Breakout Fiber Optic Cable

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seat: Zhejiang
Validity to: Long-term effective
Last update: 2019-10-27 13:28
Browse the number: 329
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Product details

Product Description:

GJBFJH(Tight buffer fiber and stranded structure,Aramid yarn strength member,Water blocking,LSZH sheath)

The breakout cable is also known as fan-out cable. As the following picture shows, breakout cable consists of two or more simplex cables bundled around a central strength member. Each fiber has its own jacket and all of the fibers are packaged together inside the same outer jacket. Thus, breakout cable can also be broken out into individual simplex cables for separate use when running through walls of a building. The breakout cable is usually designed with tight buffer and the fiber counts are varied from 2 to 24 fibers.


Types of Breakout Cables:

According to different fiber ratings, breakout cable can be divided into breakout riser cable and breakout plenum cable. Breakout riser cable is widely used for vertical riser and general horizontal applications. However, when the cable is needed for ducts, plenums and other spaces with environmental air returns, breakout plenum cable is the better choice.


Standards:

YD/T 1258.4-2005Indoor fiber optical Dual core cable


Introduction:

Breakout-style fiberoptic cable (also called breakout cable or fanoutcable), is an optical fiber cable containing several jacketed simplexoptical fibers packaged together inside an outer jacket. This differsfrom distribution-style cable, in which tight-buffered fibers arebundled together, with only the outer cable jacket of the cableprotecting them. The design of breakout-style cable adds strengthfor ruggedized drops, however the cable is larger and more expensive thandistribution-style cable. Breakout cable is suitable for short riser and plenumapplications and also for use in conduits, where a very simple cable run is planned toavoid the use of any splicebox or spliced fiber pigtails.


Breakout Cable Applications:

Breakout cables may end up in communication closets, and users can manually change connections. It is also available to be used for direct connection to the device. Moreover, breakout cable is suitable for short riser or plenum areas and conduit runs, where a very simple cable run is planned to avoid the use of splice box or spliced fiber pigtails. Since breakout cable has a stronger design, it is ideal for industrial applications where ruggedness is needed.


Specifications:

Fiber Count

Specifications (mm)

Weight(kg/km)

Tensile(N)

Crush(N)

Bending Radius(mm)

Long term

Short Term

Long term

Short Term

Static

Dynamic

4

7.5

52

210

450

300

1000

10D

20D

6

8.5

70

320

650

300

1000

10D

20D

8

9.5

89

420

850

300

1000

10D

20D

10

10.8

115

600

1200

300

1000

10D

20D

12

12.5

145

600

1200

300

1000

10D

20D

14

11.8

115

650

1300

300

1000

10D

20D

16

12.5

127

750

1500

300

1000

10D

20D

18

12.8

142

1000

2000

300

1000

10D

20D

20

13.3

155

1000

2000

300

1000

10D

20D

22

14.0

167

1000

2000

300

1000

10D

20D

24

14.8

185

1200

4000

300

1000

10D

20D


Fiber Optic Series:


Production Process show:

http://www.neetuocommunication.com/

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