P roduct Catalogue · AXCLJ-TT 12/20(24) kV 66 AXQJ-TT Pure TSLI 12/20(24) kV 68 AXALJ-TT 12/20(24) kV 70 HXCMK 20 kV 72 FXLJ-TT TSLE 12/20(24)kV 74 Power cables 36 kV 76 AXLJ-TT

Product CataloguePower cables

As the worldwide leader in the cable industry, Prysmian Group believes in the effective, efficient and sustainable supply of energy and information as a primary driver in the development of communities.

With this in mind, we provide major global organisations in many industries with best-inclass cable solutions, based on state-of-the-art technology. Through two renowned commercial brands - Prysmian and Draka - based in almost 50 countries, we’re constantly close to our customers, enabling them to further develop the world’s energy and telecoms infrastructures, and achieve sustainable, profitable growth.

In our energy business, we design, produce, distribute and install cables and systems for the transmission and distribution of power at low, medium, high and extra-high voltage.

In telecoms, the Group is a leading manufacturer of all types of copper and fibre cables, systems and accessories - covering voice, video and data transmission.

Drawing on over 130 years’ experience and continuously investing in R&D, we apply excellence, understanding and integrity to everything we do, meeting and exceeding the precise needs of our customers across all continents, at the same time shaping the evolution of our industry.

Linking the Future

Taking care of the BalticsEstablishment of Keila’s plant dates back to 1968 when Keila Kaabel manufacturing plant was established and production of electrical cables in Keila started. In 1992, Nokia Cable acquired 58.8% shares of Keila Kaabel manufacturing plant. In 2003, the ownership rights were transferred to Draka Holding after acquisition of Nokia Cable.In 2011, Prysmian and Draka merged and gave birth to the cable industry’s leader worldwide. 66 % of Draka Keila Cables belonged to the Prysmian Group until 2014, when Prysmian Group finalized the acquisition of the remaining shareholding part.

As the world leader in cabling, we draw on global expertise and local presence to work in close proximity with our customers, delivering products and service platforms, built on easy contact, customised solutions and effective supply chains, meeting their specialised requirements, to help them drive the wheels of industry and achieve sustainable growth and profitability.Prysmian Group believes in the effective, efficient and sustainable supply of energy and information as a primary driver in the development of communities.

kilometers of quality cable

3 1 1 5 7

In 2016, Draka Keila Cables manufactured

Made in Keila.Due to belonging to the world’s largest cable manufacturer, Prysmian Group, we have 17 research and development centers around the world. Here in Keila we combine the world-wide expertise with local knowledge. This gives us the ability to develop solutions that not only meet required standards but also empowers us to develop tailored solutions according to specific needs.

Halogen-free cable

Low smoke emission.

Light smoke, easy to search for escape routes.

Less toxic gases, easier evacuation.

A harmless white powder is formed,

electronics- and equipment-friendly.

Easier to decontaminate, shorter production stops.

Better for the environment.

Traditional cable

Intense smoke emission.

Dense smoke, hard to find escape routes.

Toxic smoke, interferes with survival.

Emits hydrochloric acid, destroys electronics and corrodes

reinforcement bars.

Complicates decontamination, longer production stops.

Environmentally more hazardous, contains ftalates and dioxin.

A fire often entails serious financial losses due to damage to electronics, equipment and buildings. A contributing factor to these losses is the emission of hydrochloric acid from traditional PVC cables on fire. Hydrochloric acid corrodes and destroys electronics and causes metals to corrode quickly. At a fire site with halogen-free cables installed, a harmless white powder develops instead which minimizes damage to both buildings and equipment. The fire site is also significantly easier and less expensive to decontaminate which in its turn allows faster re-establishing of production.

For people present at a fire site, there are three crucial factors affecting their ability to quickly find an exit: smoke development, visibility and content of toxic substances in the inhaled air. Halogen-free and flame-retardant cables emit less and lighter smoke than PVC cables in case of a fire. The smoke also contains lower quantities of toxic substances. Consequently, people in a room exposed to fire have better visibility and more time to find exits, which increases the probability of escape and survival.

Various types of ftalates are added in the process of PVC production. Their main purpose is to make the plastic soft and mouldable. But in the recent years, research has proved that these substances may be hazardous to health and cause cancer and hormonal disturbances. Burning PVC also emits dioxins which are extremely hazardous to the environment. Above all, they are poorly degradable and remain in the fat tissue of both humans and animals for a long time. As halogen-free cables neither contain ftalates nor emit dioxins when burning, they are a good choice for our health and environment.

Saves money Saves lives Better for health & environment

Afumex– halogen free cableAfumex is a series of halogen-free flame retardant cables that can save lives and money in case

of fire. The black toxic smoke that obstructs the evacuation is gone, just as the corrosive acid that

destroys metal and electronic devices. What remain are the flexible and user-friendly qualities,

which make these cables easy to install. It’s time to choose a new path – the safe and sound one-

Afumex.

Power cables are the backbone of energy systems. Therefore, the quality of these cables are essential in ensuring continuous energy flow to consumers. Using cables with poor quality can significantly increase the probability of faults in energy systems that can be very costly or even dangerous to people.

Our cables are tested in accordance with all applicable standards and are produced according to the needs of our customers. Continuous improvement regarding materials and technology to provide the best quality on the market is our priority.

Product range covers a broad spectrum of power cables based on the market needs. Cables are available from low-voltage bare conductors to high-voltage watertight underground cables and even submarine cables.

Application, compliance with standards and important parameters regarding specific cable are shown on the product page of each cable. In addition to the products included in this catalogue, also other types of power cables are available, as agreed separately with the customer.

Power cables 24 kV 56

AXLJ-TTCL TSLF 12/20(24) kV 56

AXLJ-TTCL TSLF Triplex 12/20(24) kV 58

AHXAMK-W 12/20 (24) kV 60

AXLJ-RMF 12/20(24) kV 62

AXQJ-RMF Pure 12/20(24) kV 64

AXCLJ-TT 12/20(24) kV 66

AXQJ-TT Pure TSLI 12/20(24) kV 68

AXALJ-TT 12/20(24) kV 70

HXCMK 20 kV 72

FXLJ-TT TSLE 12/20(24)kV 74


AXLJ-TT TSLE 18/30(36) kV 76




AXLJ-TT TSLE 20,8/36(42) kV 82



AXQJ-TT Pure 26/45(52)kV 86

Cable designations 89

Cable Designations used in Sweden 90

Cable Designations used in Norway 91

Cable Designations used in Finland 92

Technical data 94

General information 96

General terms and conditions of supply 96

Recommendations for cable laying 96

Sheath testing in medium voltage cables 98

Standard drums, dimensions and weights 99

Drum handling guide 100

Bare conductors 8

A 8

ACSR 10

HK 12

Aerial 14

AMKA 0,6/1(1,2) kV 14

EX 0,6/1(1,2) kV 16

SAX-W® 20 kV 18

CCST-W 20 kV 20

CCSX AL3 WK 20 kV 22


AXPK 1 core and AXPK-Plus 1 core 0,6/1(1,2) kV 24

XPK 1 core and XPK-Plus 1 core 0,6/1(1,2) kV 26

AXPK-PLUS 0,6/1(1,2) kV 28

AXPK 0,6/1(1,2) kV 30

ARLC and ARLC-PLUS 0,6/1(1,2) kV 32




AXLJ-TTCL TSLF Triplex 6/10(12) kV 38

AXQJ-TT Pure TSLI Triplex 6/10(12) kV 40

AHXAMK-W 6/10(12) kV 42

AXLJ-RMF 6/10(12) kV 44

AXQJ-RMF Pure 6/10(12) kV 46

AXCLJ-TT 6/10(12) kV 48

AXALJ-TT 6/10(12) kV 50

FXLJ-TT 6/10(12) kV 52

FXLJ-TTCL TSLF 6/10(12) kV 54

Table of contentsPOWER CABLES

8 drakakeila.ee We reserve the right to change as a result of product development and/or changes in product standard. Data from 2017-10-13 9We reserve the right to change as a result of product development and/or changes in product standard. Data from 2017-10-13 drakakeila.ee

Product

Name

Initial modulus of

elasticity of conductor

[N/mm2]

Final modulus of


[N/mm2]

expansion of messenger

[N/mm2]

Max DC Resistance

at +20°C [Ω/km]

Current

rating in air,

[A]

Max. permisible short

circuit current for 1 sec.,

[kA]

A 25 41000 60000 23x10-6 11,498 136 2,5

A 35 41000 60000 23x10-6 0,8347 170 3,4

A 50 41000 60000 23x10-6 0,5784 215 5,0

A 70 41000 60000 23x10-6 0,4131 265 7,0

We reserve the right to change as a result of product development and/or changes in product standard. Data from 2017-10-13

Product Name Diameter over wire

[mm]

Weight [kg/km] Number of wires Min. tensile strength of the conductor

[kN]

A 25 2,13 24,9 68 7 4,50

A 35 2,50 34,3 94 7 5,91

A 50 3,00 49,5 135 7 8,19

A 70 3,55 69,3 189 7 11,28

Standard delivery length

[m]

Delivery Package SAP Number

A 25

A 35

A 70

A 50

4000

4000

2500

3500

K8

K9

K11

K11

4741532250117

4741532250124

4741532250148

4741532250131

20074932

20074933

20074935

20074934

ApplicationBare conductor for overhead power transmission.

ApprovalCE

StandardGOST 889-80

ConstructionCable Shape Round.Conductors Stranded aluminium conductor.Conductor Insulation No insulation.Marking of cores No marking.

TemperatureMaximum operating Temperature 80°C

FeaturesFire Propagation Nothing material to burn.UV resistance Good.REACH/SVHC declaration The cable does not contain any substances on the REACH/SVHC list.RoHS declaration All substances of the cable meet the requirements of RoHS directive.

ElectricalMax. short circuit temperature [°C] 200°C

Bare conductors

A



Product Name Number of wires

(aluminium/steel)

Conductor

dimension [mm]

Cable weight

[kg/km]


circuit current for 1 sec. **

[kA]

ACSR 34/6 SPARROW 6/1 8,1 39,5 137 3,7

ACSR 54/9 RAVEN 6/1 10,1 62,4 216 5,8

ACSR 85/14 PIGEON 6/1 12,8 99,3 344 9,2

ACSR 242/39 HAWK 26/7 21,8 281 976 26,1

ACSR 305/39 DUCK 54/7 24,1 344 1151 32,5

ACSR 565/72 FINCH 54/19 32,9 637 2123 60,1

Product Name Max DC Resistance at

+20°C [Ω/km]

Min. tensile strength

of the conductor [kN]

Initial modulus of


[N/mm2]

Final modulus of


[N/mm2]

expansion of

conductor [1/k]

Current rating

in air* [A]

ACSR 34/6 SPARROW 0,848 12,2 64000 78000 19,2x10-6 210

ACSR 54/9 RAVEN 0,536 17,11 64000 78000 19,2x10-6 280

ACSR 85/14 PIGEON 0,337 24,13 64000 78000 19,2x10-6 360

ACSR 242/39 HAWK 0,120 84,9 61000 75500 19,2x10-6 745

ACSR 305/39 DUCK 0,0949 96,8 50000 67000 19,3x10-6 845

ACSR 565/72 FINCH 0,0512 174 46000 63000 19,3x10-6 1250



[m]


ACSR 34/6 SPARROW

ACSR 54/9 RAVEN

ACSR 85/14 PIGEON

ACSR 242/39 HAWK

ACSR 305/39 DUCK

ACSR 565/72 FINCH

2500

2200

2000

2500

2200

1200

K9

K11

K12

K20

K26

K22

4741532250254

4741532250278

4741532250285

4741532250322

4741532250339

4741532250353

20074938

20074939

20074940

20166519

20074941

20074942

ApplicationBare conductor for overhead power transmission.

Flame retardanceFlame retardant - Not applicable

ApprovalCE

StandardIEC 61089 Overhead stranded conductorsEN 50182 Conductors for overhead linesSFS 5701 Overhead conductor wires and steel ropes.

ConstructionCable Shape Round.Conductors Conductor consists of aluminium and galvanized steel wires.Center conductor Steel.Conductor Insulation No insulation.Marking of cores No marking.


FeaturesFire Propagation Nothing material to burn.UV resistance GoodREACH/SVHC declaration The cable does not contain any substances on the REACH/SVHC list.RoHS declaration All substances of the cable meet the requirements of RoHS directive.


Bare conductors

ACSR



Product Name Conductor dimension

[mm]

Cross section [mm2] Number of wires Cable weight

[kg/km]

Max DC

Resistance at

+20°C [Ω/km]


circuit current for 1 sec.

* [kA]

HK 16 / 7x1,68 5,1 15,5 7 140 1,15 2,3

HK 25 / 7x2,12 6,4 24,7 7 222 0,727 3,8

HK 35 / 7x2,50 7,5 34,4 7 309 0,524 5,3

HK 50 / 19x1,77 8,9 46,8 19 422 0,387 7,2

HK 70 / 19x2,12 10,6 67,1 19 606 0,268 10,3

HK 95 / 19x2,50 12,5 93,3 19 843 0,193 14,3

HK 120 / 37x2,01 14,1 117 19 1062 0,153 18

HK 150 / 37x2,23 15,6 148 37 1338 0.124 22,6

* Initial temperature of conductor before short circuit 40°C, final temperature of conductor after short circuit 200°C



[m]


HK 16 / 7x1,68

HK 25 / 7x2,12

HK 35 / 7x2,50

HK 50 / 19x1,77

HK 70 / 19x2,12

HK 95 / 19x2,50

HK 150 / 37x2,23

HK 120 / 37x2,01

1000

500

1000

1000

1000

1000

500

500

K6

K6

K6

K7

K8

K9

K11

K9

4741532250018

4741532250025

4741532250032

4741532250049

4741532250056

4741532250063

4741532250087

4741532250070

20162343

20162344

20162345

20162346

20162347

20162348

20194993

20162349

ApplicationGrounding wire for fixed installations.


ApprovalCE

StandardIEC 60228 Conductor standard

ConstructionCable Shape RoundConductors Concentric stranded soft copper conductorConductor Insulation No insulationMarking of cores No marking

FeaturesFire Propagation Nothing material to burnUV resistance Good


Bare conductors

HK



Product Name Diameter over bare

conductor [mm]

Diameter over

messenger [mm] [mm]*

Conductor weight

[kg/km]

Cable weight

[kg/km]

AMKA 1x16+25 4,4 5,8 11 100 135

AMKA 3x16+25 4,4 5,8 20 185 270

AMKA 3x25+35 5,8 6,8 23 285 390

AMKA 3x35+50 6,8 8 27 390 530

AMKA 3x50+70 8,0 9,6 31 540 700

AMKA 3x70+95 9,6 11,3 36 775 1000

AMKA 3x120+95 12,7 11,3 42 1185 1500

*Circumferance divided by π (Pi).

Product Name Min. permissible

bending radius

during laying [m]

Min. permissible

bending radius at

final installation

[m]

Min.tensile strength

of the messenger

[kN]

Initial modulus of

elasticity of

messenger

[N/mm2]

Final modulus of

elasticity of

messenger

[N/mm2]

expansion

expansion of

messenger

[N/mm2]

AMKA 1x16+25 0,28 0,2 7,4 55 000 63 000 23x10-6

AMKA 3x16+25 0,42 0,3 7,4 55 000 63 000 23x10-6

AMKA 3x25+35 0,5 0,35 10,3 55 000 63 000 23x10-6

AMKA 3x35+50 0,58 0,41 14,2 55 000 63 000 23x10-6

AMKA 3x50+70 0,66 0,47 20,6 55 000 63 000 23x10-6

AMKA 3x70+95 0,78 0,55 27,9 55 000 63 000 23x10-6

AMKA 3x120+95 0,92 0,65 27,9 55 000 63 000 23x10-6

Product Name Max DC

Resistance of

phase* [Ω/km]

AC resistance of

phase** [Ω/km]

Max DC Resistance

of messenger*

[Ω/km]

Inductance

[mH/km]

Max. permisible

short circuit current

for 1 sec., phase

conductor ***[kA]


circuit current for 1 sec.,

messenger*** [kA]

AMKA 1x16+25 1,91 2,3 1,38 0,29 1,0 1,5

AMKA 3x16+25 1,91 2,3 1,38 0,35 1,0 1,5

AMKA 3x25+35 1,2 1,4 0,986 0,34 1,6 2,1

AMKA 3x35+50 0,868 1 0,720 0,34 2,3 3,0

AMKA 3x50+70 0,641 0,77 0,493 0,33 3,2 4,3

AMKA 3x70+95 0,443 0,53 0,363 0,31 4,5 5,9

AMKA 3x120+95 0,253 0,3 0,363 0,3 7,8 5,9

*** Initial temp. of conductor before short circuit - 70ºC, final temp. after short circuit - 135ºC.



[m]


AMKA 1x16+25

AMKA 3x16+25

AMKA 3x25+35

AMKA 3x35+50

AMKA 3x50+70

AMKA 3x70+95

AMKA 3x120+95

2000

1000

1000

1000

1000

500

500

K11

K12

K14

K16

K18

K14

K18

4741532100009

4741532100023

4741532100047

4741532100054

4741532100061

4741532100078

4741532100085

20074959

20074961

20074963

20074964

20074965

20074966

20074967

ApplicationAerial bundled power cable with aluminum conductor.


ApprovalCE

StandardSFS 2200 Aerial bundled cable AMKAHD 626 S1 Overhead distribution cablesIEC 60228 Conductor standard

ConstructionCable Shape Insulated conductors are laid up around the the messenger.Conductors 16 mm2: round and solid aluminium conductor;

25-120 mm2: round, stranded and compacted aluminium conductorConductor Insulation Black UV and weather resistant PE compoundMarking of cores Phase conductors: 2,3 or 4 longitudinal ridges

Optional conductor: no ridgesExample of marking on sheath AMKA 3x16+35 1 kV DRAKA "Production number", "Date and time", metre marked

TemperatureMaximum operating Temperature 70°CTemparatures at installation [°C] Lowest cable temperature during installation: -20 ºC , below 0 ºC special precaution is

recommended.

FeaturesUV resistance GoodMin. Bending radius at final installation 14 x DMin. Bending radius at during installation 20 x D

ElectricalMax. short circuit temperature [°C] 135°C (5s)

Covered overhead lines

AMKA 0,6/1(1,2) kV



Cable

diameter

[mm]

Cable

weight

Min.permissible

laying [m]

Min. permissible bending

[m]

Min.strength of

the conductor[kN]

Max. DC

resistance of

conductor

[Ω/km]

Max. permisible


EX 2x25, 1kV 18 205 0.4 0.28 4,1 1.2 1.8

EX 3x25, 1kV 20 305 0.5 0.35 4,1 1.2 1.8

EX 3x50, 1kV 25 525 0.44 0.31 7.3 0.641 3.6

EX 3x95, 1kV 34 1000 0.64 0.45 13.7 0.320 6.8

EX 4x16, 1kV 18 265 0.36 0.25 2.6 1.91 1.1

EX 4x25, 1kV 22 405 0.68 0.48 4,1 1.2 1.8

EX 4x35, 1kV 24 520 0.35 0.25 5.6 0.868 2.5

EX 4x50, 1kV 28 700 0.474 0.33 7.3 0.641 3.6

EX 4x50, 1kV T1000 28 700 0.56 0.39 7.3 0.641 3.6

EX 4x70, 1kV 32 1000 0.56 0.39 10.4 0.443 5.0

EX 4x95, 1kV 38 1350 0.76 0.53 13.7 0.320 6.8

EX 4x95, 1kV T1000 38 1350 0.76 0.53 13.7 0.320 6.8

*Conductor temperature 20ºC

** Initial temperature of conductor before short circuit 70ºC, final temperature of conductor after short circuit 135ºC


[m]


EX 4x25

EX 4x35

EX 4x50

EX 4x50, T1000

EX 4x70

EX 4x95

EX 4x95, T1000

500

500

500

1000

1000

500

1000

K11

K11

K11

K18

K18

K14

K20

4741532100122

4741532100153

4741532100146

4741532100221

4741532100160

4741532100184

4741532100184

20074970

20141393

20074972

20204660

20074973

20074975

20204661



[m]


EX 2x25

EX 3x25

EX 3x50

EX 3x95

EX 4x16

500

500

500

500

1000

K9

K9

K11

K14

K11

4741532100108

4741532100115

4741532100139

4741532100177

4741532100191

20074968

20074969

20074971

20074974

20130697

ApplicationAerial bundled power cable with aluminium conductor.

