Caracter i Sticas Cables

7/31/2019 Caracter i Sticas Cables

1/25

INDEX

External Network

Dry Core Cables

CTP-APL ........................................................................................................................................... CTS-APL ........................................................................................................................................... CTP-APL-AS ..................................................................................................................................... CTP-APL-SN ..................................................................................................................................... CCE-APL ...........................................................................................................................................

2 e 34 e 56 e 78 e 9

10 e 11

Gel Core Cable

CTP-APL-G ........................................................................................................................................ CTS-APL-G ............................................................................................................................................

CCE-APL-G ........................................................................................................................................

12 e 1314 e 15

16 e17

Internal Network

CIT ..................... ..................... ...................... ..................... ...................... ............................... .............. 18 e 19

Cable Forms .............................................................................................................................

Correction Factors.............................................................................................................Color Code ..................................................................................................................................

Others Products ....................................................................................................................

20 e 21

22

23 e 24

25

1

www.furukawa.com.br

URUKAF WABUILDING THE NETWORKS OF THE FUTURE


2/25

CTP-APL

Specification:ABNT NBR 9124 and Telebrs 235.320.701ANATEL Certification 46298-XXX-256

2

Electrical Characteristics

Conductor Diameter (mm) 0,40 0,50 0,65

Maximum Electrical Resistance (/km)

Resistive Unbalance (%)

MutualCapacitance (nF/km)

Average

CapacitanceUnbalance (pF/km)

P x P

P x T

Far EndCrosstalk Leak (dB/km)

150kHz

Near EndCrosstalk Leak (dB)

1024kHz

150kHz

1024kHz

AverageTransmissionAttenuation (dB/km)

Applied Voltage (V )cc

Max. Average

Max. Individual

20 p

> 20 p

Max. RMS

Max. Individual

Max. Average

Max. Individual

Max. RMS

Min. Individual

Min. RMS

Min. Individual

Min. Individual

Min. Individual

150 kHz

1024 kHz

C X C

C X B

12.0 8.0 6.0

26.0 20.4 16.0

2500 3000 3600

10000

147.2 94.0 55.8

2.0 1.5 1.5

5.0 5.0 4.0

46 ~56

48 ~54

45.3

181

574

2625

68

58

52

35

53

40

Overall Features

Specifications Value

Conductor Bare Copper

Conductor Diameter (mm)0.400.500.65

Number of Pairs 10 to 2400

Insulation Polyethylene or Polypropylene

Cladding Non-moisture Absorbing Tape(s)

External Sheath APL Sheath

* Other conductor diameters and cable composition available on inquiry.

Application:

The rigorous technical characteristics ofthis product allows transmitting analogand digital signals via high-ratestate-of-the-art transmission technologiessuch as ADSL, HDSL, VDSL, ISDN, etc.Provides a significant improvement in newservices, such as: multimedia, Internet,remote conferencing and voice over IP,among other. Its robust construction affordstotal protection from bad weather. Indicatedfor external networks as trunk, primary orsecondary cable, and can be installed inducts lines or overhead lines.

Description:

Telephone cable consisting of solidelectrolytic copper conductors.Thermoplastic insulation, grouped in pairs,core protected by an APL sheath.


3/25

External NetworkDry Core Cable

3

CTP-APL40

10 9.4 79 2000

20 10.7 114 2000

30 12.2 154 2000

50 14.2 223 2000

75 16.2 303 2000

100 17.2 378 2000

200 23.9 698 2000

300 28.8 1021 2000

400 31.8 1336 1000600 38.1 1965 1000

900 44.9 2850 500

1200 50.9 3739 500

1500 56.6 4623 400

1800 62.0 5004 400

2400 69.9 7274 400

CTP-APL50

10 10.7 101 2000

20 11.7 153 2000

30 13.9 212 200050 16.4 350 2000

75 19.1 400 2000

100 21.6 620 2000

200 28.8 1150 1000

300 34.6 1160 1000

400 38.6 2170 1000

600 46.1 2972 500

900 55.3 4359 400

1200 63.0 5765 400

1500 69.9 7159 400

CTP-APL65

10 11.7 150 2000

20 14.0 239 2000

30 16.1 324 2000

50 20.1 490 2000

75 23.6 739 2000

100 26.7 947 2000

200 36.9 1775 1000

300 44.1 2577 1000

400 50.3 3392 400

600 57.4 5031 400

900 71.2 7450 400

Size Characteristics

Number ofPairs

RatedExternalDiameter

(mm)

