Fire Resistant FRP Strength Member Single Jacket Metal Armoured Cable

Fire Resistant FRP Strength Member Single Jacket Metal Armoured Cable
Details:
Fire Resistant FRP Strength Member Single Jacket Metal Armoured Cable as a whole has a loose tube SZ-stranded structure, and the aluminum tape / steel tape armouring outside the cable is extruded with flame-retardant sheath to provide comprehensive protection.
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Description
Technical Parameters
Fire Resistant FRP Strength Member Single Jacket Metal Armoured Cable
(GYFTZA/GYFTZS)

 

product-688-456

1-Fiber

2-FRP

3-APL/PSP

4-Cable Filling Compound

5-Loose Tube

6-Tube Filling Compound

7-Filler Rod

8-Flame-retardant Sheath

 

Features
 

 

product-700-700
1

Using flame retardant sheath, flame retardant performance is better.

2

The cable is longitudinally covered with APL.The cable has good moisture resistance. / Cable outer steel tape armouring.Good lateral compression resistance

3

The gap between the casing and the cable is fully filled with water-blocking materials, which has good effect of preventing longitudinal water seepage.

 

Technical Characteristics
 

 

1.GYFTZA

 

Fiber count

units

Max.fiber

count per tube

Cable diameter

(mm)

Cable weight

(Kg/km)

Tensile strength

Long/short term(N)

Crush

Long/short term

(N/100mm)

Min.Bend Radius (mm)

Dynamic

Static

2~36

6

6

10.6

130

600/1500

300/1000

25D

12.5D

38~72

6

12

11.4

149

600/1500

300/1000

25D

12.5D

74~96

8

12

12.8

188

1G

300/1000

25D

12.5D

98~120

10

12

14.2

223

1G

300/1000

25D

12.5D

 

2.GYFTZS

 

Fiber count

units

Max.fiber

count per tube

Cable diameter

(mm)

Cable weight

(Kg/km)

Tensile strength

Long/short term(N)

Crush

Long/short term

(N/100mm)

Min.Bend Radius (mm)

Dynamic

Static

2~36

6

6

10.6

144

600/1500

300/1000

25D

12.5D

38~72

6

12

11.5

167

1G

300/1000

25D

12.5D

74~96

8

12

12.8

202

1G

300/1000

25D

12.5D

98~120

10

12

14.3

247

1G

300/1000

25D

12.5D

 

 

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

• 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.

 

Service
 

 

1

We can guarantee that the production will be carried out according to your requirements, and you can contact us at any time if you have any questions or quality problems, and we will give you a satisfactory reply and treatment.

2

We are a professional optical cable manufacturer dedicated to providing customers with high-quality, reliable optical cable products and high-quality customized solutions. We have advanced production equipment and technical teams to meet the diverse needs of our customers and provide a full range of service support.

 

Transportation
 

 

Our shipping services cover the world, so no matter where you are, we can get your products to your destination quickly and efficiently. Whether you need sea, air or land transportation, we can provide you with the best quality transportation solutions to ensure the safety of your products during transportation.

 

 

Partner
 

 

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

 

FAQ
 

 

Q: How do you ensure that the performance of the fiber optic cable is reliable?

A: We have dedicated laboratories for high temperature, combustion and tensile testing, etc.

Q: Can I get my test data with my cables?

A: We can provide you with the test data, what you need for your optical cables.

Q: What determines the tensile strength of a fiber optic cable?

A: The tensile strength of a fiber optic cable is determined by the Central strength member and aramid.

 

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