Alternative Product NameCENELEC N1ED4-AR


ApprovalCE

StandardHD 626-3I Overhead distribution cablesIEC 60228 Conductor standard

ConstructionCable Shape RoundConductors Round, stranded and compacted aluminium conductorConductor Insulation Black UV and weather resistant PE compoundMarking of cores Marked with longitudinal ridges, 2-core: Neutral-conductor - no ridge, Phase 1 - 1 ridge,

3-core: Phase 1 – 1 ridge, Phase 2 – 2 ridges, Phase 3 – 3 ridges,4-core: Neutral-conductor - no ridge, Phase 1 - 1 ridge, Phase 2 - 2 ridges, Phase 3 - 3 ridges

Example of marking on sheath EX 4x50 1 kV DRAKA "Production number", "Date and time", metre marked


FeaturesUV resistance YesMin. Bending radius at final installation 14 x DMin. Bending radius at during installation 20 x DREACH/SVHC declaration Fulfills the REACH requirementsRoHS declaration Fulfills the RoHS requirements

ElectricalMax. short circuit temperature [°C] 135°C (5s)


EX 0,6/1(1,2) kV



Product Name Diameter over

conductor [mm]

Diameter over

covered conductor

[mm]

Cable weight

[kg/km]

Min. permissible

bending radius

during laying [m]

Min.permissible

bending radius at final

installation [m]


of the conductor[kN]

SAX-W 35 6,9 11,5 160 0,16 0,11 11,2

SAX-W 50 8,0 12,7 200 0,18 0,13 15,5

SAX-W 70 9,7 14,3 270 0,2 0,14 22,5

SAX-W 95 11,3 16,1 350 0,22 0,16 30,4

SAX-W 120 12,8 17,6 425 0,25 0,18 38

SAX-W 150 14,2 18,9 510 0,27 0,19 47,3

Product Name Initial modulus of


[N/mm2]

Final modulus of

elasticity of

conductor [N/mm2]

expansion

expansion of

Max. DC Resistance

of conductor*

[Ω/km]

Current rating in

air**[A]

Max. permisible


SAX-W 35 61 000 62 500 23x10-6 0,986 200 3,2

SAX-W 50 61 000 62 500 23x10-6 0,720 245 4,3

SAX-W 70 61 000 62 500 23x10-6 0,493 310 6,4

SAX-W 95 61 000 62 500 23x10-6 0,363 370 8,6

SAX-W 120 53 000 62 000 23x10-6 0,288 430 11,0

SAX-W 150 53 000 62 000 23x10-6 0,236 485 13,5



[m]


SAX-W 35

SAX-W 50

SAX-W 70

SAX-W 95

SAX-W 120

SAX-W 150

2000

2000

2000

2000

2000

2000

K11

K11

K12

K14

K16

K18

4741532130709

4741532130716

4741532130723

4741532130730

4741532130747

4741532130754

20074926

20074927

20074928

20074929

20074930

20074931

ApplicationAerial power cable with stranded and compacted aluminium conductor.

Alternative Product NamePAS-W / CCX-WK

ApprovalCE


StandardEN 50397-1 Covered conductors for overhead linesIEC 60228 Conductor standard

ConstructionCable Shape RoundConductors Watertight aluminium alloy, round, stranded and compactedOuter Sheath Black weather resistant XLPE compoundExample of marking on sheath Sax-W 70 20 kV DRAKA "Production number", "Date and time", metre marked

TemperatureMaximum operating Temperature 80°CTemparatures at installation [°C] Lowest cable temperature during installation -20 °C, below 0 °C special precautions are

recommended.

FeaturesUV resistance Good

ElectricalMax. short circuit temperature [°C] 200ºC


SAX-W® 20 kV


20 drakakeila.ee We reserve the right to change as a result of product development and/or changes in product standard. Data from 2017-10-13 We reserve the right to change as a result of product development and/or changes in product standard. Data from 2017-10-13 drakakeila.ee



[N/mm2]

Final modulus of

elasticity of conductor expansion expansion of

conductor [1/k]

Max DC

Resistance of

conductor*

Current

rating in

air** [A]

Max. permisible

short circuit

current for 1

sec.*** [kA]

CCST-39 W 64000 78000 19,2 x 10-6 0.848 - 3.7

CCST-62 W 64000 78000 19,2 x 10-6 0.5355 225 5.9

CCST-99 W 64000 78000 19,2 x 10-6 0.3367 310 9.4

CCST-159 W 53000 62000 23 x 10-6 0.1923 440 15.8

CCST-241 W 53000 62000 23 x 10-6 0.1265 580 24



conductor [mm]

Diameter over

covered conductor

[mm]

Weight of cable

[kg/km]

Min. permissible

bending radius

during laying [m]

Min. permissible

bending radius at

final installation [m]



CCST-39 W 8.1 13.1 225 0.20 0.14 12.2

CCST-62 W 10.1 15.1 309 0.23 0.16 18.64

CCST-99 W 12.8 17.8 449 0.27 0.19 29.22

CCST-159 W 16.3 21.3 575 0.32 0.22 43.61

CCST-241 W 20.1 25.1 829 0.38 0.27 61.49


[m]


CCST-39 W

CCST-62 W

CCST-99 W

CCST-159 W

CCST-241 W

2000

1500

1000

1000

1000

K12

K12

K12

K14

K18

4741532130808

4741532130839

4741532130846

4741532130860

4741532130884

20213314

20163991

20159492

20163988

20163989

ApplicationCovered conductor with a semiconductive layer for pole installation.

Alternative Product NameBLL 20 kV


ApprovalCE

StandardSS-EN 50397-1 Construction standard - Covered conductors for overhead linesIEC 60228 Conductor standard

ConstructionCable Shape RoundConductors CCST-W 39, 62 & 99: Round stranded aluminium steel reinforced conductor

CCST-W 159 & 241: Round, stranded aluminium steel reinforced conductorConductor Insulation Semiconductive compoundOuter Sheath Weather resistant PE, blackExample of marking on sheath CCST- 99W 20 kV DRAKA, "Production number", "Date and time", metre marked

TemperatureMaximum operating Temperature 70 °C.Temparatures at installation [°C] Lowest temperature -20 °C, below 0 °C extra precaution is recommended.


CCST-W 20 kV




elasticity of

conductor

[N/mm2]

Final modulus of elasticity

of conductor[N/mm2] expansion expansion

of conductor[1/k]

Max DC

Resistance of

conductor*[Ω/km]

Current rating

in air** [A]

Max. permisible

short circuit

current for 1

CCSX 35 AL3 WK 61 000 62 500 23x10-6 0.986 200 3.2

CCSX 50 AL3 WK 61 000 62 500 23x10-6 0.72 245 4.3

CCSX 70 AL3 WK 61 000 62 500 23x10-6 0.493 310 6.4

CCSX 95 AL3 WK 61 000 62 500 23x10-6 0.363 370 8.6

CCSX 120 AL3 WK 61 000 62 500 23x10-6 0.288 430 11

CCSX 150 AL3 WK 61 000 62 500 23x10-6 0.236 485 13.5

*Conductor temperature 20ºC ** Air temperature 25ºC



conductor [mm]

Diameter over

covered conductor

[mm]

Cable weight

[kg/km]

Min. permissible

bending radius

during laying [m]

Min. permissible

bending radius at

final installation [m]



CCSX 35 AL3 WK 6.9 12 170 0.18 0.13 11.2

CCSX 50 AL3 WK 8 13.2 220 0.20 0.14 15.5

CCSX 70 AL3 WK 9.7 14.8 290 0.22 0.16 22.5

CCSX 95 AL3 WK 11.3 16.5 370 0.25 0.17 30.4

CCSX 120 AL3 WK 12.8 18 455 0.27 0.19 38

CCSX 150 AL3 WK 14.2 19.4 545 0.29 0.20 47.3


[m]


CCSX 35 AL3 WK

CCSX 50 AL3 WK

CCSX 70 AL3 WK

CCSX 95 AL3 WK

CCSX 120 AL3 WK

CCSX 150 AL3 WK

2000

2000

2000

2000

2000

2000

K11

K12

K12

K14

K18

K18

4741532130600

4741532130617

4741532130624

4741532130631

4741532130648

4741532130655

20134348

20134349

20134350

20134351

20134352

20134353

ApplicationCovered conductor for pole installation.


StandardEN 50397-1 Covered conductors for overhead linesIEC 60228 Conductor standard

ConstructionCable Shape RoundConductors Round, stranded and compacted watertight aluminium alloy conductorInner semi-conducting layer Cross-linkable semiconductive compoundOuter Sheath Black weather resistant XLPE compoundExample of marking on sheath CCSX 70 AL3 WK DRAKA "Production number", "Date and time", metre marked

TemperatureMaximum operating Temperature 80 ˚CTemparatures at installation [°C] -20 ˚C


CCSX AL3 WK 20 kV



Product NameCable diameter [mm]

Conductor weight[kg/km]

Cable weight [kg/km] Min.permissible bendingradius during laying [m]

Min. permissiblebending radius at finalinstallation [m]

AXPK 1x185 24 484 745 0.36 0.26

AXPK 1x240 27 635 940 0.405 0.29

AXPK 1x300 29 795 1150 0.435 0.31

AXPK 1x400 32 1020 1460 0.48 0.34

AXPK 1x500 36 1312 1850 0.54 0.38

AXPK 1x630 40 1692 2350 0.6 0.42

AXPK 1x800 44 2160 2950 0.66 0.47

AXPK-PLUS 1X300 29 795 2160 0.435 0.31

AXPK-PLUS 1X800 44 2160 2900 0.66 0.47

Product Name Max. permissible pulling forcewith a pulling grip [kN]

Max. permissible pulling forcewith a pulling eye [kN]

Max. DC resistance of conductor *[Ω/km]

AXPK 1x185 2.7 9.2 0.164

AXPK 1x240 3.6 12 0.125

AXPK 1x300 4.5 15 0.1

AXPK 1x400 6 20 0.0778

AXPK 1x500 7 20 0.0605

AXPK 1x630 8.1 20 0.0467

AXPK 1x800 8.5 20 0.0367

AXPK-PLUS 1X300 4.5 15 0.1

AXPK-PLUS 1X800 8.5 20 0.0367


Product Name Current rating inground* [A]; flatformation

Current rating inground* [A]; trefoilformation

Current rating in air** [A]; flat formation

Current rating in air** [A]; trefoil formation

Max. permisible shortcircuit current for 1sec.***, kA

AXPK 1x185 431 334 500 390 17.5

AXPK 1x240 511 397 600 470 22.6

AXPK 1x300 525 460 690 560 28.3

AXPK 1x400 711 558 815 640 37.6

AXPK 1x500 821 647 930 750 47

AXPK 1x630 954 754 1110 880 59.2

AXPK 1x800 1000 830 1300 1050 75.6

AXPK-PLUS 1X300 525 460 690 555 28.3

AXPK-PLUS 1X800 1000 830 1300 1040 75.6

*Conductor temperature 70ºC **Conductor temperature 90ºC

*** Initial temperature of conductor before short circuit 90ºC, final temperature of conductor after short circuit 250ºC

The ratings are based on the following conditions : maximum conductor temperature- 90ºC, ground temperature- 15ºC, air temperature- 25ºC,

thermal resistivity of soil- 1,0 ºKm/W, depth of burial-0,7m

Product Name Standard delivery length[m]

Delivery Package EAN/GTIN number SAP Number

AXPK 1x185

AXPK 1x240

AXPK 1x300

AXPK 1x400

AXPK 1x500

AXPK 1x630

AXPK 1x800

AXPK 1x1000

AXPK-PLUS 1x300

AXPK-PLUS 1x800

1000

1000

1000

1000

500

500

500

500

500

500

K14

K18

K18

K18

K18

K18

K20

K22

K14

K20

4741532130006

4741532130013

4741532130020

4741532130037

4741532130044

4741532130051

4741532130068

4741532130075

6410006019311

6410006019359

20074943

20074944

20074945

20074946

20074947

20074948

20074949

20074950

20140296

20140297


ApplicationPower cable with round, stranded and compacted aluminium conductor. For fixed installations indoors and outdoors, perfect for ploughingdown. Suitable for cable ducts and house connections. AXPK-Plus is the halogen-free version of the cable.

Alternative Product NameAXPK-HF

Flame retardanceIEC 60332-1-2 - Vertical flame propagation for asingle insulated wire or cable

StandardSFS 4879 0.6/1 kV XLPE insulated Al and Cu wires.IEC 60502-1 Construction StandardIEC 60228 Conductor standardCENELEC HD 603 Part 5 Section D Harmonized construction standardHD 60364-5-52 Selection and erection of electrical equipment. Wiring systems.

ConstructionCable Shape Round.Conductors Round, compacted and stranded aluminium conductor.Conductor Insulation Black XLPE compound.Outer Sheath AXPK - black PVC.

AXPK-Plus - black self-extinguishing halogen-free compound.Example of marking on sheath AXPK-PLUS 1KV DRAKA "Date and time", metre marked.

TemperatureMaximum operating Temperature 90ºCTemparatures at installation [°C] Lowest cable temperature during installation: -20 ºC below 0 ºC extra precaution is

recommended.

FeaturesCPR Performance class EcaUV resistance Good.


Power Cables 1kV

AXPK 1 core and AXPK-Plus 1 core 0,6/1(1,2) kV



Product Name

Cable diameter

[mm]

Conductor weight

[kg/km]

Cable weight

[kg/km]

Min. permissible

bending radius

during laying [m]

Min. permissible

bending radius at

final installation

[m]

Max. permissible

pulling force with

a pulling grip [kN]

Max. permissible

pulling force with

XPK 1x185 23 1590 1900 0.35 0.24 2.7 18.5

XPK 1x240 26 2115 2400 0.39 0.27 3.6 20

XPK 1x300 29 2620 3050 0.44 0.31 4.5 20

XPK-PLUS 1x185 23 1590 1900 0.35 0.24 2.7 18.5

XPK-PLUS 1x300 29 2620 3000 0.44 0.31 4.5 20


Product Name Current rating in

ground* [A]; flat

formation

Current rating in

formation

Current rating in

formation

Current rating in

formation

Max. permissible


for 1 sec.***, kA

Maximum DC

resistance of

conductor * [Ω/km]

XPK 1x185 535 425 645 510 26.4 0.0991

XPK 1x240 625 500 790 610 34.2 0.0745

XPK 1x300 735 585 885 705 42.8 0.0601

XPK-PLUS 1x185 535 425 645 510 26.4 0.0991

XPK-PLUS 1x300 735 585 885 705 42.8 0.0601


**Conductor temperature 90ºC

The ratings are based on the following conditions –maximum conductor temperature 90ºC –ground temperature 15ºC –air temperature 25ºC



[m]


XPK 1x185

XPK 1x240

XPK 1x300

XPK-PLUS 1X185

XPK-PLUS 1X300

500

500

500

500

500

K11

K12

K14

K11

K14

4741532120502

4741532120519

4741532120526

4741532120533

4741532120557

20140290

20180995

20140291

ApplicationPower cable with round, stranded and compacted copper conductor. For fixed installations indoors and outdoors, perfect for ploughing down.Suitable for cable ducts and house connections. XPK-Plus is the halogen-free version of the cable.

Alternative Product NameXPK-HF 1 core

ApprovalCE

Flame retardanceIEC 60332-1-2 - Vertical flame propagationfor a single insulated wire or cable

StandardSFS 4879 0.6/1 kV XLPE insulated Al and Cu wires.IEC 60502-1 Construction StandardCENELEC HD 603 Part 5 Section D Harmonized construction standardIEC 60228 Conductor standard

ConstructionCable Shape Round.Conductors Round, compacted and stranded copper conductor.Conductor Insulation Black XLPE compound.Outer Sheath XPK - black PVC.

XPK-PLUS - black self-extinguishing halogen-free compound.Example of marking on sheath XPK-PLUS ANNEALED 1KV DRAKA "Data ir laikas", ilgio žymuo

TemperatureMaximum operating Temperature 90ºCTemparatures at installation [°C] Lowest cable temperature during installation: -20 ºC below 0 ºC special precaution shall be

taken.



Power Cables 1kV

XPK 1 core and XPK-Plus 1 core 0,6/1(1,2) kV



Product name Cablediameter[mm] Conductorweight[kg/km]

Min.permissiblebendingradius duringlaying [m]

Min.permissiblebendingradius at finalinstallation[m]

Max.permissiblepullingforce with apullinggrip [kN]

Maxpermissiblepullingforce with apullingeye [kN]

AXPK-PLUS 4G16 RE 20 165 0.24 0.17 0.9 3.2

AXPK-PLUS 4G16 RM 20 165 0.24 0.17 0.9 3.2

AXPK-PLUS 5G16 RE 20 207 0.25 0.18 1.1 4.0

AXPK-PLUS 4G25 21 265 0.26 0.19 1.5 5.0

AXPK-PLUS 5G25 25 332 0.31 0.22 1.8 6.2

AXPK-PLUS 4G35 23 365 0.28 0,20 2.1 7.0

AXPK-PLUS 5G35 27 460 0.31 0.23 2.6 8.8

AXPK-PLUS 4G50 27 495 0.31 0.23 3.0 10.1

AXPK-PLUS 4G70 30 720 0.36 0.26 4.2 14.0

AXPK-PLUS 4G95 34 995 0.41 0.29 5.7 19.0

AXPK-PLUS 4G120 38 1260 0.46 0.33 7.2 20.0

AXPK-PLUS 4G150 42 1550 0.51 0.36 8.5 20.0

AXPK-PLUS 4G185 47 1950 0.57 0.40 8.5 20.0

AXPK-PLUS 4G240 53 2550 0.64 0.45 8.5 20.0

AXPK-PLUS 4G300 58 3190 0.70 0.49 8.5 20.0

*Conductor temperature 20ºC **Conductor temperature 70ºC, direct burried

Product Name Current ratinginground* [A],directburried

Current ratinginair* [A]

Current ratinginair** [A]

Max. permisibleshortcircuit currentfor 1sec.***, kA

Max. DCresistanceofconductor *[Ω/km]

Max. ACresistanceofconductor**[Ω/km]

AXPK-PLUS 4G16 RE 78 64 75 1.5 1.91 2.3

AXPK-PLUS 4G16 RM 78 64 75 1.5 1.91 2.3

AXPK-PLUS 5G16 RE 78 64 75 1.5 1.91 2.3

AXPK-PLUS 4G25 100 83 105 2.3 1.20 1.5

AXPK-PLUS 5G25 100 83 105 2.3 1.20 1.5

AXPK-PLUS 4G35 125 105 130 3.3 0.868 1.0

AXPK-PLUS 5G35 125 105 130 3.3 1.2 1.5

AXPK-PLUS 4G50 150 125 165 4,7 0.641 0.77

AXPK-PLUS 4G70 185 155 205 6.6 0.443 0.53

AXPK-PLUS 4G95 220 190 245 8.9 0.320 0.39

AXPK-PLUS 4G120 255 220 280 11.3 0.253 0.31

AXPK-PLUS 4G150 290 250 320 14.1 0.206 0.25

AXPK-PLUS 4G185 330 285 365 17.4 0.164 0.20

AXPK-PLUS 4G240 375 330 430 22.6 0.125 0.16

AXPK-PLUS 4G300 430 380 480 28.3 0.100 0.13

*Conductor temperature 70º **Conductor temperature 90ºC

***Initial temperature of conductor before short circuit 90ºC, final temperature of conductor after short circuit 250ºC

The ratings are based on the following conditions: maximum conductor temperature- 90ºC, ground temperature-- 15ºC,

air temperature- 25ºC, thermal resistivity of soil- 1,0 ºKm/W, depth of burial- 0,7m.



AXPK-PLUS 4G16 RE

AXPK-PLUS 5G16 RE

AXPK-PLUS 4G16 RM

AXPK-PLUS 4G25

AXPK-PLUS 5G25

AXPK-PLUS 4G35

AXPK-PLUS 5G35

AXPK-PLUS 4G50

AXPK-PLUS 4G70

AXPK-PLUS 4G95

AXPK-PLUS 4G120

AXPK-PLUS 4G150

AXPK-PLUS 4G185

AXPK-PLUS 4G240

AXPK-PLUS 4G300

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

500

500

500

500

K12

K12

K12

K14

K14

K16

K16

K18

K20

K20

K22

K20

K22

K22

K24

4741532120106

4741532120120

4741532120090

4741532120137

4741532120281

4741532120151

4741532120274

4741532120168

4741532120175

4741532120182

4741532120199

4741532120205

4741532120212

4741532120229

4741532120236

20079318

20097601

20079317

20076250

20163987

20076251

20163932

20076252

20076253

20076254

20076255

20076256

20076257

20076258

20076259


ApplicationPower cable with stranded compacted aluminium conductor. The cable is halogen free. For fixed installation indoors and outdoors, perfect forploughing down. Suitable for cable ducts and house connections.