RatedNet Mass(kg/km)

RatedLength

(m)

Designation


4/25

CTS-APL

Application:

The use of Foam Skin insulation results ina lighter weight and more compact productas compared to CTP-APL cable. Allowstransmitting analog and digital signals via

high-rate-state-of-the-art transmissiontecnologies such as ADSL, HDSL, VDSL,ISDN, etc. Provides a significantimprovement in new services, such as:multimedia, lnternet, remote conferencingand voice over IP, among other. Its robustconstruction affords total protection frombad weather. Indicated for external networks,such as trunck, primary or secondary cable,and can be installed in ducted lines oroverhead lines.

Description:

Telephone cable consisting of solidelectrolytic copper conductors. Expandedthermoplastic insulation coated with a thinlayer of solid thermoplastic, grouped in pairs,core protected by an APL Sheath.

Specification:Telebrs 235.320.714, Furukawa PT 0480ANATEL Certification 47098-XXX256

4


Conductor Diameter (mm) 0.40 0.50


Resistive Unbalance(%)


Average


P x P

P x T


150kHz

TransmissionAttenuation (dB/km)

1024kHz

150kHz

1024kHz

Average


Max. Average

Max. Individual

20 p

> 20 p

Max. RMS

Max. Average

Max. Individual

Min. RMS

Min. Individual

Min. RMS

Min. Individual

Min. Individual

Min. Individual

150 kHz

1024 kHz

C X C

C X B

12.0 8.0

26.0 20.4

1700 2000

10000

147.2 94.0

1.5

5.0

46 ~56

48 ~54

45.3

181

574

2625

68

58

52

53

40

Overall Features



Conductor Diameter (mm)0.400.50


Insulation Foam Skin




2.0


Min. Individual

35


5/25


5


Number ofPairs


(mm)

RatedNet Mass(kg/km)

RatedLength

(m)

Designation

CTS-APL40

10 9.4 70 2000

20 10.7 111 2000

30 12.0 143 2000

50 13.5 213 2000

75 15.8 294 2000

100 17.4 372 2000

200 23.1 684 2000

300 27.8 1003 2000

400 30.8 1296 1000600 36.6 1904 1000

900 44.5 2827 500

1200 50.2 3682 500

1500 55.8 4563 400

1800 60.4 5366 400

2400 69.0 7146 400

CTS-APL50

10 10.5 88 2000

20 11.4 140 2000

30 13.5 189 200050 15.8 285 2000

75 18.0 406 2000

100 20.4 519 2000

200 27.3 958 1000

300 32.6 1400 1000

400 38.4 1809 1000

600 43.3 2642 400

900 53.8 3902 400

1200 61.3 5129 400

Conductor

Expanded PE(Plastic + Air)

Solid PE


6/25

CTP-APL-AS

Application:

The technical characteristics of this productallow transmitting analog and digital signalsvia high-rate-state-of-the-art transmission

technologies such as ADSL, HDSL, ISDN, etc.Provides a significant improvement in newservices, such as: multimedia, lnternet, remoteconferencing and voice over IP, among other.Its robust construction affords total protectionfrom bad weather. Indicated for externalnetworks as secondary cable, and can beinstalled in ducts or overhead lines.

