Fiber Optical cable brochure-QianXin

Qianxin High Technology Group

Fiber Optical Cable Products Brochure

P2

INDEX

Communication Cable

Outdoor Optical Communication Cable

Stranded Optical Cable

Central Tube Optical Cable

Optical Fiber Ribbon Cable

Power Optical Cable

Self-supporting Aerial Optical Cable

Bow-type Cable

Other Specialty Cables

Indoor Optical Communication Cable

P3

GYTS Non Self-supporting Aerial/Duct Cable

Technical Characteristics

• Fiber count: 2〜288

• Low loss, low dispersion

• Proper design and precise excess length control offer excellent

mechanical and environmental properties to cable.

• Corrugated steel tape armor ensures nice moisture proof and side

pressure resisting

• Small size, light weight, easy to install.

• The sheath can be made of LSZH material. (The model turns to

GYTZS in the case.)

Performance

• Applicable to long distance, inter-exchange communication, CATV, computer network transmission system,

etc.

• Minimum bend radius:Static 10D,dynamic 20D.

• Operation temperature: "40〜+70*0.

Loose tube

Optical fiber

Fiber gel

Cable gel

Central strength member-steel wire

Filled cord

Steel plastic tape

PE sheath

Structural Diagram

P4

GYTA Non Self-supporting Aerial/Duct Cable




• Proper design and precise excess length control offer excellent mechanical

and environmental properties to cable.

• Water-blocking cable gel is fully filled outside the strength member and

inside the cable core, which ensures the cable's moisture proof and water barrier

performance.

• The longitudinal wrap of aluminum tape enhances cable's moisture proof

performance and ensures cable's flexibility and anti-bending capability.

• The sheath can be made of LSZH material. (The model turns to GYTZA in the

case.)

Performance

• Applicable to long distance, inter-exchange communication,CATV, computer network transmission system, etc.


• Operation temperature:-40 〜+70°C.

•

Loose tube

Optical fiber

Fiber gel

Central strength member-streel wire

Filled cord

Steel-plastic tape

PE sheath

Structural Diagram

P5

GYTY53 Non Self-supporting Aerial/Direct Burial Cable





• Double sheath enhances the cable's side pressure resistance and

moisture proof property.



GYTZY53 in the case.)

Performance

• Applicable to long distance, inter-exchange communication,CATV, computer network transmission system,

etc.

• Minimum bend radius:Static 12.5D, dynamic 25D.

• Operation temperature:-40 〜 +70°C.

Fiber gel Loose tube Optical fiber Central strength member-steel wire Filling cord Cable gel PE inner sheath Cable gel Steel-plastic tape PE outer sheath

Structural Diagram

P6

GYTA53 Direct Burial Cable






• Double sheath enhances the cable's side pressure resistance and

moisture proof property.



GYTZA53 in the case.)

Performance

• Applicable to long distance, inter-exchange communication,CATV, computer network transmission system,

etc


• Operation temperature:-40〜+70°C.

Fiber gel

Loose tube

UV fiber

Cable core filling

Central strength member

Binding yarn and cable core filling

PE inner sheath

Water-blocking layer Steel wire armor

Armor

Aluminum-plastic laminated tape

PE outer sheath

Structural Diagram

P7

GYTA53+33 Underwater Cable






• Steel wire armor strengthens cable's side pressure and tensile

resisting property.

• Steel-aluminum llaminated tape has nice moisture proof property.

Performance

• Applicable to underwater or other occasions with high demands on radial pressure or tensile strength.


• Operation temperature:-40 ~ +70°C.

PE inner sheath

Steel tape armor

Fiber gel

Loose tube

UV fiber

Cable core filling



PE inner sheath

Water-blocking layer

Steel wire armor


PE outer sheath

Structural Diagram

P8

GYXTA Aerial, Duct, Direct Burial or Underwater Cable






• Steel wire armor and aluminum-plastic llaminated tape make the

cable have nice anti-bending and side pressure resisting capability, and

prevent it from gun shot and rodent



GYXTZA in the case.)

Performance

• Applicable to inter-exchange communication, rural telephone, local junction, CATV, computer network

transmission system, etc.



Steel wire armor

Optical fiber

Fiber gel

Loose tube


Water-blocking cable gel

PE sheath

Structural Diagram

P9

GYXTS Central Tube Direct Burial/Underwater Cable






• Steel wire armor and steel tape armor enhance the cable's

anti-bending and side pressure resisting capability, and prevent it from

gun shot and rodent.



GYXTZ5 in the case.)

Performance

• Applicable to Inter-exchange communication, rural telephone, local junction, CATV, computer network



Operation temperature:-40 ~ +70°C.

Steel wire armor

Optical fiber

Fiber gel

Loose tube

Steel-plastic laminated tape


PE sheath

Structural Diagram

P10

GYXTW Central Tube Aerial/Duct/Direct Burial Cable






• Steel wire armor strengthens the cable's side pressure resistance

and moisture proof performance.



GYXTZW in the case.)

Performance

Applicable to inter-exchange communication, rural telephone, local junction, CATV, computer network

transmission system, etc. Minimum bend radius:Static 10D, dynamic 20D.


Loose tube

Optical fiber

Fiber gel

Steel wire Water-blocking cable gel


PE sheath

Structural Diagram

P11

GYXTW53 Central Tube Direct Burial Cable



• Low loss, low dispersion, superior optical transmission attribute



• Double steel tape armor enhances the cable's side pressure

resistance and rodent-proof property.

Performance






PE sheath

Fiber gel

Loose tube

Optical fiber

Steel wire strength member



Steel plastic laminated tape

PE outer sheath

Structural Diagram

P12

GYFXTF Central Tube Indoor/Outdoor Cable



• Low loss, low dispersion, superior optical transmission attribute.



• Non-metallic FRP reduces cable weight except securing its tensile

strength.

• Compact construction, light weight, easy to install.

Performance





Optical fiber

Fiber gel

Loose tube

FRP

PE sheath

Structural Diagram

P13

GYDTA Aerial/Duct Ribbon Cable


• Fiber count:4〜576




• Aluminum-plastic laminated sheath provides the cable with nice

moisture-proof property.

