Outdoor Non-Armoured Issue: 07 revised TECHNICAL …

TECHNICAL DATASHEET T09-381_B

Outdoor Non-Armoured Cable, PE Sheath

Issue: 07 revised

Date: 15th Mar. 2017 of 17

Issue No. Date 03 26th Jun. 2015 Add one ripcord under outer sheath.

04 24th Feb. 2016 Add G657A1 & G657A2 fiber spec.

05 26th Sep. 2016 Add Cable Performance Tests standards.

06 15th Mar. 2017 Corrected 48F cable to 4T+2F

07 24th Feb. 2018 Add 48F Nylon sheath cable

07 revised 26th Feb. 2018 Chang Nylon sheath color into blue



Issue: 07 revised



General Description:

These cables are used for the outdoor applications and comprise of 2 to 144 Fibers.

For cables with fibre counts ≤ 12, the cable structure is made up of the central PBT Loose Tube

containing the fibres and a thixotropic gel.

Aramid yarns are placed around the perimeter of the loose tube, to provide mechanical strength to the

cable. Finally an outer sheath of Anti-UV black PE, with a nominal radial thickness of 1.6mm is applied

over the Aramid yarns. One ripcord under outer sheath.

For cables with a fibre count >12, the cables are of stranded construction. The core structures and tube

colour codes are define in the below table.

Loose Tubes are manufactured from high strength, low shrinkage PBT Compound, and each tube will

contain up to 12 optical fibres and a thixotropic jelly, to prevent water penetration and protect the fibres

against shock. Fibre colour sequence is defined in the below table. For intermediate fibre counts Black PE

Fillers are substituted for loose tube where necessary to retain the cable shape.

The elements are SZ stranded around a non-metallic central strength member (FRP with coating if

necessary) and the formation retained with polyester binders. The cable core is of “dry core” design to

prevent ingress of water. Two water blocking yarns are applied over the central strength member (one

longitudinally and one helically). A water blocking tape is then longitudinally over the cable core and

retained with a helically applied binder.

Finally an outer sheath of Anti-UV black PE, with a nominal radial thickness of 1.7mm is applied over the

cable core. One ripcord under outer sheath.

Cable Marking:

It is proposed to print on the outer sheath of the cable with white colour ink or hot foil tape, sequential

markings every 1 meter intervals. (According to 3M formal order requirement)

Table for Fiber Colours

Element No.> 1 2 3 4 5 6

Color > Blue Orange Green Brown Grey White

Element No.> 7 8 9 10 11 12

Color > Red Black Yellow Violet Pink Aqua



Issue: 07 revised


Table for Cable Core Construction

Element 1 2 3 4 5 6

16 core Blue L.T.

4 F Orange L.T.

4 F Black PE

Filler Green L.T.

4 F Brown L.T.

4 F Black PE

Filler

24 core Blue L.T.

4 F

Orange L.T.

4 F

Green L.T.

4 F

Brown L.T.

4 F

Grey L.T.

4 F

White L.T.

4 F

Element 1 2 3 4 5 6

36 core Blue L.T.

12 F

Black PE

Filler

Orange L.T.

12 F

Black PE

Filler

Green L.T.

12 F

Black PE

Filler

48 core Blue L.T.

12 F Orange L.T.

12 F Black PE

Filler Green L.T.

12 F Brown L.T.

12 F Black PE

Filler

72 core Blue L.T.

12 F

Orange L.T.

12 F

Green L.T.

12 F

Brown L.T.

12 F

Grey L.T.

12 F

White L.T.

12 F

Element 1 2 3 4 5 6

96 core

Blue L.T.

12 F

Orange L.T.

12 F

Green L.T.

12 F

Brown L.T.

12 F

Grey L.T.

12 F

White L.T.

12 F

7 8

Red L.T.

12 F

Black L.T.

12 F

Element 1 2 3 4 5 6

144 core

Blue L.T.

12 F

Orange L.T.

12 F

Green L.T.

12 F

Brown L.T.

12 F

Grey L.T.

12 F

White L.T.

