FRP Strength Member Multitube Single Jacket Duct Cable

FRP Strength Member Multitube Single Jacket Duct Cable
Details:
FRP Strength Member Multitube Single Jacket Duct Cable as a whole has a loose sheath structure, and the extruded polyethylene sheath outside the cable core provides comprehensive protection for the cable.
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Description
Technical Parameters
FRP Strength Member Multitube Single Jacket Duct Cable
(GYFTY)

 

product-631-463

1-Optical fiber

2-Central strength member

3-Tube Filling Compound

4-Loose Tube

5-Cable Filling Compound

6-Outer sheath

7-Filler rod

 

Features
 

 

product-750-750
1

All medium non-metal structure, to prevent strong electric erosion and natural environment lightning intrusion, high safety performance.

2

Easy to install.

3

Full filling of water resistance material in casing and cable core gap, good longitudinal water seep prevention effect.

 

Technical Characteristics
 

 

Fiber count

Min.Bend Radius(mm)

Cable diameter
(mm)

Cable weight
(Kg/km)

Tensile strength
Long/short term(N)

Crush
Long/short term
(N/100mm)

During installation

After installation

2~36

25D

12.5D

10.0

90

600/1500

300/1000

38~72

25D

12.5D

11.4

138

600/1500

300/1000

74~96

25D

12.5D

13.0

151

600/1500

300/1000

98~120

25D

12.5D

13.7

166

600/1 700

300/1000

132~144

25D

12.5D

16.3

228

600/2200

300/1000

 

 

Fiber Transmission Performance
 

 

Cabled Optical fiber

(dB/km)

62.5um

(850nm/1300nm)

50um

(850nm/1300nm)

G.652

(1310nm/1550nm)

G.655

(1550nm/1625nm)

Max attenuation

3.5/1.5

3.5/1.5

0.36/0.22

0.22/0.26

Typical value

3.0/1.0

3.0/1.0

0.35/0.21

0.21/0.24

 

Notes
1.D denotes the diameter of the cable;
2.The above parameters are typical value;
3.The cable spec can be designed according to customer's requirement.
Environmental Characteristic
• Transport/storage temperature: -40℃ to +70℃
Applications

• FRP strength member multitube single jacket duct cables are mostly used in Duct and non-self supporting aerial.

Packaging and Drum

• Standard length: 2,000m; other lengths are also available.
• The cables are packed in wooden drums,can also be based on customer requirements.

 

Testing
 

 

Our fiber optic cable testing services include but are not limited to:

1

OTDR test: Use an optical time domain reflectometer (OTDR) to test optical cables to detect the loss, reflection and connection quality of the optical fiber, helping you find fault points and problems in the optical cable.

2

Optical power test: Conduct optical power test on optical cables to ensure that the intensity of optical signals meets standard requirements and ensure communication quality.

3

Optical cable tension and crushing tests,etc.

 

Service
 

 

1

Customized services: Hengtong provides customers with personalized customized optical cable products and solutions, designing and producing according to customer needs and requirements, ensuring that the products fully match the needs of the project.

2

Quality Assurance: Hengtong strictly controls quality during the production process to ensure that products meet international standards and customer requirements to provide reliable products and quality services.

3

Price competitiveness: Hengtong provides competitive prices to meet customers' budgets and needs by improving production efficiency and reducing costs.

 

Partner
 

 

QQ20240313133734
product-879-333
168429940411
product-1010-435
product-884-351

 

FAQ
 

 

Q: What are the differences and respective advantages between non-metallic reinforcements and metal reinforcements in optical cables?

A: FRP strength member:
Corrosion resistance: Non-metal reinforcements have good corrosion resistance and perform well in harsh environments such as moisture, acid and alkali.
Lightweight: Non-metallic strength members are usually lighter than metal strength members, which helps reduce the total weight of optical cables and facilitates installation and maintenance.
Steel wire strength member
High strength: Metal reinforcements have high strength and rigidity, and can effectively protect optical cables from external pressure and damage.
Tensile performance: Metal reinforcements can withstand large tensile forces and protect optical fibers from stretching and breakage.

Q: What is the role of selection and cleaning of optical cable ducts?

A: Duct selection: Select ducts suitable for optical cable installation and ensure that the diameter, material and internal smoothness of the ducts meet the requirements. The duct should be wide enough to facilitate the laying and maintenance of fiber optic cables.
Duct cleaning: Before installing optical cables, it is necessary to ensure that the inside of the duct is clean and free of debris and obstructions to avoid damaging the optical cables or increasing laying resistance.

Q: What should you pay attention to when installing fiber optic cables?

A: Optical cable protection: During the laying process of optical cables, care must be taken to protect the optical cables from damage and avoid shearing, bending or squeezing and other actions that are detrimental to the optical fibers. Appropriate protective sleeves or sheaths can be used to enhance the durability of the optical cables.
Tension control: When laying optical cables, the tension must be controlled to avoid over-stretching the cable and causing breakage or damage to the optical fiber.

 

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