CONTENTSstaticres.prysmiangroup.com/ds/en/business_markets/... · our products have type approval certificates from the following classification societies: ABS American Bureau of

Marine Cables

GERMANYPrysmian Kabel und Systeme GmbH Austrasse 99D-96465 Neustadt bei Coburg, GermanyTel. +49 9568 93 2697Fax +49 9568 93 2527

ITALYPrysmian Cavi e Sistemi Energia SrlVia Sarca 222, 20126 Milan, ItalyTel. +39 02 64491Fax +39 02 6449 2931

NORWAYDraka Norsk Kabel ASP.O. BOX 369, N-3001 DrammenTel. +47 64 915 713Fax +47 64 915 714

HEAD OFFICEPrysmian Cables and Systems - Viale Sarca 222, 20126 Milano, Italy - tel. +39 02 6449 1, fax +39 02 6449 2931 - www.prysmian.com

STU

RMA

N O

Y / H

AN

NU

N TA

SAPA

INO

OY

/ 09-

2011

/ 1.

000

MARINE CABLES FINLANDPrysmian Cables & Systems OyKaapelitie 68, PikkalaP.O. BOX 13, FI-02401 Kirkkonummi Finland Tel. +358 10 77551Fax +358 9 298 2204

www.prysmian.fi

RUSSIAAlexey Glushkov Representative for marine and offshore projects in Russia and the CIS countries V.O., line 22, building 3 199106, St. Petersburg T: +7 (812) 932 20 72F: +7 (812) 640 01 91M: +7 960 287 33 69

Prysmian Russia 125167, Russia, Moscow, 4th Str. Vosmogo Marta, 6a, build.1 Tel: +7(495) 933 70 36 Fax: +7(495) 933 70 35

Prysmian Russia125167, Россия, Москва, 4-я улица Восьмого Марта, 6А, строение 1 Тел: +7(495) 933 70 36 Факс: +7(495) 933 70 35

Marine CablesAbout us

2

Marine Cables

The Prysmian Group is a world-class multinational company. Originally founded in 1872 as Ditta Pirelli & C., it has during over a century achieved the leading position in the international cable market, both Energy and Telecom.

After the merger of Prysmian with Draka in 2011, the Prysmian group is the biggest cable maker in the world with 98 manufacturing facilities in 50 countries and a combined personnel of about 22000.

Prysmian Energy Cables and Systems is a global solutions provider, offering a wide range of integrated solutions, such as cable systems, system design and engineering, project management, installation and post-sale services.

Prysmian concentrates on continuous product innovation and on achieving a competitive edge by focusing on research and development. This is done through Prysmian’s own R&D centres and by co-operating with universities, scientific institutions and above all, our customers. Prysmian’s world-wide organisation makes and delivers advanced technological solutions to customers anywhere in the world.

Prysmian in Finland

Prysmian Cables and Systems Oy has roots going back to 1912, when The Finnish Braiding Factory, the first cable factory in Finland, was founded in Helsinki. The company has since had many names, The Finnish Cable Factory, Nokia Cables, NK Cables and Pirelli Cables and Systems Oy. Since October 2005 it is Prysmian Cables and Systems Oy.

In Finland there are two production facilities, the Pikkala cable factory and the Oulu cable factory. The Pikkala factory is situated in Kirkkonummi, about 40 km west of Helsinki along the coast. Production consists of marine cables, heating cables and low, medium and high voltage cables as well as submarine cables. The main customer groups are shipyards, installers, wholesalers, contractors, industry and power utilities.

The Oulu factory is situated in the city of Oulu, about 800 km north of Helsinki by the northern end of the Gulf of Bothnia. The main products there are various telecom cables and house wiring cables.

