Indoor Fiber Optic Cable

Micro Tube Fiber Optic Cable,indoor fiber optic cable,micro fiber optic cable

Indoor Micro Tube Fiber Optic Cable

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Indoor Micro Tube Fiber Optic Cable is made by placing multiple colored optical fibers (single mode or multimode fibers) in LSZH micro tubes, and spiral twisting multiple unit micro tubes around non-metallic tensile elements (aramid) to wrap a layer of water blocking tape to form a circular cable core. The outer layer of the cable core is effectively reinforced with multiple aramid yarns, and finally a layer of LSZH material is extruded (suitable color strips are extruded according to customer requirements), its purpose is to facilitate laying and construction maintenance identification.
Micro Tube Fiber Optic Cable,indoor fiber optic cable,micro fiber optic cable

Product Details

Indoor Micro Tube Fiber Optic Cable is made by placing multiple colored optical fibers (single mode or multimode fibers) in LSZH micro tubes, and spiral twisting multiple unit micro tubes around non-metallic tensile elements (aramid) to wrap a layer of water blocking tape to form a circular cable core. The outer layer of the cable core is effectively reinforced with multiple aramid yarns, and finally a layer of LSZH material is extruded (suitable color strips are extruded according to customer requirements), its purpose is to facilitate laying and construction maintenance identification.


Cable Section:


Main Features

1. The  cable adopts a completely non-metallic structure, which has good lightning  protection effect;
2. The  outer layer contains multiple strands of high-strength aramid fibers, which  have excellent tensile and curling resistance;
3. The  product is high-density and has a small outer diameter, which can switch  between indoor and outdoor. It is dry and lightweight, with excellent peeling  effect;
4. Micro  unit with thin wall design, easy to branch and peel off;

5. The  product can adapt to a certain length of Z-shaped conduit and can achieve  roundabout wiring;

Standards

YD/T1258.4-2005 and IEC 60794.
YD/T1258.4-2005 and  IEC 60794 standards.

Optical Fiber Specification


G.652

G.655

50/125μm

62.5/125μm

Attenuation
(+20℃)

@850nm



≤3.0dB/km

≤3.0dB/km

@1300nm



≤1.0dB/km

≤1.0dB/km

@1310nm

≤0.36dB/km

≤0.36dB/km



@1550nm

≤0.22dB/km

≤0.23dB/km



Bandwidth
(Class A)

@850



≥500MHZ·km

≥200MHZ·km

@1300



≥1000MHZ·km

≥600MHZ·km

Numerical Aperture




0.200±0.015NA

0.275±0.015NA

Cable Cut-off Wavelength


≤1260nm

≤1480nm



Cable Technial Parameters

 Fiber Count

Cable Diameter
     mm

 Cable Weight
      Kg/km

 Tensile Strength 
      Long/Short Term
      N

  Crush Resistance 
      Long/Short Term
      N/100m

 Bending Radius
      Static/Dynamic
      mm

12

5.5

27

400/1000

300/1000

20D/10D

24

7.1

45

450/1100

300/1000

20D/10D

48

7.7

53

500/1320

300/1000

20D/10D

72

8.2

60

500/1320

300/1000

20D/10D

96

8.6

68

600/1500

300/1000

20D/10D

144

10.5

89

600/1500

300/1000

20D/10D

Technical Parameters

Transportation temperature

-40℃~+70℃

Storage temperature

-40℃~+70℃

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