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Access Network Optical Hybrid Cable(GDTA)
Access Network Optical Hybrid Cable(GDTA)
Access Network Optical Hybrid Cable(GDTA)
Access Network Optical Hybrid Cable(GDTA)
Access Network Optical Hybrid Cable(GDTA)
Access Network Optical Hybrid Cable(GDTA)
Access Network Optical Hybrid Cable(GDTA)
Access Network Optical Hybrid Cable(GDTA)

Access Network Optical Hybrid Cable(GDTA)

Colored optical fibers are placed in a loose tube made of high-modulus, water-resistant material, filled with moisture-blocking gel. The center of the cable is a metal strength member. The loose tube and the required specification of insulated copper conductors are twisted around the center strength member to form a compact circular core. The interstices of the cable core are filled with water-blocking material. After longitudinal wrapping with coated aluminum tape, a polyethylene outer sheath is extruded to form the cable.

DETAILS


◆ Optical-electrical integration solves the problem of equipment power supply and signal transmission.

◆ Reduces procurement costs and saves construction expenses.

◆ Precise control of excess length of optical fibers and cable core structure inside the loose tube ensures that the cable meets the required tensile performance and temperature characteristics of product standards

Note:

a.The suffix Xn in the model indicates the selected fiber type, see Yangtze Fiber Model Explanation for details.

b.The color arrangement of the loose tube and fibers can be found in the chromatogram.

c.The minimum thickness of the polyethylene sheath is 1.5mm.

d.The cable should not be stored in open-air environments for more than 6 months, otherwise the spool may be damaged.

e.This document is for reference only and cannot be used as an attachment to the contract. For detailed product information, please contact our sales staff.