Satu Karmavalo +358 10 77 55 828 satu.karmavalo@ prysmian.com

Olli Anttonen +358 10 77 55 603 olli.anttonen@ prysmian.com

Fax: +358 9 298 2204

Jorma Ikäheimonen +358 10 77 55 496 jorma.ikaheimonen@ prysmian.com

Katrine Dawson +358 10 77 55 606 katrine.dawson@ prysmian.com

Martin Pekuri +358 10 77 55 605 martin.pekuri@ prysmian.com

Vesa Riitaoja +358 10 77 55 472 vesa.riitaoja@ prysmian.com

Seija Kurtén +358 10 77 55 604 seija.kurten@ prysmian.com

Timo Pölkki +358 10 77 55 876 timo.polkki@ prysmian.com

Susanne Welander +358 10 77 55 618 susanne.welander@ prysmian.com

Alexey Glushkov +796 02 873 369 [email protected]

Marine CablesMarine Cables

3

CONTENTS

ApprovalsAll above mentioned test are part of the IEC test procedures for marine cables. As a confirmation of the successfully passed test our products have type approval certificates from the following classification societies:

ABS American Bureau of Shipping BV Bureau VéritasDNV Det Norske Veritas GL Germanischer LloydLR Lloyd’s RegisterRINA Registro Italiano Navale RMRS Russian Marine Register of Shipping

General 4

> POWER & CONTROL CABLES

LM-HF 0,6/1 (1,2) kVUnarmoured Power and Control Cable 6

LSM-HF 0,6/1 (1,2) kVArmoured Power and Control Cable 8

LSM-HF 1,8/3 (3,6) kVArmoured Power Cable 10

> INSTRUMENTATION CABLES

LJST-HF 150/250 (300) V Armoured Instrumentation and Telecommunication Cable 12

LJT-HF 150/250 (300) V Screened Instrumentation and Telecommunication Cable 14

HFX-ISOSA/Cu 250 VIndividually Screened Instrumentation and Telecommunication Cable 16

SIENOPYR-FR PROFIBUS M-02Y(ST)CHX 100 V Bus-Cable 18

> FIRE RESISTANT CABLES

LM-FRHF 0,6/1 (1,2) kV Unarmoured Fire Resistant Power and Control Cable 20

LSM-FRHF 0,6/1 (1,2) kVArmoured Fire Resistant Power and Control Cable 22

SIENOPYR-FR FMHXCH FE 120 150/250 (300) VArmoured Fire Resistant Instrumentation,Communication and Control Cable 24

> MEDIUM VOLTAGE CABLES

MV-FHFX/A 6/10 (12) kVArmoured Medium Voltage Power Cable 26 MV-FHFX/A 12/20 (24) kVArmoured Medium Voltage Power Cable 28

> TECHNICAL INFORMATION

Installation 30Current rating 32Identification colours 33Electrical data 34

4

Marine Cables

4

Marine CablesGENERAL

Marine Cables(ship wiring cables, ship board cables)

Marine cables are for installations on board ships. They have been type approved by a classification society and they have a construction that follows standards for marine cables.

ConductorMarine cable conductors are of stranded annealed copper combining the flexibility and small dimensions to provide excellent installability and economical solutions. To minimise the cable diameter and weight we use sector shaped conductors for bigger cross-section.

Insulation MaterialXLPE (cross-linked polyethylene) is used as the main insulation material. It withstands higher temperatures than ordinary thermoplastic polyethylene. It is resistant against deformation and various chemicals. It has excellent mechanical and electrical properties. The maximum conductor temperature stipulated by IEC 60092-351 marine cable standard is 90 ˚C.

Sheathing MaterialThe sheath (jacket) is composed of halogen free, flame retardant thermoplastic compound. It fulfils the criterion of SHF1 according to IEC 60092-359. In case of fire the sheathing material offers advantages such as reduced emission of smoke and corrosive toxic gasses.

Quality ControlEach manufactured cable goes through a test procedure according to the IEC 60092-300 series standards.

Fire Testing MethodsFlame retardance of a single cable is tested in accordance with IEC 60332-1-2. It is performed on a 60 cm cable sample with a gas flame for 1-8 min depending on the cable diameter. The cable has to be self-extinguishing within certain limits to fulfil the test. Please see figure 1.

Flame spread is tested on bunched cables in accordance with IEC 60332-3-22, simulating the fire behaviour of the cables installed in a bunch. The main category that is used is A.

