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What is a photoelectric composite cable

Release time:

2022-06-21

Photoelectric composite cable is a new type of cable that combines optical cable and cable. It integrates optical fiber and power transmission copper wire as a transmission line

Photoelectric composite cable is a new type of cable that combines optical cable and cable. It integrates optical fiber and power transmission copper wire as a transmission line, which can solve problems such as broadband access, equipment power consumption, and signal transmission. Next, I will introduce it Photoelectric composite cable.

1. Product use

Photoelectric composite cables are suitable for insulated communication optical cables, transportation and communication optical cable projects, square optical cable projects, overhead optical cable construction, power optical cable engineering, high-altitude optical cable construction, etc.

2. Product structure

RVV: Inner conductor of electrical round copper wire + PVC insulation + filling rope + PVC sheath

GYTS: glass fiber conductor + UV curable coating + high strength phosphating steel wire + coated steel strip + polyethylene sheath

3. Product advantages

1. Small outer diameter, light weight, small space occupation.

2. Low purchase cost for customers, low construction cost, and low network construction cost.

3. It has superior bending performance and good lateral pressure resistance, and is convenient for construction.

4. Provide a variety of transmission technologies at the same time, with high adaptability and scalability of the same equipment, and a wide range of product applications.

5. Provide huge broadband access.

6. Cost saving, the optical fiber is reserved for home use, avoiding secondary wiring.

7. Solve the problem of power consumption of equipment during network construction (avoid repeated deployment of power supply lines).

Fourth, the mechanical properties of optical cables

The mechanical properties of optical cables include stretching, flattening, impact, repeated bending, torsion, coiling, winding and other items.

1. All optical fibers of the optical cable are not broken.

2. The sheath has no visible cracks.

3. The metal components in the optical cable should maintain electrical continuity.

4. Each component of the cable core in the sheath should have no visible damage.

5. The optical fiber after the test should have no residual additional attenuation.

Although the photoelectric composite cable has a PE outer sheath, it can be used under a pipeline with water, but during construction, we must pay attention to the waterproofing of the wire end to prevent the copper wire from entering water.

Key words:

Power Cable

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