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Shandong Yibo Optronics Technology Co., Ltd.
+8613165114607

Indoor Fiber Optic Cable 6 8 12 core OM1 OM2 OM3 OM4 OM5 for Distribution Use

Indoor Fiber Optic Cable 6 8 12 core OM1 OM2 OM3 OM4 OM5 for Distribution Use
Lugar de origen:Shandong, China
Nombre de la marca:EBOCOM
Certificación:ISO TLC
Número de modelo:GJFJV-8B1
Cantidad mínima de pedido:2000m
Precio:EXW ≥2000m $0.2/M ≥5000m $0.17/M
Standard Packaging:1. tambor de hierro-madera o tambor de madera sin fumigación, tambor de madera normal. 2. el tamaño
Tiempo de entrega:5 a 8 días
Condiciones de pago:T/T
Capacidad de suministro:5000 KMS/día
Detalles del producto
Resaltar:

6 core indoor fiber optic cable

,

OM4 indoor fiber optic cable

,

distribution use fiber optic cable

Product Name: El número de personas que pueden participar en el programa de trabajo de la Comisión
Jacket: PVC /LSZH
Strength Member: Hilo aramido
Fiber: Modo único/modo múltiple
Brand: Ebocom o OEM
Descripción del producto
Detailed Specifications & Features

Description

An indoor fiber optic cable is a specialized cable designed for use within buildings that features a flame-retardant, low-smoke jacket to comply with fire safety regulations. Unlike outdoor cables, which are built to withstand harsh environmental conditions and are often armored, indoor cables are more flexible and focus on safety and ease of installation in structured environments like conduits, cable trays, or ductwork.
 

 

Key characteristics 


Flame-retardant jacket: The outer jacket is made of materials that are flame-retardant and can also be low-smoke zero-halogen (LSZH) to prevent the release of toxic fumes in a fire.
Flexibility: These cables are typically more flexible and have a tight-buffered construction, making them easier to manage and route within a building.
Lower tensile strength: They do not require the same level of physical strength as outdoor cables, which are built to withstand pulling, weather, and UV exposure.
Common use cases: They are used for data transmission within local area networks (LANs), data centers, and for connecting devices and networks inside a building.
Installation methods: Indoor cables can be installed in ducts, cable trays, or elevated over drop ceilings and under raised floors, but they are not designed for direct burial or exposure to the elements.

 

Indoor Fiber Optic Cable 6 8 12 core OM1 OM2 OM3 OM4 OM5 for Distribution Use 0

Applications

Indoor wiring / indoor communication equipment, between equipment and instruments

 

Mechanical Specifications

Cable Model Outer Diameter

 

(mm)

Weight

 

(kg/km)

Tensile Strength(N) Crush Resistance(N/100mm) Bending Radius Jacket Thickness(mm)
Long term Short term Long term Short term Dynamic Static
GJFJV-2F 3.6±0.2 12.5 180 440 300 1000 20D 10D 0.45±0.05
GJFJV-4F 4.7±0.2 17.6 180 440 300 1000 20D 10D 0.8±0.1
GJFJV-6F 5.2±0.2 22.8 180 440 300 1000 20D 10D 0.9±0.1
GJFJV-8F 5.8±0.2 26.7 180 440 300 1000 20D 10D 0.9±0.1
GJFJV-12F 6.3±0.2 32.7 180 440 300 1000 20D 10D 0.9±0.1
GJFJV-24F 8.0±0.2 53 200 660 300 1000 20D 10D 1.0±0.1

 

 

 

 

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