This is based on an amount of 7 litres of combustible material per metre. The bunch of cables has to be minimum 3.5 m high when it is in a test chamber subjected to fire from a burner directed at the cables for forty minutes. The cable bunch may not burn more than 2.5 m above the burner.Please see figure 2.

Fire resistance tests are aimed at verifying the behaviour of a cable´s circuit integrity under fire conditions. The main three different test methods are IEC 60331-21 or IEC 60331-1 or IEC 60331-2, used for power and control cables. Marine cable standards require the IEC 60331-21 test, where the cable sample is subjected to a flame at 750 ˚C for 90 minutes followed by a 15 minutes cooling period while the rated voltage is being applied between the conductors. No breakdown or short circuit is permitted during the test. Please see figure 3. The optional test methods for cables with diameters over 20 mm, is the more rigorous IEC 60331-1 test, or for diameter not exceeding 20 mm IEC 60331-2, in which a bent cable, affected by mechanical shock, is subjected to a 830 ˚C flame for minimum 90 minutes.

Smoke density is tested according to IEC 61034-1 (apparatus) and IEC 61034-2 (procedure and requirements). It is done by placing cable in a ”smoke cube” (3x3x3 m). When the cable is burning, the light transmittance is measured using a photometric system. This test is aimed at simulating visibility when cables are burning on board a ship 60 % (70 % for a single cable) visibility is satisfactory if it is attained throughout the test.

Halogens. To test whether a material is halogen free or not, the tests IEC 60754-1 and 60754-2 are used. The acidity of the gasses from burning materials is measured. Being halogen-free means that the materials used in the cables do not contain any halogens – such as chlorine, bromine, iodine and fluorine. In order to attain the self-extinguishing effects that halogens have in cables, ATH (aluminium trihydroxide) based materials are used instead. This way the negative effects of halogens are avoided (corrosivity, toxicity etc.)

Bunched cables being tested for

flame spread.

Test methods (IEC 60331-1 and -2) for fire with shock at a temperature of at least 830 °C


5

Vertical flame spread of bunched cables

IEC 60332-3-22 cat.A

4000 ± 100

1000 ± 100

2000 ± 100

Air Inlet(800 ± 20) x (400 ± 10)

Smoke Outlet(300 ± 30) x (1000 ± 100)

Rig raised above ground level

Floor

Round Steel Rungs

Metal Wire Ties

Centre Line of Burner

400 ± 5600 ± 5

Maximum Width

150

TouchingConfiguration

500 ± 5

Fire resistance test

IEC 60331-21

Temperature 750 °CFlow Rates (1 bar, 20 °C):Air 80 ± 5 Propane 5 ± 0,25

Clamp Cable Sample

Support Arm

45

70 ± 10

Vertical flame propagation test

IEC 60332-1-2

50

1200 ± 25

600 ± 25550 ± 25475

1 kW burner, 45º angle flame/sample

50

Cable sample300 ± 25

540 Max. length of downwardlimit of charred surface

Support arm and copperwire wrapping

Figure 1.

Figure 2.

Figure 3.

Marine CablesPower and Control Cables

6

Marine Cables

Unarmoured Power and Control Cable

LM-HF0,6/1(1,2) kV

(TEMA)

> Construction IEC 60092-353 and IEC 60092-350 > Materials IEC 60228 Class 2 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-353> Choice and Installation IEC 60092-352> Maximum conductor temperature +90 °C

> Conductor Annealed stranded plain copper - round 1,5 to 16 mm2

- round compacted 25 to 240 mm2

- sector shaped in 3-4 cores 35 to 240 mm2

> Insulation Extruded XLPE - See page 33 for core identification colours> Sheath Extruded black halogen free polyolefine, SHF1> Installation information and electrical data on pages 30-35

Design

Standards

Marine Cables

7

Marine Cables

Conductor Cable BendingSize Diameter/Height Width Diameter Weight Radius

approx. approx. approx. approx. min.(n x mm2) or (n G mm2) (mm) (mm) (mm) (kg/km) (mm)

