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SunI have visted the Yuantong Company, they gave me good feeling at Chengdu city. We checked many companys and finnally decided to cooperated with them . The optical cables shows that this decision is right ! Their cables are used on construction and workers saied the cables are very nice!
Composite Om4 OPGW Fiber Optic Cable 48 Core For Low Grade Lines

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xFiber Type | G652d | Fiber Count | 12-48core |
---|---|---|---|
Tube | AL Tube | Material | Aluminium,galvanized Steel,Aluminium Alloy/Aluminium Clad Steel |
Application | Overhead,self Support | Surface | Smooth |
Package | Drum With Surdace | Span | 100m/150m/200m/400m |
Item | Overhead Line Fittings | Oem | Provided |
High Light | Composite OPGW Fiber Optic Cable,om4 OPGW Fiber Optic Cable,OPGW om4 fiber optic cable |
OPGW Mainly used for power communication with accessories,relay protection,automatic transmission,installation together with high-voltage lines.
The central stainless steel tube is surrounded by single or double layers of aluminum clad steel wires(ACS) or mix ACS wires and aluminum alloy wires. are the most widely used cables ,their design is fully adapted to the most common electric line needs.
Fiber Type: G652D; G655C; 657A1; 50/125; 62.5/125; OM3; OM4 As Options
Applications:
● Replacement of existing ground wires and reconstruction of old lines.
● Applicable to low-grade lines, such as GJ50/70/90 and etc.
Main Features:
● Small cable diameter, light weight, low additional load to the tower;
● The steel tube locates at the center of the cable, no second mechanical fatigue damage.
● Low resistance to side pressure, torsion and tensile (single layer).
Item | Unit | Parameter | ||||
model | / | OPGW-48B1.3-120[147;76] | ||||
fiber type | / | G.652D | ||||
max fiber number | count | 72 | ||||
structure | center | Aluminum Clad Steel Wire |
The number of/ Diameter (mm) /type |
1/3.2/LB20 | ||
layer 1 | Aluminum Clad Steel Wire | 4/3.0/LB20 | ||||
stainless steel pipe | 2/2.9/stainless steel pipe | |||||
layer 2 | Aluminum Clad Steel Wire | 12/3.0/LB20 | ||||
diameter | mm | 15.2 | ||||
Bearing cross-sectional area | mm2 | 121 | ||||
Calculate the mass per unit length | kg/km | 832 | ||||
Rated breaking force (RTS) | kN | 147 | ||||
Elastic Modulus | GPa | 162 | ||||
Linear expansion coefficient | 10-6/℃ | 13 | ||||
DC resistance at 20℃ | Ω/km | 0.72 | ||||
Maximum allowable temperature range | ℃ | -40~+70 | ||||
Short-circuit current capacity (I2t) (40-200℃, 0.25s) | kA2.S | 76 | ||||
Maximum allowable tension (MAT) (40%RTS) | kN | 58.8 | ||||
Annual average running tension (EDS) (25%RTS) | kN | 36.75 | ||||
Minimum bending radius (static) | mm | 228 | ||||
Minimum bending radius (dynamic) | mm | 304 | ||||
Fiber Identification Chromatography | / |
Blue, orange, green, brown, gray, white, red, original, yellow, purple, pink, cyan S90 (single color ring), D80 (double color ring), T90 (three color ring) are used after more than 12 cores |
||||
Twisting direction of the outer layer | / | right hand | ||||
attenuation coefficient |
B1.3 | @1310nm | dB/km | ≤0.350 | ||
B1.3 | @1550nm | dB/km | ≤0.210 |
Note:
1. The above parameters are nominal values, and the actual technical agreement or contract shall prevail.
2. The above attenuation coefficient index is the average value of OTDR two-way test.
3. Reference standard: DL/T 832-2016