GYXTC8Y
GYXTC8Y
GYXTC8Y
GYXTC8Y

GYXTC8Y

Outdoor self-supporting optical cable for communication in an "8" shape configuration, featuring a metal reinforcing messenger wire, central tube filling, and a polyethylene bonded sheath.
   Cable Cross-section

   Cable Specification

1. Introduction

Central single loose tube construction, jelly compound filled, and PE outer sheath with a steel messenger wire combined.

2. Color code

The tube color is nature. And fiber color in the tube starts from No. 1 Blue.

No.

1

2

3

4

5

6

Color

Blue

Orange

Green

Brown

Gray

White

No.

7

8

9

10

11

12

Color

Red

Black

Yellow

Purple

Pink

Aqua

No.

13

14

15

16

17

18

Color

S100Blue

S100Orange

S100Green

S100Brown

S100Gray

S100White

No.

19

20

21

22

23

24

Color

S100Red

S100Nature

S100Yellow

S100Purple

S100Pink

S100Aqua

Note: S100 means interval 100mm black circle.

3. Cable structure and parameter

SN

Item

Unit

Value

1

No. of fibers

count

2~12

16-24

2

Tube diameter(±5%)

mm

3.0

3.6

3

Messenger wire(NOM.)

mm

1.6

1.6

4

Outer sheath thickness(NOM.)

mm

1

1

5

Cable diameter(±5%)

mm

5.1

5.7

6

Cable height(±10%)

Mm

10.1

10.7

7

Cable weight(±10%)

kg/km

47

52

8

Short term tension

N

1000

1000

9

Short term crush

N/100mm

500

500

   Characteristics of Optical Cable

1. Min. bending radius for installation

Static:  10 x cable diameter
Dynamic:  20 x cable diameter

2. Application temperature range

Operation:  – 20℃ ~ +60℃
Installation:  -20℃ ~ +50℃
Storage/transportation:  – 20℃ ~ +70℃

3. Main mechanical & environmental performance test

Item

Test Method

Acceptance Condition

Tensile Strength

IEC 794-1-2-E1

– Load: Short term tension

– Length of cable: about 50m

Fiber strain £ 0.6%

– No fiber break and no sheath damage.

Crush Test

IEC 60794-1-2-E3

– Load: Short term crush

Load time: 1min

Loss change £ 0.1dB@1550nm

– No fiber break and no sheath damage.

Impact Test

IEC 60794-1-2-E4

– Points of impact: 3

– Times of per point: 1

– Impact energy: 1J

Loss change £ 0.1dB@1550nm

– No fiber break and no sheath damage.

Repeated Bending

IEC 60794-1-2-E6

– Bending radius: 20 x OD

– No. of cycle: 30

Loss change £ 0.1dB@1550nm

– No fiber break and no sheath damage.

Torsion

IEC 60794-1-2-E7

– Length: 1m

– Twist angle: ±180°

– No. of cycle: 10

Loss change £ 0.1dB@1550nm

– No fiber break and no sheath damage.

Cable bend

IEC 60794-1-2-E11

– Diameter of mandrel:20 x OD

– Number of turns:4

– Number of cycles:3

Loss change £ 0.1dB@1550nm

– No fiber break and no sheath damage.

Compound flow

IEC 60794-1-2-E14

– Length: 30cm

– Temperature:70 oC±2 oC

– Period:24h

– No outflow or dripping

   Characteristics of Optical Fiber

G652D fiber information

Mode field diameter (1310nm)

9.2mm±0.4mm

Mode field diameter (1550nm)

10.4mm±0.8mm

Cut off wavelength of cabled fiber (lcc)

£1260nm

Attenuation at 1310nm

£0.36dB/km

Attenuation at 1550nm

£0.22dB/km

Bending loss at 1550nm (100 turns, 30mm radius)

£0.05dB

Dispersion in the range 1288 to 1339nm

£3.5ps/ (nm•km)

Dispersion at 1550nm

£18ps/ (nm•km)

Dispersion slope at zero dispersion wavelength

£0.092ps/ (nm2•km)

La innovación impulsa el desarrollo, la calidad construye la marca

Desarrollamos, fabricamos y vendemos sistemas de acceso a comunicaciones ópticas y equipos terminales, y somos los primeros en lanzar una serie de productos únicos en el sector, que incluyen principalmente unidades de red óptica (ONU/ONT), terminales de línea óptica (OLT), pasarelas de voz (pasarelas VoIP) y otras series de productos de acceso, diseñados para satisfacer las necesidades de los operadores de telecomunicaciones y dedicados a proporcionar una experiencia de red de velocidad ultraalta a los usuarios de banda ancha de todo el mundo.

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