Description:

Telephone cable consisting of solid electrolyticcopper conductors. Thermoplastic insulation,

grouped in pairs, core protected by a APLsheath. Supported by thermoplastic-coatedsteel cordage, fitted in parallel with theAPL sheath. Specification:

ABNT NBR 9889 and Telebrs 235.320.704ANATEL Certification 46398-XXX256

6

Overall Features










Conductor Diameter (mm) 0.40 0.50 0.65




Average


P x P

P x T


150kHz


1024kHz

150kHz

1024kHz



Max. Average

Max. Individual

20 p

> 20 p

Max. RMS

Max. Individual

Max. Average

Max. Individual

Max. RMS

Min. Individual

Min. RMSMin. Individual

Min. Individual

Min. Individual

150 kHz

1024 kHz

C X C

C X B

12.0 8.0 6.0

26.0 20.4 16.0

2500 3000 3600

10000

147.4 94.0 55.8

2.0 1.5 1.5

5.0 5.0 4.0

46 ~56

48 ~54

45.3

181

574

2625

68

58

5235

53

40


7/25


7


Number ofPairs

RatedLength

(m)

Designation

CTP-APL-AS

40

10 20.5 9.5 250

Height

Width

1000

Rated External Diameter(mm)

RatedNet

Mass(kg/km)Heigth Width

20

30

50

75

100

22.0 11.0 265 1000

23.2 12.2 325 1000

25.2 14.2 400 1000

27.2 16.2 490 1000

28.7 17.7 575 1000

CTP-APL-AS

50

10 22.0 11.0 270 1000

20

30

50

75

100

23.2 12.1 325 1000

25.0 14.0 385 1000

27.2 16.2 495 1000

28.7 16.4 640 1000

30.0 21.6 770 1000

CTP-APL-AS

65

10 23.0 12.0 310 1000

20

30

50

25.5 14.5 400 1000

27.5 16.5 495 1000

31.0 20.0 675 1000


8/25

CTP-APL-SN

Application:

Made of tinned copper conductors, thiscable provides an excellent performance formechanical connections on terminal blocks,avoiding oxidation of the conductor copper.Its design affords total protection from bad

weather. Indicated as transition cables stubs,for use in distribution closets, terminal boxesand building entrances.

Description:

Telephone cable consisting of solid tinnedcopper conductors. Expanded thermoplasticinsulation coated with a thin layer of solidthermoplastic, grouped in pairs, coreprotected by an APL sheath. Specification:


8


Conductor Diameter (mm) 0.50




Average


P x P

P x T


150kHz

1024kHz

Max. Average

Max. Individual

20 p

> 20 p

Max. RMS

Max. Individual

Max. Average

Max. Individual

Min. RMS

Min. Individual

Min. RMS

Min. Individual

C X C

C X B

46 ~56

48 ~54

45.3

181

574

2625

68

58

52

35

Overall Features

Specifications ValueConductor Tinned Copper

Conductor Diameter (mm) 0.50


Insulation Polyethylene or Polypropilene




7.0

3.0

97.8

3000

10000Applied Voltage (V )cc


150kHz

1024kHz

Min. Individual

Min. Individual

53

40


9/25


9


Number ofPairs


(mm)

RatedNet

Mass(kg/km)

RatedLength

(m)

Designation

CTP-APL-SN

50

10 9.4 115 1000

20 10.7 180 1000

30 12.2 240 1000

50 14.2 370 1000

75 16.2 515 1000

100 17.2 665 1000

200 20.9 1250 500

300 23.9 1790 500

400 28.8 2380 500600 31.8 3480 250


10/25

CCE-APL

Application:

Made of electrolytic copper conductors,this product allows transmitting analog anddigital and multimedia and lnternet services,among other. Its design affords full protection

from bad weather. Indicated for externalnetworks for branching from distributionsplices to subscriber inputs, can beinstalled in duct lines or overhead lines.

Description:

Telephone cable consisting of solidelectrolytic copper conductors.Thermoplastic insulation, grouped inup to 6 pairs, core protected byan APL sheath.

