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Non-armored Duct Fiber Optic Cable(GYXTY)

Product Description

GYXTY non-armoured cables have a central loose tube filled with special grease, which provides important fibre protection and ensures good water blocking resistance. Two entra in parallel steel wires to ensure tensile strength and anti-tension. The cable is completed with a single medium density polyethylene (PE) sheath. It’s suitable for duct and aerial installation for inter-office communications, power transmission and access networks.

 

Applications

Aerial and Duct Application

Office Network

Long-distance Power Transmission System
Remote communications and LAN

Suitable where high fiber density is expected.

 

Features
Low dispersion and attenuation

Good mechanical and temperature performance

PE jacket has good UV resistance

Central loose tube minimizes the influence of lateral crushing

Two parallel steel wires ensure tensile strength communication strong

Small cable diameter, lightweight, compact tight bending performance

Specifications

Items Description
Number of Fibers 2~12
Jacket PE
Color of Jacket Black
PE Out Sheath Thickness 2.0±0.2mm
Loose Tube Diameter 2.2±0.1mm
Steel Wire Strength Member Diameter 0.8*2mm
Cable Diameter 6±0.2mm
Approx. Weight Cable  KG/KM 38

 

Mechanical and Environmental Data

Temperature Range Storage/Shipping Temperature Range Operating Temperature Range -40~+70℃
Min.Bending Radius(mm) Dynamic mm 20D
Static mm 10D
Max. Tension(N) Short Term N 800
Long Term N 200
Max.Crushing Resistance(N/100mm2) Short Term N/100mm2 800
Long Term N/100mm2 200

 

Optical Performance

Optical Transmission Performance SM 1310/1550nm Multi-mode
850/1300nm
9/125um
(OS2)
62.5/125um
(OM1)
50/125um
(OM2)
50/125um
(OM3)
50/125um
(OM4)
Max Attenuation
(dB/KM)
0.36/0.25 3.5/1.5 3.5/1.5 3.5/1.5 3.5/1.5
Typically
Attenuation
(dB/KM)
0.34/0.21 2.7/0.6 2.5/0.7 2.3/0.6 2.3/0.6
Bandwidth
(MHz/KM)
N/A 200/600 500/500 1500/500 3500/500
850nm Laser Bandwidth (MHz/KM) N/A N/A N/A 2000 4700
Numerical Aperture 0.13±0.01 0.275±0.015 0.2±0.015 0.2±0.015 0.2±0.015
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