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GDTS Access Network Optical Hybrid Cable

Product Description:

Colored optical fibers are placed into a loose tube made of  high-modulus and water-resistant material, and the tube is filled  with thixotropic water-blocking compound. At the center of the  cable is a metallic strengthening core. The loose tube, along with  insulated copper wires of required specifications, is twisted around  the central strengthening core to form a compact circular cable  core. Gaps within the cable core are filled with water-blocking  material. After double-sided plastic-coated steel tape longitudinal  wrapping, the cable is extruded with polyethylene outer sheath


Product Feature:

◆ 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.


Environmental Characteristics:

Transportation/Storage/Operating Temperature:  -40°C to +70°C


Delivery Length:

Recommended Length: 2000m; other lengths can be provided according to customer requirements.

Product Details

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Electrical Performance of Insulated Conductors


Cable Model (increments by 2 fibers)Reference Outer Diameter
(mm)
Reference Weight
(kg/km)
Allowable Tensile Force Long-term/Short-term
(N)
Allowable Crush Force Long-term/Short-term
(N)
Reference Structure
GDTS-02~24Xn+2X1.511.6157600/1500300/1000Type I Structure
GDTS-02~24Xn+2X2.512.5190600/1500300/1000Type II Structure
GDTS-02~24Xn+2X4.013.6241600/1500300/1000Type II Structure
GDTS-02~24Xn+2X5.015.0282600/1500300/1000Type III Structure
GDTS-02~24Xn+2X6.015.7300600/1500300/1000Type III Structure
GDTS-02~24Xn+2X8.016.9383600/1500300/1000Type III Structure


Note: Xn represents the fiber type.  

2X1.5/2X2.5/2X4.0/2X6.0/2X8.0 indicates the number and specifications of conductors.  

Different conductor specifications and quantities of hybrid cables can be produced according to customer requirements. 

Different numbers of fiber cores for optical-electric composite cables can also be produced according to customer requirements.


Electrical Performance of Insulated Conductors


Conductor Cross-Sectional Area(mm2)Maximum DC Resistance per Single Conductor(20°C)(Ω/km)Insulation Resistance(20°C)(MΩ.km)Withstand Voltage Strength KV, DC 1 Minutes
Between each insulated conductor and other metals connected inside the cableBetween conductorsBetween conductor and metal armor tapeBetween conductor and steel wire
1.513.3Not less than 100005
5
5
2.57.98
4.04.95
5.03.88
6.03.30
8.02.47

Note: The relevant performance of feeder conductors meets GB/T3956-2008,   

and the electrical performance of feeder conductors meets GB/T5023.3-2007.