Specification:ABNT NBR 9124 and Telebrs 235.320.710ANATEL Certification 45698-XXX256

10




Resistive Unbalance (%) Max. Individual

94.0 55.8

Overall Features









5.0 4.0

46 ~ 56


Max. Individual 2625

Max. Individual 181P x P

P x T


Min. Individual 35

Min. Individual 58150kHz

1024kHz


150 kHzAverage

1024 kHz

10000

C X C

C X B

8.0 6.0

20.4 16.0

3000 3600Applied Voltage (V )cc


Average


11/25

CCE-APL50


11


Number ofPairs


(mm)

RatedNet

Mass(kg/km)

RatedLength

(m)

Designation

2 6.6 40 1000

3 7.0 49

4 7.5 54

5 8.3 65

6 8.7 76

CCE-APL65

2 7.5 51 1000

3 8.5 63 1000

4 9.2 77 1000

5 10.0 87 1000

6 10.2 99 1000

1000

1000

1000

1000


12/25

CTP-APL-G

Application:

The rigorous technical characteristics of thisproduct allows transmitting analog and digitalsignals at high-rates, such, as ADSL, HDSL,ISDN, etc. Provides a significant improvementin new services, such as multimedia, Internet,

remote conferencing and voice over IP,among other. Its robust construction affordstotal protection from bad weather. The use ofa water sealing compound recommends it forinstallation in high humidity environments,including directly buried in the ground.


12


Conductor Diameter(mm) 0.40 0.50 0.65




Average


P x P

P x T


150kHz


1024kHz

150kHz

1024kHz



Max. Average

Max. Individual

20 p

> 20 p

Max. RMS

Max. Individual

Max. Average

Max. Individual

Min. RMS

Min. Individual

Min. RMS

Min. Individual

Min. Individual

Min. Individual

150 kHz

1024 kHz

C X C

C X B

11.2 7.0 5.1

25.1 19.5 15.3

2800 4000 5000

10000

147.2 94.0 55.8

2.0 1.5 1.5

5.0 5.0 4.0

46 ~56

48 ~54

45.3

181

574

2625

68

58

52

35

53

40

Overall Features








Description:

Telephone cable consisting of solid electrolyticcopper conductors. Thermoplastic insulation,grouped in pairs, core filled with a water-proofing compoun and protected by

an APL sheath.



13/25

External NetworkGel Core Cable

13


Number ofPairs


(mm)

RatedNet

Mass(kg/km)

RatedLength

(m)

Designation

CTP-APL-G40

10 11.2 105 2000

20 13.4 159 2000

30 15.2 212 2000

50 17.4 308 2000

75 20.2 425 2000

100 22.4 540 2000

200 29.9 1004 1000

300 35.3 1457 1000

400 39.8 1889 1000600 47.4 2779 1000

CTP-APL-G50

10 12.4 134 2000

20 16.2 220 2000

30 17.2 289 2000

50 20.2 434 2000

75 23.6 617 2000

100 26.4 785 2000

200 30.0 1473 1000

300 41.9 2166 1000400 47.3 2860 1000

600 56.9 4230 500

CTP-APL-G65

10 14.2 186 2000

20 17.7 309 2000

30 20.2 427 2000

50 24.9 687 2000

75 28.8 986 2000

100 32.8 1265 2000

200 44.4 2410 1000300 52.8 3534 1000

400 60.2 4653 400

600 71.8 7200 400


14/25

CTS-APL-G


14


Conductor Diameter (mm) 0.40 0,50




Average


P x P

P x T


150kHz


1024kHz

150kHz

1024kHz



Max. Average

Max. Individual

20 p

> 20 p

Max. RMS

Max. Individual

Max. Average

Max. Individual

Min. RMS

Min. Individual

Min. RMS

Min. Individual

Min. Individual

Min. Individual

150 kHz

1024 kHz

C X C

C X B

11.2 7.0

25.1 19.5

2400 2000

10000

147.2 94.0

2.0 1.5

5.0 5.0

46 ~56

48 ~54

45.3

181

574

2625

68

58

52

35

53

40

Overall FeaturesSpecifications Value




Insulation Foam Skin




Application:

The use of Foam Skin insulation results in alighter weight and smaller product ascompared to CTP-APL-G cable. Its enhancedtechnical characteristics allow transmitting analogand digital signals at high-rates invarious applications, such as ADSL, VDSL,ISDN, etc. Provides a better quality in the severalservices it is applied to such as:

multimedia, lnternet, remote conferecingand voice over IP, among other. Its robustconstruction affords total protection from badweather. Indicated for external networks astrunk, primary or secondary cable. The useof a water sealing compound recommendsit for installation in high humidityenvironments, including directlyburied in the ground.

