GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea
GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea
GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea
GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea
  • GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea
  • GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea
  • GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea
  • GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea

GYXTC-8Y autoportante figura-8 cable de fibra óptica aérea con PBT tubo suelto, material bloqueador de agua, unidad de fibra rellena de gelatina y cable de mensajero de acero para redes FTTH y de telecomunicaciones.
  • G652D/G657 fibers - Low loss, high bandwidth

  • Self-supporting figure-8 design - Easy aerial installation

  • Steel wire reinforcement - Strong & durable

  • UV & weather-resistant - Suitable for harsh environments

  • Loose tube structure - Enhanced fiber protection

What is GYXTC‑8Y Fiber Optic Cable Used For?

GYXTC‑8Y is a figure‑8 self‑supporting aerial optical cable designed for short‑span outdoor deployments. Its integrated steel messenger wire eliminates the need for separate support strands, allowing direct pole‑to‑pole installation with spans typically up to 50 meters. The central loose tube construction keeps the cable lightweight and compact, making it ideal for FTTH drop connections, inter‑building links, rural access networks, and CATV distribution. With a UV‑resistant PE sheath and a wide operating temperature range of -40°C to +70°C, GYXTC‑8Y provides a cost‑effective, easy‑to‑install solution for last‑mile aerial fiber connectivity.

GYXTC-8Y Aerial Fiber Optic Cable Parámetros de especificación

Propiedades Ópticas

G.652
G.657
Atenuación
@ 1310nm
≤0,45 dB / km
≤0,45 dB / km
@ 1550nm
≤0,30 dB / km
≤0,30 dB / km
Longitud de onda de corte de cable
≤1260Nm
≤1480Nm
Temperatura de almacenamiento / funcionamiento
-20℃ ~ +60℃

Parámetros técnicos

Modelo
Recuento De Fibras
Diámetro del alambre de acero (mm)
Peso (kg / km)
Fuerza a la tracción a largo / corto plazo (N)
Resistencia al aplastamiento (N / 100 mm)
Radio de Flexión Estático / Dinámico (mm)
GYXTC-8Y-4
41.647400/10001000/200010D / 20D
GYXTC-8Y-6
61.647400/10001000/200010D / 20D
GYXTC-8Y-8
81.647400/10001000/200010D / 20D
GYXTC-8Y-12
121.647400/10001000/200010D / 20D

Estructura y Composición del Producto

Outer jacket — Flame‑retardant, UV‑resistant polymer sheath that protects the cable from weather, abrasion and fire spread.

Self‑supporting steel wire / central strength member — A metallic rod or strand that provides longitudinal support and tensile strength for aerial or pulling applications.

Secondary outer jacket (main cable jacket) — Protective outer layer around the cable core, providing mechanical protection and environmental sealing.

Water‑blocking material / filling compound — Gel or water‑swellable tapes/compounds that prevent water ingress and migration along the cable.

Loose tube (PBT) with jelly — Polymer loose tube(s) filled with jelly that cushion and isolate the optical fibers, allowing thermal movement and protecting against moisture.

Optical fibers — Color‑coated single fibers or fiber bundles located inside the loose tube(s) that carry optical signals.

Ripcords and fillers — Ripcords for easy jacket removal and non‑metallic fillers to maintain circular geometry and add mechanical stability.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío1)

Beneficios de  GYXTC-8Y Aerial Fiber Optic Cable

Metropolitan Area Backbone and Inter-office Links

Used for long-distance transmission in urban trunk lines or between offices, connecting switching centers, data centers, and backbone nodes. With its multi-core design and good mechanical strength, it is suitable for duct or direct burial installation, meeting high bandwidth and high reliability requirements.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío1)

Overhead Lines and Pole Lines

Used in rural or urban pole lines as non-self-supporting or self-supporting installations. It can be suspended with steel strand, adapting to long spans across roads and rivers, facilitating rapid installation and maintenance.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío2)

Subways, Tunnels, and Integrated Utility Tunnels

Used in enclosed or semi-enclosed environments for communication loops, monitoring, and signal transmission. Its flame-retardant and low-smoke halogen-free sheath reduces risk in fire scenarios, while steel strip armor or additional protection resists lateral pressure and mechanical impact.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío3)

Industrial Parks and Power Systems

Used for power system communication, substation interconnection, monitoring and SCADA links, as well as industrial automation networks. Its anti-interference, weather-resistant, and anti-tooth properties make it suitable for long-term operation in chemical, mining, or high electromagnetic interference environments.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío4)

Aplicaciones de Ingeniería  GYXTC-8Y Aerial Fiber Optic Cable

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío1)

