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Central Stainless Steel Tube OPGW-3 Fiber Optic Cable, 12–144 Cores, G.652D/G.655C Fibers

Product Overview

OPGW Cable Extended InfoApplications:Ideal for replacing existing ground wires and upgrading aging transmission lines.Suitable for use on lower-grade lines such as GJ50/70/90, among others.Main Features:Compact cable diameter and lightweight design minimize additional load on towers.Centralized stee

Product Model:OPGW-3
Update Time:2025-07-08
Fiber Type:
Fiber core
Manufacturer Type:
Fiber Core Count:12-144cores
Outer Jacket:steel
Standard:
Port Type:
Polishing Type:
Adapter Type:
Splitter Type:
Connector Type:

Central Stainless Steel Tube OPGW-3 Fiber Optic Cable, 12–144 Cores, G.652D/G.655C FibersDetailed Introduction

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Central Stainless Steel Tube OPGW-3 Fiber Optic Cable, 12–144 Cores, G.652D/G.655C Fibers(pic1)

OPGW Cable Extended Info

Applications:

  • Ideal for replacing existing ground wires and upgrading aging transmission lines.

  • Suitable for use on lower-grade lines such as GJ50/70/90, among others.

Main Features:

  • Compact cable diameter and lightweight design minimize additional load on towers.

  • Centralized steel tube construction prevents secondary mechanical fatigue damage.

  • Offers low resistance to lateral pressure, torsion, and tensile forces (single-layer structure).


StandardDescription
ITU-TG.652Characteristics of a single mode optical fiber.
ITU-TG.655Characteristics of a non-zero dispersion-shifted single mode fibers optical.
EIA/TIA598 BColor code of fiber optic cables.
IEC 60794-4-10Aerial optical cables along electrical power lines-family specification for OPGW.
IEC 60794-1-2Optical fiber cables - part test procedures.
IEEE1138-2009IEEE Standard for testing and performance for optical ground wire for use on electric utility power lines.
IEC 61232Aluminum-Clad steel wire for electrical purposes.
IEC 60104Aluminum magnesium silicon alloy wire for overhead line conductors.
IEC 61089Round wire concentric lay overhead electrical stranded conductors.

Colors -12 Chromatography:

No.123456
ColorBlueOrangeGreenBrownGrayWhite
No.789101112
ColorRedBlackYellowVioletPinkAqua

Technical Parameter:

Typical design for Single Layer

SpecificationFiber CountDiameter (mm)Weight (kg/km)RTS (KN)Short Circuit (KA2s)
OPGW-32 (40.6;4.7)127.824340.64.7
OPGW-42 (54.0;8.4)249313548.4
OPGW-42 (43.5;10.6)24928443.510.6
OPGW-54 (55.9;17.5)3610.239467.813.9
OPGW-61 (73.7;17.5)4810.843873.717.5
OPGW-61 (55.1;24.5)4810.835855.124.5
OPGW-68 (80.8;21.7)5411.448580.821.7
OPGW-75 (54.5;41.7)60124596336.3
OPGW-76 (54.5;41.7)601238554.541.7

Typical design for Double Layer

SpecificationFiber CountDiameter (mm)Weight (kg/km)RTS (KN)Short Circuit (KA2s)
OPGW-96 (121.7;42.2)1213671121.742.2
OPGW-127 (141.0;87.9)241582514187.9
OPGW-127 (77.8;128.0)241554777.8128
OPGW-145 (121.0;132.2)2816857121132.2
OPGW-163 (138.2;183.6)3617910138.2186.3
OPGW-163 (99.9;213.7)361769499.9213.7
OPGW-183 (109.7;268.7)4818775109.7268.7
OPGW-183 (118.4;261.6)4818895118.4261.6

Remarks & Test Descriptions:

To facilitate cable design and accurate pricing, please provide the following essential information:

  • A. Voltage level of the power transmission line

  • B. Required fiber count

  • C. Cable structure diagram and overall diameter

  • D. Required tensile strength

  • E. Short-circuit current capacity


Type test

Type testing may be exempted if the manufacturer provides certificates for similar products tested by an internationally recognized and independent testing organization or laboratory.

If type testing is required, it will be conducted based on a mutually agreed-upon test procedure between the purchaser and the manufacturer.

Routine test

Optical attenuation coefficients are measured on all production cable lengths in accordance with IEC 60793-1-CIC using the backscattering (OTDR) method.

Standard single-mode fibers are tested at wavelengths of 1310 nm and 1550 nm, while non-zero dispersion-shifted (NZDS) fibers are tested at 1550 nm.

Factory test

Factory acceptance testing is performed on two cable samples per order, witnessed by the customer or their representative.

The quality requirements and evaluation criteria are based on applicable standards and pre-agreed quality plans.

Fiber Optic Equipment

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