POWER CABLES1x16 5,0 9,0 200 701x25 5,8 – 10,5 290 851x35 6,9 – 11,5 385 901x50 8,0 – 13,0 510 1001x70 9,7 – 15,0 720 1201x95 11,3 – 16,5 970 1301x120 12,7 – 18,5 1210 1501x150 14,1 – 20,5 1490 1601x185 15,7 – 23,0 1840 1801x240 18,1 – 25,5 2390 2001x300 20,2 29,0 3100 2302x1,5 1,6 – 8,5 80 352x2,5 2,0 – 9,5 105 403x1,5 3G1,5 1,6 – 9,0 100 403x2,5 3G2,5 2,0 – 10,5 140 453x4 3G4 2,6 – 11,5 200 453x6 3G6 3,1 – 12,5 260 503x10 4,0 – 14,5 420 603x16 5,0 – 17,5 620 703x25 5,8 – 20,0 940 803x35 5,6 9,2 20,5 1170 1603x50 6,5 10,7 23,0 1550 1853x70 7,9 12,8 27,0 2200 2153x95 9,3 15,1 31,0 2950 2503x120 10,5 17,0 34,0 3700 2703x150 11,6 18,9 38,0 4600 3004x1,5 4G1,5 1,6 – 10,0 130 404x2,5 4G2,5 2,0 – 11,0 175 454x4 4G4 2,6 – 13,0 260 554x6 4G6 3,1 – 14,0 340 554x10 4G10 4,0 – 16,5 550 654x16 4G16 5,0 – 19,0 800 754x25 4G25 5,8 – 22,5 1200 904x35 4G35 6,2 8,6 23,0 1550 1854x50 4G50 7,2 9,9 26,5 2050 2104x70 4G70 8,6 12,0 31,0 2900 2504x95 4G95 10,2 14,1 35,0 3900 2804x120 4G120 11,5 15,8 39,0 4900 3105x1,5 5G1,5 1,6 – 11,0 155 455x2,5 5G2,5 2,0 – 12,5 215 50– 5G6 3,1 – 15,5 430 65– 5G10 4,0 – 18,0 660 75– 5G16 5,0 – 21,0 1000 85– 5G25 5,8 – 25,0 1500 100

CONTROL CABLES 7x1,5 1,6 – 13,0 220 5512x1,5 1,6 – 16,0 325 6519x1,5 1,6 – 19,0 480 7527x1,5 1,6 – 22,5 670 90 7x2,5 2,0 – 14,5 305 6012x2,5 2,0 – 18,0 460 7519x2,5 2,0 – 21,0 690 85

CLASS 5 CONDUCTOR1x50 9,9 – 15,0 550 901x70 11,0 – 17,0 770 1001x95 13,5 – 19,0 1000 1151x120 15,2 – 21,0 1250 1251x150 17,2 – 24,0 1550 1451x185 18,9 – 26,0 1880 1551x240 21,8 – 30,0 2450 180

Marine CablesPower and Control Cables

8

Marine Cables

Armoured Power and Control Cable

LSM-HF0,6/1(1,2) kV

(TEMA-A)





> Insulation Extruded XLPE - See page 33 for core identification colours> Armour Braid of copper wires designed to act as collective screen> Sheath Extruded black halogen free polyolefine, SHF1> Installation information and electrical data on pages 30-35

Design

Standards

Marine Cables

9

Marine Cables

Conductor Diameter Cable BendingSize Diameter/Height Width over Braid Diameter Weight Radius

approx. approx. approx. approx. approx. min.(n x mm2) or (n G mm2) (mm) (mm) (mm) (mm) (kg/km) (mm)

