GJYXCH/GJYXFCH

Self-supporting Bow Type Drop Cable for FTTX

Self-Supporting Bow Type Drop Cable is designed with small meter for easy splice, installation and maintenance. Featured in butterfly-shaped and flat design, it obviously makes drop cable structure simple and light weight.


Product Detail

Product Tags

Standards

In Accordance with IEC, ITU and EIA standards

Construction

The optical fiber unit is positioned in the Centre. Two parallel Fiber Reinforced Plastics (FRP) or steel wire are placed at the two sides. A steel wire as the additional strength member is also applied. Then, the cable is completed with a black color LSZH Jacket. 

Features

● Compact and light weight, low purchasing and construction costs

● Easy connect without splicing, fast and convenient

● Two parallel Steel (FRP) strength members ensure good perform crush resistance to protect the fiber

● Flame retardant LSZH jacket meets relevant fire protection requirements in indoor environment

● High carbon steel messenger wire enables the self-support type has excellent tensile strength

Specification

Physical and Mechanical Specification

 

 

Self-Supporting Bow Type Drop Cable for FTTH GJYXCH/GJYXFCH

1

Core Count

1

2

2

Fiber Type

9/125

9/125

3

Jacket Material

LSZH/PVC

LSZH/PVC

4

Jacket Color

Black/White

Black/White

5

Cable dimension (mm)

5.2(±0.2) * 2.0(±0.1)

5.2(±0.2) * 2.0(±0.1)

6

Cable Weight (Kg/km)

19.5

19.5

7

Tensile Strength (Short Term N)

600

600

8

Tensile Strength (Long Term N)

300

300

9

Crush Resistance (Short Term N/100mm)

2200

2200

10

Crush Resistance (Long Term N/100mm)

1000

1000

11

Minimum bend radius (Dynamic mm)

240

240

12

Minimum bend radius (Static mm)

120

120

Environmental Specification

Operating Temperature -20℃ to +60℃
Installation Temperature -20℃ to +60℃
Storage/transportation Temperature -40℃ to +60℃

Optical Specification

Maximum Attenuation

Single mode (ITU-T G.652) 0.4dB/km @1310nm, 0.3dB/km @1550nm
Single mode (ITU-T G.657) 0.4dB/km @1310nm, 0.3dB/km @1550nm
62.5μm 3.5dB/km @ 850nm, 1.5dB/km @ 1300nm
50μm 3.5dB/km @ 850nm, 1.5dB/km @ 1300nm

  • Previous:
  • Next: