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GYTA Fiber optic cable Aerial&Duct

 Description

Optical Fiber Cable,The structure of GYTA (outdoor optical cable used for telecommunication with metalliccentral strength, loose and layer-stranded tube style, and aluminum-polyethylene cover) is covering the inner-fulfilled waterproof compound loose tube, which ismade of high modulus plastic, with the single mode and multi-mode opticalfiber. There is a steel wire in the middle of the optical cable core. For someoptical cables with certain number of core, this steel wire could be a strand,or covered with a tight pack of polyethylene (PE). The compact and round shapecable core is a combination of the loose sleeve pipe(gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The polyethylene over layer will become optical cable after theplastic-plated Aluminum belt is covered vertically.

 

 Basic Construction

Fiber  count

≤30

32~60

62~72

74~84

86~96

98~108

110~120

CSM/Steel  wire (mm)

--/1.5

--/1.7

2.4/1.7

3.2/2.0

4.0/2.0

4.8/2.2

5.6/2.2

Element  number

5

5

6

7

8

9

10

Max.  cores in tube

6

12

12

12

12

12

12

Cable  diameter

9.8

10.8

11.6

12.3

13.1

13.9

14.8

Weight  (KG/KM)

89

113

127

148

164

181

200

Fiber  count

122~132

134~144

146~192

194~216

218~240

242~264

266~288

CSM/Steel  wire (mm)

6.4/2.2

7.2/2.2

1.7

2.5/2.0

3.2/2.2

4.0/2.2

4.8/2.0

Element  number

11

12

5+11

6+12

7+13

8+14

9+15

Max.  cores in tube

12

12

12

12

12

12

12

Cable  diameter

15.6

16.4

15.3

16.1

16.8

17.6

18.4

Weight  (KG/KM)

218

240

216

245

267

294

323

 

Tensile  strength (N)

Long  term

600

Short  term

1500 

Crush  Resistance (N/100mm)

Long  term

300

Short  term

1000

Bending  Radius

Dynamic

≥20  * Cable diameter

Static≥

≥10  * Cable diameter

Operating  Temperature(℃)

-40~+60

Application

Aerial  and Duct