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ITU-T G.652.D LD Bare Optical Fiber 10KM 20KM 30KM 40KM 50KM

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Shenzhen Hicorpwell Technology Co., Ltd

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ITU-T G.652.D LD Bare Optical Fiber 10KM 20KM 30KM 40KM 50KM

Name: ITUT G652D LD Bare Optical Fiber 10KM 20KM 30KM 40KM 50KM
Brand: HICORPWELL
Price: 1 USD

Quality ITU-T G.652.D LD Bare Optical Fiber 10KM 20KM 30KM 40KM 50KM for sale

Brand Name : HICORPWELL

Model Number : ITU-T G.652.D LD

Certification : IEC 60794-2-10/11

Place of Origin : China

MOQ : 100KM

Price : negotiation

Payment Terms : Western Union, L/C, T/T

Supply Ability : 30000KM Per Week

Packaging Details : 25km/Reel, then pack in a carton box for 6 reels fibers

Fiber Type : ITU-T G.652.D LD

Cable Purpose : ODTR or FO Cable

Cladding Diameter : 125.0 ± 0.5um

Coating Diameter : 242 ± 5um

Coating/Cladding Concentricity Error : ≤ 12um

Macro Bending Sensitivity : 100 turns of 30 mm radius, 1625 nm

Coating Strip Force : 1.3-8.9N

Zero Dispersion Wavelength : 1300-1324nm

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Hicorpwell ITU-T G.652.D LD Aqua Glass Fiber Optic Bare Fiber 10KM /20M /30KM/40KM/50KM

This new fashionalbe fibre is an ITU-T G.652.D LD compliant SSMF, but with lower attenuation, chromatic

dispersion and PMD. This can provide longer transmission distance between regenerators, meanwhile

its improved bend performance exceeds the requirements of the ITU-T G.657.A1 standard.

The fibre has a 9.0µm MFD which is compatible to the majority of SSMF on the market today. The

improved bend performance of G652D LD fibre provides greater margins in the field during

installation and maintenance, and allows for the design and deployment of smaller and lighter cables

which can improve duct utilization. The improved properties consolidate the foundation of new network

and upgrades of existing networks.

--- glass fibre optic cables ,Pigtails,patch cords,loopback modules

--- LC,SC,ST,FC,MTRJ,MU SMA,MTP/MPO

--- Sinlge Mode,Multimode,OM1,OM2,OM3,10G OM4
--- Armored ,Un armored

---- multi Core,Mode condiioning
--- Special Tactical etc.

we have all type of glass fibre optic you need.

Specifications & Performances

Hicorpwell (G.652.D LD)
Characteristics	Conditions	Parameters	Unit
Optical properties
Attenuation coefficient	1310 nm	≤ 0.32	dB/km
	1285-1330 nm	≤ 0.35	dB/km
	1383 nm(after hydrogen aging)	≤ 0.29	dB/km
	1490 nm	≤ 0.22	dB/km
	1550 nm	≤ 0.18	dB/km
	1525 - 1575 nm	≤ 0.19	dB/km
	1625 nm	≤ 0.20	dB/km
Mode Field Diameter(MFD)	1310 nm	9.0 ± 0.3	µm
Mode Field Diameter(MFD)	1550 nm	10.2 ± 0.4	µm
Cut-Off Wavelength
Cable Cut-Off		≤ 1260	nm
Chromatic Dispersion
Zero Dispersion Wavelength		1300 - 1324	nm
Zero Dispersion Slope		≤ 0.090	ps/nm2/km
Dispersion Coefficient	1285 - 1339 nm	≤ \|3.2\|	ps/nm/km
	1550 nm	≤ 17	ps/nm/km
	1625 nm	≤ 21	ps/nm/km
Polarisation Mode Dispersion
PMD Coefficient	Uncabled fibre	≤ 0.10	ps/√km
PMD Coefficient	PMD link design value	≤ 0.04	ps/√km
Point Discontinuity	1310 nm	≤ 0.05	dB
Point Discontinuity	1550 nm	≤ 0.05	dB
Effective Group Refractive Index	1310 nm	1.4671
	1550 nm	1.4675
	1625 nm	1.4680
Geometrical Properties
Core Non-circularity		≤ 6	%
Cladding Diameter		125.0 ± 0.5	µm
Core/Cladding Concentricity Error		≤ 0.4	µm
Cladding Non-Circularity		≤ 0.6	%
Coating Diameter		242 ± 5	µm
Coating/Cladding Concentricity Error		≤ 8	µm
Mechanical properties
Proof Test	Fibre strain	≥ 1	%
	Fibre load	≥ 9	N
	Stress	≥ 100	kpsi
Dynamic Stress Corrosion Susceptibility Factor nd	Unaged	≥ 20
Dynamic Stress Corrosion Susceptibility Factor nd	Aged(30 days @ 85℃, 85% R.H.)	≥ 20
Macro Bending Sensitivity	100 turns of 30 mm radius, 1625 nm	≤ 0.05	dB
	10 turns of 15 mm radius, 1550nm	≤ 0.1	dB
	10 turns of 15 mm radius, 1625 nm	≤ 0.3	dB
	1 turns of 10 mm radius, 1550 nm	≤ 0.75	dB
	1 turns of 10 mm radius, 1625 nm	≤ 1.5	dB
Coating Strip Force	Peak value	1.3 - 8.9	N
Fibre Curl		≥ 4	m
Environmental Properties
Accelerated Ageing(30days @ 85℃ 85% R.H.)	Induced attenuation(1310 and 1550 nm)	≤ 0.05	dB/km
Dry heat aging(30days @ 85℃)	Induced attenuation(1310 and 1550 nm)	≤ 0.05	dB/km
Temperature Cycling (-60℃- +85℃)	Induced attenuation(1310 and 1550 nm)	≤ 0.05	dB/km
Water Soak(30 days @ 23℃)	Induced attenuation(1310 and 1550 nm)	≤ 0.05	dB/km

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