Description:

Telephone cable consisting of solidelectrolytic copper conductors. Expandedthermoplastic insulation coated with a thinlayer of solid thermoplastic, grouped inpairs, core filled with a water-proofingcompound and protected by an APL sheath.


15/25


15


Number ofPairs


(mm)

RatedNet

Mass(kg/km)

RatedLength

(m)

Designation

CTS-APL-G40

10 10.9 110 2000

20 12.9 150 2000

30 14.5 210 2000

50 16.7 295 2000

75 19.0 408 2000

100 21.1 490 2000

200 25.2 836 2000

300 30.0 1222 2000

400 34.3 1494 1000600 41.5 2332 1000

900 49.5 3445 500

1200 58.3 4563 500

1500 62.0 5614 400

1800 67.1 6635 400

2400 77.0 8500 400

CTS-APL-G50

10 11.6 150 2000

20 13.9 195 2000

30 15.6 280 200050 18.5 405 2000

75 21.3 565 2000

100 23.6 710 2000

200 31.2 1209 1000

300 40.5 1950 1000

400 45.4 2619 1000

600 51.8 2550 400

900 60.2 5300 400

1200 62.1 7245 400

Conductor

Expanded PE(Plastic + Air)

Solid PE


16/25

CCE-APL-G

Application:

Made of electrolytic copper conductors,this product allows transmitting analogand digital signal and multimedia andInternet services, among other. Its design

affords total protection from bad weather.Indicated for external networks forbranching from distribution splices tosubscriber inputs. The use of a watersealing compound recommends it forinstallation in high humidity environments,including directly buried in the ground.

Description:

Telephone cable consisting of solidelectrolytic copper conductors.

Thermoplastic insulation, grouped inup to 6 pairs, core filled with water-proofmaterial and protected by an APL sheath.

Specification:


16

Overall Features












Resistive Unbalance (%) Max. Individual

94.0 55.8

5.0 4.0

MutualCapacitance (nF/km) Average 46 ~ 56


Max. Individual 2625

Max. Individual 181P x P

P x T


Min. Individual 35

Min. Individual 58150kHz

1024kHz


150 kHzAverage

1024 kHz

10000

C X C

C X B

7.0 5.1

19.5 15.3

4000 5000Applied Voltage (V )cc


17/25


17

CCE-APL-G50


Number ofPairs


(mm)

RatedNet

Mass(kg/km)

RatedLength

(m)

Designation

2 7.5 52 1000

3 8.2 62

4 8.8 67

5 9.3 78

6 9.5 89

CCE-APL-G65

2 8.0 69 1000

3 9.1 84 1000

4 10.4 95 1000

5 10.6 110 1000

6 12.0 130 1000

1000

1000

1000

1000


18/25

CIT

Application:

Using thermoplastic insulation with excellent,temperature stable electrical characteristics,the product provides an enhanced analogand digital signal transmission performance.Its rigorous technical requirements allow itsapplication to state-of-the-art high rate digitalnetworks, such as: ADSL, HDSL, VDSL,ISDN, etc. Provides s better quality in manyservices, such as multimedia, remote conferecing,lnternet and voice over IP,among other. Its fire-stopping characteristicsindicates it for use in internal installations in centraltelephone offices, commercial,industrial and residential buildings orapplication which require fire-stopping safetyprovisions and electrical characteristics thatmeet the needs of state-of-the-art highspeed transmission networks.

Description:

Telephone cable consisting of solid tinnedelectrolytic copper conductors. Fire-stoppingthermoplastic insulation, grouped in pairs,core coated in a layer of PVC.