Aerial (self-supporting):

Installed without a separate messenger wire. Ideal for rural FTTx and last-mile access. One-step pulling reduces labor and time.Duct:

Can be pulled into microducts or standard conduits. The compact figure-8 design still fits, though the steel messenger adds some stiffness. Suitable for short urban duct sections.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío2)

Duct:

Can be pulled into microducts or standard conduits. The compact figure-8 design still fits, though the steel messenger adds some stiffness. Suitable for short urban duct sections.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío3)

Direct burial:

Resistant to rodents due to the steel messenger and PE sheath. However, rocky terrain may require additional sand bedding or protective conduit. Not the first choice for long burial runs – GYTS is better for high crush environments.

Envío y embalaje

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío1)GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío2) GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío3)


Packaging Requisitos:

  • 1: Todos los cables se enrollarán en carretes de madera tratados que no se puedan devolver
  • 2: Los extremos del cable deben estar firmemente asegurados al carrete y protegidos con waterproof tapas retráctiles
  • 3: Cada carrete debe incluir:
    • 1、 Protective plastic wrapping layer
    • 2、 Reinforcing wooden slats for stability
    • 3、 Minimum 1m of free cable end for testing purposes
    • 4、 Standard spool length: 3000mm (±2% tolerance allowed)



Identificación del cable:

La chaqueta exterior debe mostrar:

  • 1, Numeración secuencial única cada 1m (+ 1% de varianza permitida)
  • 2, Marcas adicionales repetidas a intervalos de 1 m que muestran:
    1. 1、 Product code and fiber count
    2. 2、 Manufacturer identification
    3. 3、 Production date (month/year)
    4. 4、Total cable length



Standard Dimensiones del embalaje:

Length Container Size (L×W×H) Net Mass Total Mass
2 km Carrete de madera 90 × 75 × 90 cm 156 kg 220 kg
3 km Carrete de madera 100 × 68 × 100 cm 240 kg 280 kg
4 km Carrete de madera 109 × 75 × 109 cm 300 kg 368 kg
5 km Carrete de madera 129 × 72 × 129 cm 400 kg 480 kg



Technical Referencia:

  • 1, diámetro del cable estándar: 10,0 mm
  • 2, Distancia máxima de span: 100 m
  • 3, Póngase en contacto con el equipo de ventas para obtener especificaciones técnicas completas.



Estándares de marcado de carrete:

Las marcas permanentes (altura mínima de 25-30 mm) deben aparecer en ambos lados de cada carrete:

  1. 1 。 Nombre de la empresa y marca registrada
  2. 2, Longitud del cable incluida
  3. 3, Especificaciones del cable (tipo / recuento de fibra)
  4. 4, Orientación de bobinado
  5. 5, Medidas de peso (bruto / neto)

Nota: Todos los materiales de embalaje de madera deben someterse a un tratamiento de fumigación adecuado antes de su uso.

Comparación de productos:

