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Butterfly shaped fiber optic cables for indoor wiring of GJXH, GJXDH, GJXFH, and GJXFDH

1 Traditional butterfly-type optical cable

product description :

GJXH (Metal Reinforcement, LSZH Sheath, Non-Self-Propelled)

GJXDH (Fiber Optic Tape, Metal Reinforcement, LSZH Sheath, Non-Self-Propelled)

GJXFH (Non-metallic Reinforcement, LSZH Sheath, Non-self-supporting)

GJXFDH (Fiber Optic Tape, Non-Metallic Reinforcement, LSZH Sheath, Non-Self-Propelled)

 

operative norm :

YD/T 1997.1-2014 Introduction of Optical Cables for Communications Part 1: Butterfly Optical Cables

2-core parallel butterfly optical cable

product description :

Dual-core Independent GJXH (with metal reinforcement, LSZH sheath, and non-self-supporting design)

Dual-core Independent GJXFH (Non-metallic Reinforcement, LSZH Sheath, Non-self-supporting)

 

operative norm :

YD/T 1997.1-2014 Introduction of Optical Cables for Communications Part 1: Butterfly Optical Cables

Consulting Product
Product Details

FTTX introduces product series

Product Application:

The cable is suitable for fiber to the home.

Product features:

Butterfly introduction optical cable

Small outer diameter, light weight, flame retardant, easy to peel, and high flexibility;

Reinforcement members are made of glass fiber rods, aramid reinforced fiber rods or fine steel wires;

The self-sealing butterfly cable suspension wire adopts steel wire or steel strand, which has good tensile strength;

Good flame retardant performance.

Dual-core side-by-side butterfly optical cable

Can realize two butterfly optical cables laid at one time;

Each core of the optical cable can be independently terminated without branching.

Circular light cable

Small outer diameter, aramid yarn reinforcement, high flexibility and high strength.

Microfiber tube butterfly-type optical cable

Microfiber tubes replace the optical fibers in traditional butterfly cables, with a capacity of 2-12 cores.

The micro-beam tube optical unit features a fully dry design with compact dimensions and ultra-thin walls. Its 12-core micro-beam tube has a diameter of just 1.4mm.

Micro-slip tubes and butterfly sleeves are easy to separate, facilitating connection and simplifying installation and maintenance.

Two parallel reinforcement members provide the optical cable with excellent compression resistance and protect the optical fiber.

Optical cable structure is simple, light weight, practicality

The micropipe structure has better attenuation transmission characteristics

Low-smoke halogen-free (LSZH) flame-retardant outer sheath

 

Tubular butterfly cable introduction

Suitable for pipe entry;

Good water resistance and tensile strength;

Excellent horizontal waterproof performance.

Waterproof tail cable

Good horizontal waterproof performance, good tensile performance;

Each unit cable can be terminated individually.

 

Operating temperature: -20℃ ~ +70℃

 

transmission performance

Optical fiber type

62.5μm(OM1)

850nm/1300nm

50μm(OM2)

850nm/1300nm

50μm(OM3)

850nm/1300nm

SM

1310nm/1550nm

Maximum attenuation (dB/km)

3.5/1.5

3.5/1.5

3.5/1.5

0.4/0.3

Attenuation (dB/km)

3.5/1.5

3.0/1.0

3.0/1.0

0.38/0.25

Note: Other optical fibers can also be provided based on user requirements.

Butterfly cable for indoor wiring

GJXH、GJXDH、GJXFH、GJXFDH)

1 Traditional butterfly-type optical cable

Product structure diagram:

 

product description :

GJXH (Metal Reinforcement, LSZH Sheath, Non-Self-Propelled)

GJXDH (Fiber Optic Tape, Metal Reinforcement, LSZH Sheath, Non-Self-Propelled)

GJXFH (Non-metallic Reinforcement, LSZH Sheath, Non-self-supporting)

GJXFDH (Fiber Optic Tape, Non-Metallic Reinforcement, LSZH Sheath, Non-Self-Propelled)

 

operative norm :

YD/T 1997.1-2014 Introduction of Optical Cables for Communications Part 1: Butterfly Optical Cables

 

Technical parameters (typical values):

model

Number of cores

specifications

mm)

Weight (kg/km)

Stretch force (N)

Long term short term

Flattening force (N)

Long term short term

bending radius (mm)

Static Dynamic

GJXH

1,2,4

2.0×3.0

9.2

100

200

1000

2200

15

30

anti-friction GJXH

1,2

1.6×2.0

7.2

100

200

1000

2200

15

30

GJXDH

4

2.0×4.0

9.3

100

200

1000

2200

15

30

GJXFH

1,2,4

2.0×3.0

8.2

40

80

500

1000

15

30

anti-friction GJXFH

1,2

1.6×2.0

5.5

40

80

500

1000

15

30

GJXFDH

4

2.0×4.0

8.3

40

80

500

1000

15

30

Note 1. The corresponding technical parameters can be adjusted according to customer requirements;

2. The system can be equipped with PVC or other customer-specified sheath materials based on requirements.

2-core parallel butterfly optical cable

Product structure diagram:

5967_kovq_7792.png

 

product description :

Dual-core Independent GJXH (with metal reinforcement, LSZH sheath, and non-self-supporting design)

Dual-core Independent GJXFH (Non-metallic Reinforcement, LSZH Sheath, Non-self-supporting)

 

operative norm :

YD/T 1997.1-2014 Introduction of Optical Cables for Communications Part 1: Butterfly Optical Cables

 

Technical parameters (typical values):

model

Number of cores

specifications

mm)

Weight (kg/km)

Stretch force (N)

Long term short term

Flattening force (N)

Long term short term

bending radius (mm)

Static Dynamic

Dual-core Independent GJXH

1

2.0×6.0

23.1

100

300

1000

2200

15

30

Dual-core Independent GJXFH

1

2.0×6.0

16.4

40

100

500

1000

15

30

Note 1. The corresponding technical parameters can be adjusted according to customer requirements;

2. The system can be equipped with PVC or other customer-specified sheath materials based on requirements.