POWER CABLES1x16 5,0 – 8,5 11,0 270 901x25 5,8 – 9,5 12,5 365 1001x35 6,8 – 10,5 13,5 470 1101x50 7,9 – 12,0 15,0 620 1201x70 9,6 – 14,0 17,5 850 1401x95 11,3 – 16,0 19,0 1130 1501x120 12,7 – 17,5 21,0 1400 1701x150 14,1 – 19,5 23,0 1700 1801x185 15,7 – 21,5 25,0 2070 2001x240 18,1 – 24,0 28,0 2650 2202x1,5 1,6 – 7,5 10,0 130 602x2,5 2,0 – 8,5 11,0 160 653x1,5 3G1,5 1,6 – 8,0 10,5 155 653x2,5 3G2,5 2,0 – 9,0 11,5 195 703x4 2,6 – 10,0 13,0 270 803x6 3,1 – 11,0 14,0 320 853x10 4,0 – 13,5 16,5 520 1003x16 5,0 – 16,0 19,0 740 1153x25 5,8 – 18,5 22,0 1050 1353x35 5,6 9,2 19,0 23,0 1350 1853x50 6,5 10,7 21,5 25,5 1750 2053x70 7,9 12,8 25,0 29,0 2400 2303x95 9,3 15,1 28,0 33,0 3200 2603x120 10,5 17,0 31,5 36,5 4100 2903x150 11,6 18,9 35,0 41,0 5000 3304x1,5 4G1,5 1,6 – 8,5 11,0 180 704x2,5 4G2,5 2,0 – 10,0 12,5 250 804x4 4G4 2,6 – 11,5 14,0 320 854x6 4G6 3,1 – 13,0 16,0 450 954x10 4G10 4,0 – 15,5 18,5 670 1154x16 4G16 5,0 – 17,5 21,0 940 1304x25 4G25 5,8 – 20,5 24,0 1350 1454x35 4G35 6,2 8,6 21,5 25,5 1750 2004x50 4G50 7,2 9,9 24,5 29,0 2300 2304x70 4G70 8,6 12,0 28,0 33,0 3200 2654x95 4G95 10,2 14,1 32,0 37,0 4300 3004x120 4G120 11,5 15,8 36,0 41,0 5300 3305x1,5 5G1,5 1,6 – 9,5 12,0 220 755x2,5 5G2,5 2,0 – 11,0 13,5 290 85

CONTROL CABLES 7x1,5 1,6 – 11,5 14,5 300 10512x1,5 1,6 – 14,5 17,5 470 11019x1,5 1,6 – 17,0 20,5 650 12527x1,5 1,6 – 21,0 24,5 870 145 7x2,5 2,0 – 13,5 16,5 430 10012x2,5 2,0 – 16,5 20,0 620 12019x2,5 2,0 – 19,5 23,0 900 140

CLASS 5 CONDUCTOR1x50 9,9 – 15,0 17,5 700 1051x70 11,0 – 17,0 19,0 920 1151x95 13,5 – 19,0 21,0 1170 1251x120 15,2 – 21,0 23,5 1450 1401x150 17,2 – 24,0 26,0 1550 1551x185 18,9 – 26,0 28,5 1770 1701x240 21,8 – 30,0 32,0 2700 190

Marine CablesPower Cables

10

Marine Cables

Armoured Power Cable

LSM-HF1,8/3(3,6) kV

(TEMA-A)


> Conductor Annealed stranded plain copper - round compacted 25 to 240 mm2

> Insulation Extruded XLPE - See page 33 for core identification colours - Plastic coated copper tape under the braid in 3-core cables> Armour Braid of copper wires> Inner covering Extruded halogen free polyolefine in 3-core cables> Sheath Extruded black halogen free polyolefine, SHF1

Design

Standards

Marine Cables

11

Marine Cables

Conductor Diameter Cable BendingSize Diameter over Braid Diameter Weight Radius

approx. approx. approx. approx. min.(n x mm2) (mm) (mm) (mm) (kg/km) (mm)

LSM-HF 3 kV1x185 15,7 23 27 2100 3301x240 18,1 25 29 2700 350

LSM-HF 3 kV EMC3x 95/35 11,3 38 44 4700 4003x120/40 12,7 42 48 5700 4303x150/40 14,1 46 52 6700 4703x 95+3G16 11,3 36 42 4200 3803x120+3G25 12,7 39 45 5200 410

Marine CablesInstrumentation Cables

12

Marine Cables

Armoured Instrumentation and Telecommunication Cable

LJST-HF150/250 (300) V

(TEMA-TA)

> Conductor Stranded annealed plain copper conductor> Insulation Extruded XLPE > Pair White and blue cores are twisted to pair (see page 33)> Armour (common screen) Combined electrical and mechanical protection Braid of copper wires - Drain conductor > Sheath Extruded grey halogen free polyolefine, SHF1

> Construction IEC 60092-376 and IEC 60092-350 > Materials IEC 60228 Class 2 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-376> Maximum conductor temperature +90 °C

Design

Standards


13

n x 2 x mm2

Conductor resistance at

20 ˚C max W/km

Insulation resistance

min MW x km

n x 2 x 0,5 40,4 1030

n x 2 x 0,75 26,0 1020

Variable Value

Mutual capacitance single pair 60 nF/km

multi pair 50 nF/km

Loop inductance 0,7 mH/km

SizeConductor Screen Cable BendingDiameter Diameter Diameter Weight Radiusapprox. approx. approx. approx. min.

(n x 2 x mm2) (mm) (mm) (mm) (kg/km) (mm)

1x2x0,5 0,9 5,5 7,5 80 45 2x2x0,5 (quad) 0,9 6,5 8,5 105 55 4x2x0,5 0,9 10,0 12,0 190 75 7x2x0,5 0,9 11,5 14,0 250 85 8x2x0,5 0,9 12,5 15,0 270 9010x2x0,5 0,9 14,0 17,0 350 10514x2x0,5 0,9 16,0 19,0 450 11519x2x0,5 0,9 18,0 21,5 570 13024x2x0,5 0,9 20,0 24,0 680 145 1x2x0,75 1,1 5,7 8,0 90 50 2x2x0,75 (quad) 1,1 6,7 9,0 125 55 4x2x0,75 1,1 10,5 13,5 230 85 7x2x0,75 1,1 12,5 15,0 300 95 8x2x0,75 1,1 13,5 16,5 350 7010x2x0,75 1,1 15,0 18,5 450 11514x2x0,75 1,1 17,5 21,0 570 13019x2x0,75 1,1 20,0 24,0 730 15024x2x0,75 1,1 23,0 27,0 890 165

(quad) construction used in two pair cables:

Electrical data (according to IEC 60092-376) Characteristic properties (approximate values)

Troitsky Bridge Courtesy of Admiralty Shipyard


14

Marine Cables

Screened Instrumentation and Telecommunication Cable

LJT-HF150/250 (300) V

(TEMA-TO)

> Construction IEC 60092-376> Materials IEC 60228 Class 2 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-376> Maximum conductor temperature +90 °C

> Conductor Stranded annealed plain copper conductor> Insulation Extruded XLPE - See page 33 for core identification colours and numbers> Pair White and blue cores are twisted to pair (see page 33)> Common screen Plastic coated aluminium tape - Tinned copper drain wire - Coverage 100 %> Sheath Extruded grey halogen free polyolefine, SHF1

Design

Standards


15

SizeConductor Cable BendingDiameter Diameter Weight Radiusapprox. approx. approx. min.

(n x 2 x mm2) (mm) (mm) (kg/km) (mm)

1x2x0,5 0,9 6,6 45 55 2x2x0,5 (quad) 0,9 7,5 65 60 4x2x0,5 0,9 11,5 120 90 7x2x0,5 0,9 13,5 180 110 8x2x0,5 0,9 14,5 200 12010x2x0,5 0,9 15,5 240 12514x2x0,5 0,9 17,5 330 14519x2x0,5 0,9 20,0 400 17024x2x0,5 0,9 22,0 500 185 1x2x0,75 1,1 7,5 55 60 2x2x0,75 (quad) 1,1 8,5 85 70 4x2x0,75 1,1 12,5 155 100 7x2x0,75 1,1 14,5 230 120 8x2x0,75 1,1 15,5 270 12510x2x0,75 1,1 17,0 320 14014x2x0,75 1,1 19,5 420 16019x2x0,75 1,1 22,0 560 18024x2x0,75 1,1 24,5 690 200

n x 2 x mm2


20 ˚C max W/km


min MW x km

n x 2 x 0,5 40,4 1030n x 2 x 0,75 26,0 1020

Variable Value

Mutual capacitance single pair 60 nF/kmmulti pair 0,5 45 nF/kmmulti pair 0,75 50 nF/km

