12 24 48 Core G652D Steel Wire Armored Submarine Fiber Optic Cable GYTA33

12 24 48 Core G652D Steel Wire Armored Submarine Fiber Optic Cable

GYTA33

Description

GYTA33 fiber optic cable designed with steel wire armor, loose tube technology,

and ability to withstand high tensile forces, crushing, and impacts make it ideal

for challenging environments like underwater and underground installations. The

emphasis on reducing stress on the fibers during longitudinal stress situations

adds to its reliability and durability, making it a robust solution for critical appli-

cations where uninterrupted connectivity is essential.

Features

GYTA33 optical fiber cable owns cross-section water-blocking structure, along with the

loose tube filled with special ointment, ensures outstanding water blocking and moisture

resistance, crucial for underwater and underground installations. The phosphate wire

center stiffening member enhances durability in harsh environments, while the double-

sided vertically-clad laminated corrugated aluminum tape and thin round steel wire ar-

mor provide robust mechanical resistance to various forces and impacts.

This comprehensive design makes GYTA33 suitable for a wide range of applications,

including direct burial, underwater laying, and environments where climbing might be

necessary. These features collectively ensure that the cable meets the demanding r-

equirements of challenging installation scenarios, making it a reliable choice for critical

infrastructure and communication networks.

Applications of GYTA33

GYTA33's versatility shines through not just in its ability to handle harsh environments

and underwater conditions but also in its wide range of core configurations. The avail-

ability of configurations ranging from 2 cores to 288 cores makes it highly adaptable to

various installation requirements. This flexibility allows for scalability and customization,

catering to both small-scale applications and large-scale network deployments. It's a

testament to the cable's design and engineering that it can meet such diverse needs

effectively.

Technical Parameters