• Small size, light weight, easy to install; high fiber density for

collective splicing and engineering cost saving.


GYDTZA in the case.)

Performance

• Applicable to inter-exchange communication, outdoor feeder or distribution wire for access network, etc.



•

Loose tube

Fiber ribbon

Fiber gel

Filled cord


Waterblocking tape


PE sheath

Structural Diagram

P14

GYDXTW Central Tube Non Self-supporting Aerial/Duct

Cable


Fiber count: 4〜288 Low loss, low dispersion

Proper design and precise excess length control offer excellent


Corrugated steel tape armor strengthens the side pressure resistance

and moisture-proof property of cable.

Small size, light weight, easy to install; high fiber density for collective

splicing and engineering cost saving.

Performance

Applicable to inter-exchange communication, outdoor feeder and distribution wire for access network, etc.

Minimum bend radius:Static 10D, dynamic 20D.


Steel-plastic tape

Loose tube

Fiber ribbon

Steel wire

Fiber gel

Water-blocking gel or tape

PE sheath

Structural Diagram

P15

All-dielectric Self-supporting (ADSS) Cable


• Fiber count: 2〜144.

• Low loss, low dispersion.

• Proper design, precise excess length control and cabling process

offer excellent mechanical and environmental properties to cable.

• Non-metallic construction design gives cable strong resisting

capability against electromagnetic interference.

• High-strength aramid yarn as strength member offers very high

tensile strength, small diameter and light weight to fit different climate

conditions and laying spans.

• Special anti-tracking (AT) outer sheath (optional) makes cable

have strong electro-erosion resistance capability.

Performance

• Typically used in areas with high electrical field strength or frequent lightning in the power communication

transmission system.

• The technical parameters are subject to different fiber counts, climate conditions (e.g. temperature, wind

speed, ice coat thickness), laying spans, voltage classes of power lines, etc.

Optical fiber

Fiber gel

Loose tube

Non-metallic strength member

Binding yarn and cable filler

Inner sheath

Aramid yarn

PE sheath

Structural Diagram

P16

GYTC8A Self-supporting Aerial Cable


Fiber count: 2〜288 Low loss, low dispersion Proper design, precise

excess length control and cabling process offers cable superior

mechanical and environmental property. Aluminum-plastic laminated

sheath offers nice humid proof property. Compact construction, light

weight, self-supporting installation.

Performance

Applicable to long distance communication, inter-exchange communication, CATV, computer network

transmission system, etc. Minimum bend radius:Static 10Df dynamic 20D.


Messenger wire

Connecting part

Loose tube

Optical fiber

Fiber gel

Cable gel Central strength member

Filled cord Aluminum-plastic laminated tape

PE inner sheath

Structural Diagram

P17

GYTC8S Self-supporting Aerial Cable





offers cable superior mechanical and environmental property.

• Corrugated steel tape armor brings better humidity proof

performance and side pressure resistance.

• Compact construction, light weight self-supporting installation

Performance

• Applicable to long distance communication, inter-exchange communication, CATV, computer network




Messenger wire

Connecting part

Loose tube

Optical fiber

Fiber gel

Steel wire Water-blocking layer


PE sheath

Structural Diagram

P18

GYFXTC8Y Self-supporting Aerial Cable






• Small size, light weight,self-supporting.

Performance

• Applicable to access system, FTTH, CATV, computer network transmission system, etc.


• Operation temperature:-*! 0 〜+70^.

Messenger wire

Connecting part

Loose tube

Fiber gel

Optical fiber

Aramid yarn

Sheath

Structural Diagram

P19

GJYX(F)CH Self-supporting Bow-type Drop

Cable

Structural Diagram


• Small size, light weight, compact construction, easy to strip without tool for its special groove design, easy to

install.

• Excellent tensile strength, able to endure the overhead installation in a span of 50 meters.

• Optical fiber(s) is placed between two strength members, with excellent crush and tensile resistance.

• Excellent anti-bending property when G.657 bending insensitive fiber is applied.

• Used as drop cable from outdoor to indoor in access network or user premise network.

• Flame retardant LSZH jacket for indoor use.

Performance

Fiber Count

Cable Size (mm)

Cable Weight (kg/km) Tensile Load(N) Crush Load (N/100mm)

Temperature Range (°C) Non-metallic

strength

member

Metallic

strength

member

Long-term Long-term Long-term Long-term

1 5.1X2.0 18 21 300 600 1000 2200

2 5.1X2.0 18 21 300 600 1000 2200 -40 〜+60

4 5.1X2.0 18 21 300 600 1000 2200

Note 1. Minimum bend radius:for B6 fiber, 10H under dynamic bending and 5H under static bending. (H is the minor axis height of flat cable.)

2. All the data in the table are for reference and subject to change without notification.

Self-supporting strength member

Jacket

Strength member Colored coated

fiber

P20

GJYXFH03(Pipeline Bow-type Drop Cable)

Structural Diagram

• Good mechanical and environmental performance.

• Small size, light weight, compact construction.

• Flame retardance meets relevant standards.

• Mechanical property of Jacket meets relevant standards.



• Applicable for drop cable in pipeline or overhead to building.

Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)

Tensile Load(N) Crush Load (N/100mm) Temperature Range(°C)

Long-term Short-term Long-term Short-term

1-4 6.3 33 300 600 1000 2200 -40 〜+60

Note 1. Minimum bend radius:for B6 fiber, 10D under dynamic bending and 5D under static bending. (D is overall diameter of round

cable.)


Common bow-type cable

Strength member

Water blocking tape Outer

Jacket

P21

GJYXFHA (Pipeline Bow-type Drop Cable)

Structural Diagram



• Small size, light weight, compact construction.


• Mechanical property of Jacket meets relevant standards.



• Applicable for building leading-in cable in pipeline or overhead.