Flame retardanceIEC 60332-1-2 - Vertical flame propagationfor a single insulated wire or cable

ApprovalCE

StandardCENELEC HD 308 S2 Identification of cores in cablesIEC 60502-1 Construction StandardCENELEC HD 603 Part 5 Section D Harmonized construction standardHD 60364-5-52 Selection and erection of electrical equipment. Wiring systems.IEC 60228 Conductor standardSFS 4879 0.6/1 kV XLPE insulated Al and Cu wires.

ConstructionCable Shape Round.Conductors 16 mm² – stranded and compacted or solid round aluminium conductor;

25 mm² - stranded, compacted and annealed aluminium conductor;35–300 mm2 – stranded, compacted and annealed sector shaped aluminium conductor.

Conductor Insulation XLPE compound.Marking of cores Phase conductors: brown, black, grey, blue.

PEN conductor: yellow-green.Outer Sheath Black halogen-free self-extinguishing PE compound.Example of marking on sheath AXPK-PLUS 1KV 4G16 DRAKA "Date and time", metre marked.

TemperatureMaximum operating Temperature 90ºCTemparatures at installation [°C] Lowest cable temperature during installation: -20 ºC below 0 ºC special extra precaution is

recommended.



Power Cables 1kV

AXPK-PLUS 0,6/1(1,2) kV



Product NameCable diameter[mm]


Cable weight[kg/km]

Min. permissiblebending radiusduring laying [m]

Min.permissiblebending radius at finalinstallation [m]

Max. permisible shortcircuit current for 1sec.***, kA

AXPK 4G16 RE 20 165 370 0.24 0.17 1.5

AXPK 4G16 RM 20 165 370 0.24 0.17 1.5

AXPK 5G16 RE 20 207 435 0.25 0.18 1.5

AXPK 4G25 21 265 615 0,26 0,19 2,3

AXPK 5G25 25 332 670 0.31 0.22 2,3

AXPK 4G35 23 365 865 0,28 0,20 3,3

AXPK 4G50 27 495 1025 0,31 0,23 4,7

AXPK 4G70 30 720 1400 0,36 0,26 6,6

AXPK 4G95 34 995 1840 0,41 0,29 8,9

AXPK 4G120 38 1260 1900 0,46 0,33 11,3

AXPK 4G150 42 1550 2300 0,51 0,36 14,1

AXPK 4G185 47 1950 2800 0,57 0,4 17,4

AXPK 4G240 53 2550 3700 0,64 0,45 22,6

AXPK 4G300 58 3190 4600 0,7 0,49 28,3


Product Name Max. permissiblepulling force with apulling grip [kN]

Max. permissiblepulling force with apulling eye [kN]

Max. DCresistance ofconductor *[Ω/km]

Max. ACresistance ofconductor **[Ω/km]

Current rating inground* [A],direct burried

Current rating inair* [A]

Current rating inair** [A]

AXPK 4G16 RE 0.9 3.2 1.91 2.3 78 64 75

AXPK 4G16 RM 0.9 3.2 1.91 2.3 78 64 75

AXPK 5G16 RE 1.1 4 1.91 2.3 78 64 75

AXPK 4G25 1,5 5 1,2 1,5 100 83 105

AXPK 5G25 1.8 6.2 1,2 1,5 100 83 105

AXPK 4G35 2,1 7 0,868 1.0 125 105 130

AXPK 4G50 3 10 0,641 0,77 150 125 165

AXPK 4G70 4,2 14 0,443 0,53 185 155 205

AXPK 4G95 5,7 19 0,320 0,39 220 190 245

AXPK 4G120 7,2 20 0,253 0,31 255 220 280

AXPK 4G150 8,5 20 0,206 0,25 290 250 320

AXPK 4G185 8,5 20 0,164 0,2 330 285 365

AXPK 4G240 8,5 20 0,125 0,16 375 330 430

AXPK 4G300 8,5 20 0,125 0,13 430 380 480


The ratings are based on the following conditions: maximum conductor temperature- 90ºC, ground temperature- 15ºC,

air temperature- 25ºC, thermal resistivity of soil- 1,0 ºKm/W, depth of burial- 0,7m.



AXPK 4G16 RE

AXPK 4G16 RM

AXPK 5G16 RE

AXPK 4G25

AXPK 5G25

AXPK 4G35

AXPK 4G50

AXPK 4G70

AXPK 4G95

AXPK 4G120

AXPK 4G150

AXPK 4G185

AXPK 4G240

AXPK 4G300

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

500

500

500

500

K12

K12

K12

K14

K16

K16

K16

K20

K20

K22

K20

K20

K22

K24

4741532130105

4741532130112

4741532130129

4741532130136

4741532130150

4741532130167

4741532130181

4741532130204

4741532130228

4741532130235

4741532130259

4741532130266

4741532130273

4741532130280

20076220

20076221

20074980

20076222

20074981

20076224

20076226

20076228

20076230

20076231

20076233

20076234

20076235

20076236


ApplicationPower cable with aluminium conductor. For fixed installation indoors and outdoors, perfect for ploughing down. Suitable for cable ducts andhouse connections.

ApprovalCE

Flame retardanceEN 60332-1-2 - Vertical flame propagation for asingle insulated wire or cable

StandardCENELEC HD 308 S2 Identification of cores in cablesIEC 60502-1 Construction StandardCENELEC HD 603 Part 5 Section D Harmonized construction standardIEC 60228 Conductor standardSFS 4879 0.6/1 kV XLPE insulated Al and Cu wires.

ConstructionCable Shape Round.Conductors 16 mm² – stranded and compacted or solid round aluminium conductor;

25 mm² - stranded, compacted and annealed aluminium conductor;35–300 mm2 – stranded, compacted and annealed sector shaped aluminium conductor.

Conductor Insulation XLPE compound.Marking of cores Phase conductors: brown, black, grey, blue;

PEN conductor: yellow-green.Outer Sheath Black PVC.Example of marking on sheath AXPK 1KV 4G16 DRAKA "Date and time", metre marked.

TemperatureMaximum operating Temperature 90ºCTemparatures at installation [°C] Lowest cable temperature during installation: -15 ºC below 0 ºC special precaution is

recommended.


ElectricalMax. short circuit temperature [°C] 250 ºC

Power Cables 1kV

AXPK 0,6/1(1,2) kV



Product NameCable diameter [mm]


Cable weight [kg/km] Min.permissible bendingradius during laying [m]

Min.permissible bendingradius at finalinstallation [m]

ARLC 4G16 + 2.5Cu 18.1 186 380 0.24 0.17

ARLC 4G25 + 2.5Cu 22.6 286 545 0.26 0.19

ARLC 4G35 + 2.5Cu 26.1 386 715 0.28 0,20

ARLC-PLUS 4G16 + 2.5Cu 18.1 186 355 0.24 0.17

ARLC-PLUS 4G25 + 2.5Cu 22.6 286 515 0.26 0.19

ARLC-PLUS 4G35 + 2.5Cu 26.1 386 690 0.28 0.20

Product Name Max. permissible pullingforce with a pulling grip [kN]

Max. permissible pullingforce with a pulling eye [kN]

Max. DC resistance ofconductor * [Ω/km]

Max. AC resistance ofconductor ** [Ω/km]

ARLC 4G16 + 2.5Cu 0.9 3.2 1.91 2.3

ARLC 4G25 + 2.5Cu 1.5 5 1.2 1.5

ARLC 4G35 + 2.5Cu 2.1 7 0.868 1.0

ARLC-PLUS 4G16 + 2.5Cu 0.9 3.2 1.91 2.3

ARLC-PLUS 4G25 + 2.5Cu 1.5 5 1.2 1.5

ARLC-PLUS 4G35 + 2.5Cu 2.1 7 0.868 1.0


Product Name Current rating in ground*[A], direct burried

Current rating in air* [A] Current rating in air** [A] Max. permisible shortcircuit current for 1 sec.***,kA

ARLC 4G16 + 2.5Cu 78 64 75 1.5

ARLC 4G25 + 2.5Cu 100 83 105 2,3

ARLC 4G35 + 2.5Cu 125 105 130 3,3

ARLC-PLUS 4G16 + 2.5Cu 78 64 75 1.5

ARLC-PLUS 4G25 + 2.5Cu 100 83 105 2,3

ARLC-PLUS 4G35 + 2.5Cu 125 105 130 3,3



The ratings are based on the following conditions: maximum conductor temperature - 90ºC, ground temperature - 15ºC,

air temperature - 25ºC, thermal resistivity of soil - 1,0 ºKm/W, depth of burial - 0,7m



ARLC 4G16 + 2.5Cu

ARLC 4G25 + 2.5Cu

ARLC 4G35 + 2.5Cu

ARLC-PLUS 4G16 + 2.5Cu



1000

1000

500

1000

1000

500

K12

K14

K14

K12

K14

K14

4741532130440

4741532130457

4741532130464

4741532130471

4741532130488

4741532130495

20111654

20076248

20076249

20112072

20164811

20172988


ApplicationRoad lighting cable with aluminium conductor and copper signal conductor.

Alternative Product NameARLC - HF

Flame retardanceIEC 60332-1-2 - Vertical flame propagation for asingle insulated wire or cable

ApprovalCE

StandardIEC 60502-1 Construction StandardCENELEC HD 308 S2 Identification of cores in cablesCENELEC HD 603 Part 5 Section D Harmonized construction standardIEC 60228 Conductor standard

ConstructionCable Shape Round.Conductors 16 mm²: solid round aluminium conductor;

25 mm²: stranded round aluminium conductor;35 mm²: sector shaped aluminium conductor.

Center conductor 2.5 mm²: solid round insulated copper signal conductor.Conductor Insulation XLPE.Lay up / Shielding Four insulated conductors stranded together.Marking of cores Phase conductors: brown, black, grey;

PEN conductor: yellow-green;Signal conductor: black.

Outer Sheath ARLC : PVC;ARLC - Plus: black self-extinguishing halogen-free compound.

Example of marking on sheath ARLC DRAKA "Data ir laikas", ilgio žymuo

TemperatureMaximum operating Temperature 90ºCTemparatures at installation [°C] Žemiausia rekomenduojama temperatūra montuojant: ARLC -15 ºC, žemiau 0 ºC

rekomenduojama imtis atsargumo priemonių; ARLC-PLUS -20 ºC, žemiau 0 ºCrekomenduojama imtis atsargumo priemonių.

FeaturesUV resistance Good.


Power Cables 1kV

ARLC and ARLC-PLUS 0,6/1(1,2) kV



Conductors and screenarea [mm2]

Conductorresistance Ω/km

Screen resistance*Ω/km

Inductance in trefoil/inflat* mH/km

ReactanceΩ/km

CapacitanceµF/km

Charging current/phase A/km

Earth faultcurrent A/km

1x50/16 0,641 1,15 0,41/0,73 0,23 0,23 0,4 1,3

1x70/16 0,443 1,15 0,38/0,69 0,22 0,28 0,5 1,6

1x95/25 0,320 0,727 0,36/0,66 0,21 0,32 0,6 1,8

1x120/25 0,253 0,727 0,35/0,64 0,20 0,35 0,7 2,0

1x150/25 0,206 0,727 0,34/0,62 0,20 0,38 0,7 2,1

1x185/25 0,164 0,524 0,32/0,61 0,20 0,41 0,8 2,3

1x240/35 0,125 0,524 0,31/0,58 0,18 0,46 0,9 2,6

1x300/35 0,100 0,524 0,30/0,56 0,18 0,51 1,0 2,9

1x400/35 0,0778 0,524 0,29/0,54 0,17 0,58 1,1 3,3

1x500/35 0,0605 0,254 0,28/0,52 0,16 0,64 1,2 3,6

1x630/35 0,0469 0,524 0,28/0,51 0,16 0,72 1,4 4,1

1x800/50 0,0367 0,387 0,27/0,49 0,15 0,70 1,5 4,5

1x1000/50 0,0291 0,387 0,27/0,48 0,15 0,83 1,6 4,7

* Cable distance, installation in flat formation = 70 mm. Note screen resistance is the sum of copper wires and aluminum tape.


Current rating at coretemp. 65ºC in ground*A

Current rating at coretemp. 65ºC in air *A


Max. short circuit current onthe conductor during 1s atinitial temp. 65ºC kA


1x50/16 155 160 195 5,2 4,7

1x70/16 200 190 235 7,2 6,6

1x95/25 235 230 280 9,9 8,9

1x120/25 265 265 325 12,4 11,3

1x150/25 300 300 370 15,6 14,2

1x185/35 330 345 425 19,2 17,5

1x240/35 385 400 490 25,0 22,7

1x300/35 435 465 565 31,2 28,3

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/35 635 720 880 65,6 59,5

1x800/50 695 822 1010 83,2 75,6

1x1000/50 760 920 1130 103,7 94,5

* Trefoil with screen grounded in both end.

The ratings are based on the following conditions –maximum conductor temperature 90ºC –ground temperature 15ºC –air temperature 25ºC –thermal resistivityof soil 1,0 ºKm/W –depth of burial 0,65 m –frequency 50Hz

Conductors and screen area[mm2]

Standard delivery length[m]


1x50/16

1x70/16

1x95/25

1x120/25

1x150/25

1x185/35

1x240/35

1x300/35

1x400/35

1x500/35

1x630/35

1x800/50

1x1000/50

500

500

500

500

500

500

500

500

500

500

500

500

500

K11

K11

K12

K12

K12

K14

K14

K16

K16

K18

K20

K20

K24

7330384710664

7330384713948

7330384710671

7330384713955

7330384710688

7330384713962

7330384708920

7330384713979

7330384709651

7330384713986

7330384709316

7330384713993

7330384722049

20102173

20113259

20102174

20113260

20040268

20113271

20078241

20113272

20102175

20113273

20102176

20113274

20227891


ApplicationSingle-core, distribution cable for outdoor use in 3-phase formation. Installation in pipes and ground/water. Both radial and longitudinal watersealed. Can be ploughed down. The outer sheath has a conductive layer that greatly extends the possibilities to do a sheath testing before,during and after installation. Ripcords for easier and safer stripping of the outer sheath.

Alternative Product NameSE-N10XC7A5T5E-AR


EnvironmentalEnviromantal Declaration - AXLJ-TTCL

StandardSS 424 14 16 Construction standard 12-36 kVCENELEC HD 620 Part 10 Section K Harmonized Construction StandardCENELEC HD 620 Part 10 Section M Harmonized Construction Standard

ConstructionCable Shape RoundConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminium tapeRadial water blocking Aluminum-PE laminate, bonded to sheathRipcord AramidOuter Sheath PE, natural UV-protectedExample of marking on sheath AXLJ-TTCL TSLF 12kV 1x50 AFR/16 DRAKA "Date and time", metre markedSemi-conducting layer in outer sheath Yes (facilitates sheath testing)

TemperatureMaximum operating Temperature 90 ºCTemparatures at installation [°C] Lowest cable temperature during installation -20 ºC, below 0 ºC special precaution shall be

taken.

FeaturesBending radius In fixed installation: 10 x D

When pulling-in: 15 x DWhen plowing down: 8 x D

ElectricalImpulse voltage [kV] 75 kV

Power Cables 12 kV

AXLJ-TTCL TSLF 6/10(12) kV



Conductors andscreen area [mm2]


Screenresistance*Ω/km

Inductance intrefoil/in flat*mH/km

Reactance intrefoil/in flat*Ω/km

CapacitanceµF/km



1x50/16 0,641 1,15 0,40/0,72 0,13/0,23 0,25 0,5 1,4

1x70/16 0,443 1,15 0,37/0,69 0,12/0,22 0,28 0,5 1,6

1x95/25 0,320 0,727 0,36/0,66 0,11/0,21 0,32 0,6 1,8

1x120/25 0,253 0,727 0,34/0,64 0,11/0,20 0,35 0,7 2,0

1x150/25 0,206 0,727 0,33/0,62 0,10/0,20 0,38 0,7 2,1

1x185/25 0,164 0,727 0,32/0,60 0,10/0,19 0,41 0,8 2,3

1x240/35 0,125 0,524 0,31/0,58 0,10/0,18 0,46 0,9 2,6

1x300/35 0,100 0,524 0,30/0,59 0,09/0,17 0,50 1,0 3,0

1x400/35 0,0778 0,524 0,29/0,54 0,09/0,17 0,57 1,1 3,3

1x500/35 0,0605 0,524 0,28/0,52 0,09/0,16 0,58 1,1 3,3

1x630/35 0,0469 0,524 0,27/0,50 0,09/0,16 0,64 1,2 3,6

1x800/50 0,0367 0,387 0,27/0,49 0,09/0,15 0,79 1,5 4,5








1x50/16 155 160 195 5,2 4,7

1x70/25 200 190 235 7,2 6,6

1x95/25 235 230 280 9,9 8,9

1x120/25 265 265 325 12,4 11,3

1x150/25 300 300 370 15,6 14,2

1x185/25 330 345 425 19,2 17,5

1x240/35 385 400 490 25,0 22,7

1x300/35 435 460 565 31,0 28,3

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/35 635 720 880 65,6 59,5

1x800/50 695 822 1010 83,2 75,6






1x50/16

1x70/16

1x95/25

1x120/25

1x150/25

1x185/25

1x240/35

1x300/35

1x400/35

1x500/35

1x630/35

1x800/50

500

500

500

500

500

500

500

500

500

500

500

500

K11

K11

K12

K12

K12

K14

K14

K16

K16

K18

K20

K20

7330384720878

7330384720885

7330384720892

7330384720908

7330384720915

7330384720922

7330384720939

7330384720946

7330384720953

7330384720960

7330384720977

7330384720984

20218299

20218300

20218371

20218372

20218373

20218374

20218375

20218376

20218377

20218378

20218379

20218380


ApplicationHalogen-free, flame retardant and self-extinguishing in case of fire. Smoke in the event of fire is limited, transparent (to facilitate evacuation) andnot harmful to electronic equipment. Radial and longitudinal water sealed distribution cable for use indoors and outdoors for 3-phaseformation. Installation in pipes and ground. Ploughing down is not recommended. Ripcords for easier and safer stripping of the outer sheath.

Alternative Product NameSE-N10XC7A5Z1-AR

EnvironmentalEnviromantal Declaration - AXQJ-TT Pure TSLI

StandardCENELEC HD 620 Part 10 Section M Harmonized Construction StandardCENELEC HD 620 Part 10 Section K Harmonized Construction StandardCENELEC HD 604 Halogen free materialSS-EN 60754-1, -2 Corrosive gasesSS-EN 61034-1, -2 Smoke densityEN 50575:2014 Power, control and communication cables - Cables for general applications in construction

works subject to reaction to fire requirements

ConstructionCable Shape RoundConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminium laminate bonded to the sheathRipcord AramidOuter Sheath Halogen free compound, blackExample of marking on sheath AXQJ-TT Pure TSLI 12kV 1x240 AFR/35 D-s2d2a2 DRAKA "Date and time", metre marked


taken.

FeaturesCPR Performance class Dca-s2d2a2Bending radius In fixed installation: 10 x D



Power Cables 12 kV

AXQJ-TT Pure TSLI 6/10(12) kV






InductancemH/km

ReactanceΩ/km

CapacitanceµF/km



3x1x50/16 0,641 1,15 0,40 0,13 0,25 0,5 1,4

3x1x70/16 0,443 1,15 0,38 0,12 0,28 0,5 1,6

3x1x95/25 0,320 0,727 0,36 0,11 0,32 0,6 1,8

3x1x120/25 0,253 0,727 0,35 0,11 0,35 0,7 2,0

3x1x150/25 0,206 0,727 0,34 0,11 0,38 0,7 2,1

3x1x185/35 0,164 0,524 0,32 0,10 0,41 0,8 2,3

3x1x240/35 0,125 0,524 0,31 0,10 0,46 0,9 2,6

3x1x300/35 0,100 0,524 0,30 0,09 0,51 1,0 2,9

3x1x400/35 0,0778 0,524 0,29 0,09 0,58 1,1 3,3

3x1x500/35 0,0605 0,524 0,28 0,09 0,64 1,2 3,6

*Note screen resistance is the sum of copper wires and aluminum tape.







