Indoor 2 Core Optical Fiber Cable Flat Duplex 1KM 2KM For Patch Cord / Pigtail manufacturer from China Carefiber Optical Technology Co., Ltd.

Indoor 2 Core Optical Fiber Cable Flat Duplex 1KM 2KM For Patch Cord / Pigtail

Place of Origin:

Zhejiang, China (Mainland)


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Indoor 2 Core Optical Fiber Cable Flat Duplex 1KM 2KM For Patch Cord / Pigtail

Indoor 2 Core Optical Fiber Cable Flat Duplex 1KM 2KM For Patch Cord / Pigtail

1. Description

DFC duplex flat cable use 900um or 600um flame-retardant tight buffer fiber as optical communication medium, the tight buffer fiber wrapped with a layer of aramid yarn as strength member units, such unit is extruded with a layer of PVC or LSZH (low smoke, Zero halogen, Flame-retardant) material as inner jacket. The cable is completed with a layer of flat PVC or LSZH(low smoke, Zero halogen, Flame-retardant) jacket.

2. Features:

Tight buffer fiber ease of stripping.
Soft, flexible, easy to handle.
Good mechanical and environmental property.
Tight buffer fiber have excellent flame-retardant performance.
Flat structure ensure compact arrangement of fibers.
The jacket anti-corrosion, anti-water, anti-ultraviolet radiation, flame-retardant and harmless to environment etc.
All dielectric structure protect it from electromagnetic influence.
Scientific design with serious processing art.
Applicable for duplex optical fiber jumper or pigtail.
Applicable for indoor riser level and plenum level cable distribution.
Applicable for interconnect between instruments, communication equipments.

Comply with standard YD/T 1258.2-2009, ICEA-596,GR-409,IEC 60794,etc.

3. Optical Characteristics

Items		Fiber type
Items		50/125um	62.5/125um	G.652	G.655
Attenuation(+20)	@850nm	≤3.5dB/km	≤3.5dB/km
	@1300nm	≤1.5dB/km	≤1.5dB/km
	@1310nm			≤0.50dB/km
	@1550nm			≤0.40dB/km	≤0.40dB/km
Bandwidth (Class A)	@850nm	≥500MHz•km	≥200MHz•km
Bandwidth (Class A)	@1300nm	≥1000MHz•km	≥600MHz•km
Numerical Aperture		0.200±0.015NA	0.275±0.015NA
Cable Cut-off Wavelength λcc				≤1260nm	≤1450nm
a(-20~+60) Attenuation at temperature cycling a (-20~+60)	@1300nm	≤0.25dB/km	≤0.25dB/km
a(-20~+60) Attenuation at temperature cycling a (-20~+60)	@1550nm			≤0.10dB/km	≤0.15dB/km