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| Quantity: | |
|---|---|
Hybrid Cable Tubing Encapsulated Fiber Cable With Copper Wire Conductor
| Fiber cores | 1~4 cores |  |
| Conductor structure | multiple copper wires twisted | |
| Insulation | PP/FEP | |
| Grade of steel tube | 316L、A825 | |
| Temperature class | 80℃、150℃、200℃,etc | |
| Type | Concentric |
| Introduction of photoelectric composite cable: 1. Small outer diameter, light weight and small space occupation (usually multiple cables can be used to solve a series of problems, which can be replaced by composite cables here); 2. Low customer procurement cost, low construction cost and low network construction cost; 3. Excellent bending performance, good lateral pressure resistance and convenient construction; 4. At the same time, it provides a variety of transmission technologies, with high adaptability, strong scalability and wide application range of products; 5. Provide huge bandwidth access; 6. Save costs, reserve optical fiber as door-to-door, and avoid secondary wiring; 7. Solve the problem of equipment power consumption in network construction (avoid repeated arrangement of power supply lines). |
 |  |
Hybrid Cable Tubing Encapsulated Fiber Cable With Copper Wire Conductor
| Fiber cores | 1~4 cores | |
| Conductor structure | multiple copper wires twisted | |
| Insulation | PP/FEP | |
| Grade of steel tube | 316L、A825 | |
| Temperature class | 80℃、150℃、200℃,etc | |
| Type | Concentric |
| Introduction of photoelectric composite cable: 1. Small outer diameter, light weight and small space occupation (usually multiple cables can be used to solve a series of problems, which can be replaced by composite cables here); 2. Low customer procurement cost, low construction cost and low network construction cost; 3. Excellent bending performance, good lateral pressure resistance and convenient construction; 4. At the same time, it provides a variety of transmission technologies, with high adaptability, strong scalability and wide application range of products; 5. Provide huge bandwidth access; 6. Save costs, reserve optical fiber as door-to-door, and avoid secondary wiring; 7. Solve the problem of equipment power consumption in network construction (avoid repeated arrangement of power supply lines). |
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