3x1x50/16 155 160 195 5,2 4,7

3x1x70/16 200 190 235 7,2 6,6

3x1x95/25 235 230 280 9,9 8,9

3x1x120/25 265 265 325 12,4 11,3

3x1x150/25 300 300 370 15,6 14,2

3x1x185/35 330 345 425 19,2 17,5

3x1x240/35 385 400 490 25,0 22,7

3x1x300/35 435 460 565 31,2 28,3

3x1x400/35 510 555 680 41,6 37,8

3x1x500/35 570 635 775 52,0 47,2






3x1x50/16

3x1x70/16

3x1x95/25

3x1x120/25

3x1x150/25

3x1x185/35

3x1x240/35

3x1x300/35

3x1x400/35

3x1x500/35

500

500

500

500

500

500

500

500

500

500

K20

K20

K22

K22

K24

K24

K26

K26

K28

K28

7330384709057

7330384721851

7330384721868

7330384721875

7330384721882

7330384721899

7330384709002

7330384721905

7330384721912

7330384721929

20087880

20114706

20114707

20114708

20114709

20114710

20102177

20114711

20114712

20114713


ApplicationSingle-core, distribution cable for outdoor use in triplex formation. Installation in pipes and ground/water. Both radial and longitudinal watersealed. Can be ploughed down. The outer sheath has a conductive layer that greatly extends the possibilities to do a sheath testing before,during and after installation. Ripcords for easier and safer stripping of the outer sheath.




StandardCENELEC HD 620 Part 10 Section K Harmonized Construction StandardCENELEC HD 620 Part 10 Section M Harmonized Construction Standard

ConstructionCable Shape RoundConductors Stranded, round, compacted aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminum-PE laminate, bonded to sheathRipcord AramidOuter Sheath PE, natural UV-protectedExample of marking on sheath AXLJ-TTCL TSLF 12kV 1x240 AFR/35 DRAKA "Date and time", metre markedSemi-conducting layer in outer sheath Yes (facilitates sheath testing)


taken.




Power Cables 12 kV

AXLJ-TTCL TSLF Triplex 6/10(12) kV








CapacitanceµF/km



1x50/16 0,641 1,15 0,40/0,72 0,13/0,23 0,25 0,5 1,4

1x95/25 0,320 0,727 0,36/0,66 0,11/0,21 0,32 0,6 1,8

1x150/25 0,206 0,727 0,33/0,62 0,10/0,20 0,38 0,7 2,1

1x240/35 0,125 0,524 0,31/0,58 0,10/0,18 0,46 0,9 2,6

1x400/35 0,0778 0,524 0,29/0,54 0,09/0,17 0,57 1,1 3,3

1x500/35 0,0605 0,524 0,28/0,52 0,09/0,16 0,58 1,1 3,3

1x630/35 0,0469 0,524 0,27/0,50 0,09/0,16 0,64 1,2 3,6

1x800/50 0,0367 0,387 0,27/0,49 0,09/0,15 0,79 1,5 4,5

1x1000/50 0,0291 0,387 0,27/0,48 0,09/0,15 0,83 1,6 4,7








1x50/16 155 160 195 5,2 4,7

1x95/25 235 230 280 9,9 8,9

1x150/25 300 300 370 15,6 14,2

1x240/35 385 400 490 25,0 22,7

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/35 635 720 880 65,6 59,5

1x800/50 695 822 1010 83,2 75,6

1x1000/50 760 920 1130 103,7 94,5






3x1x50/16

3x1x70/16

3x1x95/25

3x1x120/25

3x1x150/25

3x1x185/35

3x1x240/35

3x1x300/35

3x1x400/35

3x1x500/35

500

500

500

500

500

500

500

500

500

500

K20

K20

K22

K24

K24

K24

K24

K26

K28

K28

7330384720991

7330384721004

7330384721011

7330384721028

7330384721035

7330384721042

7330384721059

7330384721066

7330384721073

7330384721080

20218381

20218382

20218383

20218384

20218385

20218386

20218387

20218388

20218389

20218390







ConstructionCable Shape RoundConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminium laminate bonded to the sheathRipcord AramidOuter Sheath Halogen free compound, blackExample of marking on sheath AXQJ-TT Pure TSLI 12kV 1x240 AFR/35 D-s2d2a2 DRAKA "Date and time", metre marked


taken.




Power Cables 12 kV

AXQJ-TT Pure TSLI Triplex 6/10(12) kV




Conductor resistanceΩ/km

Centre conductorresistance Ω/km

InductancemH/km

ReactanceΩ/km

CapacitanceµF/km


Earth faultcurrentA/km

3x50AL+35CU 0,641 0,524 0,40 0,13 0,25 0,5 1,4

3x70AL+35CU 0,443 0,524 0,38 0,12 0,28 0,5 1,6

3x95AL+35CU 0,320 0,524 0,36 0,11 0,32 0,6 1,8

3x120AL+35CU 0,253 0,524 0,35 0,11 0,34 0,6 1,9

3x150AL+35CU 0,206 0,524 0,34 0,11 0,38 0,7 2,1

3x185AL+35CU 0,164 0,524 0,32 0,10 0,41 0,8 2,3

3x240AL+35CU 0,125 0,524 0,31 0,10 0,46 0,9 2,6

3x300AL+35CU 0,100 0,524 0,30 0,09 0,51 1,0 2,9







3x50AL+35CU 155 160 195 5,2 4,7

3x70AL+35CU 200 190 235 7,2 6,6

3x95AL+35CU 235 230 280 9,9 8,9

3x120AL+35CU 265 265 325 12,4 11,3

3x150AL+35CU 300 300 370 15,6 14,2

3x185AL+35CU 330 345 425 19,2 17,5

3x240AL+35CU 385 400 490 25,0 22,7

3x300AL+35CU 435 460 565 31,2 28,3






3x50AL+35CU

3x70AL+35CU

3x95AL+35CU

3x120AL+35CU

3x150AL+35CU

3x185AL+35CU

3x240AL+35CU

3x300AL+35CU

500

500

500

500

500

500

500

500

K20

K22

K24

K24

K24

K24

K26

K26

7330384715218

7330384715225

7330384710374

4705554

7330384707695

7330384705783

7330384705578

7330384709507

20118178

20118179

20088773

20078178

20102199

20102200

20102201

20102202


ApplicationAHXAMK-W (Wiski™) is a assembled from 3-single core cables wrapped around a compact copper conductor. Each cable is radial andlongitudinal water sealed. For fixed outdoor installation, can be ploughed down.

Alternative Product NameFI-N10XA4EC-AR


EnvironmentalEnvironmental declaration - AHXAMK-W

StandardCENELEC HD 620 Part 10 Section F Harmonized Construction Standard

ConstructionCable Shape RoundConductors Stranded, round, compacted aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeCore assembly The cores are wrapped around a compact copper conductor. Stranded, round and compacted

copper acc. IEC 60228 class 2Radial water blocking Aluminum-PE laminate, bonded to sheathOuter Sheath PE, blackExample of marking on sheath AHXAMK-W 6/10 kV 3x150Al+35Cu DRAKA Phase 1 + "Date and time", 1 core is metre marked


taken.




Power Cables 12 kV

AHXAMK-W 6/10(12) kV





Screen resistanceΩ/km

Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x50/16 0,641 1,2 0,33 0,10 0,25 0,5 1,4

3x95/25 0,320 0,8 0,30 0,09 0,32 0,6 1,8

3x150/25 0,206 0,8 0,28 0,09 0,38 0,7 2,0

3x240/35 0,125 0,6 0,23 0,09 0,46 0,8 2,5

3x300/35 0,100 0,6 0,26 0,08 0,51 1,0 2,9

Conductors andscreen area[mm2]

Current rating atcore temp. 65ºC inground A

Current rating atcore temp. 65ºC inair A


Max. short circuitcurrent on the conductorduring 1s at initial temp.65ºC kA


Max impulse current kA

3x50/16 145 130 160 5,2 4,7 55

3x95/25 205 190 230 9,9 8,9 65

3x150/25 260 250 305 15,6 14,2 70

3x240/35 340 330 400 25,0 22,7 70

3x300/35 380 375 460 31,2 28,3 70





3x50/16

3x95/25

3x150/25

3x240/35

3x300/35

500

500

500

500

500

K18

K20

K22

K24

K26

7330384701129

7330384701143

7330384701068

7330384701099

7330384715065

20078179

20095493

20078182

20087130

20118045


ApplicationAXLJ-RMF is a 3-core cable designed for replacement of bare overhead lines. Primary developed to be ploughed down but thanks to the robustdesign the cable can stand the stresses that appears when laid in water with moderate currents and limited depth. Ripcords for easier and saferstripping of the outer sheath.

Alternative Product NameSE-N10XC7E-AR


EnvironmentalEnviromantal Declaration - AXLJ-F, -RMFLT

StandardSS 424 14 16 Construction standard 12-36 kVCENELEC HD 620 Part 10 Section M Harmonized Construction StandardIEC 60502-2 Construction standard

ConstructionCable Shape TriangularConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedInner covering Conductive tapeShield / Screen Annealed copper wiresRipcord AramidOuter Sheath Composite PE, BlackExample of marking on sheath AXLJ-RMF 12kV 3x150/25 LT DRAKA "Date and time", metre marked


taken.

FeaturesFire Propagation Cable is not flame retardant.UV resistance GoodBending radius In fixed installation: 8 x D


Min. Bending radius at final installation 8 xDMin. Bending radius at during installation 12 xD

ElectricalMax. short circuit temperature [°C] 250 ºCImpulse voltage [kV] 75 kV.

Power Cables 12 kV

AXLJ-RMF 6/10(12) kV






Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x50/16 0,641 1,2 0,34 0,11 0,23 0,5 1,4

3x70/16 0,433 1,2 0,31 0,10 0,28 0,5 1,6

3x95/25 0,320 0,8 0,31 0,10 0,30 0,6 1,8

3x120/25 0,253 0,8 0,29 0,09 0,35 0,7 2,0

3x150/25 0,206 0,8 0,29 0,09 0,35 0,7 2,0

3x185/35 0,164 0,6 0,27 0,09 0,41 0,8 2,3

3x240/35 0,125 0,6 0,27 0,09 0,43 0,8 2,5

3x300/35 0,100 0,6 0,26 0,08 0,51 1,0 2,9








3x50/16 145 130 160 5,2 4,7 55

3x70/16 175 155 190 7,2 6,6 60

3x95/25 205 190 230 9,9 8,9 65

3x120/25 230 220 265 12,4 11,3 65

3x150/25 260 250 305 15,6 14,2 70

3x185/35 290 280 340 19,2 17,5 70

3x240/35 340 330 400 25,0 22,7 70

3x300/35 380 375 460 31,2 29,8 70





3x50/16

3x70/16

3x95/25

3x120/25

3x150/25

3x185/35

3x240/35

3x300/35

500

500

500

500

500

500

500

500

K18

K18

K20

K20

K22

K24

K24

K24

7330384720113

7330384720120

7330384720137

7330384720144

7330384720151

7330384720175

7330384720182

7330384720212

20203881

20203882

20203883

20203884

20203885

20203886

20203887

20203888


ApplicationHalogen-free, flame retardant and self-extinguishing in case of fire. Smoke in the event of fire is limited, transparent (to facilitate evacuation) andnot harmful to electronic equipment. The cable is primarily designed for indoor installation, tunnels, etc. The cable can be installed outdoorsand in ground but ploughing is not recommended. Ripcords for easier and safer stripping of the outer sheath.

Alternative Product NameSE-N10XC7Z1-AR

EnvironmentalEnvironmental Declaration - AXQJ-RMF Pure

StandardSS 424 14 16 Construction standard 12-36 kVCENELEC HD 620 Part 10 Section M Harmonized Construction StandardIEC 60502-2 Construction standardCENELEC HD 604 Halogen free materialSS-EN 60754-1, -2 Corrosive gasesSS-EN 61034-1, -2 Smoke densityEN 50575:2014 Power, control and communication cables - Cables for general applications in construction


ConstructionCable Shape TriangularConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedInner covering Conductive tapeShield / Screen Annealed copper wiresRipcord AramidOuter Sheath Halogen free compound, blackExample of marking on sheath AXQJ-RMF Pure 12kV 3x50/16 LT B2-s1d0a2 DRAKA "Date and time", metre marked


taken.

FeaturesCPR Performance class B2ca-s1d0a2Bending radius In fixed installation: 8 x D


ElectricalMax. short circuit temperature [°C] 250 ºCImpulse voltage [kV] 75 kV.

Power Cables 12 kV

AXQJ-RMF Pure 6/10(12) kV






Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km

Zero sequenceimpedance Z0Ω/km

Chargingcurrent/phase A/km


3x50/16 0,641 1,2 0,33 0,10 0,25 1,31+j0,87 0,5 1,4

3x70/16 0,443 1,2 0,31 0,10 0,28 1,06+j0,84 0,5 1,6

3x95/25 0,320 0,8 0,30 0,09 0,32 0,92+j0,72 0,6 1,8

3x120/25 0,253 0,8 0,28 0,09 0,35 0,83+j0,70 0,7 2,0

3x150/25 0,206 0,8 0,28 0,09 0,38 0,76+j0,68 0,7 2,1

3x185/35 0,164 0,6 0,27 0,09 0,41 0,71+j0,58 0,8 2,3

3x240/35 0,125 0,6 0,26 0,08 0,46 0,65+j0,56 0,9 2,6

3x300/35 0,100 0,6 0,26 0,08 0,51 0,61+j0,55 1,0 2,9

*Note! Screen resistance is the sum of copper wires and aluminum tape. The screen cross-section is made up of 60% copper.


Current rating atcore temp. 65ºCin ground A

Current rating atcore temp. 65ºCin air A


Max. short circuitcurrent on theconductor during 1sat initial temp. 65ºCkA


Max. short circuitcurrent on the screenduring 1s kA

Max impulse currentkA

3x50/16 145 130 160 5,2 4,7 3,2 55

3x70/16 175 155 190 7,2 6,6 3,2 60

3x95/25 205 190 230 9,9 8,9 5 65

3x120/25 230 220 265 12,4 11,3 5 65

3x150/25 260 250 305 15,6 14,2 5 70

3x185/35 290 280 340 19,2 17,5 7 70

3x240/35 340 330 400 25,0 22,7 7 70

3x300/35 380 375 460 31,2 28,3 7 70


ElectricalMax. short circuit temperature [°C] 250°CImpulse voltage [kV] 75 kV




3x50/16

3x70/16

3x95/25

3x120/16

3x150/25

3x185/35

3x240/25

3x240/35

3x300/35

500

500

500

500

500

500

500

500

500

K18

K20

K20

K22

K24

K24

K24

K24

K26

7330384721783

7330384721776

7330384721769

20206411

20206412

20206413

CA.812373200001

20206415

20206416

CA.812373230001

20206417-5

20206418


ApplicationAXCLJ-TT is just as AXALJ-TT totally water sealed. Radial water sealed by an aluminum laminate bonded to outer sheath and longitudinally watersealed with swellable tapes. The screen is made up of circular copper wires like AXALJ-TT, water blocking tapes (replacing water blocking yarns)and the cable has been complemented with two strong ripcords for easier and safer opening of the outer sheath. The cable is primarily designedfor ploughing down in ground, but thanks to its robust design can handle the stresses resulting from installation in lakes with limited currentsand of limited depth.



FeatureThe corresponding options with aluminumscreen. - AXALJ-TT

EnvironmentalEnvironmental declaration - AXCLJ-TT

StandardSS 424 14 16 Construction standard 12-36 kVCENELEC HD 620 Part 10 Section M Harmonized Construction Standard

ConstructionCable Shape TriangularConductors Stranded, round, compacted aluminum acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeFiller PE-profilesInner covering Conductive tapeShield / Screen Round copper wires in contact with aluminum laminateRadial water blocking Aluminum-PE laminate, bonded to sheathRipcord AramidOuter Sheath Composite PE, BlackExample of marking on sheath AXCLJ-TT 12kV 3x50/16 DRAKA "Date and time", metre marked


taken.



Max Pulling force - pulling grip [N/mm2] Max. pulling forse = 5 x D ^ 2 (N)D = outer diameter of cable (mm)

Max Pulling force - pulling eye [N/mm2] Max. pulling forse = 30 x S (N)S = cross-sectional area of conductor (mm^2)

Power Cables 12 kV

AXCLJ-TT 6/10(12) kV






Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x25/25 AL 1,20 1,2 0,36 0,11 0,20 0,4 1,1

3x50/25 AL 0,641 1,2 0,33 0,10 0,25 0,5 1,4

3x75/25 AL 0,443 1,2 0,31 0,10 0,28 0,5 1,6

3x95/35 AL 0,320 0,8 0,30 0,09 0,32 0,6 1,8

3x120/35 AL 0,253 0,8 0,28 0,09 0,35 0,7 2,0

3x150/35 AL 0,206 0,8 0,28 0,09 0,38 0,7 2,1

3x185/50 AL 0,164 0,6 0,27 0,09 0,41 0,8 2,3

3x240/50 AL 0,125 0,6 0,26 0,08 0,46 0,9 2,6

3x300/50 AL 0,0778 0,6 0,26 0,08 0,51 1,0 2,9








3x25/25 AL 100 90 110 2,6 2,3 -

3x50/25 AL 145 130 160 5,2 4,7 55

3x70/25 AL 175 155 190 7,2 6,6 60

3x95/35 AL 205 190 230 9,9 8,9 65

3x120/35 AL 230 220 265 12,4 11,3 65

3x150/35 AL 260 250 305 15,6 14,2 70

3x185/50 AL 290 280 340 19,2 17,5 70

3x240/50 AL 340 330 400 25,0 22,7 70

3x300/50 AL 380 375 460 31,2 28,3 70


ElectricalMax. short circuit temperature [°C] 250 ºCImpulse voltage [kV] 75 kV




3x25/25 AL

3x50/25 AL

3x70/25 AL

3x95/35 AL

3x120/35 AL

3x150/35 AL

3x185/50 AL

3x240/50 AL

3x300/50 AL

500

500

500

500

500

500

500

500

500

K16

K18

K20

K20

K22

K24

K24

K24

K26

7330384717014

7330384717021

7330384717038

7330384717045

7330384717052

7330384717069

7330384717076

7330384717144

20158257

20151640

20151641

20151642

20151643

20151644

20151645

20151646

20152032


ApplicationAXALJ-TT is just like its predecessor AXLJ-TT, totally water sealed. Radially water sealed by an aluminium laminate bonded to the outer sheathlongitudinally water sealed with swellable tapes. The screen is made up of circular aluminium wires, water blocking tapes (replacing the waterswellable yarns) and the cable has been complemented with two strong ripcords for easier and safer opening of the outer sheath. The cable isprimarily designed for ploughing down in ground, but thanks to its robust design can handle the stresses resulting from installation in lakeswith limited currents and of limited depth.

Alternative Product NameSE-N10XA5E-AR


EnvironmentalEnviromantal Declaration - AXALJ-TT


ConstructionCable Shape TriangularConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeFiller PE-profilesShield / Screen Round aluminium wires in contact with aluminium laminateRadial water blocking Aluminium laminate bonded to the sheathRipcord AramidOuter Sheath Composite PE, blackExample of marking on sheath AXALJ-TT 12kV 3x50/25 AL DRAKA "Date and time", metre marked


taken.