12 F

7 8 9 10 11 12

Red L.T.

12 F

Black L.T.

12 F

Yellow L.T.

12 F

Violet L.T.

12 F

Pink L.T.

12 F

Aqua L.T.

12 F

Notes: L.T. = Loose Tube

*F = the number of optical fibre in the tube For the central loose tube cables, the tube colour will be natural (White).



Issue: 07 revised


Drawing and Principal Parameters, 2 to 12 Fibers Cable (Drawing shows 12 fibers cable as an example)

Technical Parameters

Parameter Units Value / Details

Fiber Count 2 to 12

No. of Loose Tube 1 tube

Outer Diameter of Tube mm 4.1 ± 0.1

Cable Diameter mm 8.2 ± 0.5

Approx. Cable Weight Kgs/km 50

Tensile Strength

Operation N 600 (fibre strain less than 0.2%)

Installation N 1500 (fibre strain less than 0.6%)

Cable Bend

Operation ≥ 10 x Cable Diameter

Installation ≥ 20 x Cable Diameter

Crush Resistance N/10cm 1000

Operational Temperature ℃ -40 to +70

Installation Temperature ℃ -10 to +60

Storage/Shipping Temperature ℃ -40 to +70

Shipping Lengths m Up to 3000 ± 5%

Ripcord



Issue: 07 revised


Drawing and Principal Parameters, 16, 24, 36, 48 & 72 Fibers Cable (Drawing shows 72 fibers cable as an example)



Fiber Count 16 24 36 48 72

Fibers per Tube 4 4 12 12 12

No. of Loose Tubes & Fillers (T= tube, F= filler)

4T+2F 6T 3T+3F 4T+2F 6T

Outer Diameter of Tube/Filler mm 2.0 2.0 2.3 2.3 2.3

Cable Diameter mm 10.1 10.1 11.0 11.0 11.0

Approx. Cable Weight Kgs/km 75 75 87 87 88

Tensile Strength Operation N 600 (fibre strain less than 0.2%)


Cable Bend Operation ≥ 10 x Cable Diameter






Shipping Lengths m up to 4000 ± 5%

Ripcord



Issue: 07 revised


Drawing and Principal Parameters, 96 Fibers Cable



Fiber Count 96

No. of Loose Tubes & Fillers 8 tubes

Outer Diameter of Tube/Filler mm 2.3 ± 0.1












Ripcord



Issue: 07 revised


Drawing and Principal Parameters, 144 Fibers Cable



Fiber Count 144

No. of Loose Tubes & Fillers 12 tubes

Outer Diameter of Tube/Filler mm 2.3 ± 0.1












Ripcord



Issue: 07 revised


Drawing and Principal Parameters, 48 Fibers Nylon sheath Cable (Drawing shows 72 fibers cable as an example)



Fiber Count 48

Fibers per Tube 12

No. of Loose Tubes & Fillers (T= tube, F= filler)

4T+2F

Outer Diameter of Tube/Filler mm 2.3

Cable Diameter mm 12.0













Issue: 07 revised


Cable Performance Tests Test Standard Value Sanction* Maximum Tension at installation (short term)

IEC 60794-1-2-E1 Installation tensile load l/l fibre 0.6%,

reversible

Maximum Tension at operation (long term)

IEC 60794-1-2-E1 Operation tensile load l/l fibre 0.2%,

0.4 dB (MM Fibre)

0.3 dB (SM Fibre)

Crush (short term) IEC 60794-1-2-E3 1000N / 100mm (2F-12F) 2000N / 100mm (16F-144F)

0.4 dB (MM Fibre) 0.3 dB (SM Fibre)

Crush (long term) IEC 60794-1-2-E3 300N / 100mm (2F-12F) 600N / 100mm (16F-144F)

0.4 dB (MM Fibre) 0.3 dB (SM Fibre)

Torsion IEC 60794-1-2-E7 +/- 180°, 10 cycles 0.4 dB (MM Fibre)

0.3 dB (SM Fibre)