GYXTC 8Y VS GYTA (Armadura de cinta de aluminio) VS GYTS VS ADSS

Característica / Dimensión
GYXTC 8Y (Figura 8 Autosuficiente)
GYTA (Armadura De Cinta De Aluminio)
GYTS (Armadura de cinta de acero)
ADSS (Todo Auto dieléctrico de apoyo)
Aplicaciones Típicas
Aéreo (autoportante), conducto, entierro directo. Acceso rural, FTTx, última milla.
Conducto exterior, techo (con mensajero), columna vertebral de largo recorrido, redes urbanas.
Aéreo (con mensajero), ducto, entierro directo. Líneas troncales, ambientes hostiles.
Aéreo (tramos largos, cerca de líneas eléctricas), columna vertebral FTTH, áreas que necesitan aislamiento eléctrico.
Instalación
Una vez tirando / tensando; sin cable de mensajero separado. Más rápido para líneas de postes.
Requiere mensajero o conducto de acero separado. Manejo más pesado, más hardware.
Similar a GYTA; la armadura de acero agrega peso. Requiere cable mensajero o conducto.
Poste directo al poste; sin componentes metálicos. Requiere hardware especial y un cuidadoso cálculo de tensión.
Pros en Ingeniería
Bajo tiempo de instalación, sin mensajero adicional, bueno para largos períodos (hasta ~ 100 m), resistente a roedores (soporte de alambre de acero).
Buena barrera contra la humedad (cinta de aluminio), armadura ligera, flexible para conductos.
Alta resistencia al aplastamiento y a la tracción, excelente protección mecánica / para roedores, duradera para entierro directo.
Sin piezas metálicas inmunes a EMI / rayos, seguro en postes eléctricos, capacidad de alcance muy largo (hasta 1500m).
Contras en Ingeniería
Carga de viento / hielo más alta que ADSS, lapso limitado vs ADSS, el acero mensajero puede corroerse si se daña.
Resistencia al aplastamiento más pobre que la armadura de acero; la cinta de aluminio puede dañarse en suelos rocosos.
Más pesado, mayor costo de envío, más rígido - más difícil de manejar en conductos. posible corrosión galvánica si el revestimiento está dañado.
Hardware más caro (accesorios especiales), requiere un diseño preciso de comba / tensión, funda sensible a los rayos UV.
Costo (Relativo)
Medio (más bajo que ADSS pero más alto que GYTA sin Messenger). Messenger integrado reduce el trabajo de parto.
De bajo a medio (el costo del cable es bajo, pero el hardware de mensajería agrega costo).
Medio (la armadura de acero aumenta el costo del material y el envío).
Alto (materiales especiales, fabricación compleja, accesorios únicos).
Dificultad De Mantenimiento
Moderado - figura fácil de reparar 8 (mensajero y fibra separados). Compruebe si el acero se oxida.
Diseño bajo y simple, pero es posible que se requiera acceso a conductos. La cinta de aluminio resiste la corrosión.
Moderado: la armadura pesada dificulta el acceso a la mitad del tramo. Posible óxido en los puntos de corte.
De bajo a moderado: sin corrosión metálica, pero se necesita una inspección periódica de la caída; la reparación requiere un empalme especial.
Capacidad de lapso (típica)
50-100 m (depende de la zona de viento / hielo).
30-60 m (con mensajero separado).
30-60 m (con mensajero).
Hasta 1500 m (con diseño adecuado).
Sensibilidad A Rayos / EMI
Moderado (el mensajero de acero puede conducir, puede necesitar conexión a tierra).
Moderado (conductores de cinta de aluminio, requiere unión / conexión a tierra).
Alto (la cinta de acero conduce los rayos, necesita una conexión a tierra adecuada).
Ninguno (completamente dieléctrico, no se requiere conexión a tierra).

GYXTC-8Y Aerial Fiber Optic Cable  Guía de selección

GYXTC-8Y Installation Guide (Short)

Pre‑pull check – Inspect the cable for sheath/messenger damage. Ensure no sharp edges on poles or hardware.

Pole preparation – Install suitable suspension clamps (e.g., fixed or drop clamps) at designed intervals (typically 50–100 m).

Cable payout – Use a cable trailer or rotating reel stand. Avoid twisting the figure‑8 section.

Tensioning – Pull the steel messenger (not the optical core) with a tension meter. Apply recommended sag (e.g., 1–2% of span length) based on local wind/ice loads.

Clamping – Secure the messenger into suspension clamps. Do not over‑compress the fiber part.

Grounding – Bond the steel messenger to pole ground at regular intervals (every 200–300 m) for lightning protection.

Storage & splicing – Leave service loops at splice points. Store excess cable on poles with figure‑8 brackets.

Final test – Perform OTDR and visual inspection after installation.

Note: Never clamp directly on the optical fiber section – always clamp the integrated steel messenger.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío1)

Descarga el catálogo de productos de YRTFIBER

Disparo Real De Fábrica

Advanced Manufacturing Lines

Our factory is equipped with fully automated optical fiber coloring, loose tube extrusion, stranding, and double-sheathing lines.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío1)

Manufacturing Plant Overview

A clean and well‑organized production floor.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío2)

Raw Material Storage

FRP rods, loose tubes, steel tape, and PE compounds.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío3)

Factory Warehouse & Dispatch

Ready‑to‑ship fiber cable coils awaiting delivery.

GYXTC-8Y Autoportante Figura 8 Uni-Tube Cable de Fibra Óptica Aérea(Paquete y envío4)

Preguntas Frecuentes y Consulta Rápida

GYXTC-8Y Aerial Fiber Optic Cable  FAQ

Q: ¿Puede proporcionar muestras? 


 R: Sí, podemos proporcionar muestras de cierto valor. 


P: ¿Cuándo se puede entregar el pedido de muestras? 


 R: Por lo general, dentro de los 7 días posteriores a la confirmación. 


P: ¿Cuál es el tiempo de entrega de los pedidos a granel? 


 R: Por lo general, es de 15 a 20 días a partir de la fecha de realización del pedido, pero también depende de la cantidad del pedido. Debe confirmar el tiempo de entrega específico con el gerente de ventas.

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Rellene el siguiente formulario y nos pondremos en contacto con usted en un plazo de 24 horas.

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