Gdts Dia 16.9 mm Multifunctional Optical Power Composite Fiber Cable

Composite fiber cable is usually composed of metal wires (for transmitting electrical energy) and optical fibers (for transmitting optical information). The two are cleverly combined in the cable core to form a composite structure.
Fiber-optic power line composite cable can simultaneously transmit high-voltage electrical energy and optical information. Such as voice, data, and video.
In power grid construction, the optical fiber part of the fiber-optic power line composite cable can also be used to detect the operating status of the line. Such as landslides, water inflow, overload, overheating of joints, etc. It is suitable for a variety of scenarios such as UHV backbone networks, rural power grids, and urban power grids.

Construction and Specification

Model No. Specification Outer dia(mm) Weight(Kg/km) Tensile Strength
Long/short term
(N)
Crush Resistance
Long/short term
(N/100mm)
Structure
T-PC013 GDTS-02~24Xn+2×1.5 11.6 157 600/1500 300/1000 I
T-PC014 GDTS-02~24Xn+2×2.5 12.5 190 600/1500 300/1000 II
T-PC015 GDTS-02~24Xn+2×4.0 13.6 241 600/1500 300/1000 II
T-PC016 GDTS-02~24Xn+2×5.0 15.0 282 600/1500 300/1000 III
T-PC017 GDTS-02~24Xn+2×6.0 15.7 300 600/1500 300/1000 III
T-PC018 GDTS-02~24Xn+2×8.0 16.9 383 600/150 300/1000 III

*Note: Xn represents fiber type 2 × 1.5/2 × 2.5/2 × 4.0/2 × 6.0/2 × 8.0, indicating the number and specification of wires.
We can produce optoelectronic hybrid cables with different wire specifications and quantities according to your requirements.
We can produce optoelectronic composite cables with different numbers of fiber cores according to your requirements.

Electrical Performance of Insulating Conductor

conductor cross-section
(mm)
Maximum DC resistance of a single conductor
(20ºC)(Ω/km)
Insulation resistance
20 ºC (MΩ.km)
Dielectric strength KV,DC 1minute
Between each insulated wire and other metals connected inside the cable Between wires Wire and metal armored tape Between wire and steel wire
1.5 13.3 ≥10000 5 5 3
2.5 7.98
4.0 4.95
5.0 3.88
6.0 3.30
8.0 2.47

*Note: The relevant performance of the feeder conductor meets GB/T3956-2008, and the electrical performance of the feeder meets GB/T5023.3-2007.

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