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| Project | Parameter | Unit |
| Cable model | OPGW-2S 2×24B1(0/92.6-60)
|
|
| Fiber optic number | 48 | B1 |
| Cable diameter | 13.2 | mm |
| Cable weight | 560±5 | Kg/km |
| Central structural element | 1×Φ2.6/30AS | mm |
| Fiber optic unit | 2×Φ2.5/24B1 | mm |
| Interior structural element | 4×Φ2.5/30AS | mm |
| Exterior structural element | 11×Φ2.8/30AS | mm |
| Calculated cross-sectional area | 92.6 | mm2 |
| Nominal breaking strength | 75 | KN |
| DC Resistance | 0.6 | Ω/km |
| Short-circuit current capacity | 60 | THE2S |
| Modulus of elasticity | 132 | G Pa |
| Linear expansion coefficient | 13.8 | ×10-8/℃ |
| Tension-to-weight ratio | 14.4 | km |
| Direction of the outermost hinge | Right |
|
| Static radius of curvature | 20D | mm |
| Dynamic radius of curvature | 30D | mm |
| Storage temperature | -60~85 | ℃ |
| Installation temperature | -40~70 | ℃ |
| Operating temperature | -60~70 | ℃ |
| Type of optical fiber | G.652D | |
| Attenuation coefficient | @1310nm | ≤0.36 dB/km |
| @1383nm | ≤0.35 dB/km | |
| @1550nm | ≤0.22 dB/km | |
| @1625nm | ≤0.23 dB/km | |
| Effective group refractive index | @1310nm | 1.467 |
| @1550nm | 1.467 | |
| Polarization mode dispersion | ≤0.1 ps/√km | |
| MFD 1310 nm | 9.0±0.3 um | |
| MFD 1550 nm | 10.0±0.3 um | |
| Lining diameter | 125.0±1.0 um | |
| Non-circular coating | ≤1.0 % | |
| Core/cladding concentricity error | ≤0.8 um | |
| Lining diameter | 242±7 um | |
| Non-circular core | ≤6.0 % | |
| ≤12.0 um | ||
| Cladding/coating concentricity error | ≤1260 nm | |
| Cable cut | 1312±10 nm | |
| Zero dispersion wavelength | 0.092 ps/(nm2∙km) | |
| Slope of dispersion | ≤0.05ps/√km | |
OPGW fiber optic cable is a dual-function cable that serves as both a grounding cable and a patch for transmitting voice, video, or data signals. The fibers are protected from environmental conditions (lightning, short circuits, and overloads) to ensure reliability and longevity. This cable is designed for installation on transmission and distribution lines to carry voice, data, and video communications, particularly in lighting waveform monitoring systems, overhead test line observation systems, maintenance data reporting systems, power line protection systems, and power line operation systems.
(1) The OPGW uses a stainless steel loose tube structure, which increases its reliability and temperature resistance performance.
(2) The OPGW meets the requirement for the application of large fiber lines.
(3) OPGWs are especially applicable to the optical communication system during the installation of the electric transmission line.
(4) Project design (calculation of subsidence voltage, short-circuit current, calculation of ADSS hardware accessories)
While OPGW is easily installed in new buildings, electric utilities find the greater capacity of fiber so beneficial that techniques have been developed to replace ground wires with OPGW on energized lines. Live-line work techniques are used to rewire towers with OPGW, replacing the all-metal overhead ground wires.





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