Specification:ABNT NBR 10501 and Furukawa PT-803ANATEL Certification 46098-XXX256

18


Conductor Diameter (mm) 0.40 0.50 0.60


ResistiveUnbalance (%)



Max. Average

Max. Individual

150 kHzAverage

C X C

C X B

153.0 97.8 67.9

80

1500

2800

Overall Features


Conductor Tinned Copper



Insulation

Cladding

Fire-stopping

External Sheath Gray PVC

Non-moisture Absorbing Tape(s)


7.0

3.0

Maximum Average

1024 kHz

10.1 8.6 7.1

29.3 26.0 21.6


Fully Shilded Aluminum or Aluminized Polyester Tapesand Continuity Wire(s)


19/25

Internal Network

19


Number ofPairs

RatedExternal

Diameter(mm)

RatedNet

Mass(kg/km)

RatedLength

(m)

Designation

CIT40

10 7.6 55 1000

15 8.6 72 100020 9.6 96 100025 10.6 113 100030 11.1 130 100040 12.6 164 100050 13.6 200 100075 15.6 281 1000100 18.1 375 1000200 24.1 687 500300 29.6 1012 500400 33.6 1314 500

600 40.1 1942 250800 46.1 2537 250900 48.6 2873 250

1200 55.1 3759 250

CIT

50

10 8.6 72 1000

15 9.1 95 100020 10.6 128 100025 11.6 152 100030 12.6 176 100040 13.6 224 100050 15.1 276 100075 18.1 408 1000100 20.1 523 1000200 27.6 1000 500300 33.1 1446 500400 37.6 1918 500600 45.6 2800 250800 52.1 3710 250900 54.6 4155 250

1200 62.1 5459 250

CIT60

10 9.1 91 1000

15 10.1 124 100020 11.6 165 100025 12.6 198 100030 13.6 232 1000

40 15.1 297 100050 16.6 368 100075 19.6 543 500100 22.1 702 500200 31.1 1450 500300 36.6 2084 250400 41.6 2746 250600 50.1 3997 250


20/25

8

CablesForms

20

CABLES: CTP-APL CTS-APL CTP-APL-AS CTP-APL-SN

CCE-APL CTP-APL-G CTS-APL-G CCE-APL-G

*

CONCENTRIC FORMS

* Pilot Pair, when used.Note: The indicated color code refers to group bundling.Extra pair cables with more than 400 pairs: extra pairs are placed in the group or supergroup interstices of the external corona.The quantity and color code for extra pairs are according to the table of page 24.