Performance

Note 1. Minimum bend radiust:for B6 fiber, 10D under dynamic condition and 5D under static condition). (D is overall diameter of round cable)


Fiber Count

Cable Size (mm)

Cable Weight (kg/km)

Tensile Load (N)

Crush Load (N/100mm) Temperature Range (°C)


1-4 7.0 44 300 600 1000 2200 -40 〜+60

Aluminum tape Common

bow-type cable

Strength member

Water-blocking tape

Outer jacket

P22

GYFTY Non-metallic Non Self-supporting Aerial/Duct

Cable





offer superior mechanical and environmental properties to cable.

• Have strong electromagnetic interference resistance capability.

• Small size, light weight easy to install

• The sheath can be made of LSZH material (The model turns to

GYFTZY in the case.)

Performance

• Applicable to communications in areas with strong electromagnetic field or heavy lightning damages.

• Minimum bend radius: Static 10D, dynamic 20D.


Loose tube Optical fiber Fiber gel

Filled cord

FRP

Cable gel

Water-blocking tape

PE sheath

Structural Diagram

P23

Zero Halogen Flame Retardant Cable





offer superior mechanical and environmental properties to cable.

• Superior flame retardance, non-toxic and pollution free.

Performance

• Applicable to transmission equipments and communication network in places with LSZH requirements

• Minimum bend radius: Static 12.5D,dynamic 25D.


Binding yarn & cable core filler

Optical fiber

Fiber gel

Loose tube


Binding yarn & cable core filler


Inner sheath

Corrugated steel tape armor LSZH material

Structural Diagram

P24

Anti-termite Cable


• Fiber count: 2〜144 Low loss, low dispersion


offer superior mechanical and environmenta properties to cable.

• Nylon or other anti-termite material applied in the outermost

sheath layer, good at termite damage preventing.

•

Performance

• Applicable to places with an anti-termite requirement.

• Minimum bend radius: Static 12.5D, dynamic 25D.


PE sheath

Corrugated steel-plastic laminated tape

Binding yarn

UV curable fiber

Fiber gel PBT loose tube

Metallic central strength member

PE bedding

Water-blocking gel



PE inner sheath

Anti-termite outer sheath

Structural Diagram

P25

GYFTA53 Direct Burial Cable


• Fiber count:2〜288


• Proper design and precise excess length control offer superior


• A longitudinal wrap of double-side filmed corrugated steel tape is

bonded tightly to the PE sheath, which ensures the radial moisture

barrier and improves the side pressure resistance of cable,

• Non-metallic strength member, suitable for areas with frequent

lightning strikes.

• The sheath can be made of LSZH material. (The model turns to GYFTZA53 in the case.)

Performance

• Applicable to subway, tunnel, long-distance communication, inter-exchange communication, outdoor feeder

and distribution wire for access network, etc.

• Minimum bend radius: Static 12.5D,dynamic 25D.


Inner sheath

Loose tube

Optical fiber

Fiber gel

FRP rod

Aluminum-plastic tape

Cable gel

Filled cord

Cable gel

Steel-plastic tape

Outer sheath

Structural Diagram

P26

GYTA33 Underwater/Direct Burial Cable


• Fiber count: 2〜144 Low loss, low dispersion



• A longitudinal wrap of double-side filmed corrugated aluminum

tape is bonded tightly to the PE sheath, which ensures the radial

moisture- proof performance of cable.

• Steel wire armor enhances cable's side pressure and tensile

resistance capability.

Performance

• Applicable to long distance, inter-exchange communication, CATV, computer network transmission system,

etc.

• Minimum bend radius:Static 12.5D,dynamic 25D.



Loose tube

Optical fiber

Fiber gel



Cable gel

Filled cord

PE innersheath

Steel wire

PE outer sheath

Structural Diagram

P27

GYTA333 Underwater Cable






• A longitudinal wrap of double-side filmed corrugated aluminum

tape is bonded tightly to the PE sheath, which ensures the radial

moisture- proof performance of cable.

• Double steel wire armor enhances cable's side pressure and tensile

resistance capability.

Performance

• Applicable to long distance communication, inter-exchange communication, CATV, computer network


• Minimum bend radius:Static 15D, dynamic 30D.

• Operation temperature:-40~+70°C.

Binding yarn & LAP tape

Cable core filling

Loose tube

Optical fiber Aluminum-plastic laminated inner sheath

Fiber filling Central strength member Water-blocking layer

PSP tape Secondary PE Inner sheath

Steel wire armor

PE sheath

Structural Diagram

P28

GLXTW Road Surface Trench Micro Cable




• Unique excess length control keeps the fiber loss low and stable,

ensuring cable's operation in complicated environment.

• Superior low/high temperature and moisture-proof property.

• Superior mechanical properties including tensile and side pressure

resistance.

Performance

• Applicable to MAN and access network communication.

• Minimum bend radius:Static 10D, dynamic 20D.

• Operation temperature:-40 ~ +70°C

Loose tube Fiber gel Optical fiber Steel wire Water-blocking gel Steel-plastic laminated tape PE sheath

Structural Diagram

P29

GPTCA63 Drain Pipe Micro Cable





ensuring cable's operation in complicated environment

• Superior low/high temperature resistance and moisture-proof property.

• Superior mechanical properties including tensile and side pressure

resistance.

Performance

• Applicable to MAN and access network communication.



Inner sheath

Loose tube

Optical fiber

Fiber gel



Filled cord


Aramid yarn

PE sheath

Structural Diagram

P30

GCYFTY Airblown Micro Cable






• Small cable diameter, thin optical unit wall, light weight, compact

construction.

Performance

• Applicable to MAN and access network communication, easy for capacity expansion.

• Minimum bend radius:Static 15Df dynamic 30D.


Fiber gel

Loose tube

Optical fiber



PE sheath

Structural Diagram

P31

GCYFXTY Non-metallic Central Tube Airblown Micro

Cable






Performance

• Applicable to MAN and access network communication, easy for capacity expansion.