Cable kink EN 60794–1–2-E10 R=10 x cable Ø No kink, no damage

Repeated bending IEC 60794-1-2-E6 R=20 x cable Ø, 25 cycles 0.4 dB (MM Fibre)

0.3 dB (SM Fibre)

Cable bend IEC 60794-1-2-E11 R=10 x cable Ø, 1 cycle 0.4 dB (MM Fibre)

0.3 dB (SM Fibre)

Temperature range IEC 60794-1-2-F1 -40 -> +70°C

0.6 dB/km (MM Fibre)

0.4 dB/km (MM Fibre)

Water Penetration IEC 60794-1-2-F5B sample=3m, water=1m (without

messenger)

No water leakage after 24

hour

* values for single-mode fibres, all optical measurements performed at 1550 nm values for multi-mode fibres, all optical measurements performed at 1300 nm



Issue: 07 revised


Optical Fiber Characteristic

SINGLE MODE OPTICAL FIBRE ITU-T G.652D TECHNICAL DETAILS


General Characteristics

Material: Silica/Germanium doped silica

Index Profile: Step Index, Matched Cladding

Dimensions

Cladding Diameter m 125 ± 0.7

Cladding Non-Circularity error % 1.0

Core / Cladding concentricity error m 0.5

Primary Coating

Material: UV Cured acrylic resin

External Diameter (uncoloured fibre) m 245 ± 5

Coating Concentricity error m 12

Transmission Characteristics

Mode Field Diameter @ 1310 nm m 9.2 ± 0.4

Max. Attenuation (Loose tube cabled Fibre) @ 1310 nm

@ 1383 nm @ 1550 nm

dB/km

dB/km dB/km

0.40

0.40

0.25

Chromatic Dispersion In the range 1285 to 1330 nm

@ 1550 nm

@ 1625 nm

ps/(nm.km)

ps/(nm.km)

ps/(nm.km)

3.5

≤ 18

22

Cabled cut-off wavelength “cc” nm 1260

Zero dispersion wavelength (o) ps/(nm2.km) 1302 to1320

Zero Dispersion Slope (SO) ps/(nm2.km) 0.092

Polarisation mode dispersion coefficient (PMD SINGLE DRUM)

PMD LINK

ps/√km

ps/√km

0.2

0.08

Effective Group Index @ 1310 nm

@ 1550 nm

1.4675

1.4681

Mechanical Characteristics of Primary Fibre

Proof Test for 1 sec (or equivalent) % 1



Issue: 07 revised


MULTI MODE OPTICAL FIBRE (OM1) 62.5/125



Material (Core / Cladding): Doped Silica / Silica

Index Profile: Graded Index

Dimensions

Core Diameter m 62.5 ± 2.5

Core Non-Circularity % ≤ 6.0


Cladding Non-Circularity % 1.0

Core / Cladding Concentricity m 1.0

Coating / Cladding concentricity m 12.0

Primary Coating


External Diameter (uncoloured fibre) (coloured fibre)

m

m

245 ± 10 250 ± 15


Max. Attenuation (Loose tube cabled Fibre)

@ 850 nm @ 1300 nm

dB/km dB/km

3.5

1.5

Numerical Aperture 0.275 ±0.015

Bandwidth

@ 850 nm @ 1300 nm

MHz.km MHz.km

≥ 200 ≥ 600

Effective Group Index

@ 850 @ 1300

1.496 1.491





Issue: 07 revised


MULTI MODE OPTICAL FIBRE 50/125 (OM2)





Dimensions

Core Diameter m 50 ± 2.5






Primary Coating


External Diameter (uncoloured fibre)

(coloured fibre)

m

m

245 ± 10

250 ± 15


Max. Attenuation (Loose tube cabled Fibre) @ 850 nm

@ 1300 nm

dB/km

dB/km

3.5

1.5


Bandwidth

@ 850 nm overfilled LED


MHz.km

MHz.km

≥ 500

≥ 500

Effective Group Index @ 850

@ 1300

1.482

1.477





Issue: 07 revised


MULTI MODE OPTICAL FIBRE – 50/125 (OM 3)





