900μ M TPE Tight Buffer LSZH Jacketed Optical Fibers

• Customization: Available
• Application: Communication
• Type: Single/Multi Mode
• Model NO.: ZSFSS012LGYTS
• Connection Structure: Optional
• Material Shape: Round Wire
• Allowed Lateral Pressure: >1000(N/100mm)
• Allowed Tensile Strength: >10000N
• Core: Multicore
• Certification: RoHS, CE, ISO9001, VDE, CCC
• Brand: OEM
• Sheath Material: Lzsh
• Transport Package: Wooden Drums or Customized
• Specification: 2000m 5000m/roll
• Trademark: ZSINE OFC
• Origin: Zhejiang, China
• HS Code: 8544700000
• Production Capacity: 8 Containers/Week

Product Description

ZSINE OFC 8 to 144 optical fibers, 900μm TPE tight buffer, LSZH jacketed

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Technical specifications of optical cable

Fiber Count		8	24	48	72	96
Optical Fiber Type		G652D
Structure		1+6		1+8	1+6	1+8
CSM	Material	FRP
	Diamete (±0.05)mm	2.0
Subcrust	Material	MDPE
	Thickness	---------		0.5	---------	0.75
Loose tube	Material	PBT
	Diamete (±0.06)mm	2			2.15
	Thickness (±0.03)mm	0.3
	Loose tube quantity	2	4	8	6	8
	Fibers pertube	4	6		12
Filler	Material	Pp
water-blocking tape	Material	water-blocking tape
reinforcement	Material	aramid yarn
Outer jacket	Material	MDPE
	Thickness(±0.02)mm	1.6
Cable size mm ± 0.3		10		11	10.5	11.8
Fiber optic cable net weight (±10)kg/km		80		100		110
Tensile strength (N)		1500
Crush Resistanc (N/100mm)		1000
Application		Overhead, electric power
Span	MAX:100M
Attenuation	1550nm	≤0.22dB/ km
Bending radius	Dynamic	20.0 times cable diameter
	Static	15.0 times cable diameter
Temperature range (ºC)	Installation Temperature	-40ºC+80ºC
	Transportation & Storage	-40ºC+80ºC
	Running temperature	-40ºC+80ºC

 

Optical chromatography


Loose tube chromatography

Fiber properties (ITU-T G.652D)

Item		Unit	Specification
			G.652D
Mode field diameter	1310nm	um	9.2 ± 0.4
	1550nm	um	10.4 ± 0.8
Cladding diameter		um	125 ± 1
Cladding non-circularity		%	≤ 1.0
Core/cladding concentricity error		um	≤ 0.5
Coating diameter		um	242 ± 7
Coating/cladding concentricity error		um	≤12
Cable cut-off wavelength		nm	≤ 1260
Attenuation Coefficient	1550nm	dB/km	≤ 0.22
	1310nm	dB/km	≤ 0.36
Proof stress level		kbsi	≥ 100