Max Pulling force - pulling grip [N/mm2] Max pulling force = 5 x D^2 (N)D = outer diameter of the cable (mm)

Max Pulling force - pulling eye [N/mm2] Max pulling force = 30 x S (N)S = cross-sectional area of the conductor (mm^2)

Power Cables 12 kV

AXALJ-TT 6/10(12) kV





Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x25/25 AL 1,20 1,2 0,36 0,11 0,20 0,4 1,1

3x50/25 AL 0,641 1,2 0,33 0,10 0,25 0,5 1,4

3x75/25 AL 0,443 1,2 0,31 0,10 0,28 0,5 1,6

3x95/35 AL 0,320 0,8 0,30 0,09 0,32 0,6 1,8

3x120/35 AL 0,253 0,8 0,28 0,09 0,35 0,7 2,0

3x150/35 AL 0,206 0,8 0,28 0,09 0,38 0,7 2,1

3x185/50 AL 0,164 0,6 0,27 0,09 0,41 0,8 2,3

3x240/50 AL 0,125 0,6 0,26 0,08 0,46 0,9 2,6

3x300/50 AL 0,0778 0,6 0,26 0,08 0,51 1,0 2,9








3x25/25 AL 100 90 110 2,6 2,3 -

3x50/25 AL 145 130 160 5,2 4,7 55

3x70/25 AL 175 155 190 7,2 6,6 60

3x95/35 AL 205 190 230 9,9 8,9 65

3x120/35 AL 230 220 265 12,4 11,3 65

3x150/35 AL 260 250 305 15,6 14,2 70

3x185/50 AL 290 280 340 19,2 17,5 70

3x240/50 AL 340 330 400 25,0 22,7 70

3x300/50 AL 380 375 460 31,2 28,3 70






3x25/25 AL

3x50/25 AL

3x70/25 AL

3x95/35 AL

3x120/35 AL

3x150/35 AL

3x185/50 AL

3x240/50 AL

3x300/50 AL

500

500

500

500

500

500

500

500

500

K16

K18

K20

K20

K22

K24

K24

K24

K26

7330384717014

7330384717021

7330384717038

7330384717045

7330384717052

7330384717069

7330384717076

7330384717144

20158257

20151640

20151641

20151642

20151643

20151644

20151645

20151646

20152032






Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x35/16 0,524 1,2 0,34 0,11 0,22 0,4 1,2

3x50/16 0,387 1,2 0,33 0,10 0,25 0,5 1,4

3x70/16 0,268 1,2 0,31 0,10 0,28 0,5 1,6

3x95/25 0,193 0,8 0,30 0,09 0,32 0,6 1,8

3x120/25 0,153 0,8 0,29 0,09 0,34 0,6 1,9

3x150/25 0,124 0,8 0,28 0,09 0,38 0,7 2,1

3x185/35 0,0991 0,6 0,27 0,09 0,41 0,8 2,3

3x240/35 0,0754 0,6 0,26 0,08 0,46 0,9 2,6








3x35/16 140 135 165 5,5 5,0 -

3x50/16 175 165 205 7,8 7,1 55

3x70/16 210 205 250 11,0 10,0 60

3x95/25 250 240 295 14,9 13,6 65

3x120/25 285 280 340 18,9 17,2 65

3x150/25 325 320 390 23,6 21,5 70

3x185/35 360 360 435 29,1 26,5 70

3x240/35 415 420 515 37,7 34,4 70





3x35/16

3x50/16

3x70/16

3x95/25

3x120/25

3x150/25

3x185/35

3x240/35

500

500

500

500

500

500

500

500

K16

K18

K18

K20

K20

K22

K22

K24

7330384714761

7330384714778

7330384714785

7330384714792

7330384714808

7330384714815

7330384714822

7330384714839

20117462

20117463

20117464

20117465

20117491

20117497

20117513

20117514


ApplicationFXLJ-TT is a three core cable primary developed to be ploughed down but thanks to the robust design the cable can withstand the stress thatappears when laid in water with moderate currents and limited depth. The design with water swellable yarn and aluminum foil bonded to thesheath makes the cable both radial and longitudinal water sealed, which enhances the expected life length of the cable. Ripcords for easier andsafer stripping of the outer sheath.

Alternative Product NameSE-N10XC7A5T5E-R


EnvironmentalEnviromantal Declaration - FXLJ-TT


ConstructionCable Shape TriangularConductors Stranded, round and compacted copper acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tape and swellable yarnShield / Screen Annealed copper wiresRadial water blocking Aluminium foil bonded to the sheathRipcord AramidOuter Sheath PE, blackExample of marking on sheath FXLJ-TT 12kV 3x95/25 DRAKA "Date", metre marked


taken.




Power Cables 12 kV

FXLJ-TT 6/10(12) kV








CapacitanceµF/km



1x50/16 0,387 1,15 0,40/0,73 0,13/0,23 0,25 0,5 1,4

1x400/35 0,0470 0,524 0,29/0,54 0,09/0,17 0,58 1,1 3,3

1x500/35 0,0366 0,524 0,28/0,52 0,09/0,16 0,63 1,2 3,6








1x50/16 205 205 250 7,8 7,1

1x400/35 625 680 835 62,9 57,4

1x500/35 695 765 940 78,7 71,7






1x50/16

1x400/35

1x500/35

500

500

500

K11

K18

K20

CA. 80150421

CA. 80150429

CA. 80150430



Alternative Product NameSE-N10XC7A5T5E-FR


EnvironmentalEnvironmental declaration - FXLJ-TTCLTSLF


ConstructionCable Shape RoundConductors Stranded, round and compacted copper acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 2,96 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminum-PE laminate, bonded to sheathRipcord AramidOuter Sheath PE, natural, UV-protectedExample of marking on sheath FXLJ-TTCL TSLF 12kV 1x50 FR/16 DRAKA "Date and time", metre markedSemi-conducting layer in outer sheath Yes (facilitates sheath testing)


taken.




Power Cables 12 kV

FXLJ-TTCL TSLF 6/10(12) kV







ReactanceΩ/km

CapacitanceµF/km



1x50/16 0,641 1,15 0,43/0,73 0,23 0,17 0,6 1,9

1x70/16 0,443 1,15 0,41/0,70 0,22 0,19 0,7 2,1

1x95/25 0,320 0,727 0,39/0,67 0,21 0,21 0,8 2,4

1x150/25 0,206 0,727 0,36/0,63 0,20 0,25 0,9 2,8

1x185/35 0,164 0,524 0,35/0,61 0,19 0,27 1,0 3,1

1x240/35 0,125 0,524 0,34/0,59 0,19 0,30 1,1 3,4

1x300/35 0,100 0,524 0,33/0,57 0,18 0,33 1,2 3,7

1x400/35 0,0778 0,524 0,30/0,55 0,17 0,37 1,4 4,2

1x500/35 0,0605 0,524 0,31/0,53 0,17 0,40 1,5 4,5

1x630/50 0,0469 0,387 0,29/0,51 0,16 0,45 1,7 5,1

1x800/50 0,0367 0,387 0,29/0,50 0,16 0,45 1,7 5,1

1x1000/50 0,0291 0,387 0,27/0,48 0,15 0,47 1,8 5,3

1x1200/50 0,0247 0,387 0,29/0,48 0,15 0,51 1,9 5,8








1x50/16 155 160 195 5,2 4,7

1x70/16 200 190 235 7,2 6,6

1x95/25 235 230 280 9,9 8,9

1x120/25 265 265 325 12,4 11,3

1x150/25 300 300 370 15,6 14,2

1x185/35 330 345 425 19,2 17,5

1x240/35 385 400 490 25,0 22,7

1x300/35 435 460 565 31,2 28,3

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/50 635 720 880 65,6 59,5

1x800/50 695 822 1010 83,2 75,6

1x1000/50 760 920 1130 103,7 94,5

1x1200/50 815 1000 1230 124,0 113,0






1x50/16

1x70/16

1x95/25

1x120/25

1x150/25

1x185/35

1x240/35

1x300/35

1x400/35

1x500/35

1x630/50

1x800/50

1x1000/50

1x1200/50

500

500

500

500

500

500

500

500

500

500

500

500

500

500

K12

K12

K12

K14

K14

K16

K16

K18

K18

K20

K20

K22

K24

K26

7330384707893

7330384714006

7330384707299

7330384714013

7330384707879

7330384714020

7330384707701

7330384714037

7330384707022

7330384714044

7330384709392

7330384714051

7330384720656

7330384720038

20102178

20113275

20102179

20113276

20102180

20113277

20102181

20113278

20102182

20113279

20102183

20113280

20118907

20118927






StandardSS 424 14 16 Construction standard 12-36 kVCENELEC HD 620 Part 10 Section M Harmonized Construction StandardCENELEC HD 620 Part 10 Section K Harmonized Construction Standard

ConstructionCable Shape RoundConductors Stranded, round, compressed aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum laminateRadial water blocking Aluminium laminate, bonded to sheathRipcord AramidOuter Sheath PE, natural UV protectedExample of marking on sheath AXLJ-TTCL TSLF 24kV 1x150 AFR/25 DRAKA "Date and time", metre markedSemi-conducting layer in outer sheath Yes (facilitates sheath testing)


taken.




Power cables 24 kV







InductancemH/km

ReactanceΩ/km

CapacitanceµF/km



3x1x50/16 0,641 1,15 0,44 0,14 0,17 0,6 1,9

3x1x70/16 0,443 1,15 0,41 0,13 0,19 0,7 2,1

3x1x95/25 0,320 0,727 0,39 0,12 0,21 0,8 2,4

3x1x120/25 0,253 0,727 0,38 0,12 0,23 0,9 2,6

3x1x150/25 0,206 0,727 0,36 0,11 0,25 0,9 2,8

3x1x185/35 0,164 0,524 0,35 0,11 0,27 1,0 3,1

3x1x240/35 0,125 0,524 0,34 0,11 0,30 1,1 3,4

3x1x300/35 0,100 0,524 0,33 0,10 0,33 1,2 3,7

3x1x400/35 0,0778 0,524 0,31 0,10 0,37 1,4 4,2

*Note screen resistance is the sum of copper wires and aluminum tape.







3x1x50/16 155 160 195 5,2 4,7

3x1x70/16 200 190 235 7,2 6,6

3x1x95/25 235 230 280 9,9 8,9

3x1x120/25 265 265 325 12,4 11,3

3x1x150/25 300 300 370 15,6 14,2

3x1x185/35 330 345 425 19,2 17,5

3x1x240/35 385 400 490 25,0 22,7

3x1x300/35 435 460 565 31,2 28,3

3x1x400/35 510 555 680 41,6 37,8






3x1x50/16

3x1x70/16

3x1x95/25

3x1x120/25

3x1x150/25

3x1x185/35

3x1x240/35

3x1x300/35

3x1x400/35

500

500

500

500

500

500

500

500

500

K22

K24

K24

K24

K26

K26

K28

K28

K28

7330384708999

7330384721936

7330384709019

7330384721943

7330384709125

7330384721950

7330384709026

7330384721967

7330384713320

20102184

20115022

20102185

20115023

20102186

20115024

20102187

20115025

20111044


ApplicationSingle-core, distribution cable for outdoor use in triplex formation. Installation in pipes and ground/water. Both radial and longitudinal watersealed. Can be ploughed down. The outer sheath has a conductive layer that greatly extends the possibilities to do a sheath testing before,during and after installation. Ripcords for easier and safer stripping of the outer sheath.




StandardCENELEC HD 620 Part 10 Section K Harmonized Construction StandardCENELEC HD 620 Part 10 Section M Harmonized Construction Standard

ConstructionCable Shape RoundConductors Stranded, round and compacted aluminum acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminum-PE laminate, bonded to sheathRipcord AramidOuter Sheath PE, natural UV-protectedExample of marking on sheath AXLJ-TTCL TSLF 24kV 1x50 AFR/16 DRAKA "Date and time", 1-core is metre markedSemi-conducting layer in outer sheath Yes (facilitates sheath testing)


taken.




Power cables 24 kV

AXLJ-TTCL TSLF Triplex 12/20(24) kV



Conductors and screen area [mm2] Cable diameter [mm]Cable weight[kg/km]

Conductorresistance[Ω/km]

Centre conductorresistance[Ω/km]

Inductance/phase[mH/km] Capacitance [μF/km]

AHXAMK-W 3x50+35 64 2350 0.641 0.524 0.46 0.17

AHXAMK-W 3x95+35 71 3100 0.32 0.524 0.4 0.21

AHXAMK-W 3x120+35 74 3450 0.253 0.524 0.39 0.23

AHXAMK-W 3x150+35 76 3800 0.206 0.524 0.37 0.24

AHXAMK-W 3x185+35 80 4300 0.164 0.524 0.36 0.26

AHXAMK-W 3x240+70 89 5500 0.125 0.268 0.35 0.3

AHXAMK-W 3x300+70 94 6250 0.1 0.268 0.34 0.32

Conductors and screen area [mm2]Charging current/phase [A/km]

Earth faultcurrent [A/km]

Current ratingat core temp.65ºC in ground[A]

Current ratingat core temp.65ºC in air* [A]

Current ratingat core temp.90ºC in air*[A]

Max. short circuitcurrent on theconductor during 1s atinitial temp.*** 90ºCkA

AHXAMK-W 3x50+35 0.6 1.8 155 160 195 4.7

AHXAMK-W 3x95+35 0.8 2.3 235 230 280 8.9

AHXAMK-W 3x120+35 0.8 2.5 265 265 325 11.3

AHXAMK-W 3x150+35 0.9 2.6 300 300 370 14.1

AHXAMK-W 3x185+35 1 2.9 330 345 425 17.4

AHXAMK-W 3x240+70 1.1 3.2 385 400 510 22.6

AHXAMK-W 3x300+70 1.2 3.5 435 460 565 28.3


The ratings are based on the following conditions –maximum conductor temperature 90ºC –ground temperature 15ºC –

air temperature 25ºC –thermal resistivity of soil 1,0 ºKm/W –depth of burial 0,65 m –frequency 50Hz




3x50+35 20kV

3x95+35 20kV

3x120+35 20kV

3x150+35 20kV

3x185+35 20kV

3x240+35 20kV

3x240+70 20kV

3x300+35 20kV

3x300+70 20kV

500

500

500

500

500

500

500

500

500

K24

K26

K26

K26

K26

K28

K28

K28

K28

6410006242504

6410006242528

6410006242535

6410006242542

6410006242559

6410006242566

6410006242566

6410006242597

6410006242573

20022490

20022491

20022492

20022493

20022495

20022499

20022498

20022502

20022501


ApplicationMedium voltage power cable with stranded and compacted aluminium longitudinal and radial water sealed conductor. For fixed outdoorinstallation, can be ploughed down.

Alternative Product NameWISKI®


StandardHD 620-10F Harmonized construction standardIEC 60502-2 Construction standard

ConstructionCable Shape RoundUNSPSC classification 26121629Conductors Stranded, round, compacted aluminium, longitudinally watertightCenter conductor Round, stranded and compacted copper conductorInner semi-conducting layer Semi-conducting PEXConductor Insulation PEXIndividual screen for parts Semi-conducting PEXCore assembly Three cores are stranded around the centre conductorInner covering Conductive tapeShield / Screen Aluminium foil bonded tightly to sheathOverall sheath Black PEExample of marking on sheath AHXAMK-W 12/20 kV 3x150+35 DRAKA "Date and time", 1 core is metre markedSemi-conducting layer in outer sheath Semi-conducting tape

TemperatureMaximum operating Temperature 90°CTemparatures at installation [°C] Lowest cable temperature during installation -20 ºC, below 0 ºC special precaution shall be

taken.

FeaturesMin. Bending radius at final installation 8 xDMin. Bending radius at during installation 15 xDMax Pulling force - pulling grip [N/mm2] 15 N/mm² xAMax Pulling force - pulling eye [N/mm2] 50 N/mm² xA


Power cables 24 kV

AHXAMK-W 12/20 (24) kV






Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x50/16 0,641 1,2 0,37 0,12 0,17 0,6 1,9

3x95/25 0,320 0,8 0,34 0,11 0,21 0,8 2,4

3x150/25 0,206 0,8 0,31 0,10 0,25 0,9 2,8

3x240/35 0,125 0,6 0,29 0,09 0,30 1,1 3,4

3x300/35 0,100 0,6 0,28 0,09 0,33 1,2 3,7








3x50/16 145 130 160 5,2 4,7 55

3x95/25 205 190 230 9,9 8,9 65

3x150/25 260 250 305 15,6 14,2 70

3x240/35 340 330 400 25,0 22,7 70

3x300/35 380 375 460 31,2 28,3 70





3x50/16

3x95/25

3x150/25

3x240/25

3x240/35

3x300/35

500

500

500

500

500

500

K20

K22

K24

K26

K26

K26

7330384701136

7330384701150

7330384701075

7330384701082

7330384714167

7330384715072

20078233

20102136

20078234

20102137

20091033

20118046


ApplicationAXLJ-RMF is a 3-core cable designed for replacement of bare overhead lines. Primary developed to be ploughed down but thanks to the robustdesign the cable can stand the stresses that appears when laid in water with moderate currents and limited depth. Ripcords for easier and saferstripping of the outer sheath.

Alternative Product NameSE-N20XC7E-AR


EnvironmentalEnviromantal Declaration - AXLJ-F, -RMFLT


ConstructionCable Shape TriangularConductors Stranded, round, compacted aluminum acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedInner covering Conductive tapeShield / Screen Annealed copper wiresRipcord AramidOuter Sheath Composite PE, blackExample of marking on sheath AXLJ-RMF 24kV 3x150/25 LT DRAKA "Date and time", metre marked


taken.




Power cables 24 kV

AXLJ-RMF 12/20(24) kV






Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x50/16 0,641 1,2 0,37 0,12 0,17 0,6 1,9

3x70/16 0,443 1,2 0,35 0,11 0,19 0,7 2,1

3x95/25 0,320 0,8 0,34 0,11 0,21 0,8 2,4

3x120/25 0,253 0,8 0,32 0,10 0,23 0,9 2,6

3x150/25 0,206 0,8 0,31 0,10 0,25 0,9 2,8

3x185/35 0,164 0,6 0,30 0,09 0,27 1,0 3,1

3x240/35 0,125 0,6 0,29 0,09 0,30 1,1 3,4

3x300/35 0,100 0,6 0,28 0,09 0,33 1,2 3,7








3x50/16 145 130 160 5,2 4,7 55

3x70/16 175 155 190 7,2 6,6 60

3x95/25 205 190 230 9,9 8,9 65

3x120/25 230 220 265 12,4 11,3 65

3x150/25 260 250 305 15,6 14,2 70

3x185/35 290 280 340 19,2 17,5 70

3x240/35 340 330 400 25,0 22,7 70

3x300/35 380 375 460 31,2 29,8 70





3x50/16

3x70/16

3x95/25

3x120/25

3x150/25

3x185/35

3x240/35

3x300/35

500

500

500

500

500

500

500

500

K22

K22

K24

K24

K24

K24

K26

K26

7330384720236

7330384720243

7330384720250

7330384720267

7330384720274

7330384720281

7330384720298

7330384720311

20203889

20203890

20203891

20203892

20203893

20203894

20203895

20203896


ApplicationHalogen-free, flame retardant and self-extinguishing in case of fire. Smoke in the event of fire is limited, transparent (to facilitate evacuation) andnot harmful to electronic equipment. The cable is primarily designed for indoor installation, tunnels, etc. The cable can be installed outdoorsand in ground but ploughing is not recommended. Ripcords for easier and safer stripping of the outer sheath.

Alternative Product NameSE-N20XC7Z1-AR

EnvironmentalEnvironmental Declaration - AXQJ-RMF Pure

StandardSS 424 14 16 Construction standard 12-36 kVCENELEC HD 620 Part 10 Section M Harmonized Construction StandardIEC 60502-2 Construction standardCENELEC HD 604 Halogen free materialSS-EN 60754-1, -2 Corrosive gasesSS-EN 61034-1, -2 Smoke densityEN 50575:2014 Power, control and communication cables - Cables for general applications in construction


ConstructionCable Shape TriangularConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedInner covering Conductive tapeShield / Screen Annealed copper wiresRipcord AramidOuter Sheath Halogen free compound, blackExample of marking on sheath AXQJ-RMF Pure 24kV 3x50/16 LT B2-s1d0a2 DRAKA "Date and time", metre marked


taken.

FeaturesCPR Performance class B2ca-s1d0a2Bending radius In fixed installation: 8 x D



Power cables 24 kV

AXQJ-RMF Pure 12/20(24) kV






Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km

Zero sequenceimpedance Z0Ω/km

Chargingcurrent/phase A/km


3x50/16 0,641 1,2 0,37 0,12 0,17 1,30+j0,83 0,6 1,9

3x70/16 0,443 1,2 0,35 0,11 0,19 1,05+j0,80 0,7 2,1

3x95/25 0,320 0,8 0,34 0,11 0,21 0,91+j0,69 0,8 2,4

3x120/25 0,253 0,8 0,32 0,10 0,23 0,82+j0,67 0,9 2,6

3x150/25 0,206 0,8 0,31 0,10 0,25 0,75+j0,66 0,9 2,8

3x185/35 0,164 0,6 0,30 0,10 0,27 0,69+j0,56 1,0 3,1

3x240/35 0,125 0,6 0,29 0,09 0,30 0,64+j0,54 1,1 3,4

3x300/35 0,100 0,6 0,28 0,09 0,33 0,58+j0,45 1,2 3,7

*Note! Screen resistance is the sum of copper wires and aluminum tape. The screen cross-section is made up of 60% copper.


Current rating atcore temp. 65ºCin ground A





Max. short circuitcurrent on the screenduring 1s kA

Max impulse currentkA

3x50/16 145 130 160 5,2 4,7 3,2 55

3x70/16 175 155 190 7,2 6,6 3,2 60

3x95/25 205 190 230 9,9 8,9 5 65

3x120/25 230 220 265 12,4 11,3 5 65

3x150/25 260 250 305 15,6 14,2 5 70

3x185/35 290 280 340 19,2 17,5 7 70

3x240/35 340 330 400 25,0 22,7 7 70

3x300/35 380 375 460 31,2 28,3 7 70


ElectricalMax. short circuit temperature [°C] 250°CImpulse voltage [kV] 125 kV




3x50/16

3x70/16

3x95/25

3x120/25

3x150/25

3x185/35

3x240/35

3x300/35

500

500

500

500

500

500

500

500

K22

K22

K24

K24

K24

K26

K26

K26

7330384721745

7330384721738

7330384721721

7330384721714

20206420

20206421

20206422

20206423

20206424

20206425

20206426

20206427


ApplicationAXCLJ-TT is just as AXALJ-TT totally water sealed. Radial water sealed by an aluminum laminate bonded to outer sheath and longitudinally watersealed with swellable tapes. The screen is made up of circular copper wires like AXALJ-TT, water blocking tapes (replacing water blocking yarns)and the cable has been complemented with two strong ripcords for easier and safer opening of the outer sheath. The cable is primarily designedfor ploughing down in ground, but thanks to its robust design can handle the stresses resulting from installation in lakes with limited currentsand of limited depth.



