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Back to list 192 Cores Armored Cable
Note: The outer sheath material, color and printing information of the cable can be customized according to customer's requirements

Item

Unit

Description

192 cores

(8 subunits

Each has 24 cores)

Outer diameter

mm

2.3±0.1

Thickness

mm

0.25±0.1

Material

/

LSZH

Color

/

White

Fiber diameter

μm

Φ250±15

Fiber count

24 cores

The first 12 cores are: blue, orange, green, brown, gray, white, red, black, yellow, purple, pink, green; The last 12 cores add a black color ring on the basis of the first 12 cores (where the corresponding black fiber is changed to natural color, and no color ring is added) the distance between the color rings is required to be no more than 100mm. The rest comply with the provisions of GB 6995.2-86 Part 2: Standard color

Armor tube

Material

/

Stainless steel

Outer diameter

mm

11.1±0.1

Outer jacket

Outer jacket material

/

TPU

Outer jacket color

mm

Black (PANTONE Black 3C)

Outer jacket thickness

mm

1.4±0.15

Outer jacket diameter (D)

mm

14.4±0.3 or finer

Others

Tensile material

/

Aramid yarn

Strength member material

/

FRP

Min. bending radius

/

5D

Cable net weight

kg/km

≤Provided by supplier


  • Cable performance
  • Application
  • Fiber properties
  • Color-coded
  • Other information
Cable performance

Optical performance

Max.Cabled Attenuation(db/km)

850nm

dB/km

≤3.0

1300nm

dB/km

≤1.0

Reference

GJB1427B-2013


Mechanical performance

NO.

Technical

parameter

Performance

index

Reference

Note

1

Tensile

Tensile short-term 1500Nthe load time is not less than 1min. The sample should have no crack, or fracture, or the elongation should not be greater than 2%, and the change in light transmission property during and after the test should not be greater than 0.5dB.

GJB1428B-2009 3.5.1.1

2

Flatten

Flatten3000N/100mmthe load time is not less than 1min. The sample should have no crack, or fracture, or the elongation should not be greater than 2%, and the change in light transmission property during and after the test should not be greater than 0.5dB.

GJB1428B-2009 3.5.5

3

Crush

Weight of drop hammer 0.5kg, cycle times 30 times. The sheath should have no cracks, or other damage that may cause the penetration of the sheath, and the change in light transmission performance should not be greater than 0.5dB.

GJB1428B-2009 3.5.8

4

Bending

The cycle rate is 30 times per minute, and the number of cycles is 500. The sheath should be free of cracks. During and after the test, the change of light transmission property is not more than 0.5dB.

GJB1428B-2009 3.5.4

5

Twist

The test load is 100N and the number of cycles is 500 times. There should be no softening, surface damage (no crack, cor other damage that may cause sheath penetration) or damage to identification marks. During and after the test, the change of light transmission property is not more than 0.5dB.

GJB1428B-2009 3.5.6

Environmental performance

NO.

Technical

parameter

Performance

index

Reference

Note

1

Temperature shock

Temperature-40℃+85℃

Limit temperature duration: 2h each;

Number of cycles: 5

Eligibility criteria: the sheath should not be softened, surface damage or identification mark damage, the cable diameter change should not be greater than ±10%. During and after the test, the change of light transmission performance is not more than 0.5dB/Km.

GJB1428B-2009

2

Temperature

cycle

Temperature-40±2℃→+25±2℃→+85±2℃→+25±2℃

Limit temperature duration: 4h each;

Number of cycles: 5

Eligibility criteria: the sheath should not be softened, surface damage or identification mark damage, the cable diameter change should not be greater than ±10%. During and after the test, the change of light transmission performance is not more than 0.5dB/Km.

GJB1428B-2009

4

Mold test

The test methods were carried out according to GJB 150.10A-2009 "Military Equipment Laboratory Environmental Test Method Part 10 Mold Test".

a) Duration of the test: 28d;

b) Test strain: strain group 2;

c) The surface mildew grade of the tested product after mold test should not be more than grade 2.

GJB150.10A-2009


Flammability flame retardant meets

GJB1428B-2009 Requirements


Application

Excellence rodent resistence

Anti-torsional

Fiber to home

Tensile

Horizontal wiring

Duct

Vertical wiring

Direct-buried

Base station stretching

Overhead pipeline

Equipment room deployment

100% Waterproof

Field deployment

100% Fireproof

Fiber properties

Item

Unit

Parameter

Fiber type

Tensile 0M3 Multi-mode

10G300m

Geometrical features

Cladding diameter

μm

Φ125.0

Cladding out of roundness

%

≤6

Coat unroundness

%

≤2

Core/cladding concentricity error

μm

1

Coating diameter

μm

Φ245±10

Coating/cladding concentricity error

μm

≤12.5

Transfer characteristic

Attenuation

850nm

dB/km

3.0

1300nm

dB/km

1.0

Min. bandwidth

Overfilled width(850nm)

MHz.km

1500

Overfilled width(1300nm)

500

Effective modal bandwidth (850nm)

2000

Bending attenuation

(radius7.5mm2 circles)

Wavelength 850nm

dB

0.2

Wavelength 1300nm

dB

0.5

Bending attenuation

(radius15mm2 circles)

Wavelength 850nm

dB

0.1

Wavelength 1300nm

dB

0.3

Bending attenuation (radius37.5mm100 circles)

Wavelength 850nm

dB

0.5

Wavelength 1300nm

dB

0.5

NA

/

0.200±0.015

Mechanical features

Fiber strength

GPa

0.69

Dynamic fatigue parameter

/

≥20

Peeling power of coating power

N

5~13.3

Other properties of fibers not listed in the table comply with GJB1427B standards, unless otherwise specified.

Color-coded

1

2

3

4

5

6

7

8

9

10

11

12

Blue

Orange

Green

Brown

Gray

White

Red

Black

Yellow

Purple

Pink

Dark green

 

 

 

 

 

 

 

 

 

 

 

Other information