OPGW 72B1-50 Overhead Ground Wire Cable 24 48 72 96 Core For Tower 220KV Networking Communication

Lugar de origem Shandong, China
Marca EBOCOM
Certificação ISO TLC
Número do modelo OPGW-72B1-50[51;9]
Quantidade de ordem mínima 2000m
Preço EXW ≥2000m $800/KM ≥10000m $795/KM
Detalhes da embalagem 1. tambor de ferro-madeira ou tambor de madeira não fumigante, tambor de madeira normal.
Tempo de entrega 5-8 dias
Termos de pagamento T/T
Habilidade da fonte 4000 ms/dia

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Detalhes do produto
Número do modelo OPGW Modo de cabo Fios ópticos de fixação à terra
Tipo de cabo Cabos de opgv enrolados Contagem de fibras 24 48 Núcleos
Tipo de fibra G652D/G657A1/G657A2 Membro da força Fio de aço frp
Palavras-chave Cabo de fibra ótica Aplicação Aéreos/Aéreo
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OPGW 72B1-50 fiber optic cable

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220KV OPGW ground wire cable

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24 core OPGW communication cable

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Descrição de produto

Product Description:

 

OPGW, or Optical Ground Wire, is a dual-purpose cable used in overhead power transmission lines to provide both grounding and high-speed data communication. It combines the functions of an overhead ground wire, which protects power lines from lightning, with optical fibers that transmit data over long distances. The cable consists of a protective outer layer of steel and aluminum alloy wires, with optical fibers housed in a central tube.

 

Structure & Technical Specifications:

OPGW 72B1-50 Overhead Ground Wire Cable  24 48 72 96 Core For Tower 220KV Networking Communication 0

Application :


OPGW cables are designed to withstand harsh environmental conditions.
Common types are based on the central tube material, which is often aluminum-clad steel or stainless steel.
Some designs use a central tube, while others strand multiple tubes along with wires.

Dual functionality: Reduces the need for separate ground wires and communication lines, leading to cost savings and simpler installation.
High reliability: Built to withstand harsh weather, high voltage, and other environmental factors.
Enhanced operational efficiency: Provides a communication infrastructure for monitoring and controlling the power grid.
Immunity to interference: Fiber optics are immune to electromagnetic interference and crosstal