Overview
| brand | Changguang Communication Jiangsu | model | Armored optical cable GYTA |
| series | packing | ||
| Part status | type | ||
| length | external diameter | ||
| internal diameter | drill hole | ||
| Adjustment range | Minimum packaging quantity | ||
| Usage environment | Overhead, directly buried, pipeline, others | Number of fiber cores | 48 cores |
| Structural approach | Armored type | quantity | 4km |
| encapsulation | Wooden plate | Cable core water blocking method | Filled |
| Allowable tensile strength | 3922N | Applicable scope | Telecommunications engineering |
| cable diameter | ten point two | weight | eighty-three |
| Allowable lateral pressure | one thousand eight hundred and ninety | Batch number | Armored optical cable |
| Number of optical fibers | 6-96 | Number of sleeves | six |
| Number of filling ropes | one | Allow for long/short stretching force | 1000/3000 |
| Bending radius dynamic/static | 10D/20D | ||
Product Details
Direct buried pipeline armored optical cable GYTA 48 core outdoor single mode communication transmission twisted optical cable
1、 Specific characteristics of single multimode fiber optic cables:
1. Single mode optical cable (9/125) with a very thin glass core in the center (typically 9 or 10 core diameters μ m) Only one mode of light can be transmitted. Therefore, its intermodal dispersion is very small and suitable for remote communication, but there are also material dispersion and waveguide dispersion. Therefore, single-mode fibers have high requirements for the spectral width and stability of the light source, that is, the spectral width should be narrow and the stability should be good!
2. Single mode fiber optic cable usage: Generally used in long-distance transmission communication networks or monitoring equipment. Fiber optic cable solves long-distance monitoring obstacles and effectively implements 24-hour uninterrupted monitoring. Single mode fiber optic cable is currently the preferred product for network or monitoring.
3. Multimode optical fiber cable: There are basically two types of multimode optical fibers, one is gradient type and the other is stepped type. For gradient type optical fibers, the refractive index of the core is small on the periphery of the core and gradually increases towards the center point, thereby reducing the mode dispersion of the signal. For stepped index optical cables, the refractive index is basically average and unchanged, And only on the surface of the cladding will it suddenly decrease. Stepped fibers generally have lower bandwidth than graded fibers. In network applications, the popular multimode fiber is 62.5/125, which means the fiber core diameter is 62.5 μ M and the diameter of the cladding is 125 μ m. The other common ones are 50/125 and 100/140.