FeatureThe corresponding options with aluminumscreen. - AXALJ-TT

EnvironmentalEnvironmental declaration - AXCLJ-TT


ConstructionCable Shape TriangularConductors Stranded, round, compacted aluminum acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeFiller PE-profilesInner covering Conductive tapeShield / Screen Round copper wires in contact with aluminum laminateRadial water blocking Aluminum-PE laminate, bonded to sheathRipcord AramidOuter Sheath Composite PE, BlackExample of marking on sheath AXCLJ-TT 24kV 3x50/16 DRAKA "Date and time", metre marked


taken.



Max Pulling force - pulling grip [N/mm2] Max. pulling forse = 5 x D ^ 2 (N)D = outer diameter of cable (mm)


Power cables 24 kV

AXCLJ-TT 12/20(24) kV







ReactanceΩ/km

CapacitanceµF/km



1x50/16 0,641 1,15 0,43/0,73 0,14/0,23 0,17 0,6 1,9

1x95/25 0,320 0,727 0,39/0,67 0,12/0,21 0,21 0,8 2,4

1x150/25 0,206 0,727 0,36/0,63 0,11/0,20 0,25 0,9 2,8

1x240/35 0,125 0,524 0,34/0,59 0,11/0,19 0,30 1,2 3,4

1x400/35 0,0778 0,524 0,31/0,55 0,10/0,17 0,37 1,4 4,2

1x500/35 0,0605 0,524 0,30/0,53 0,09/0,17 0,40 1,5 4,5

1x630/50 0,0469 0,387 0,29/0,51 0,09/0,16 0,45 1,7 5,1








1x50/16 155 160 195 5,2 4,7

1x95/25 235 230 280 9,9 8,9

1x150/25 300 300 370 15,6 14,2

1x240/35 385 400 490 25,0 22,7

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/50 635 720 880 65,6 59,5






1x50/16

1x95/25

1x150/25

1x240/35

1x400/35

1x500/35

1x630/50

500

500

500

500

500

500

500

K12

K12

K14

K16

K18

K20

K20

7330384720663

7330384720687

7330384720700

7330384720724

7330384720748

7330384720755

7330384720762

20217589

20217591

20217593

20217595

20217597

20217598

20217599







ConstructionCable Shape RoundConductors Stranded, round, compressed aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum laminateRadial water blocking Aluminium laminate, bonded to sheathRipcord AramidOuter Sheath Halogen free compound, blackExample of marking on sheath AXQJ-TT Pure TSLI 24kV 1x120 AFR/25 D-s2d2a2 DRAKA "Date and time", metre marked


taken.




Power cables 24 kV







Inductance mH/km

ReactanceΩ/km

CapacitanceµF/km



3x25/25 AL 1,20 1,2 0,41 0,13 0,14 0,5 1,6

3x50/25 AL 0,641 1,2 0,37 0,12 0,17 0,6 1,9

3x70/25 AL 0,443 1,2 0,35 0,11 0,19 0,7 2,1

3x95/35 AL 0,320 0,8 0,34 0,11 0,21 0,8 2,4

3x120/35 AL 0,253 0,8 0,32 0,10 0,23 0,9 2,6

3x150/35 AL 0,206 0,8 0,31 0,10 0,25 0,9 2,8

3x185/50 AL 0,164 0,6 0,30 0,09 0,27 1,0 3,1

3x240/50 AL 0,125 0,6 0,29 0,09 0,30 1,1 3,4

3x300/50 AL 0,100 0,6 0,28 0,09 0,33 1,2 3,7








3x25/25 AL 100 90 110 2,6 2,3 -

3x50/25 AL 145 130 160 5,2 4,7 55

3x70/25 AL 175 155 190 7,2 6,6 60

3x95/35 AL 205 190 230 9,9 8,9 65

3x120/35 AL 230 220 265 12,4 11,3 65

3x150/35 AL 260 250 305 15,6 14,2 70

3x185/50 AL 290 280 340 19,2 17,5 70

3x240/50 AL 340 330 400 25,0 22,7 70

3x300/50 AL 380 375 460 31,2 28,3 70





3x25/25 AL

3x50/25 AL

3x70/25 AL

3x95/35 AL

3x120/35 AL

3x150/35 AL

3x185/50 AL

3x240/50 AL

3x300/50 AL

500

500

500

500

500

500

500

500

500

K20

K22

K22

K24

K24

K24

K26

K26

K26

7330384717083

7330384717090

7330384717106

7330384717151

7330384717113

7330384717168

7330384717120

7330384717175

20158170

20151647

20151648

20151649

20152033

20151650

20152034

20151651

20152035


ApplicationAXALJ-TT is just like its predecessor AXLJ-TT, totally water sealed. Radially water sealed by an aluminium laminate bonded to the outer sheathlongitudinally water sealed with swellable tapes. The screen is made up of circular aluminium wires, water blocking tapes (replacing the waterswellable yarns) and the cable has been complemented with two strong ripcords for easier and safer opening of the outer sheath. The cable isprimarily designed for ploughing down in ground, but thanks to its robust design can handle the stresses resulting from installation in lakeswith limited currents and of limited depth.

Alternative Product NameSE-N20XA5E-AR


EnvironmentalEnviromantal Declaration - AXALJ-TT


ConstructionCable Shape TriangularConductors Stranded, round, compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeFiller PE-profilesShield / Screen Round aluminium wires in contact with aluminium laminateRadial water blocking Aluminium laminate, bonded to sheathRipcord AramidOuter Sheath Composite PE, BlackExample of marking on sheath AXALJ-TT 24kV 3x50/25 AL DRAKA "Date and time", metre marked


taken.




Power cables 24 kV

AXALJ-TT 12/20(24) kV



Conductors and

screen area [mm2]

Cable

diameter

[mm]

Cable

weight

[kg/km]

Conductor

resistance

[Ω/km]

Resistance

of phase,

core temp.

65ºC, flat

formation

[Ω/km]

Resistance of

phase, core

temp. 90ºC,

flat

formation

[Ω/km]

Resistance

of phase,

core temp.

65ºC, trefoil

formation

[Ω/km]

Resistance of

phase, core

temp. 90ºC,

trefoil

formation

[Ω/km]

Inductance

per phase,

flat

formation

[mH/km]

Inductance

per phase,

trefoil

formation

[mH/km]

Capacitance

[μF/km]

HXCMK 1x35/16 26 920 0.524 0.64 0.69 0.17 0.68 0.64 0.45 0.16

Conductors and screen

area [mm2]

Charging

current/

[A/km]

Earth fault

current

[A/km]

Current

rating in air

at core

temp. 65ºC,

flat

formation,

[A]

Current

rating in air

at core temp.

65ºC, trefoil

formation,

[A]

Current rating

in air at core

temp. 90ºC,

flat formation,

[A]

Current rating

in air at core

temp. 90ºC,

trefoil

formation, [A]

Current rating

in ground at

core temp.

65ºC, flat

formation, [A]

Current rating

in ground at

core temp.

65ºC, trefoil

formation,

[A]

Max. short

circuit current

on the

conductor

during 1s at

initial temp.***

90ºC kA

HXCMK 1x35/16 0.6 1.7 175 160 215 195 185 175 5

The ratings are based on the following conditions –maximum conductor temperature 90ºC –ground temperature 15ºC –

air temperature 25ºC –thermal resistivity of soil 1,0 ºKm/W –depth of burial 0,65 m –frequency 50Hz



[m]


HXCMK 1x35/16 1000 K16 6410006032099 20022529

ApplicationMedium voltage power cable with stranded and compacted copper conductor. For fixed installation for the trenches and ladders indoors andoutdoors.

Flame retardanceEN 60332-1IEC 60332-1 - Fire propagation class

ApprovalCE

StandardIEC 60502-2 Construction standard

ConstructionCable Shape RoundConductors Round, compacted copper conductorInner semi-conducting layer Semi-conducting PEXConductor Insulation PEXIndividual screen for parts Semi-conducting PEXInner covering Conductive tape

Copper wire layer helix and copper contact tape counter helixOuter Sheath Black PVCExample of marking on sheath Prysmian, product name, date of manufacture, outer sheath material designation, meter

markingSemi-conducting tape

TemperatureMaximum operating Temperature 90°CTemparatures at installation [°C] Lowest cable temperature during installation is -5°C.

FeaturesUV resistance GoodBending radius 15 xDMin. Bending radius at final installation 10 xDMin. Bending radius at during installation 15 xDMax Pulling force - pulling grip [N/mm2] 15 N/mm² xAMax Pulling force - pulling eye [N/mm2] 50 N/mm² xAREACH/SVHC declaration The cable does not contain any substances on the REACH/SVHC -list.


Power cables 24 kV

HXCMK 20 kV







Reactance intrefoil/in flat* Ω/km

CapacitanceµF/km



1x50/16 0,387 1,15 0,43/0,73 0,14/0,23 0,17 0,6 1,9

1x70/16 0,268 1,15 0,41/0,70 0,13/0,22 0,19 0,7 2,1

1x95/25 0,193 0,727 0,39/0,67 0,11/0,21 0,21 0,8 2,4

1x120/25 0,153 0,727 0,38/0,65 0,12/0,21 0,23 0,9 2,6

1x150/25 0,124 0,727 0,36/0,63 0,11/0,20 0,25 0,9 2,8

1x185/35 0,0991 0,524 0,35/0,61 0,11/0,19 0,27 1,0 3,1

1x240/35 0,0754 0,524 0,34/0,59 0,11/0,19 0,30 1,1 3,4

1x300/35 0,0601 0,524 0,32/0,57 0,10/0,18 0,33 1,2 3,7

1x400/35 0,0470 0,524 0,31/0,55 0,10/0,17 0,37 1,4 4,2

1x500/35 0,0366 0,524 0,30/0,53 0,09/0,17 0,40 1,5 4,5

1x630/50 0,0283 0,387 0,29/0,51 0,09/0,16 0,45 1,7 5,4






Max. short circuit currenton the conductor during 1sat initial temp. 65ºC kA

Max. short circuit current on theconductor during 1s at initial temp. 90ºCkA

1x50/16 205 205 250 7,8 7,1

1x70/16 255 240 295 11,0 10,0

1x95/25 295 300 355 14,9 13,6

1x120/25 335 335 410 18,9 17,2

1x150/25 380 380 465 23,6 21,5

1x185/35 425 435 535 29,1 26,5

1x240/35 485 505 620 37,7 34,4

1x300/35 545 575 705 47,2 43,0

1x400/35 625 680 835 62,9 57,4

1x500/35 695 765 940 78,7 71,7

1x630/35 755 845 1035 99,1 90,4






1x50/16

1x70/16

1x95/25

1x120/25

1x150/25

1x185/35

1x240/35

1x300/35

1x400/35

1x500/35

1x630/50

1000

1000

1000

1000

1000

1000

1000

1000

500

1000

1000

K20

K20

K20

K22

K24

K24

K18

K24

K22

K18

K18

7330384714327

7330384714334

7330384714341

7330384714358

7330384714365

7330384714372

7330384714389

7330384714396

7330384714402

7330384714419

7330384714426

20117071

20117078

20117079

20117080

20117081

20117125

20117126

20117135

20117136

20117137

20117138


ApplicationSingle-core distribution cable suitable for laying outdoors in 3-phase formation. Installation in pipes and in ground/water. Both radial andlongitudinal water sealed. Can be ploughed down.

Alternative Product NameSE-20XC7A5T5E-R


EnvironmentalEnviromantal Declaration - FXLJ-TT

StandardCENELEC HD 620 Part 10 Section M Harmonized Construction StandardCENELEC HD 620 Part 10 Section K Harmonized Construction Standard

ConstructionCable Shape RoundConductors Stranded, round and compacted copper acc. to IEC 60228 class 2, longitudinally water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 4,85 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminium laminate, bonded to sheathOuter Sheath PE, blackExample of marking on sheath FXLJ-TT TSLE 24kV 1x50 FR/16 DRAKA "Date", metre marked

TemperatureMaximum operating Temperature 90 ºCTemparatures at installation [°C] Lowest cable temperature during installation, -20 ºC below 0 ºC special precaution shall be

taken.




Power cables 24 kV

FXLJ-TT TSLE 12/20(24)kV



Conductors and Conductor

resistance ΩScreen

resistance*

Ω

Inductance in

trefoil/in flat*

Reactancein trefoil/in

ΩCapacitance Charging current/

phase A/km

Earth fault

current A/km

1x630/50 0,0469 0,387 0,31/0,52 0,10/0,16 0,33 1,9 5,9


Conductors and screen Current rating at core

temp. 65ºC in ground

Current rating at core Current rating at core Max. short circuit current on

the conductor during 1s at

initial temp. 65ºC kA

Max. short circuit current on



1x630/50 635 720 880 65,5 59,5


The ratings are based on the following conditions –maximum conductor temperature 90ºC –ground temperature 15ºC –air temperature 25ºC –thermal resistivity

of soil 1,0 ºKm/W –depth of burial 0,65 m –frequency 50Hz


Conductors and screen area

[mm2]


[m]


1x630/50 500 K22 CA.80140353

ApplicationSingle-core distribution cable suitable for laying outdoors in 3-phase formation. Installation in pipes and in ground/water. Both radial andlongitudinal water sealed. Can be ploughed down.




ConstructionCable Shape RoundConductors Stranded, round and compacted aluminum acc. to IEC 60228 class 2, longitudinally water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 7,1 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tape

Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminium-PE laminate, bonded to sheathOuter Sheath PE, blackExample of marking on sheath AXLJ-TT TSLE 36kV 1x630 AFR/50 DRAKA "Date, metre marked


taken.




Power Cables 36 kV

AXLJ-TT TSLE 18/30(36) kV







Reactance intrefoil/in flat* Ω/km

CapacitanceµF/km



1x50/25 0,641 0,727 0,47/0,75 0,15/0,24 0,13 0,7 2,2

1x70/25 0,443 0,727 0,44/0,71 0,14/0,22 0,14 0,8 2,4

1x95/25 0,320 0,727 0,42/0,68 0,13/0,21 0,16 0,9 2,7

1x120/35 0,253 0,524 0,41/0,66 0,13/0,21 0,17 1,0 2,9

1x150/35 0,206 0,524 0,39/0,64 0,12/0,20 0,19 1,1 3,2

1x185/35 0,164 0,524 0,38/0,62 0,12/0,20 0,20 1,1 3,4

1x240/35 0,125 0,524 0,36/0,60 0,11/0,19 0,22 1,2 3,7

1x300/35 0,100 0,524 0,35/0,58 0,11/0,18 0,24 1,4 4,1

1x400/35 0,0778 0,524 0,34/0,56 0,11/0,18 0,27 1,5 4,6

1x500/35 0,0605 0,524 0,32/0,54 0,10/0,17 0,29 1,6 4,9

1x630/50 0,0469 0,387 0,31/0,52 0,10/0,16 0,33 1,9 5,9

1x800/50 0,0367 0,387 0,30/0,50 0,09/0,16 0,36 2,0 6,1

1x1000/50 0,0291 0,387 0,30/0,49 0,09/0,15 0,40 2,3 6,8








1x50/25 155 160 195 5,2 4,7

1x70/25 200 190 235 7,2 6,6

1x95/25 235 230 280 9,9 8,9

1x120/35 265 265 325 12,4 11,3

1x150/35 300 300 370 15,6 14,2

1x185/35 330 345 425 19,2 17,5

1x240/35 385 400 490 25,0 22,7

1x300/35 435 460 565 31,2 28,3

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/50 635 720 880 65,6 59,5

1x800/50 695 822 1010 83,2 75,6

1x1000/50 760 920 1130 103,7 94,5






1x50/25

1x70/25

1x95/25

1x120/35

1x150/35

1x185/35

1x240/35

1x300/35

1x400/35

1x500/35

1x630/50

1x800/50

1x1000/50

500

500

500

500

500

500

500

500

500

500

500

500

500

K14

K14

K16

K16

K18

K18

K18

K20

K20

K22

K22

K24

K26

7330384719087

7330384719094

7330384713665

7330384719100

7330384719117

7330384713658

7330384719124

7330384713689

7330384713702

7330384713672

7330384716772

7330384718158

20114470

20114471

20102188

20114472

20114473

20102189

20114474

20102190

20102191

20102192

20114469

20114475

CA. 80160229





EnvironmentalEnvironmental declaration - AXLJ-TTCLTSLF


ConstructionCable Shape RoundConductors Stranded, round and compacted aluminium acc. to IEC 60228 class 2, longitudinal water sealedInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 7,1 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminium-PE laminate, bonded to sheathRipcord AramidOuter Sheath PE, natural, UV-protectedExample of marking on sheath AXLJ-TTCL TSLF 36kV 1x95 AFR/25 DRAKA "Date and time", metre markedSemi-conducting layer in outer sheath Yes (facilitates sheath testing)


taken.


When pulling out: 15 x DWhen plowing down: 8 x D

ElectricalMax. short circuit temperature [°C] 250ºCImpulse voltage [kV] 170 kV

Power Cables 36 kV








Reactance i intrefoil/in flat* Ω/km

CapacitanceµF/km



1x50/25 0,641 0,727 0,47/0,74 0,15/0,23 0,13 0,7 2,2

1x70/25 0,443 0,727 0,44/0,71 0,14/0,22 0,14 0,8 2,4

1x95/25 0,320 0,727 0,42/0,68 0,13/0,21 0,16 0,9 2,7

1x120/35 0,253 0,524 0,40/0,66 0,13/0,21 0,17 1,0 2,9

1x150/35 0,206 0,524 0,39/0,64 0,12/0,20 0,19 1,1 3,2

1x185/35 0,164 0,524 0,38/0,62 0,12/0,20 0,20 1,1 3,4

1x240/35 0,125 0,524 0,36/0,60 0,11/0,19 0,22 1,2 3,7

1x300/35 0,100 0,524 0,35/0,58 0,11/0,18 0,24 1,4 4,1

1x400/35 0,0778 0,524 0,33/0,56 0,10/0,18 0,27 1,5 4,6

1x500/35 0,0605 0,524 0,32/0,54 0,10/0,17 0,29 1,6 4,9

1x630/50 0,0469 0,387 0,31/0,52 0,10/0,16 0,33 1,9 5,9

1x800/50 0,0367 0,387 0,30/0,50 0,09/0,16 0,36 2,0 6,1








1x50/25 155 160 195 5,2 4,7

1x70/25 200 190 235 7,2 6,6

1x95/25 235 230 280 9,9 8,9

1x120/35 265 265 325 12,4 11,3

1x150/35 300 300 370 15,6 14,2

1x185/35 330 345 425 19,2 17,5

1x240/35 385 400 490 25,0 22,7

1x300/35 435 460 565 31,2 28,3

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/50 635 720 880 65,6 59,5

1x800/50 695 822 1010 83,2 75,6






1x50/25

1x70/25

1x95/25

1x120/35

1x150/35

1x185/35

1x240/35

1x300/35

1x400/35

1x500/35

1x630/50

1x800/50

500

500

500

500

500

500

500

500

500

500

500

500

K14

K14

K16

K16

K16

K18

K18

K20

K20

K22

K22

K24

CA.81138117

CA.81138118

CA.81138119

CA.81138120

CA.81138121

CA.81138122

CA.81138123

CA.81138124

CA.81138125

CA.81138126

CA.81138127

CA.81138128







ConstructionCable Shape RoundConductors Stranded, round, compacted aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, min. thickness = 7,6 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum laminateRadial water blocking Aluminium laminate, bonded to sheathRipcord AramidOuter Sheath Halogen free compound, blackExample of marking on sheath AXQJ-TT Pure TSLI 36kV 1x120 AFR/25 D-s2d2a2 DRAKA "Date and time", metre marked


taken.




Power Cables 36 kV












1x120/16 310 265 325 5,5 5,0





Conductors and screen Conductor

resistance ΩScreen resistance

ΩInductance in trefoil/in Reactance


phase A/km

Earth fault

current A/km

1x120/16 0,253 1,15 0,41/0,66 0,21 0,17 1,1 3,3

* Cable distance, installation in flat formation = 70 mm.