2

13

*20 Pairs

6

1

16

*30 Pairs

10

4

9

BASIC GROUPS FOR MULTIPLE FORMS

12 Pairs

3

9

13 Pairs

4

13

25 Pairs

9

3

MULTIPLE FORMS

50 Pairs

W-B12

75 Pairs 100 Pairs

W-B13

W-O13

*

W-O12

W-G25

*

W-B25

W-O25

W-Br25

*

W-B25

W-G25

W-O25

C-G25

*

W-G25

200 Pairs 300 Pairs 400 Pairs



W-B25

W-O25

C-B25

W-Br25

*

C-O25

W-Gr25

C-Gr25

C-Br25

Bk-B25

W-Gr25

G-O25

C-B25

W-G25

W-O25

C-O25

C-Br25

C-Gr25

Bk-B25

Bk-G25

Bk-Br25

C-B25

W-O25

W-Gr25

W-O25

10 Pairs

V-Br100* Bk-G

100*

Bk-O100* W-Gr

100*V-G100

* Bk-Br100*

V-O100* Bk-Gr

100*

V-B100* Y-B

100*

Y-O100*

Y-Br

100

* Y-G100

*

Y-Gr100*

C-Br100* C-G

100*

Bk-B100*

C-Gr100*

C-B100*

C-O100*

W-Br100

* W-B100

*

W-G100* W-O

100*

Y-G100*

Y-O100*

Bk-Gr100*

Bk-Br100*

Y-B100*

C-G100*

Bk-O100*

C-O100* W-O

100*

C-Br100*

C-Gr100*

Bk-B100*

C-B100

*

* W-Br100*W-Gr

100

W-G100*W-B

100*

Bk-G100

*

Bk-Gr100

Bk-Br100

Bk-G100

Bk-O100

Bk-B100

C-Gr100

C-Br100

C-G100

C-O100

C-B100

W-O100

W-Gr100

W-G100

W-Br100

W-B100

Bk-O100

* W-Br100

*

W-Gr100

* W-B100

*

W-O100*

Bk-B100

*

C-Gr

100

*

C-G100

*

W-Gr100

*

C-O100

*

C-B

100

*

C-Br100

*

*

C-Gr100

*

C-O100

*

C-B100

*

W-Gr100

*

W-B100

*W-Br100

*

W-G100

*

W-O100

*

V-Br25

*

V-G25

V-O25

V-B

25

Y-Gr25

*Y-Br25

Y-G25

Y-O25

Y-B

25

*

Bk-Gr25

Bk-Br25

Bk-G25

Bk-O25

* W-Gr25

C-Br25

C-G25

C-Gr

25

C-O

25

*

Bk-B25

C-B25W-Br25

* W-B25

W-G25

W-O25

Y-B25*

C-Gr25 *

W-Br25 *

Br-Gr25

W-O25

Bk-O25 *

C-G25

*

W-Br25

* W-B25

Bk-O25

*

C-Br100

*

*

*

**

*

*

*

*

* *

* *

*

*

*


21/25

21

CablesForms

8

CABLE CIT

*

CONCENTRIC FORMS

* Pilot Pair, when used.Note: The indicated color code refers to group bundling.Extra pair cables with more than 400 pairs: extra pairs are placed in the group or supergroup interstices of the external corona.

The quantity and color code for extra pairs are according to the table of page 24.

2

10 Pairs

6

*

1

20 Pairs

1310

*

4

30 Pairs

16

3

12 Pairs

BASIC GROUPS FOR MULTIPLE FORMS

9

4

13 Pairs

9

3

25 Pairs

9

13

W-B12

MULTIPLE FORMS

W-O13

*

W-B13

W-O12

W-G25

*

W-O25

W-B25

W-Br25

*

W-G25

W-B25

W-O25

Bk-Br25

BK-G25

Bk-B25

C-B25

W-Gr25

C-O25

C-Br25

C-Gr25

W-O25

W-G25

W-B25

W-Gr25

C-B25

C-O25

C-Gr25

W-G25

C-Br25

Bk-B25 W-B

25

W-O25

W-B25

W-O25

C-G25

*C-O25

W-G25

W-Br25

*W-Gr

25

C-B25

V-G25

V-O25

V-B25

Y-G25

Y-Br25

Bk-B25

C-Br25

C-Gr25

W-Gr25

W-G25

W-B25

W-O25

C-B25

C-O25

Bk-G25

Bk-Br25

Bk-Gr25

Y-O25

*Bk-O25

*C-G25

*W-Br25

*Y-B25

*

*W-Br25

Bk-Gr25

*C-G25




Bk-O25

*V-Br25

*C-G25

*Y-B25

*Y-Gr25

*Bk-O25

*W-Br25

*C-Br100

*W-G100

*W-Br100

*W-Gr100

*C-B100

*C-G100

*C-O100

*W-B100

*W-O100

*W-G100

*W-O100

*W-B100

*Bk-O100

*Bk-Br100

*Bk-B

100

*W-Gr

100

*C-Gr100

*C-B100

*C-O100

*C-Br100 *

C-G100


22/25

CorrectionFactors

22

I) Capacitance Unbalance ( C)

A) Pair-Pair

Thermoplastic Insulated CablesFor a component , in meters, different from 1000 m, the limits of capacitance unbalance ( C) aregiven by the following formula:

l

- maximum rms

( C)

( )l= 45,3 .

1000l (pF)

- maximum individual

( C)

( )l= 181 .

1000l (pF)

- maximum average

( C)

(

)l

= 574 .

1000

l (pF)

- maximum individual

( C)

( )l= 2645 .

