Distribution Fanout Tight Buffer Indoor Fiber Optical Cable (GJFJV)

Short Description:

• Distribution Fanout Tight Buffer Indoor Fiber Optical Cable (GJFJV) is used in fiber optical pigtails and fiber optical patch cords.
• It used as interconnect lines of equipments,and used in optical connections in optical communication rooms and optical distribution frames.
• It is large used in indoor cabling, especially used as distribution cable.
• Good mechanical and environmental characteristics.
• Flame retardant characteristics meet the requirements of relevant standards.
• The mechanical characteristics of jacked meet the requirements of relevant standards.
• The fanout indoor fiber optic cable is soft, flexible, easy to lay and splice and with big capacity data transmission.
• Meet various requirements of market and clients.

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Product Detail

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Technical Parameters:

Fanout Indoor Fiber Optical Cable (GJFJV)		Cable diameter	Weight
2 cores		4.5mm	22.00kg/km
4 cores		4.5mm	22.00kg/km
6 cores		4.5mm	23.00kg/km
8 cores		5.5mm	27.00kg/km
10 cores		5.5mm	30.00kg/km
12 cores		6.0mm	35.00kg/km
Storage temperature (℃)		-20+60
Min Bending Radius(mm)	Long term	10D
Min Bending Radius(mm)	Short term	20D
Min allowable Tensile Strength(N)	Long term	200
Min allowable Tensile Strength(N)	Short term	600
Crush Load (N/100mm)	Long term	200
Crush Load (N/100mm)	short term	1000

Fiber characteristic:

Fiber style		Unit	SMG652	SMG652D	SMG657A	MM50/125	MM62.5/125	MMOM3-300
condition		nm	1310/1550	1310/1550	1310/625	850/1300	850/1300	850/1300
attenuation		dB/km	≤0.36/0.23	≤0.34/0.22	≤.035/0.21	≤3.0/1.0	≤3.0/1.0	≤3.0/1.0
Dispersion	1550nm	Ps/(nm*km)	----	≤18	≤18	----	----	----
	1625nm	Ps/(nm*km)	----	≤22	≤22	----	----	----
Bandwidth	850nm	MHZ.KM	----	----		≥400	≥160
	1300nm	MHZ.KM	----	----		≥800	≥500
Zero dispersion wavelength		nm	≥1302≤1322	≥1302≤1322	≥1302≤1322	----	----	≥ 1295,≤1320
Zero dispersion slope		nm	≤0.092	≤0.091	≤0.090	----	----	----
PMD Maximum Individual Fiber			≤0.2	≤0.2	≤0.2	----	----	≤0.11
PMD Design Link Value		Ps(nm2*km)	≤0.12	≤0.08	≤0.1	----	----	----
Fibre cutoff wavelength λc		nm	≥ 1180≤1330	≥1180≤1330	≥1180≤1330	----	----	----
Cable cutoffwavelength λcc		nm	≤1260	≤1260	≤1260	----	----	----
MFD	1310nm	um	9.2±0.4	9.2±0.4	9.0±0.4	----	----	----
	1550nm	um	10.4±0.8	10.4±0.8	10.1±0.5	----	----	----
NumericalAperture(NA)			----	----	----	0.200± 0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectionalmeasurement)		dB	≤0.05	≤0.05	≤0.05	≤0.10	≤0.10	≤0.10
Irregularities over fiberlength and point		dB	≤0.05	≤0.05	≤0.05	≤0.10	≤0.10	≤0.10
Discontinuity
Difference backscattercoefficient		dB/km	≤0.05	≤0.03	≤0.03	≤0.08	≤0.10	≤0.08
Attenuation uniformity		dB/km	≤0.01	≤0.01	≤0.01
Core diameter		um	9	9	9	50±1.0	62.5±2.5	50±1.0
Cladding diameter		um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity		%	≤1.0	≤1.0	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter		um	242±7	242±7	242±7	242±7	242±7	242±7
Coating/chaffinchconcentrically error		um	≤12.0	≤12.0	≤12.0	≤12.0	≤12.0	≤12.0
Coating non circularity		%	≤6.0	≤6.0	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error		um	≤0.6	≤0.6	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)		um	≤4	≤4	≤4	----	----	----

Cable Constructions:

Cable Cut-Out:

Multimode OM3 8 cores Cable

Single mode 4 cores Cable

Multimode 50/125 24 cores Cable

Descriptions:

• The Distribution Fanout Tight Buffer Indoor Fiber Optical Cable use 2~48 core (or more) use 900μm or 600μm tight buffer fiber as optical sub cable. Normally it cover use PVC or LSZH, also use PE or Nilon.

• The tight buffer fiber wrapped with a layer of aramid yarn as strength member, then completed with a layer of PVC or LSZH material as out jacket.

• The Distribution Fanout Tight Buffer Indoor Fiber Optical Cable out jacket color:

Single mode: Yellow,

Multimode OM1 / OM2: Orange,

Multimode OM3 / OM4: Aqua,

Multimode OM4: Violet,

Mutimode OM5: Lime.

Other color is optional.

Application:

+ Used in pigtails and patch cords.

+ Used as interconnect lines of equipments, and used in optical connections in optical communication rooms, data center and optical distribution frames.

+ Used in indoor cabling, especially used as distribution cable.