GYTY53 Aerial/Duct Stranded Loose Tube Armored Outdoor Fiber Optic Cable

GYTY53 underground fiber optic cable is an outdoor communication optical cable of metal strength member of the loose tube jelly-filled structure, with polyethylene laminated sheath longitudinally covered with corrugated steel-tape armored polyethylene outer sheath.The loose tubes are made of high modulus plastics (PBT) and filled with water resistant filling gel. Loose tubes are stranded around the metallic central strength member, cable core is filled with cable filling compound. Polyethylene (PE) is extruded as inner sheath, then water swollen yarns and corrugated steel tape are longitudinally applied over the inner sheath, and combined with a durable PE sheath.

Features

• High quality optical fiber provides good transmission performance

• Accurate fiber excess length control ensures excellent mechanical and temperature performance

• Special filling gel filled loose tubes provide perfect optical fiber protection

• All section water blocking provide reliable performance of moisture-proof and water block

• Corrosion resistance phosphated steel wire with high Young's modulus as central strength member gives high tensile strength

• Longitudinal corrugated steel tape presents desirable crush resistance

• Strict craft and raw material control enable lifespan over 30 years

Application

• Aerial / Duct

• Connecting communication equipments

• Multi-cores wiring system in data center

Specifications

Note : This datasheet can only be a reference, but not a supplement to the contract. Please contact the sales for the details.

Structure and Product Pictures

Packing & Shipping

Fiber optic cable is supplied in lengths as specified in PI or as requirement. Each length will be shipped on a separate iron-wooden drum. The minimum barrel diameter of the drum will not be less than 30 times the cable diameter.
The cable ends will be sealed with plastic protection caps to prevent water penetration. The ends will be easily accessible for testing. A final inspection test report with attenuation performance data for each fiber is attached inside the drum.