Dimensions







Primary Coating



m

m

245 ± 10 250 ± 15



@ 850 nm @ 1300 nm

dB/km dB/km

3.5

1.5


Bandwidth



@ 850 nm Laser

MHz.km

MHz.km

MHz.km

≥ 1500

≥ 500

≥ 2000*


@ 1300

1.482

1.477



*: Effective Modal Bandwidth Capability: 10Gb/s over 300m



Issue: 07 revised


MULTI MODE OPTICAL FIBRE – 50/125 (OM3+/OM4)





Dimensions







Primary Coating



m

m

245 ± 10 250 ± 15



@ 850 nm @ 1300 nm

dB/km dB/km

3.5

1.5


Bandwidth



@ 850 nm Laser

MHz.km

MHz.km

MHz.km

≥ 3500

≥ 500

≥ 4700*


@ 1300

1.482

1.477



*: Effective Modal Bandwidth Capability: 10Gb/s over 550m



Issue: 07 revised


SINGLE MODE OPTICAL FIBRE ITU-T G.657A1 TECHNICAL DETAILS



Material: Silica/Doped Silica

Index Profile: Step Index

Dimensions




Primary Coating





Mode Field Diameter @ 1310 nm m 8.2~9.2

Max. Attenuation (Tight Buffered Fibre) @ 1310 nm

@ 1380 nm @ 1550 nm

dB/km

dB/km dB/km

0.4

0.4

0.3


At 1550 nm At 1625 nm

ps/(nm.km)

ps/(nm.km) ps/(nm.km)

3.5

18

22




Polarisation mode dispersion coefficient (PMD) PMDlink

ps/√km ps/√km

0.1

0.07


Proof Test for 1 sec (or equivalent) % ≥ 1.0

Macrobending Loss

10 turns around 15mm radius @ 1550nm

10 turns around 15mm radius @ 1625nm 1 turn around 10mm radius @ 1550nm

1 turn around 10mm radius @ 1625nm

dB

dB dB

dB

0.25

1.0

0.75

1.5



Issue: 07 revised


SINGLE MODE OPTICAL FIBRE ITU-T G.657A2 TECHNICAL DETAILS



Material: Silica/Doped Silica

Index Profile: Step Index

Dimensions




Primary Coating





Mode Field Diameter @ 1310 nm m 8.4~9.2

Max. Attenuation (Tight Buffered Fibre) @ 1310 nm

@ 1380 nm @ 1550 nm

dB/km

dB/km dB/km

0.4

0.4

0.3


At 1550 nm At 1625 nm

ps/(nm.km)

ps/(nm.km) ps/(nm.km)

3.7

18.5

23




Polarisation mode dispersion coefficient (PMD)

PMDlink

ps/√km

ps/√km

0.1

0.07


Proof Test for 1 sec (or equivalent) % ≥ 1.0

Macrobending Loss

10 turns around 15mm radius @ 1550nm 10 turns around 15mm radius @ 1625nm

1 turn around 10mm radius @ 1550nm 1 turn around 10mm radius @ 1625nm

1 turn around 7.5mm radius @ 1550nm 1 turn around 7.5mm radius @ 1625nm

dB dB

dB dB

dB dB

0.03

0.1

0.1

0.2

0.5

1.0



Issue: 07 revised


SINGLE MODE OPTICAL FIBRE ITU-T G.655D TECHNICAL DETAILS



Material: Silica/Germanium doped silica

Index Profile: Step Index, Matched Cladding

Dimensions




Primary Coating





Mode Field Diameter @ 1550 nm m 9.6 ± 0.4


@ 1550 nm

@ 1625 nm

dB/km

dB/km

0.22

0.25

Chromatic Dispersion

In the range 1530 to 1565 nm

In the range 1565 to 1625 nm

ps/(nm.km)

ps/(nm.km)

6

≤ 11.2



Polarisation mode dispersion coefficient

(PMD SINGLE DRUM)

PMD LINK

ps/√km

ps/√km

0.1

0.04

Effective Group Index

@ 1310 nm

@ 1550 nm

1.468

1.469



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