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RIC Optical Cable 24 core
There are 24 fiber optic cables of Rafsanjan NZ in the form of 6 * 4 that you can receive as earth. Here we have Rafsanjan 24 core single mode cable which belongs to Rafsanjan company. This company is one of the most famous in the field of fiber optic cable construction, where you will find most of the reputable products produced by this company.
RIC Optical Cable 24 core
This type of fiber optic cable is used in many projects. These cables are OBUC and NZ that can be used in telecommunication projects. These cables are ground and are used underground. Because they have a steel-like armor cover that will prevent chewing and damage to underground organisms. If this model of fiber optic cable is not used, there is no guarantee that it will stay healthy and work properly. So the best choice for underground use is a 24-core fiber optic cable.
It goes without saying that these OBUC fiber optic NZ cables are also produced over the air, which are called adss and ossc. In fact, they are cables for difficult and impassable areas.
Specifications of NZ OBUC fiber optic cable
| Parameters | Unit | Value |
| Fiber attenuation at 1310nm | dB/km | 0.35 |
| Fiber attenuation at 1550nm | dB/km | 0.25 |
| Temperature change damping | dB/km | =0.05 |
| Point discontinuities at 1310 / 1550nm | dB | =0.10 |
| Attenuation against Humidity in 1383±3 | dB/km | — |
| Damping change against wavelength in 1285-1310 | dB/km | =0.10 |
| Change in attenuation against wavelengths in 1525-1575 | dB/km | =0.05 |
| Damping change versus bending at 100wraps / 50mmdia | dB | =0.5 |
| Damping change versus bending at 1wrap / 32mmdia | dB | =0.05 |
| Zero wavelength scattering | nm | 1300-1324 |
| Maximum Dispersion at 1310nm | Ps/nm.Km | =3.2 |
| Maximum Dispersion at 1550nm | Ps/nm.Km | =18.0</td |
| Zero dispersion slope | Ps/nm2.Km | =0.092 |
| Mode field diameter at 1310nm | µm | 9.2±0.4 |
| Mode field diameter at 1550nm | µm | 10.4±0.8 |
| Fiber cable cut in wavelength (λcc) | nm | <1260 |
| Scattering polarization mode at 1310nm | Ps/√Km | <0.2 |
| Dispersion of polarization mode at 1550nm | Ps/√Km | <0.2 |
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