Drop Cable

4.0 FTTH Cable Singlemode, LSZH sheath


Drop cables for aerial and building installations, designed to run from the distribution point to the subscriber.

A wide range of drop cables is available for aerial and building installations. Designed to run from the distribution point to the subscriber these are available in accordance with any customer specification. Designs can include special jacketing requirements such as Low-Smoke Zero-Halogen (LSOH) or flame-retardant materials.


DatasheetInquiry

Characteristics

  • Tight buffer fiber in 2.0mm loose tube with jelly compound inside to protect the fiber
  • High strength yarn member, small outer diameter, low lightweight, excellent bending property and suitable to installation and operation
  • LSZH jacket


Applications

The specifications are suitable for the general requirements of fiber optic telecommunicating and FTTH application


Technical Parameters

Construction of optical fiber cable.

Items

Description

No. of fiber

1

2

Fiber model no.

Single mode: G657A

Single mode: G657A

Tight buffer fiber diameter

1*0.9mm

2*0.6mm

Strength member

Aramid yarn

Aramid yarn

Jacket

LSZH

LSZH

Color of Jacket

Black

Black

Outer jacket diameter

4.0±0.2mm

4.0±0.2mm

Approx. weight cable Kg/Km

16

16


Mechanical and environmental data:

Temperature range

Storage/Shipping temperature range

Operating temperature range

-20 ~ +70

Min. Bending Radius

(mm)

Dynamic

mm

20H

Static

mm

10H

Max. Tension (N)

Short-term

N

500

Long-term

N

200

Max. Crushing Resistance (N/100mm2)

N/100mm2

600


Characteristics of the single mode fiber (ref. ITU-T G657A)

Items

Units

Specification

Attenuation

dB/km

0.34 at 1310nm, 0.22 at 1550nm

Chromatic dispersion

Ps/nm. km

3.5 at 1285nm~1330nm18.0 at 1550nm

Zero dispersion Wavelength

nm

1300~1324

Zero dispersion slope

Ps/nm. km

0.095

Cut-off wavelength (λcc,22m of a cabled fiber

nm

1260

Mode field diameter

μm

8.6±0.5

Mode field concentricity

μm

0.8

Cladding diameter

μm

125±1.0

Cladding non-circularity

%

1.0

Coating cladding concentricity error

μm

12.5

Coating diameter

μm

245±10

Bending loss (Bare fiber) radius:7.5mm *1 turn

dB

0.5 at 1550nm

Proof test

kpsi

100


International standards:

IEC 61754; TIA/EIA 604-5

ITU-T G.652D