[m]


AXLJ-TT TSLE1x120/16 AFR42kV

1000 K22 CA.80140189

ApplicationSingle-core, distribution cable for outdoor use in 3-phase formation. Installation in pipes and ground/water. Both radial and longitudinal waterblocked. Can be ploughed down.



ConstructionCable Shape RoundConductors Stranded, round, compacted aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, nom. thickness = 8,0 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tape

Annealed copper wiresRadial water blocking Aluminum-PE laminate, bonded to sheathOuter Sheath PE, black, resistant to weather an UVExample of marking on sheath AXLJ-TT TSLE 42kV 1x120 AFR/16 DRAKA "Date and time", metre marked


taken. Fixed installed -35ºC/ +35ºC

FeaturesThe dielectric loss factor (tg δ) at 50 Hz, between 20 ° C to 90 ° C < 0,6x10^-350 Hz voltage value, which keeps the device for 1 min. period: 70 kV

Bending radius In fixed installation: 10 x DWhen pulling-in: 15 x DWhen plowing down: 8 x D


ElectricalMax. short circuit temperature [°C] (5s) 250 ºCImpulse voltage [kV] 200 kV

Power Cables 42 kV

AXLJ-TT TSLE 20,8/36(42) kV







ReactanceΩ/km

CapacitanceµF/km



1x50/25 0,641 0,727 0,49/0,75 0,24 0,12 1,0 2,9

1x70/25 0,443 0,727 0,46/0,72 0,23 0,13 1,1 3,2

1x95/25 0,320 0,727 0,44/0,69 0,22 0,14 1,1 3,4

1x120/35 0,253 0,524 0,42/0,67 0,21 0,16 1,3 3,9

1x150/35 0,206 0,524 0,41/0,65 0,20 0,17 1,4 4,2

1x185/35 0,164 0,524 0,39/0,63 0,20 0,18 1,5 4,4

1x240/35 0,125 0,524 0,38/0,61 0,19 0,19 1,6 4,7

1x300/35 0,100 0,524 0,36/0,59 0,19 0,21 1,7 5,1

1x400/35 0,0778 0,524 0,35/0,56 0,18 0,24 2,0 5,9

1x500/35 0,0605 0,524 0,34/0,55 0,17 0,26 2,1 6,4

1x630/50 0,0469 0,387 0,33/0,53 0,17 0,28 2,3 6,9

1x800/50 0,0367 0,387 0,32/0,51 0,16 0,31 2,5 7,6








1x50/25 155 160 195 5,2 4,7

1x70/25 200 190 235 7,2 6,6

1x95/25 235 230 280 9,9 8,9

1x120/35 265 265 325 12,4 11,3

1x150/35 300 300 370 15,6 14,2

1x180/35 330 345 425 19,2 17,5

1x240/35 385 400 490 25,0 22,7

1x300/35 435 460 565 31,2 28,3

1x400/35 510 555 680 41,6 37,8

1x500/50 570 635 775 52,0 47,2

1x630/50 635 720 880 65,6 59,5

1x800/50 695 822 1010 83,2 75,6






1x50/25

1x70/25

1x95/25

1x120/35

1x150/35

1x185/35

1x240/35

1x300/35

1x400/35

1x500/50

1x630/50

1x800/50

500

500

500

500

500

500

500

500

500

500

500

500

K16

K16

K16

K16

K18

K18

K20

K20

K22

K22

K24

K24

7330384713580

7330384718325

7330384718042

7330384719384

7330384714075

7330384719070

CA.80140194

CA.80140193

CA.80140192

CA.80140191

CA.80140128

CA.80140129

20111047

20165484

20159537

20183095

20113584

20173864





EnvironmentalEnvironmental declaration - AXLJ-TTCLTSLF

StandardIEC 60840 Construction standard

ConstructionCable Shape RoundConductors Stranded, round, compressed aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, nom. thickness = 9,0 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tapeShield / Screen Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminium-PE laminate, bonded to sheathRipcord AramidOuter Sheath PE, natural UV protectedExample of marking on sheath AXLJ-TTCL TSLF 52kV 1x50 AFR/25 DRAKA "Date and time", metre markedSemi-conducting layer in outer sheath Yes (facilitates sheath testing)


taken.




Power Cables 52 kV




Conductors and screen Conductor

resistance ΩScreen resistance*

ΩInductance in trefoil/in Reactance


phase A/km

Earth fault

current A/km

1x50/16 0,641 1,15 0,40/0,72 0,23 0,25 0,5 1,4

1x95/25 0,320 0,727 0,36/0,66 0,21 0,32 0,6 1,8

1x150/25 0,206 0,727 0,33/0,62 0,20 0,38 0,7 2,1

1x240/35 0,125 0,524 0,31/0,58 0,18 0,46 0,9 2,6

1x400/35 0,0778 0,524 0,29/0,54 0,17 0,57 1,1 3,3

1x500/35 0,0605 0,524 0,28/0,52 0,16 0,58 1,1 3,3

1x630/35 0,0469 0,524 0,27/0,50 0,16 0,64 1,2 3,6










1x50/16 155 160 195 5,2 4,7

1x95/25 235 230 280 9,9 8,9

1x150/25 300 300 370 15,6 14,2

1x240/35 385 400 490 25,0 22,7

1x400/35 510 555 680 41,6 37,8

1x500/35 570 635 775 52,0 47,2

1x630/35 635 720 880 65,6 59,5





Conductors and screen area

[mm2]


[m]


1x150/35

1x240/35

1x500/50

1x800/50

500

500

500

500

K18

K20

K22

K24

CA.80140261

CA.80140263

CA.80140266

CA.80160083



EnvironmentalEnviromantal Declaration - AXQJ-TT TSLI

StandardIEC 60840 Construction standard

ConstructionCable Shape RoundConductors Stranded, round, compressed aluminium acc. to IEC 60228 class 2, longitudinally watertightInner semi-conducting layer ExtrudedConductor Insulation XLPE, nom. thickness = 9,0 mmOuter semi-conducting layer BondedLongitudinal water tightness Semi conducting water blocking tape

Annealed copper wires in contact with aluminum tapeRadial water blocking Aluminium laminate adhering to outer sheathRipcord AramidOuter Sheath Halogen free compound, blackExample of marking on sheath AXQJ-TT Pure TSLI 52kV 1x150 AFR/35 DRAKA "Date and time", metre marked

TemperatureMaximum operating Temperature 90 ºCTemparatures at installation [°C] Lowest cable temperature during installation: -20 ºC below 0 ºC special precaution shall be

taken.




Power Cables 52 kV

AXQJ-TT Pure 26/45(52)kV


88 89We reserve the right to change as a result of product development and/or changes in product standard. Data from 2017-10-13 drakakeila.ee

General Information

Prysmian Group. We reserve the right to change as a result of product development and/or changes in standard.

49

Cable designations – CENELEC coding systemThe new type designations according to HD361, which are intended eventually to replace the earlier system entirely, are often referred to as "CENELEC designations". They have been accepted as a

common system within CENELEC which is a European standardisation organisation with the EC andEFTA countries as members. The designation is made up of groups of letters and numbers as shown below.

1) The symbol CC is to be superseded by the code for country orgin according to CENELEC International Regulations. The code for Sweden is SE.

2) The symbol S is used for special type of cables. This code does not comply with the CENELEC document HD 361 S2.

3) Rated voltage in brackets is not yet standard in CENELEC.

Example: SE-N10XC7E-AR

AXLJ-RMF 12 kV

Standardand ratedvoltage

Cable design(from insula-

tion outwards)

Number and cross-section of condutors

Type of standard

Rated voltage

Insulation

Metallic covering

Sheath

Conductor form

Number of conductors

Conductor cross-section

Protection coreA Accepted national standardCC-N ¹) Other national standardH Established standardS ²) Special standard

00 (<100/100V)³)01 (≥100/100,<300/300 V)03 300/300 V05 300/500 V07 450/750 V1 (0,6/1 kV)3 (1,7/3 kV)6 (3,5/6 kV)10 (7/12 kV)20 (14/20 kV)30 (18/30 kV)60 (36/60 kV)

B EP rubber, max 90°CE Ethylene plastics, PEG EVA rubberM Mineral materialN2 Special polychloroprene compoundN4 Hypalon CSMR EP rubber, natural rubber, max 60°CS Silicone rubberV PVCV2 PVC, For max. 90°CV3 PVC, Fors installation at low temperaturesX XLPEZ Polyolefine, cross-linked LSZHZ1 Polyolefine, thermoplastic LSZH

A4 Aluminium sheat on each coreA5 Concentric aluminiumC Concentric copper conductors, spiral-shapedC4 Copper braid over cable bodyC6 Concentric copper conductors, wave-shapedC7 Copper wire screenC8 Copper screen as C7, on each core

G With protection coreX Without protection core

-D Flexible conductor for welding cable-F Flexible conductor of a flexible cable or cord. Class 5-H Highly flexible conductor of a flexible cable or cord. Class 6-K Flexible conductor of a cable for fixed installation-R Rigid, round conductor, stranded. Class 2-S Rigid, sector shaped, stranded. Class 2-U Rigid, round conductor, solid. Class 1-W Rigid, sector shaped. solid. Class 1-AR Al, Rigid, round conductor, stranded Class 2-AS Al, Rigid, sector shaped, stranded. Class 2-AU Al, Rigid, round conductor, solid. Class 1-AW Al, Rigid, sector shaped. solid. Class 1

B EP rubber, max 90°CE Ethylene plastics, PEG EVA rubberJ Glass fibre braidN Polychloroprene or similar materialQ PolyurethaneQ4 Polyamide (Nylon)R EP rubber, natural rubber, max 60°CT3 Textile layer (wrapping or tape), imptegnated or notV PVCV5 PVC, extra oil-resistantZ Polyolefine, cross-linked LSZHZ1 Polyolefine, thermoplastic LSZH

General information_eng.fm Page 49 Thursday, March 13, 2014 10:48 AM


Cable Designations used in SwedenExtracts from SS 424 17 01

Letter 1st letterCore

2nd letterInsulation

3rd letterSheath or otherdesign detail

4th letterDesign detail or usage

5th letterDesign detail or usage

A Aluminium Screen of aluminiumfoil and/or aluminium wire

B Aluminium alloy Flame retardant thermo-

free, low smoke)

Flame retardant thermoplastic

smoke)

Vehicle cable

Lead sheath Connection wire

Lead sheath

C Impregnated paper Concentric copper screen Concentric copper screen

D Rubber with outerrubber sheath

E Copper, solid(class 1)

Ethylene propylenerubber

Reinforced design Reinforced design

F Copper, stranded (class 2)

Braid of copper wire Braid of copper or steel wire

H Silicon rubber Lift cable Suspension cable

I Polyurethane Polyurethane

J Steel wire Steel tape armouring For laying in ground

K PVC PVC PVC PVC

L Polyethylene (PE) Screen of plastic coatedaluminium tape ev. together with screen of copper

Polyethylene (PE) Polyethylene (PE)

Polyethylene (PE)

M Copper, stranded

O Chloroprene rubber Chloroprene rubber Oil cable

P Galvanised steel tapearmouring

Galvanised steel tape armouring

Q Halogen free plastic Flame retardant thermoplastic

smoke)

Flame retardant thermo-

gen free, low smoke)

R5)

Plastic coated aluminium tape armouring

Control cable

S(class 6)

Self-supporting

T Heavy connection cable or galvanised steel wire armouring

Steel wire armouring

U Without outer sheath

V Rubber without outer sheath

Ethylene propylene rubber For laying in water For laying in water

X Cross-linkedpolyethylene (XLPE)

PVC, oval cross-section

Z Flame retardant cross-linked

low smoke)

Flame retardant cross-linked

smoke)

Cable for neon equipment

Cable Designations used in NorwayA cable code of 2 - 4 letters is used to descriebe the construction.Additional abbrevation for instrumentation cables: Collective screen = (c) Individual pair or triple screen = (i)The interpretation (per letter) can be read from the table below:

1st. letter:Insulation

2nd. letterBedding / inner sheath

3rd. letterArmouring / screen

4th. letterOuter sheath

A Fibre, tight cladded A Aluminium (optional with cor-rosion protection)

A Strength member yarn A Yarn + bitumen

B Fire resistant tape + insulation (Halogen-free)

B Corrogated aluminium (o.w.c.p.)

B Steel tapes, 2 B Hydrocarbon resistant sehath

C Polychloroprene (Neoprene) PCP, or chlorinated polyethyl-ene - CPE

C Polychloroprene (Neoprene) PCP, or chlorinated polyethyl-ene - CPE

C Galvanized steel wire braid C Polychloroprene (Neoprene) PCP, or chlorinated polyethyl-ene - CPE

D Impregnated paper Drip free

D Aluminium + Plastics D Oil filled cable reinforcement (Longitudinal / Transverse)

D

E Polyethylene - PEPolypropylene - PP


E Oil filled cable reinforcement(Transverse only)


F PE or PP + F Bedding or taping F Flat steel wire armour F Semi-conducting PE

filling compound (Halogen-free)

G Polyamid - PA GGG PE + PA

H Chlorosulphonated polyethylene - CSP


H Steel tape + steel wires


I Thermoplastic compound (Hal-ogen-free)

I Thermoplastic compound (Hal-ogen-free)

I Steel tapes, 4 o I Thermoplastic compound (Hal-ogen-free)

K Paper K Lead K Steel wire, plastics or rubber coated

K Lead

L Air + plastics (Coaxial cable)

L Aluminium laminate + plastics sheath

L Aluminium (laminated to outer jacket)

L

M Expanded PE or PP +filling compound

M Polyester MM Polyester

N Impregnated paper N Polyurethane N Steel (laminated to outer jacket)

N Polyurethane

O Impregnated paper,oilfilled cable

O Lead + Plastics O Copper wire braid(Tinned or bare)

O

P Polyvinylchloride - PVC P Polyvinylchloride - PVC P Phosphorbronze wire braid P Polyvinylchloride - PVC

Q Fibre in loose tube QQ Steel wires + counter steel tape (optional)

Q

R Ethylenepropylene rubber - EPR


R Steel wires (round) + filling compound


S Silicone rubber S Bedding or taping +concentric conductor

S Concentric conductor (Screen) S Silicone rubber

T Cross-linked polyethylene XLPE T PE + aluminium wire + steel tape

TT Cross-linked polyethylene XLPE

U Halogen-free thermoset com-pound EMA or EVA

U Halogen-free thermoset com-pound EMA or EVA

UU Halogen-free thermoset com-pound EMA or EVA

V Fibre, slotted core V Aluminium screen V Double wire armour (two layers)

V Other halogen-free thermoset materials

W Other materials W Other materials W Catenary wire W Other materials

X No insulation X No bedding or equivalent X No armour X No sheath

YY Screen YY

Z Flour plastics PTFE / FEP Z Flour plastics ZZ Flour plastics

- J Earth conductor

- O Optical fiber

- OJ Optical fiber and earth conductor


Cable Designations used in FinlandDesignations in the cross-section:

The most common letters used in domestic products (current product selection):

x Separating the number of phase cores and the cross-section (mm²), for example AXMK 1x300 1 kV

+ Product having an external conductor (centre conductor, messenger or auxiliary phase core), for example AHXAMK-W 3x240+70 20 kV, AHXAMK-WM 3x95+62I 20kV, AMKA 4x25+35 1 kV

/ Separating numbers or letters from each other.- separates the cross-section of the concentric conductor (metallic screen) from the phase core, for example MCMK 3x25/16 1kV, AHXCMK-WTC 3x240/35 20kV- separates the cross-section of the aluminium and the steel core in overhead conductors, for example ACSR 54/9 RAVEN

A Aluminium or aluminium alloy (for alumiini in Finnish)- in the beginning of the type designation means Al conductor, for example AXMK (excep-tion: SAX-W means Al alloy)- in the middle of the type designation means Al foil laminate, for example AHXAMK-W- aluminium alloy messenger, for example AMKA- aluminium alloy armouring, for example AHXLKAJ-W

Copper conductor (no A letter in the beginning), for example MCMK, XMK, HXCMK-WTC

M - plastic insulation (general expression), for example MCMK, AMKA.. Usually plastic insu-lation is either PVC or PE (for muovi in Finnish)- plastic sheath (general expression), for example MCMK, AHXAMK-W. Plastic sheath can be PVC, PE or fire-retardant and halogen-free thermoplastic compound.

K Cable, for example XMK, AHXAMK-W (for kaapeli in Finnish)

X XLPE insulation, for example AXMK, AHXAMK-W, AMKA-X, SAX-W (for PEX in Finnish)

H - extruded semi-conducting layer below and over the insulation (in MV and HV cables), for example AHXAMK-W (for hohtosuoja in Finnish)- sheath made of special material, for example TASH having heat resistant sheath

C - concentric layer of copper wires (metallic screen), for example MCMK, AHXCMK-WTC- uniform copper layer (Cu helical tape or Cu foil laminate) MCCMK, HXCCMK

S Copper braid, for example LSM-HF

L - lead sheath, for example AHXLMK-W (for lyijy in Finnish)- marine cable (the 1st letter in the type designation), for example LM-HF (for laiva in Finnish)

P Round steel wire armouring, for example AHXAMKPJ-W

J - a conductor or a lead, for example MMJ, LJST-HF (for johdin in Finnish)- jute tape layer, for example AHXAMKPJ-W

O Control cable, for example MMO (for ohjaus in Finnish)

CHB Metallic screen having Cu wires, semi-conducting tape layer and Al foil laminate, for example HXCHBMK. The cross-section of the metallic screen given in type designation is solely based on the cross-section of Cu wires.

CA Metallic screen having Cu wires, semi-conducting tape layer and Al foil laminate, for example AHXCAMK-W. The cross-section of the metallic screen given in the type designa-tion is a total cross-section of Cu wires and Al foil laminate combined.

Y Each phase core having a separate metallic screen (in a 3-core cable), for example HXYL-MKPJ-W 3x95 10kV. This letter is not used with 3-core cables having Al foil laminate only (AHXAMK-W).

FR Fire Resistant cable remaining functional during fire, for example FRHF

T Heat resistant, for example TASH, AMKA-T

E Cable having a special feature compared to standard cable, for example XMKE 1x300 1kV having a flexible Class 5 conductor (for erikoinen in Finnish)

General information_eng.fm Page 53 Thursday, March 13, 2014 10:48 AM

Exceptions to the previous, trademarks:

Exceptions to the previous, bare conductors, overhead conductors, etcTypical Finnish cable with trade name Wiski™

SAX™ -W .SAP si tcudorp siht rof eman hsinniF dezidradnats A .rotcudnoc derevoC

SAXKA® -W Aerial bundled MV cable, completely watertight

AFUMEX® Fire retardant halogen-free cable (or material)

ATON® Flexible, cold resistant (-50°C) rubber insulated cable

Wiski™ The nickname and trademark of AHXAMK-W

Multi-Wiski™ The nickname and trademark of AHXAMK-WM

Wiski Plain™ The nickname and trademark of AHXAMK-WP

ACSR Aluminium conductor steel reinforced. These overhead conductors have often nickname of bird, city etc, for example Sparrow, Duck, Savo

AACSR Aluminium alloy conductor steel reinforced (overhead conductor)

AAC All aluminium conductor (overhead conductor)

HK )hsinniF ni irapuk uttetukheh rof( seriw delaenna htiw rotcudnoc reppoC

FE Steel conductor

TRL Overhead contact conductor for electric locomotives and trolleys

MA 84:01 4102 ,31 hcraM ,yadsruhT 45 egaP mf.gne_noitamrofni lareneG


Rated area mm2

Min number of wires per conductorMax conductor resistance at 20°C

Copper conductor Aluconduc-tors

Round conductors, non-compr. Round conductors Shaped conductors Uncoated

wires Ω/kmTinned wires Ω/km

Uncoated,plated Ω/kmCu Al Cu Al Cu Al

0.5 7 - - - - - 36.0 36.7 -

0.75 7 - - - - - 24.5 24.8 -

1 7 - - - - - 18.1 18.2 -

1.5 7 - 6 - - - 12.1 12.2 -

2.5 7 - 6 - - - 7.41 7.56 -

4 7 7 6 - - - 4.61 4.70 7.41

6 7 7 6 - - - 3.08 3.11 4.61

10 7 7 6 - - - 1.83 1.84 3.08

16 7 7 6 6 - - 1.15 1.16 1.91

25 7 7 6 6 6 6 0.727 0.734 1.20

35 7 7 6 6 6 6 0.524 0.529 0.868

50 19 19 6 6 6 6 0.387 0.391 0.641

70 19 19 12 12 12 12 0.268 0.270 0.443

95 19 19 15 15 15 15 0.193 0.195 0.320

120 37 37 18 15 18 15 0.153 0.154 0.253

150 37 37 18 15 18 15 0.124 0.126 0.206

185 37 37 30 30 30 30 0.0991 0.100 0.164

240 61 61 34 30 34 30 0.0754 0.0762 0.125

300 61 61 34 30 34 30 0.0601 0.0607 0.100

400 61 61 53 53 53 53 0.0470 0.0475 0.0778

500 61 61 53 53 53 53 0.0366 0.0369 0.0605

630 91 91 53 53 53 53 0,0283 0,0286 0,0469

800 91 91 53 53 - - 0,0221 0,0224 0,0367

1000 91 91 53 53 - - 0,0176 0,0177 0,0291

1200 1) 0,0151 0,0151 0,0247

1) The minimum number of wires is not specified for these conductor areas. These areas may be designed with 4, 5 or 6 segments of equal size (Milliken).

