluminum Polyethylene Laminate (APL) moisture battier are distributed in the interstices of the cable core. Then, the central strength member accompanied with stranded wires are completed with a PE sheath to form a figure 8 structure.

This kind of cable can be installed in the overhead environment and meets the requirements of self-supporting, it is very easy to operate and maintain. It is also very suitable for FTTH access projects due to its good mechanical ability and tensile gytc8s-fiber-optic-cable-arial-and-ftth strength. It also features a small diameter, low dispersion and attenuation.

Aerial & FTTH Installation

FTTH fiber is used in homes and businesses to transmit data. It is a type of fiber optic cable that provides high-speed Internet service to subscribers. This data transmission is essential to the economy of many regions. There are several methods for installing FTTH fiber, including aerial and duct-based solutions. The latter is often preferred, as it allows for more flexibility and fewer disruptions. This method is typically cheaper than other alternatives. Regardless of the method chosen, it is important to understand what to expect from a fiber installation project.

The first step is to survey the area where the cables will be installed. This survey is performed by a cable technician and determines the route, material requirements, and ground conditions. It also identifies any obstacles that may require special accommodations. Once the survey is complete, the installation can begin.

Aerial fiber-optic cables are usually armored. This protects them from lightning strikes and electrical crossovers. The cable is then hung from a steel pole or other structure above the ground.

Aerial fiber-optic cable is divided into two types, self-supporting and catenary. Self-supporting cable has a central strength member that improves tensile strength, while the stranded loose tube and jelly filled water blocking system provide longitudinal water resistance. It is completed with a polyethylene outer jacket to ensure a figure-8 configuration. It is ideal for a wide range of applications and can be hung from overhead power lines.

Aerial & FTTH Maintenance

GYTC8S is a type of self-supporting aerial fiber cable that uses a steel messenger wire for support. The messenger wire can be used as a backup for the fiber cable in case of any failures or repairs. It can also help reduce installation costs because it does not require additional support structures to be installed. However, the use of a messenger wire does increase signal attenuation.

The gytc8s-fiber-optic-cable-arial-and-ftth cable also uses an all-dielectric core, which makes it less susceptible to corrosion. This is important because the metallic components in a traditional cable are prone to corrosion in harsh environmental conditions. Additionally, the all-dielectric core of a GYTC8S cable is more resistant to electrical interference.

To install the cable, technicians need to prepare the area by removing any obstacles in the way of the cable path. They must also select splice locations and verify the transmission design to determine the cable order lengths. Then, the technician will strand the cable by passing mpo-loopbacks it over a puller block and then using a cable block to uphold the excess slack. Once the cable is in place, it can be covered with a PE sheath to protect it from moisture and debris.

Aerial & FTTH Pricing

GYTC8S fiber optic cable is a typical self supporting outdoor fiber optic cable with nice moisture resistance and crush resistance performance suitable for aerial applications. The mental strength member made of stranded wires as the supporting part is completed with a polyethylene(PE) sheath to be figure 8 structure. The loose tube stranding technology makes the fibers have good secondary excess length which improves the tensile strength. The corrugated steel tape armored and PE outer sheath provide property crush resistance and gun shot resistance features.

This kind of optical fiber cable carries single mode and multimode Optical network signals for long haul transmission. It has small diameter and is easy to install. It is widely used in FTTH drop cable for delivering optical network signal to end users.

The main difference between this type of fiber cable and ADSS is that it does not contain metallic components, so it can be installed directly between structures without the need for a messenger wire. This reduces installation costs and increases speed. The aramid yarns in the cable’s core provide strength, making this an ideal choice for overhead laying.

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