Optical fiber

Fiber gel

Loose tube

Aramid yarn Water-blocking yarn

PE sheath

Structural Diagram

P32

Field Operation Cable


• Fiber count: 1 〜6

• Low loss, low dispersion, high-strength anti-fatigue optical

fiber is applied, which ensures the reliability and service life of cable

under all severe environments.

• High-modulus aramid yarn provides enough tensile resistance

for repeated winding and use.

• SZ stranding process of tight buffered fiber in small pitches

offers big tensile strain windows to cable.

• Flame retardant and matt PU material brings good hiding and

wear-resisting performance.

Performance

• pplicable to hostile environments in the field.



Tight buffered fiber


Aramid yarn

PU sheath

Structural Diagram

P33

Emergency Cable




• The fiber coating made by thermoplastic material acts as a barrier

providing mechanical protection to the fiber.

• Black PE or PU material in the sheath prevents sunlight aging

efficiently.

Performance

• Applicable to emergency cable line repair under the support of mechanical connectors.

• Minimum bend radius:Static 10Df dynamic 20D.

• Operation temperature:-20 - +70°C.



Aramid yarn

PU sheath

Structural Diagram

P34

GYFJZU (Field Operation Cable I)



• Good crush resistance and flexibility.

• High strength, light weight, easy to splice and install.

• Applicable for military,field, severe environment

• Applicable for temporary cabling and repeated use.

• Jacket material:TPU or other agreed ones.

• Customized design is available.

Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)

Tensile Load (N) Crush Load (N/100mm) Temperature

Range (°C)


2 5.2 24 500 1200 500 1500

-30 〜+60 4 5.2 26 500 1200 500 1500

6 6 31 500 1200 500 1500

Note 1. Minimum bend radius:for Bl.1,61.3, B4 single mode fiber and multi-mode fiber, 20D under dynamic bending and 10D under static

bending;for B6 fiber, 10D (dynamic) and 5D (static). (D is overall diameter of round cable)

The data of cable size and weight are calculated according to cf)0.9 tight buffered fiber.

All the data in the table are for reference and subject to change without notification.

Aramid yarn



Jacket

P35

GYFJZU (Field Operation Cable Ⅱ)



• Good crush resistance and flexibility.

• High strength, light weight, easy to splice and install, support high capacity data transmission.

• Applicable for military,field, severe environment.

• Applicable for temporary cabling and repeated use.

• Jacket material:TPU or other agreed ones.


Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km )

Tensile Load (N) Crush Load (N/100mm) Temperature

Range (°C)


2 7.5 37 600 1200 1000 2200

-30 〜+60 4 8.4 48 600 1200 1000 2200

6 9.5 66 600 1200 1000 2200

Note 1. Minimum bend radius:for B1.1,B1.3, B4 single mode fiber and multi-mode fiber, 20D under dynamic bending and 10D

under static bending;for B6 fiber, 10D (dynamic) and 5D (static). (D is overall diameter of round cable)

The data of cable size and weight are calculated according to 中 2.0 single-fiber cable.


Aramid yarn

Single-fiber cable

FRP

Jacket

Structural Diagram

P36

GJ(A)FJV/H/U (Simplex Round Indoor Cable)


• Soft, flexible, easy to handle.

• Suitable for pigtail and jumper wire.

• For optical connection in optical communication machine room,optical distribu-tion frame, optical device

and machine.

• Good mechanical and environmental property.

• Excellent flame retarding and stripping performance.

• Tight buffer material can be flame retardant PVC, LSZH flame retardant polyolefin, TPU or other agreed one.


Performance

Fiber Count

Cable Size

(mm)


Tensile Load(N) Crush Load (N/100mm) Temperature Range

(°C) Long-term Short-term Long-term Short-term

1 1.6 2.2 40 80 100 500

1 1.8 2.7 40 80 100 500

1 2.0 3.4 60 100 100 500 -20 〜+60

1 2.4 5.1 60 100 100 500

1 2.8 6.6 80 150 100 500

1 3.0 7.1 80 150 100 500

Note *1. Minimum bend radius:for B1.1,B1.3, B4 single mode fiber and multi-mode fiber,20D under dynamic bending and 10D

under static bending;for B6 fiber, 1OD (dynamic) and 5D (static). (D is overall diameter of round cable)

2. All the data in the table are for reference are subject to change without notification

Tight buffered

Bare fiber

Coating

Aramid yarn

Jacket

Structural Diagram

P37

GJ(A)FJBV/H/U (Duplex Flat Indoor Cable)


• Soft,flexible, easy to handle.

• For indoor cabling system.

• Applicable for pigtail fiber and jumper wire.

• Applicable for optical connection in optical communication machine room, optical distribution frame, optical

device or equipment.

• Good mechanical and environmental property.

• Excellent flame retardance and easy to strip.

• Jacket can be made of flame retardant PVQLSZH flame retardant polyolefin, TPU or other agreed material.


Performance

Fiber Count

Cable Size

(mm)




2 1.6x3.3 4.5 60 120 100 500

-20 〜+60

2 1.8x37 5.5 60 120 100 500

2 2.0X4.1 7 90 150 100 500

2 2.4X4.9 10 90 150 100 500

2 2.8x57 13 120 220 100 500

2 3.0X6.1 14 120 220 100 500

Note 1. Minimum bend radius:for B1.1,B1.3,B4 single mode fiber and multi-mode fiber,20H under dynamic bending and 10H under static

bending;for B6 fiber, 10H (dynamic) and 5H (static). (H is the minor axis height of flat cable.)


Tight buffered Bare fiber Coating Aramid yarn Jacket

Structural Diagram

P38

GJFJV/H/U (Duplex Round Indoor Cable)


• Soft,flexible, easy to handle.

• Suitable for pigtail fiber and jumper wire.

• Suitable for optical connection in optical communication machine room, optical distribution frame, optical

device, equipment, etc.


• Excellent pressure, tensile, bending and flame resistance property.

• Anti-rodent.

• Jacket can be made of flame retardant PVC,LSZH flame retardant polyolefin,TPU or other agreed materials.