1000l (pF)

- ratio mean square

150 kHz

RT( )l

= 68 + 10 logl

1000 (dB)

1024 kHz

RT = 52+ 10 logl

1000

- minimum individual

150 kHz

RT( )l

= 58 + 10 logl

1000 (dB)

1024 kHz

RT = 35+ 10 logl

1000

II) Far End Crosstalk Leak (RT)

For a component , in meters, different from 100 m, the FEX leak (RT) is given by the following

formula:

l

B) Pair-Ground

Thermoplastic Insulated CablesFor a component , in meters, different from 1000 m, the limits of capacitance unbalance ( C) aregiven by the following formula:

l


23/25

23

ColorCode

Cables: CTP-APL CTS-APL CTS-APL-G

Number ofSupergroup

W: White, B: Blue, O: Orange, G: Green. Br: Brown, Gr: Gray, C: Crimson, Bk: Black, Y: Yellow, V: Violet

1

Color of Binding ofSupergroup

W-B

Sequence of Pairs in Supergroup

1 to 50 1 to 100

50 100

2 W-O 51 to 100 101 to 200

3 W-G 101 to 150 201 to 300

4 W-Br 151 to 200 301 to 400

5 W-Gr 201 to 250 401 to 500

6 C-B 251 to 300 501 to 600

7 C-O 301 to 350 601 to 700

8 C-G 351 to 400 701 to 800

9 C-Br 401 to 450 801 to 900

10 C-Gr 451 to 500 901 to 1000

11 Bk-B 501 to 550 1001 to 1100

12 Bk-Y 551 to 600 1101 to 1200

13 Bk-G 601 to 650 1201 to 1300

14 Bk-Br 651 to 700 1301 to 1400

15 Bk-Gr 701 to 750 1401 to 1500

16 Y-B 751 to 800 1501 to 1600

17 Y-O 801 to 850 1601 to 1700

18 Y-G 851 to 900 1701 to 1800

19 Y-Br - 1801 to 1900

20 Y-Gr - 1901 to 2000

21 V-B - 2001 to 2100

22 V-O - 2101 to 2200

23 V-G - 2201 to 2300

24 V-Br - 2301 to 2400

Cables: CTP-APL CTP-APL-G CTP-APL-AS

CCE-APL CCE-APL-G CIT

Pair Color

W-B1

Pair Color

C-Bl6

Pair Color

Bk-B11

Pair Color

Y-B16

Pair Color

V-B21

W-O2 C-O7 Bk-O12 Y-O17 V-O22

W-G3 C-G8 Bk-V13 Y-G18 V-G23

W-Br4 C-Br9 Bk-Br14 Y-Br19 V-Br24

W-Gr5 C-Gr10 Bk-Gr15 Y-Gr20 V-Gr25

W: White, B: Blue, O: Orange, G: Green. Br: Brown, Gr: Gray, C: Crimson, Bk: Black, Y: Yellow, V: Violet


24/25

ColorCode

24

Identification of Extra Pairs

Extra Pair

1

Number Color Code

Colors

A Vein B Vein

2

3

4

5

6

7

89

10

11

12

W-C White Crimson

W-Y White Yellow

W-V White Violet

C-Bk Crimson Black

C-Y Crimson Yellow

C-V Crimson Violet

Bk-Y Black Yellow

Bk-V Black VioletY-V Yellow Violet

B-O Blue Orange

B-G Blue Green

B-Br Blue Brown

Quantity of Pilot Pairs

(when used) and Extra Pairs

Numberof Rated

Pairs

10

Numberof PilotPairs

1

Numberof Extra

Pairs

-

20 1 -

30 1 -

50 1 -

75 1 -

100 1 -

200 2 -

300 3 -

400 4 -

600 6 2

900 9 2

1200 12 3

1500 15 4

1800 18 5

2400 24 6


25/25

OthersProducts

Furukawa provides other Outdoor Network products, such as corrugated steel tape armored cablesfor underground deployment in ducts or directly buried in the ground (CTP-APL-G-AR), fibersupported cables (CCE-APL-ASF) or cables for indoor network (CI).

Armored Cable CCE-APL-ASF Cable

CI Cable

Documents

Caracter i Sticas Cables