IEC Certificated GYXTW Armored Fiber Optic Cable 24 Core

Short Description:

GYXTW cable, single-mode 9/125 /multimode 50/125 OM3 OM4 fibers are positioned in the loose tube, which is made of high modulus plastic materials and filled with filling compound. Two parallel steel wires are placed at both sides of the cable core while PE sheath is extruded over it.and water-blocking materials are distributed into interstices between them to guarantee the compactness and longitudinal water-blocking performance.

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Product Detail

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Structure

Strength member：2 parallel steel wires
Tube: Thermoplastic material, containing up to 12 optical fibres fil ed with a low viscosity, thixotropic, non-melting gel ful y compatible with fibre coating and tube material
Additional strength: Corrugated steel tape Armored Cable factory
Sheath: polyethylene inArmored Cable manufacturer

Application

Smart City Safe City Surveillance CATV System Or aerial / duct installation light anti rodent / Rural networking telecommunication system

Features

The 2 parallel steel wire with high tension and easy strip Easy for splicing in joint closure save install time and cost Light anti rodent

Standards

Mode Field Diameter @ 1310 nm		8.7-9.5 mum
Mode Field Diameter @ 1550 nm		9.8-10.8mum
Cladding diameter		125.0 ±± 0.7mm
Core/cladding concentricity error		0.6 um
Cladding non-circularity		1.0 %
Refractive index profile		Step
Design		Matched cladding
Primary coating material		UV curable acrylate
Primary coating Diameter		235-250um
Optical Characteristics
Attenuation	@ 1310nm	0.36 dB/km (cabling)
	@ 1383±3nm	0.34 dB/km
	@ 1550nm	0.22dB/km (cabling)
Dispersion	@ 1288 ~ 1339nm	3.5 ps/nm×km
	@ 1550nm	18 ps/nm×km


Zero dispersion wavelength		1300 – 1324 nm
Dispersion slope at zero dispersion wavelength		0.092 ps/nm²×km
Cabled cut-off wavelength (lcc)		1260 nm
Polarization mode dispersion link value		0.2 ps/√_km
Mechanical Characteristics
Proof stress level		≥0.69 GPa
The loss increase of 100 turns of fiber loosely wound with		0.05dB (at 1550nm)
25mm radius
Effective group index of refraction Neff		1.466(at 1310nm)
Effective group index of refraction Neff		1.467 (at 1550nm)