Grey LSZH Low Friction Singlemode G657A Fiber Optic Cable
Grey LSZH Low Friction Singlemode G657A Fiber Optic Cable
Grey LSZH Low Friction Singlemode G657A Fiber Optic Cable
Grey LSZH Low Friction Singlemode G657A Fiber Optic Cable
型号
GJYXFCH

属性

Product name
grey LSZH low friction sineglemode G657A fiber opt
Fiber type
SM
Strength member
FRP
Messenger
Aramid yarn
Outer sheath
low friction LSZH
sheath material
Grey or black
OEM
Available
Certification
ISO9001
Packing
1km/wooden drum
Outer packing
carton(wooden pallets if necessary)

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产品描述


Product decription (singlemode G657A fiber optic cable)

The optical fiber unit is positioned in the centre. Two parallel Fiber Reinforced Plastics (FRP) or steel wires or KFRP are placed at the two sides.Aramid year as the additional strength member is also applied. Then the cable is completed with a grey or black LSZH sheath. 


Technical parameter 

Fiber Type

Attenuation

OFL

Valid mode
band width

10G Ethernet
 link length SX

Min. bending
 radius

Condition

1310/1550nm

850/1300nm

850/1300nm

850nm

850nm

 

Typical

Max.

Typical

Max.

Unit

dB/km

dB/km

dB/km

dB/km

MHZ.km

MHZ.km

m

mm

G657A1

0.36/0.22

0.5/0.4

 

 

 

 

 

10

G657A2

0.36/0.22

0.5/0.4

 

 

 

 

 

7.5

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


Characteristics

1.Special Low-bend-sensitivity fiber provides high bandwidth and excellent communication transmission property.

2.Two parallel FRP or KFRP or steel wire as strength memners ensure good performance of crush resistance to protect the fiber.

3.Aramid yarn as the traditional strength member ensures god performance of tensile strength.

4.Simple structure,light weight and high practicablity.

5.Novel flute design, easily strip and splice,simplity the installation and maintenance.

6. Low smoke, zero halogen and flame retardant Low friction sheath.


Application

1. Access network , fiber to the home

2. Support the Internet , CATV , telephone and more network service in the future.