Figure 8 self-supporting cable GYTC8S

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Figure 8 self-supporting cable GYTC8S

Model: GYTC8S
Figure 8 self-supporting cable GYTC8S, 2~144 fibers, central strength member (steel), jelly filled, fiber contained loose tube and PP filler (if necessary) stranded, water blocking jelly, longitudinally covered by copolymer coated steel tape, PE outer sheath, fig 8 type, the suspension line (1.2x3=3.6mm), 7 steel wires stranded together. G652D SM fiber, detailed specification on your request.

Figure 8 self-supporting cable GYTC8S, 2~144 fibers, central strength member (steel), jelly filled, fiber contained loose tube and PP filler (if necessary) stranded, water blocking jelly,    longitudinally covered by copolymer coated steel tape, PE outer sheath, fig 8 type,  the suspension line (1.2x3=3.6mm), 7 steel wires stranded together. G652D SM fiber, detailed specification on your request.
Features
◇Low dispersion and attenuation
◇ Proper design, precise control for fiber excess length and distinct stranding process
    render the cable excellent mechanical and environmental properties
◇ With small cable diameter, light cable weight, easily to lay
◇ The armoring of corrugate steel tape make cable have nice properties of moisture resistance     and crush resistance
◇ Operating Temperature : -40~+60 ℃
Description
Loose tube style, optical fiber cable with metallic central strength member of steel wire/strand and moisture barrier inner sheathed. Cable protected by a black PE oversheath, suitable for duct or aerial application. Tubes contain optical single-mode or multimode fibers color coded as per color coding scheme.

Parameter

Items

unit

Details

Fiber counts

--

12

Optical fiber

Type

--

G652D

Loose tube

Material

-- 

PBT

Diameter

mm(±0.2)

1.85

Structure

--

1+5

Corrugated steel tape

--

YES

Central strength member

--

Steel wire

Cable diameter

mm(±0.3

9.3

Tension

N

3500

Crush

N/100mm

1000

Min. Bending radius

Short term

20 times cable diameter

Long term

10 times cable diameter

Temperature range

Storage

-50 to 70

Operation

-40 to 60

Application


Long-distance communications and communication between

Remark:Mechanical sizes are nominal values

 

Characteristics

Specified values

Attenuation   

1310nm (dB/km)

≤0.36

1550nm (dB/km)

≤0.22

Max increased attenuation compare with attenuation at 1310 with 1285-1330 (dB/km)

≤0.05

Max increased attenuation compare with attenuation at 1550 with 1480-1580 (dB/km)

≤0.05

Attenuation at the water peak(1383±3) (dB/km)

≤2.0

Discontinuity difference at 1310 and 1550 (dB)

≤0.10

Uneven at 1310 and 1550 (dB)

≤0.050

Attenuation difference at both ends (dB/km)

≤0.015(1310)

≤0.015(1550)

Induced Attenuation (-60 to +85;-10 to +80 RH95%; Water Immersion at 23;Heat Aging at 85) (dB/km)

1310nm (dB)

≤0.05

1550nm (dB)

≤0.05

Mode-field Diameter

1310nm (um)

9.2±0.4

1550nm (um)

10.4±1.0

Cut-off Wavelength

Fiber Cut-off Wavelength

1100-1330

Cable Cut-off Wavelength

≤1260

Dispersion (ps/nm.km)

1285-1339nm(ps/nm.km)

≤3.5

1270-1360nm(ps/nm.km)

≤5.3

1550nm(ps/nm.km)

≤20

Zero Dispersion Wavelength (nm)

13001322

Zero Dispersion Slope ps/(nm².km)

≤0.092

Individual Fiber Polarization Mode Dispersion ps/(nm².km)

≤0.20

Dimensional Specification

Cladding Diameter (um)

125±1.0

Core-clad concentricity (um)

≤0.5

Cladding Non-circularity(%)

≤1

Coating Diameter (um)

245±5

Coating-Cladding Concentricity (um)

≤12

Mechanical Specification

Proof Test (%)

1.00.7Gpa

Fiber Curl (M)

≥4

Attenuation with Bending

Induced attenuation after wrapped 100 turns around a mandrel (dB)

≤0.11550nm Ф60

≤0.051310nmФ60

Induced attenuation after wrapped 1 turns around a mandrel (dB)

≤0.51550nmФ32

/

Other Specification

Fatigue Resistance Parameter (Nd)

>20

Appearance

Arrange orderly, color brilliance, Cladding is fastness and smoothly, not desquamate