Performance

Fiber Cable Size Count

(mm)

Cable

Weight

(kg/km)



1 3 17 150 300 1500 4000 -20~+60

2 3.2 20 150 300 1500 4000

Note 1. Minimum bend radius:for B1.1,B1.3,B4 single mode fiber and multi-mode fiber, 20D dynamic bending and 10D under static bending; for

B6 fiber, 10D (dynamic) and 5D (static). (D is overall diameter of round cable) 2. All the data in the table are for reference and subject to change

without notification.

Metal armor



Metallic braid armor

Jacket

Structural Diagram

P39

Multi-fiber Round Indoor Armored Cable


• Soft, flexible, easy to handle.


• Suitable for optical connection in optical communication machine room, optical distribution frame, optical

device, equipment etc.


• Excellent pressure, tensile, bending and flame resistance property.

• Anti-rodent.

• Jacket can be made of flame retardant PVC, LSZH flame retardant polyolefin,TPU or other agreed materials.


Performance

Fiber

Count

Cable Size

(mm)


Tensile Load(N) Crush Load (N/100mm) Temperature

Range


4 6.5 65 300 600 1500 4000

-20 〜+60 6 6.5 65 300 600 1500 4000

8 7.5 75 350 700 1500 4000

12 8 85 400 800 1500 4000

Note 1. Minimum bend radius:for B1.1,B1.3,B4 single mode fiber and multi-mode fiber, 20D under dynamic bending and 10D under static

bending; for B6 fiber, 10D (dynamic) and 5D (static). (D is overall diameter of round cable).

2. The data of cable size and weight are calculated according to 4)0.9 tight buffered fiber.



Inner sheath

Metallic armor


Metallic braiding Jacket

Structural Diagram

P40

Multi-fiber Distribution Round Indoor Cable

Ⅰ




• Support high-capacity data transmission.

• Suitable for indoor horizontal cabling.

• Suitable for pigtail fiber, jumper wire, and optical connection in optical communication machine room,

optical distribution frame, optical device, equipment, etc

• Jacket can be made of flame retardant PVC, LSZH flame retardant polyolefin or other agreed materials.


Performance

Fiber Count

Cable Size

(mm)




4 5.0 20 120 300 200 1000

-20〜+60 6 5.2 22 120 300 200 1000

8 5.5 26 150 350 200 1000

12 6.5 36 200 500 200 1000

Note 1. Minimum bend radius:for B1.1 ,B1.3, B4 single mode fiber and multi-mode fiber,20D under dynamic bending and 10D under static

bending;for B6 fiber, 1OD (dynamic) and 5D (static). (D is overall diameter of round cable)

2. The data of cable size and weight are calculated according to 中 0.9 tight buffered fiber.



Aramid yarn

Jacket

Structural Diagram

P41

Multi-fiber Distribution Round Indoor Cable

Ⅱ







optical distribution frame, optical device, equipment, etc



Performance

Fiber Count

Cable Structure

(unit*core number)

Cable Size (mm)

Cable

Weight

(kg/km)

Tensile Load(N) Crush Load

(N/100mm) Temperature Range(°C)

Long -term

Short -term

Long -term

Short -term

16 4x4 13.1 132 400 1000 300 1000

-20 〜+60

24 6x4 16 192 500 1200 300 1000

36 6x6 17.5 235 550 1300 300 1000

48 6x8 18 266 600 1400 300 1000

64 8x8 20 308 650 1400 300 1000

72 6x12 21 335 700 1500 300 1000

96 8x12 23.2 478 800 1600 300 1000

Note 1. Minimum bend radius:for B1.1, B1.3, B4 single mode fiber and multi-mode fiber, 20D under dynamic bending and 10D under static

bending; for B6 fiber, 10D (dynamic) and 5D (static). (D is overall diameter of round cable)

The data of cable size and weight are calculated according to 中 0.9 tight buffered fiber.


Sub-cable unit Optional central strength member

Wrapping tape

Overall jackett

Structural Diagram

P42

Multi-Fiber Break-out Round Indoor Cable Ⅰ







optical distribution frame, optical device, equipment, etc.



Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)


Range(°C)


4 6.6 38 200 400 300 1000

-20 〜+60

6 7.8 58 250 500 300 1000

8 9 77 300 600 300 1000

10 10.7 108 350 700 300 1000

12 11.9 135 400 800 300 1000

Note 1. Minimum bend radius:for B1.1,B1.3, B4 single mode fiber and multi-mode fiber,20D under dynamic bending and 10D under static

bending;for B6 fiber, 10D (dynamic) and 5D (static).(D is overall diameter of round cable)

• The data of cable size and weight are calculated according to cf)2.0 single-fiber cable.

• All the data in the table are for reference and subject to change without notification.

Structural Diagram

Single-fiber cable

Non-metallic central strength member

Optional wrapping member

Jacket

P43

Multi-Fiber Break-out Round Indoor Cable Ⅱ

Structural Diagram







optical distribution frame, optical device, equipment, etc.



Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)


Range(°C) Long-term Short-term Long-term Short-term

14 11 102 450 850 300 1000

-20 〜+60

16 12 121 500 950 300 1000

18 12.7 133 550 1000 300 1000

20 13.6 156 600 1100 300 1000

22 14.5 168 650 1200 300 1000

24 15.5 185 700 1300 300 1000

Note 1. Minimum bend radius:for B1.1, B1.3r B4 single mode fiber and multi-mode fiber, 20D under dynamic bending and 10D under static

bending; for B6 fiber, 10D (dynamic) and 5D (static). (D is overall diameter of round cable)

The data of cable size and weight are calculated according to 中 2.0 single-fiber cable.


Single-fiber cable

Inner wrapping tape

Non-metallic central strength member Rip cord Outer wrapping tape Jacket

P44

Flat Optical-fiber-ribbon Indoor Cable Ⅰ




• Suitable for indoor cabling and lead-into-building cable.


• For optical connection in optical communication machine room, optical distribu-tion frame, optical device,

equipment, etc.



Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)

Tensile Load(N) Crush Load (N/100mm) Temperature Range (°C)


4 2.5X3.5 9 80 200 200 500

-20 〜+60 6 2.5X4.0 11 80 200 200 500

8 2.5X4.5 12 80 200 200 500

12 2.5X5.0 14 80 200 200 500

Note 1. Minimum bend radius:forB1.1, B1.3, B4 single mode fiber and mult 卜 mode fiber, 20H under dynamic bending and 10H under static

bending; for B6 fiber, 10H (dynamic) and 5H (static). (H is the minor axis height of the flat cable.)


Structural Diagram


Optical fiber ribbon

Jacket

P45

Flat Optical-fiber-ribbon Indoor Cable Ⅱ

Structural Diagram




• Suitable for indoor cabling and lead-into-building cable.


• For optical connection in optical communication machine room,optical distribu-tion frame, optical device,

equipment, etc.



Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km )


Range(°C) Long-term Short-term Long-term Short-term

4 1.0x4.3 8 130 300 200 500

-20 〜+60 6 1.0x4.8 10 130 300 200 500

8 1.0x5.4 12 130 300 200 500

12 1.0x6.5 14 130 300 200 500

Note 1. Minimum bend radius:forB1.1,B1.3,B4 single mode fiber and multi-mode fiber, 20H under dynamic bending and 10H under static

bending;for B6 fiber, 10H (dynamic) and 5H (static). (H is the minor axis height of flat cable.)


Metallic strength member Optical fiber ribbon Jacket

P46

GJXFH (Bow-type Drop Cable)

Structural Diagram



install.

• Special flexibility design, suitable for indoor and terminal installation where cable may be bended repeatedly.


• Excellent anti-bending property when G.657 bending insensitive fiber is applied, no influence on transmission

loss when the cable is installed at turnings indoors or in small spaces.


• Avoid leading lightning indoors when entire non- metallic structure is applied.

Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)



1 3.0X2.0 9 40 80 500 1000

-40 〜+60 2 3.0X2.0 9 40 80 500 1000

3 3.0X2.0 9 40 80 500 1000

Note 1. Minimum bend radiusrfor B6 fiber, 1 OH under dynamic bending and 5H under static bending. (H is the minor axis height of flat cable.)



Colored coated fiber

Jacket

P47

GJXH (Bow-type Drop Cable)

Structural Diagram



install.




loss when the cable is installed at turnings indoors or in small spaces.


Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)


Range


1 3.0X2.0 11 100 200 1000 2200

-40 〜+60 2 3.0X2.0 11 100 200 1000 2200

4 3.0X2.0 11 100 200 1000 2200

Note 1. Minimum bend radiusrfor B6 fiber, 1 OH under dynamic bending and 5H under static bending.(H is the minor axis height of flat cable.)



Colored coated fiber

Jacket

P48

GJXD(F)H(Metallic (Non-metallic) Ribbon Fiber

Bow-type Drop Cable)

Structural Diagram



install.


• Optical fiber ribbon is placed between two strength members, with excellent crush and tensile resistance.


loss when the cable is installed at turnings indoorsor in small spaces.


Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)



4 4.0X2.0 13 (15) 40(100) 80(200) 500(1000) 1000(2200) -40 〜+60

Note 1. Minimum bend radius:for B6 fiber, 10H under dynamic bending and 5H under static bending. (H is the minor axis height of flat cable.)



Optical fiber ribbon

LSZH Jacket

P49

GYFTA (Waterproof Pigtail Cable)

Structural Diagram




• Suitable for optical connection in optical communication machine room, optical distribution frame.

• Suitable for equipment connection in one room or in different floors.

• Jacket can be made of HDPE,flame retardant PVC, LSZH flame retardant polyolefin,TPU or other agreed

materials.


Performance

Fiber Count

Cable Size

(mm)

Cable

Weight

(kg/km)

Tensile Load(N) Long-term Short-term

Crush Load (N/100mm) Long-term Short-term

Temperature Range

(°C)

4 8.5 54 200 400 500 1000

6 10 81 240 500 500 1000 -20〜+60

8 11.7 108 300 600 500 1000

Note 1. Minimum bend radius:for B1.1, B13, B4 single mode fiber and multi-mode fiber, 20D under dynamic bending and 10D under static bending;

for B6 fiber, 10D (dynamic) and 5D (static). (D is overall diameter of round cable)

The data of cable size and weight are calculated according to dp2.0 single-fiber cable.


Waterblocking tape Single-fiber cable

Non-metallic


Aluminum tape armor

Jacket

P50

Non-dispersion Shifted Single-mode Optical Fiber

(G.652B)

Structural Diagram


• Model: G652B

• Standard: Complies with or exceed the technical specifications in ITU-T G.652.B&IECB1.1.

• Feature: Low attenuation, dispersion and PMD, suitable for high bit-rate and long distance transmission.

• Application: Suitable for all optical cable constructions, including ribbon, loose tube stranded, slotted core,

central tube, tight buffered designs.

Technical Parameter

Fiber Property Main Indexes Technical

Parameter

Geometrical

Dimensions

Cladding diameter 125.0±0.7um

Cladding non-circularity ≤ 1%

Coating diameter 245±7 um

Coating/cladding non-concentricity error ≤ 12 um

Coating non-circularity ≤ 6%

Core/cladding concentricity error ≤ 0.6um

Fiber curl (radius) ≥ 4m

Optical

Characteristics

Optical

Characteristics

MFD(1310nm) 9.2±0.4um

MFD(1550nm) 10.4±0.5um

Attenuation at 1310nm ≤ 0.34dB/km



Attenuation discontinuity at 1310nm ≤ 0.05dB

Max. attenuation at 1285-1330nm,compared to that at

1550nm ≤ 0.04dB/km

Max. attenuation at 1525-1575nm,compared to that at

1550nm ≤ 0.03dB/ km


Outer Coating Cladding Core Inner Coating

P51

PMD ≤ 0.2ps/(km1/2)

PMD ≤ 0.1 ps/(km1/2)

Zero-dispersion wavelength 1312±12nm

Zero-dispersion slope ≤ 0.091

ps/(nm2.km)