Stranded conductors, Class 2

Rated area mm2

Max conductor resistance at 20 °C

Round copper conductors Round aluminum conductors

Uncoated Ω/km Tinned Ω/km Ω/km

0.5 36.0 36.7 -

0.75 24.5 24.8 -

1 18.1 18.2 -

1.5 12.1 12.2 18.1

2.5 7.41 7.56 12.1

4 4.61 4.70 7.41

6 3.08 3.11 4.61

10 1.83 1.84 3.08

16 1.15 1.16 1.91

25 0.727 - 1.20

35 0.524 - 0.868

50 0.387 - 0.641

70 0.268 - 0.443

95 0.193 - 0.320

120 0.153 - 0.253

150 0.124 - 0.206

185 - - 0.164

240 - - 0.125

300 - - 0.100

Conductor resistances in installation cables and power cables pursuant to EN 50228Solid conductors, Class 1

Flexible conductors, Class 6

Flexible conductors, Class 5

Rated area mm2 Max wire diameter in the conductor mm

Max conductor resistance at 20°C

Uncoated wires Ω/km Tinned wires Ω/km

0.5 0.21 39.0 40.1

0.75 0.21 26.0 26.7

1 0.21 19.5 20.0

1.5 0.26 13.3 13.7

2.5 0.26 7.98 8.21

4 0.31 4.95 5.09

6 0.31 3.30 3.39

10 0.41 1.91 1.95

16 0.41 1.21 1.24

25 0.41 0.780 0.795

35 0.41 0.554 0.565

50 0.41 0.386 0.393

70 0.51 0.272 0.277

95 0.51 0.206 0.210

120 0.51 0.161 0.164

150 0.51 0.129 0.132

185 0.51 0.106 0.108

240 0.51 0.0801 0.0817

300 0.51 0.0641 0.0654

400 0.51 0.0486 0.0495

500 0.61 0.0384 0.0391

Rated area mm22 Max wire diameter in the conductor mm

Max conductor resistance at 20°C

Uncoated wires Ω/km Tinned wires Ω/km

0.5 0.16 39.0 40.0

0.75 0.16 26.0 26.7

1 0.16 19.5 20.0

1.5 0.16 13.3 13.7

2.5 0.16 7.98 8.21

4 0.16 4.95 5.09

6 0.21 3.30 3.39

10 0.21 1.91 1.95

16 0.21 1.21 1.24

25 0.21 0.780 0.795

35 0.21 0.554 0.565

50 0.31 0.386 0.393

70 0.31 0.272 0.277

95 0.31 0.206 0.210

120 0.31 0.161 0.164

150 0.31 0.129 0.132

185 0.41 0.106 0.108

240 0.41 0.0801 0.0817

300 0.41 0.0641 0.0654


General terms and conditions of supplyUnless agreed otherwise, the ”General Terms and Conditions of Supply NL09” are applied.

Length tolerances

Installation cables, standard length: ± 3% Rubber cables, standard length: ± 5% Power cables, standard length: + 3% –2%

Reel label

The reel label is supplied with large, distinctive text and a bar code for faster and safer handling of goods, also at the clients’ sites. The bar code system chosen by us (code 39) is an alphanumeric bar code with a high safety level. The image below shows an example of a reel label. The actual labels are at least 160 mm wide.

Recommendations for cable layingGeneral

Cable laying environments and cable types vary widely. This section provides brief advice and recommendations for different operations during cable laying. The cable weight often determines the laying method. In case of cable laying in ground, one can choose between pulling, driving and ploughing. If the area is easily accessible for vehicles, driving is an easier and more cable-friendly method. Tractor excavator is often used for reel weights of up to approx. 1 tons, where the cable reel hangs from the bucket. Heavier cables are driven with crane truck or a vehicle for lift dumpers. For cable pulling, cable reels are placed evenly distributed along the cable route so that the cable runs freely. Pulling can be performed manually or with a machine. The reel shall be possible to brake during cable laying, driving as well as pulling. There are detailed manuals for ground installation indicating the installation depth, cable protection, marking and combined laying with telecommunication cables in SEK Manual 429. The organization EBR (El Byggnads Rationalisering, Rational Electrical Installation) has issued a manual for cable laying for max 145 kV (KJ41:09). Another norm, SS 424 14 38, regulates cable laying in buildings and culverts. Sharp bends can be critical moments during pulling and permanent installation, high tensile stresses and laying at low temperatures.

Marine cable laying

Standard cables are normally used in shallow water with good bottom conditions and low level of water movement. The worst risk of operation disturbances in these installations is external mechanical damage to land fixtures and anchor. Therefore, the cable shall always be marked with signs and protected mechanically at the land fixtures. In deeper water or unfavourable or unknown bottom conditions where better mechanical protection is desired, the cable should be reinforced. Additional fixing may also be necessary to keep the cable in place in areas with strong currents, using e.g. sandbags or similar.

Cable ploughing

Cable ploughing methods have been developed within the latest years and entail that cable installation costs have decreased compared to traditional cable laying with trenching. Observe the following for successful cable ploughing installation:

Cable ploughing is generally considered to be a “rough” installation method for cables. Uncautious handling may damage the cables due to rocks and other sharp objects in the ground pressed into cable sheaths. The planned installation route shall always be ploughed in advance to ensure that cable installation is possible along the planned route. Choose a cable type intended for cable ploughing. Generally, cables with polyethylene (PE) outer sheath has the required mechanical strength. Halogen-free, fire-retardant sheath can be ploughed if required caution is observed. Outer sheaths have different mechanical characteristics at different temperatures which can be crucial for whether a cable installation will

be good or less good. A cable installed on a warm summer day at +30°C ambient temperature can show different performance from the same cable installed at an ambient temperature of +10°C. The choice of machines and equipment is also crucial for the final result. Experience has shown that machines and equipment used for cable laying require similar service and maintenance as all other equipment. Faulty or damaged equipment can easily destroy many metres of cable.

Other

Cable ladders are practical aids for cable laying both indoors and outdoors. Power cables are preferably installed with a slight distance between cables for efficient cooling. Lashing wire should be used with caution to avoid any cuts

in the sheath, especially in case of vertical cable laying. Sheath damage may also occur in long horizontal cable connections fixed with lashing wire, due to temperature changes. Clamps are less harmful to cable sheaths and should therefore be preferred for somewhat heavier cables and sheaths that can reach very high temperatures. Heat may originate both from the environment and from load losses in the cable. XLPE cables installed on ladders with uninhibited air circulation achieve a conductor temperature of +90°C and a sheath

General information.

temperature of approx. +70°C at the rated current. If cooling of the cable is complicated by a heat-insulating layer such as sawdust or pulp, the conductor and sheath temperatures can reach +125°C and +100°C, respectively. At this point, there is a risk of deformation of the insulation and sheath layers which leads to disruptive discharge in the cable.

In case of open laying of single-conductor cables, the cables shall be bound together and fixed to the base surface to avoid them being thrown apart at short-circuiting. Otherwise, thick cables exposed to high short-circuit currents may be damaged or damage their surroundings. Single-conductor cables are normally laid close together in a triangle form which both facilitates the “trussing” and reduces shield losses which in its turn affects the load capacity. In order to improve the load capacity in connections with single-conductor cables, shield losses can be minimized in exceptional cases with various methods. The simplest way is to only earth the metal shields of the cables in one end of the connection, open shield. Instead of an induced shield current which causes losses, an induced voltage is achieved between the insulated shield end and earth. This voltage is directly proportional to the length of the connection and the conductor current and can be dangerous to people. Therefore, open shield is only recommended for short connections (< 100 m) and preferably in protected areas (substations, equipment rooms etc.). Note that in case of single-point earthing, the insulation between the shield and the system earth shall be checked prior to commissioning.Earth faults may cause electric arcs and fire hazard.

Fire sealing

Fire sealing of lead-throughs is necessary in order to reduce the

risk of fire spreading between different parts of the building

through cable connections.

This also applies during the entire construction period. A proper

fire sealing should prevent fire from spreading between fire

compartments during the whole course of the fire – fire

development and extinguishing – i.e. it shall

• Meet the requirements of the fire class: be type approved.

• Withstand smoke, gas and extinguishing media during the

fire.

• Withstand fire restoration after the fire

• Be easily installed and allow modifications.

• Withstand loads normally occurring in the installation, during

both operation and standby

1. Minimum cable temperature during cable laying

Cable type Temperature °C

AXQJ, FXQJ, N1XZ1, AXALJ-TT, AXLJ-RMF, AXQJ-RMF, AXLJ-TT TSLF

-10-20

5. Maximum permissible surge current in three-phase cables (kA)

Areamm2

Rated voltage Areamm2

Rated voltage

1kV 12-24kV 1kV 12-24kV

50 45 55 150 60 70

70 50 60 185 60 70

95 55 65 240 60 70

120 55 65 300 60 70

6. Testing voltage for 12-36 kV cables after laying

Voltage kV Insulation typeAC

kV Time

New cable installation12 PEX 12

75 min24 h

24 PEX2414

5 min 24 h

36 PEX3618

5 min24 h

3. Sealing of cable ends

The cable ends shall be sealed against moisture after each cutting. The cut length shall alsi be sealed if it is not installed immediately.

2. Minimum bending radius

Cable typeAt

layingAt ploughing

At fixing

AXQJ, FXQJ-EMC, FKKJ, N1XE / -Z1Single-conductor 1kVMulticonductor

AXQJ, FXQJ, AXALJ-TT, AXLJ-TTCL TSLF, AXLJ-RMFSingle-conductor 12 - 36kV Multiconductor

15 x D15 x D

15 x D 12 x D

8 x D8 x D

8 x D 8 x D

10 x D8 x D

10 x D 8 x D

D = Outer diameter of the cable Dr

4. Maximum pulling force

Pulling equipment Pulling force

Immediate connection in all conductors Cable grip on the cover

Aluminium P = 30 N/mm2

Copper P = 50 N/mm2

P = 5 x D2 Newton


Testing after cable laying

All cables are subjected to routine testing according to the applicable standard at the factory before the reels are delivered to the client. In order to check the dielectric strength after transport and cable laying, a new test shall be conducted by the installer or the owner of the installation prior to commissioning of the cable. The test standard SS 424 14 17 for PEX cables indicates the method, voltage and time that can be applied in testing. Tests may also prove necessary in technical assessment of older installations. Ensure that a reasonable test voltage is chosen, taking the general condition of the installation into account. Prior to testing, it is important to ensure that the parts of the installation which are not to be tested are disconnected and earthed. Then the voltage test is performed with the voltage indicated in the regulations. After testing, it is important to earth the installation to ensure that the installation and testing equipment are properly discharged. Maintain earthing until the cable is commissioned or for at least 3 hours.

Sheath testing in medium voltage cablesNetwork owners set high requirements on the quality of execution of cable installations. Many power plants require improved quality assurance for this work. The possibility of checking the sheath on medium voltage cables both before and after installation has therefore come into focus. This contributes to better safety for the network owner as well as the external contractors often used for laying cables and installing them in the ground.

The advantage of the semiconductive outer layer is that the cable can be tested for sheath faults before the cable trench is closed. If a fault is detected, it can be repaired in an early stage, saving both time and money. Cable testing of cables installed in pipes is another positive side of choosing this cable.

Measurement of sheath current

Required instrument: high voltage generator (DC) with a precise ammeter for measuring the output current. The voltage shall be adjusted gradually from 0 to the maximum of 5 kV to avoid indication of several sheath faults at the same time. The largest faults are then detected first. The measurement voltage depends on the type of sheath material. For our AXLJ-TTCL with PE (Polyethylene), the maximum measurement voltage is 5 kV.

Sheath current can also be identified with a megger. The formula for sheath current is then:

I = U / (RxL)

where I is the sheath current per length unit (A/km), U is the applied voltage (V), R is the detected sheath resistance (Ω) and L is the cable length (km).

Sheath test, measurement setup

• Strip 10 cm of the semiconductive sheath from both the inner and the outer end of the sheath.

• Connect the instrument between the semiconductive layer of the sheath and the copper shield.

• Adjust the instrument to read the leakage current ”I”.

• Start by applying 100 V.

• Increase the test voltage gradually.

• Discontinue the test if a fault is detected.

• If no fault is detected during the voltage increase, continue to the test voltage within a minute.

Note! When measuring a cable on reel, ensure that the inner end is freed, dry and stripped to at least 10 cm to avoid conduction due to moisture/water.

Interpretation of measurement results

Suitable test voltages and acceptable leakage currents for different sheath materials are indicated below. An aged sheath may show up to 1000 times higher leakage currents than a new one without being faulty, and still be approved, depending on the installation conditions.

SELCABLE, 2012, / Available at: [www] http://www.selcable.se/$-1/file/-

selc-11-005-mantelprovning.pdf [2015-07-20]

Repairing sheath damage

When repairing sheath damage, 10 cm of the conductive layer shall be stripped from each side of the edges of the hole/damage. This ensures that no erroneous indications are received during repeated testing after the repair. To maintain the special function of the conductive layer after repair and testing, a temporary connection should be made over the non-conductive repair with e.g. a copper net.

Always consult your supplier of joint/repair sets for recommendations.

10 cm 10 cm

Sheath material

Test voltage (kV, DC)

Newly installed cable Max leakage current, repeat measurementRec. max leak-

age currentMax leakage, note

PE 5 10 μA/km 1 mA/km 1 mA/km

PVC 2 0,5 μA/km 10 mA/km 50 mA/km

LSZH* 2 2 mA/km 50 mA/km 500 mA/km

* LSZH halogen-free and flame-retardant sheath

Drum Dimensions, mm Weight Carrying capacity

type A B C D E kg/drum kg

K6 600 468 250 400 75 12 300

K7 700 580 325 500 75 20 400

K8 800 580 375 500 75 25 500

K9 900 630 425 550 75 34 600

9FV 900 675 425 550 82 50 700

K10 1000 712 500 600 75 54 800

K11 1100 762 575 650 106 55 850

11GV 1100 755 500 600 82 85 1000

K12 1200 982 675 850 106 90 1500

13G 1300 760 600 600 82 105 1600

K14 1400 982 800 850 106 115 2000

15G 1500 760 700 600 82 150 2000

K16 1600 1018 950 850 106 195 2500

K18 1800 1075 1100 850 132 230 3000

K20 2000 1190 1300 1000 132 340 3500

K22 2200 1190 1400 1000 132 410 4500

K24 2400 1205 1400 1000 132 450 5000

K26 2600 1448 1500 1200 132 900 10000

K28 2800 1610 1500 1300 132 1180 12000

K30 3000 1800 1500 1500 132 1500 13000

Drum dimensions and weights

100 101

Drum handling guideThe right way to transport, handle and move drums

A cable is a valuable product. The cable transportation package is usually a drum. The battens on the drum seem thick enough to remain unbroken. But, with a cable weighing more than 4 tons, it becomes very vulnerable. If the handling is done correctly, the drum will protect the cable from transportation damages. If the drum is damaged, the cable can also be damaged. The damage might not be discovered until after installation, when repairs can be extremely expensive.

The purpose of these instructions is to tell you how damages can be avoided by correct drum handling.

Roll in direction of arrows only

Always roll the drum in direction of the arrow. This way the cable will not unwind and loosen on the drum. But, this does not mean that the drum can be rolled freely. When the drum must be rolled for some reason or other, roll it in the direction of arrow over a distance not exceeding 5 meters. If it is rolled beyond the 5 m limit, the cable wind will come too tight and cut o the rope holding the cable end. This will deform the cable and make it unfit for use.

drum. Keep the drum from touching other drums and well balanced. Take care not to give any impact to the drum being lowered. In case a cable drum must be temporarily in a waiting position above the deck for reason of cargo handling, keep it hoisted and do not put it down on the deck.

Keep the drum upright

Always store and move the drum in an upright position. The drum is constructed to be handled in an upright position - it will not stand up to being lifted lying flat. When kept upright, the cable layers will not entangle and cause problems when the cable is laid. Keep the cable protected until the cable is used.

Handling with fork-lift truck

The forks of the truck must be longer than the width of the drum, so that the lagging is not damaged. Dierent widths of drums should be painted on the forks enabling the operator to select the correct position for the drum size. When moving the drum, tilt the truck mast so that the drum remains in the fork and the points don’t touch the ground. Raise the forks of the forklift suciently 15-20 cm abovethe ground. Insucient raising may cause the drum to be dragged on the ground and eventually damaged or dropped o the forks if the ground surface is uneven. Don’t release the drum until the truck has sopped completely. Don’t push the drum with the truck. Leave

age

sucient room between each drum so that the fork doesn’t damage the drum.

Nail with caution

In case the planks have to be refastened, the nailing should be done carefully in the middle of the drum flange. If label or something similar is attached to the drum with nails, make sure that they don’t touch the cable.

Lift the drum without damage

When lifting the drum, use a shaft through the centre of the drum and a wire spreader. If these are not available, lift with as long a wire as possible, so that the sides of the drum are not damaged. Make sure that the cable head is not pinched between wire and

Secure the drums firmly

The round-shaped cable drum rolls easily. It is an a very unstable state because its center section is vacant and the whole weight rests on its peripheral section. Make sure to use drags to prevent drums from rolling during storage. Large drums should be lifted from the base onto triangular or square wedges. The wedges should be posi-tioned by the flanges or the full width of drum. Sideways movement is eliminated by planks attached to the side of the drum. In case smaller drums are placed between larger ones, each drum has to be supported separately to prevent damages.

Avoid stacking

Stacking of drums should be avoided. If, however, one is forced to do this, same size of drums should be positioned exactly on top of each other.If smaller drums are stacked on larger drums, planks of the size of the larger drum is placed in between to protect the flanges. Above method is recommended even when same size drums are stacked.

Fasten the drums firmly

The drum is fastened to the base through the centre hole or across the flanges with wires or ropes.

Secure drums to be transported

To prevent movement of drums, a combination of wedges and transportation support should be used and tied down front and rear. Higher drums should be tied in side direction as high up as possible.

The drums loaded first should rest against the front board (observ-ing shaft weight). If the last drum doesn’t lean against the end board or the board is not strong enough, the drum must be secured.

Don’t drop drums

The drum must not be dropped from the vehicle. The drum is to be lifted either by winch of fork-lift truck as mentioned in “lifting the drum”. If above mentioned equipment is not available, best possible conditions must be created to unload the drums from the vehicle. A platform of the same height as the vehicle or a point in the terrain will guarantee that no damage will occur. Make sure when unloading that the drum doesn’t strike another drum.

Draka Keila Cables AS

Paldiski road 31

76606 Keila

Estonia

T +372 674 7466

www.drakakeila.ee

© by Draka Keila Cables AS 2017

Issue: December 2017

The preparation of text and illustration has been carried out with great care. Nevertheless mistakes can not be excluded. All photographs are the exclusive property of Prysmian Group.

Prysmian Group does not accept any liability for casual or consequential damage in connection with the use of this catalog. Improvement proposals and advices are to be sent to the above address.

All rights reserved. This document may not be copied in whole or in part, be reproduced, translated into another language or stored on electronic media.

Please note: Prysmian Group herewith warrants that the delivery items contained in this catalogue will be of the agreed nature and quality upon passing of the risk. Aforementioned nature of the delivered items shall be exclusively rated and measured by the sales and purchase agreements made in writing between Prysmian Group and the purchaser about nature and quality, properties and characteristic performance features of the respective delivery item. Illustrations and information contained in catalogues, price lists and other information material disclosed to the purchaser by Prysmian Group as well as any information describing the product shall be only legally binding, if expressly being referred to as binding information. Under no circumstances, such information shall be taken as guarantee for the special quality or nature of the delivery item. Such quality guarantees must be explicitly agreed upon in writing. Prysmian Group herewith reserves the right to modify the content of the catalog at any time.

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