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Multi-Purpose Break-out Cable BOC

Description


 

 

Multi-Purpose Break-out Cable use simplex cable (Φ900μm tight buffer fibre, and aramid yarn as strength member units) as submit, A fiber reinforced plastic(FRP) locates in the center of core as a non-metallic strength member. The subunits are stranded around the cable core, and the cable completed with PVC or LSZH material jacket.


Application


 

• Indoor any purpose cable distribution

• Backbone distribution cable in a building


Characteristis


 

• Standed non-metallic strength member structure ensure the cable endure larger tensile strength
• The outer jacket material have many advantages such as anti-corrosion, anti-water, anti-ultraviolet radiation, flame-retardant and harmless to environment etc.
• Aramid yarns as strength member make cable have excellent tensile strength


Technical Parameters


 

Cable Code

Cable   Diameter mm

Cable   Weight (Ref)

 kg/km

Tensile   Strength       Long/Short term  N/100mm

Crush   Resistance   Long/Short term  N/100mm

Bending   Radius    Dynamic/Static mm

PVC   Jacket

LSZH   Jacket

BOC-X-XX-04Xn

7.4±0.5

50

56

130/440

300/1000

20D/10D

BOC-X-XX-05Xn

8.4±0.5

66

74

200/660

300/1000

20D/10D

BOC-X-XX-08Xn

9.8±0.5

91

101

200/660

300/1000

20D/10D

BOC-X-XX-12Xn

12.4±0.5

140

155

200/660

300/1000

20D/10D

BOC-X-XX-18Xn

12.4±0.5

140

155

400/1320

300/1000

20D/10D

BOC-X-XX-24Xn

14.4±0.5

181

201

400/1320

300/1000

20D/10D

BOC-X-XX-36Xn

16.4±0.5

208

255

400/1320

300/1000

20D/10D

BOC-X-XX-48Xn

19±0.5

280

344

400/1320

300/1000

20D/10D

 

 

Optical Characteristics


 

Fiber Type

Attenuation

OFL

Effective   mode  bandwidth

10G   Ethernet link length SX

Min.   bending radius

  Condition

1310/1550nm

850/1300nm

850/1300   nm

850nm

850nm

Typical   value

Max_

value

Typical   value

Max_   value

Unit

dB/km

dB/km

dB/km

dB/km

Z.km

m

mm

G652D

0.36/0.22

0.5/0.4

--

--

--

--

--

16

G657A1

0.36/0.22

0.5/0.4

--

--

--

--

--

10

G657A2

0.36/0.22

0.5/0.4

--

--

--

--

--

7.5

50/125

--

--

3.0/1.0

3.5/1.5

≥500/500

--

--

30

62.5/125

--

--

3.0/1.0

3.5/1.5

≥200/500

--

30

OM3

--

--

3.0/1.0

3.5/1.5

≥1500/500

≥2000

≤300

30

OM4

--

--

3.0/1.0

3.5/1.5

≥3500/500

≥4700

≤550

30

BI-OM3

--

--

3.0/1.0

3.5/1.5

≥1500/500

≥2000

≤300

7.5

BI-OM4

--

--

3.0/1.0

3.5/1.5

≥3500/500

≥4700

≤550

7.5

 

Model


 

1.     Cable Purpose
        G – OFNG
        R – OFNR
        P –  OFNP
2.     Jacket Material
        V- PVC Jacket
        Z- LSZH Jacket
3.    Jacket Color
       O- Orange
        Y- Yellow
        A- Aqua
4.    Fiber Counts
        2~48
5.    Fiber Type
       B1.3 = G652D            OM3 = MaxBand*300
       B6A1 = G657A1         OM4 = MaxBand*550
       B6A2 = G657A2         BI-OM3 = MaxBand*300
       A1 = 50/125μm           BI-OM4 = MaxBand*550
       A1b = 62.5/125μm


Production Line


• 20 Sets Armoring Machines 

• 8 Bow-type Optic Cable Production Lines 

• 2 Indoor Cable Production Lines 

• 8 Outdoor Cable Jacket Production Lines 

• Professional Patch Cord Production Lines 

Package and Transportation


Production Process


Material Inspection Report


Test Equipment


Testing Subject


• Fiber performance inspection 

• Cable length 

• External dimensions 

• Tearing force 

• Fiber eccentricity 

• Minimum thickness inspection 

• Fiber tightness inspection 

• Steel wire testing 

• Strength Member testing 

• Clear and correct coding on cable 

• To roll the cable neatly 

• Flaming test 

• Low friction test