1285 〜1339nm ≤ 3.4 ps/(nm.km)

1271 〜1360nm ≤ 5.3 ps/(nm.km)

Cable cutoff wavelength 入 c ≤ 1260nm

Mechanical

Property （Coating

strip

Force）

Proof test level 1%

Dynamic fatigue ≤20

Average value 1.5N

Peak value 1.3-8.9N

Environmental

Property

Temperature attenuation (-60~85℃),two cycles, at

1550nm) ≤0.05 dB/km

Temperature-humidity cycling attenuation (85 士 2℃,

relative humidity ≥85%, 30 days, at 1550nm) ≤0.05 dB/km

Water immersion attenuation (23±5℃ 30 days, 1550nm) ≤0.05 dB/km

Dry heat aging attenuation (85±2℃, relative humidity

50%,30 days, 1550nm) ≤0.05 dB/km

Bending

Property

1 turn, @32mm 1550nm ≤0.05 dB

100 turns @50mm 1310nm ≤0.05 dB

100 turns @50mm 1550nm ≤0.05 dB

100 turns @60mm 1625nm ≤0.05 dB

P52

Wavelength Band Extended Non-Dispersion Shifted

Single-mode Optical Fiber (G652D)

• Model： G652D

• Standard: Complies with or exceed the technical specifications in ITU-T G.652D&IECB1.3.

• Features: 1260〜1625nm full band transmission, superior optical property satisfies the

transmission requirements of DWDM and CWDM system.

• Application: suitable for all optical cable constructions, including ribbon, loose tube

stranded, slotted core, central tube, tight buffered designs.

Technical Parameter

Fiber Property Main Indexes Technical Parameter

Geometrical

Dimensions


Cladding non-circularity ≤1%



Coating non-circularity ≤6%

Core/cladding concentricity error ≤0.6um

Fiber curl (radius) ≥4m

MFD(1310nm) 9.2 士 0.4um

MFD(1550nm) 10.4±0.5um

Optical

Characteristics

Attenuation at 1310nm ≤0.34dB/km




Max. attenuation at 1285-1330nm,

compared to that at 1550nm ≤0.04dB/km

Max. attenuation at 1525-1575nm,

compared to that at 1550nm ≤ 0.03d B/km



PMD ≤ 0.2ps/(km1/2)

PMDq ≤ 0.1 ps/(km1/2)


Zero-dispersion slope ≤ 0.091 ps/(nm2.km)

1285〜1339nm ≤3.4 ps/(nm.km)

P53

1271〜1360nm ≤5.3 ps/(nm.km)

Cable cutoff wavelength λc ≤ 1260nm

Mechanical

Property

Coating strip

Force

Proof test level 1%

Dynamic fatigue ≥ 20

Average value 1.5N

Peak value 1.3-8.9N

Environmental

Property

Temperature attenuation

(-60~85℃),two cycles, at 1550nm) ≤ 0.05 dB/km

Temperature-humidity cycling attenuation

(85 士 2℃, relative humidity≥85%, 30 days, at 1550nm) ≤ 0.05 dB/km

Water immersion attenuation

(23±5℃ 30 days, 1550nm) ≤0.05 dB/km

Dry heat aging attenuation

(85±2℃, relative humidity 50%,30 days, 1550nm) ≤0.05 dB/km


(-60~85℃),two cycles, at 1550nm) ≤0.05 dB/km

Bending

Property

1 turn, @32mm 1550nm ≤0.05 dB

100 turns @50mm 1310nm ≤0.05 dB

100 turns @50mm 1550nm ≤0.05 dB

100 turns @60mm 1625nm ≤0.05 dB

P54

Non-zero Dispersion Shifted Single-mode

Optical Fiber for DWDM (G655C) • Model： G655C for DWDM

• Standard： Complies with or exceed the technical specifications in ITU-T G.655 & I EC B4.

• Feature: Compliant with the requirements of 10-40Gb/s transmission system at C and L

band.Fully compliant with system transmission requirements for its low attenuation,

dispersion, PMD and zero-Dispersion slope 丄 ow bending loss at 1550nm and the more

sensitive 1625nm window.

• Application: high bit-rate, single/multi-channel, long distance digital trans-mission

system; suitable for all optical cable constructions, including ribbon, loose tube stranded,

slotted core, central tube, tight buffered designs.

Technical Parameter


Geometrical

Dimensions


Cladding non-circularity ≤1%



Coating non-circularity ≤6%

Core/cladding concentricity error ≤ 0.6um

Fiber curl (radius) ≥ 4m

Optical

Characteristics

MFD(1550nm) 9.1 10.1um



Max. attenuation at 1525-1575nm, compared

to that at 1550nm ≤0.02dB/km


PMD ≤ 0.2ps/(km1/2)

PMD ≤ 0.1 ps/(km1/2)

Zero-dispersion wavelength ≤ 1520 nm

dispersion slope ≤ 0.084 ps/(nm2.km)

1530〜1565nm ≥ 2，≤ 6ps/(nm.km)

1565〜1625nm ≥ 4.5，≤ 11.2 ps/(n

m.km)

Cable cutoff wavelength λc ≤1450nm

Proof test level 1%

P55

Mechanical

Property

Dynamic fatigue ≥20

Coating strip Average value 1.5N

force Peak value 1.3-8.9N

Environmental

Property


(-60℃±85℃, two cycles, at 1550nm) ≤ 0,05 dB/ km

Temperature-humidity cycling attenuation (85 土 2℃,

relative humidity ≥ 85%,30 days, at 1550nm) ≤0.05 dB/km


(23±5℃), 30 days, 1550nm) ≤ 0.05 dB/km

Dry heat aging attenuation (85±2℃,

relative humidity 50%,30 days,1550nm) ≤0.05 dB/km

Bending

Property

1 turn, @32mm 1550nm ≤0.05 dB

100 turns @50mm 1310nm ≤0.05 dB

100 turns @50mm 1550nm ≤0.05 dB

100 turns @60mm 1625nm ≤0.05 dB

P56

Bend Insensitive Single-mode Optical Fiber (G.657.A2)

• Model： G.657.A2

• Standard： Complies with or exceed the technical specifications in ITU-T

G.657.A1/A2/B2.

• Feature： Minimum bend radius 7.5mm,superior anti-bending property.Fully compatible

with G.652 single-mode fiber.Full band (1260〜1626nm) transmission 丄 ow PMD for high

bit-rate and long distance transmission.Extremely low micro-bending attenuation,applicable

for all optical cable types including ribbon cable.High anti-fatigue parameter ensures service

life under small bending radius.

• Application: All cable constructions,! 260〜1626nm full band transmission, FTTH high

speed optical routing, optical cable in small bend radius,small-size optical fiber cable and

device, L-band

Technical Parameter


Geometrical

Dimensions


Cladding non-circularity ≤ 0.5%

Coating diameter 243 士 5 um


Coating non-circularity ≤6 %

Core/cladding concentricity error ≤.5um

Fiber curl (radius) ≥4m

Optical

Characteristics

MFD(1310nm) 8.8±0.4 um

MFD(1550nm) 9.8 士 0.5 um



Attenuation at 1550nm ≤ 0.21 dB/km


Max. attenuation at 1285-1310nm, compared

to that at 1310nm ≤ 0.03dB/ km

Max. attenuation at 1525-157511m, compared

to that at 1550nm ≤ 0.02dB/km

Attenuation non-continuity at 1310nm ≤ 0.05dB/km

Attenuation discontinuity at 1550nm ≤ 0.05dB/km

PMD ≤ 0.2ps/(km1/2)

PMDq ≤ 0.1 ps/(km1/2)


P57

Zero-dispersion slope ≤ 0.092 ps/(nm2.km)

Dispersion at 1550nm ≤ 17ps/(nm.km)

Dispersion at 1625nm ≤ 22ps/(nm.km)

Cable cutoff wavelength Ac ≤ 1260nm

Mechanical

Property

Proof test level 1%

Dynamic fatigue ≥20

Coating strip Average value 1.7N

force Peak value 1.3-8.9N

Environmental

Property


(-60~85℃),two cycles, at 1550nm) ≤0.05 dB/km

Temperature-humidity cycling attenuation (85 士 2℃,

relative humidity ≥85%, 30 days, at 1550nm) ≤ 0.05 dB/km


(23±5℃ 30 days, 1550nm) ≤ 0.05 dB/km

Dry heat aging attenuation (85±2℃,

relative humidity 50%,30 days, 1550nm) ≤ 0.05 dB/km

Bending

Property

10 turns, 15mm radius, at 1550nm ≤ 0.03 dB

10 turns, 15mm radius, at 1625nm ≤ 0.1dB

1 turn, 10mm radius, at 1550nm ≤ 0.1dB

1 turn, 10mm radius, at 1625nm ≤ 0.2dB

1 turn, 7.5mm radius, at 1550nm ≤ 0.2dB

1 turn, 7.5mm radius, at 1625nm ≤ 0.5dB

P58

Covering Sheet for Communication Optical Cable

(complex type covering simple type)

Description Type structure type The left one covering the right one

Communicati

on

Optical Cable

Optical

Cable

Stranded

Optical Cable

GYTA53/GYTS53 GY(T)A GY(T)Y

GY(T)Y53 GY(T)S GY(T)Y

GYTA333 GYTA33 GY(T)A GY(T)Y

GYTS333 GYTS33 GY(T)S GY(T)Y

GYFTY53 GYF(T)Y

GYFTY63 GYF(T)Y

Central Tube

Optical Cable

GYXTW33 GYXTS

GYXTW GYXTY

GYXTW53 GYXTW GYXTY

GYXTA

GYFXTY

Optical

Fiber

Ribbon

Cable

Stranded

Optical Cable

GYDTA53 GYD(T)A GYD(T)Y

GYD(T)Y53 GYD(T)S GYD(T)Y

GYDTA333 GYDTA33 GYD(T)A GYD(T)Y

GYDTS333 GYDTS33 GYD(T)S GYD(T)Y

GYFDTY63 GYFD(T)Y

Central Tube

Optical Cable

GYDX(T)W33 GYDX(T)Y

GYDX(T)W GYDX(T)Y

GYDX(T)W53 GYDX(T)W GYDX(T)Y

GYDX(T)A

Note 1. The covering principle: besides the complex one covering the simple one, must be more fiber cores type covering the less one. (For

example: GYTA53 12B1 cannot covering GYTA 24B1).

2. The testing items and performance for GYTS53 is the same as that for GYTA53.

P59

Covering Sheet for Flame-retardant non-metallic Communication Optical Cable

(complex type covering simple type) Description Type structure type The left one covering the right one

Communicatio

n

Optical Cable

Optical

Cable

Stranded

Optical

Cable

GYTA53 GY(T)A GY(T)Y

GY(T)Y53 GY(T)S GY(T)Y

GY(T)ZA GY(T)A GY(T)Y

GYTZA53 GY(T)ZY GY(T)Y

GY(T)ZY53 GY(T)Y53 GY(T)S GY(T)Y

GY(T)ZS GY(T)Y

GY(T)ZY GY(T)Y

GYFTZY53 GYF(T)Y53 GYF(T)Y

GYF(T)ZY GYF(T)Y

Note The covering principle: besides the complex one covering the simple one, must be more fiber cores type

covering the less one. (For example: GYTA53 12B1 cannot covering GYTA 24B1).

P60

Qianxin High Technology Group

Web: www.QXHTgroup.com.cn

Tel: 0755-82590507

Fax: 0755-82590507

HQ Address: QianXin Industry Park, Gui'an Dist, Guizhou Province

Shenzhen Add: 4/F, Build 5, Fu'An Robot CS Industrial Park,Dayang

Street, FuYong town,BaoAn Dist 518103, ShenZhen, China

Fiber Optical cable brochure-QianXin

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Transcript of Fiber Optical cable brochure-QianXin