Loop inductance 0,7 mH/km




16

Marine Cables

Individually Screened Instrumentation and Telecommunication Cable

HFX-ISOSA/Cu250 V

(TEMA-TIOA)

> Construction IEC 60092-375, -376 and 92-3> Materials IEC 60228 Class 2 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-375, -376> Maximum conductor temperature +90 °C

> Conductor Stranded annealed plain copper conductor> Insulation Extruded XLPE - Number identification> Pair Black and blue cores are twisted to pair> Sreen Individual and collective screen of plastic laminated aluminium tape - tinned copper drain wires> Armour Braid of plain copper wires> Sheath Extruded orange halogen free polyolefine, SHF1

Design

Standards


17

SizeConductor Cable Bending

Resistance Diameter Diameter Weight Radiusmax. approx. max. approx. min.

(n x 2 x mm2) (W/km) (mm) (mm) (kg/km) (mm)

250 V 2 x 2 x 0,75 26,0 1,1 13,6 170 109 4 x 2 x 0,75 26,0 1,1 17,0 300 136 7 x 2 x 0,75 26,0 1,1 20,1 420 16110 x 2 x 0,75 26,0 1,1 24,9 630 19914 x 2 x 0,75 26,0 1,1 27,1 760 21719 x 2 x 0,75 26,0 1,1 30,1 1000 24124 x 2 x 0,75 26,0 1,1 34,1 1190 273


18

Marine Cables

Bus-CableSIENOPYR-FR PROFIBUS

M-02Y(ST)CHX100V

(TEMA- PROFIBUS)

> Ozone DIN VDE 0472 Part 805, Test B> Fire retardance IEC 60332-3-24 (cat C)> Corrosivity of combustion gasses IEC 60754-2> Smoke density IEC 61034> Resistance to chemicals (Test to VG 95218 Part 2): - diesel fuel - oils - hydraulic fluids - solvent cleaning agents - de-ionozed water - de-ionized water with 3,5 % NaCl> Maximum conductor temperature +80 °C

> Conductor 7 bare copper wires, E-Cu58 F21 to DIN 40500 part 4 cross section: 0,35 mm2

(AWG 22 = 0,325 mm2)> Insulation Polyethylene foam (cellular HDPE)> Core identification - a core: red - b core: green> Laying Laying of the both copper cores with two blind cores> Core assembly wrapping Nonwoven plastic textile band> Multi layer screen 1. layer: laminated aluminium foil, 2. layer: tinned copper wire braid> Inner Sheath according VDE 0207 part 24 Halogen free polymer (HM4) diameter: 8 mm (nominal)> Outer Sheath according IEC 60092-359 Halogen free, cross-linked polymer Colour: black

Design

Standards


19

> Voltage 100 V> Conductor resisitance 1 km loop at 20 ˚C max. 110 W/km> Characteristic impedance at 3 to 20 MHz 150 ± 15 W at 38,4 kHz 185 ± 18,5 W at 9,6 kHz 250 ± 25 W> Wave attenuation at 16 MHz max. 45 dB/km at 4 MHz max. 22 dB/km at 38,4 kHz max. 5 dB/km at 9,6 kHz max. 3 dB/km> Mutual capacitance at 800 Hz max. 30 nF/km> Insulation resistance at 20 ˚C min. 16 000 MWkm> Outer sheath surface resistance min 109 W

> Ambient temperatures During operations as bus cable fixed intallation –35 to 80 ˚C During installation –15 to 50 ˚C Conductor temperature in operation max. 80 ˚C> Tensile load during installation max. 100 N> Bending radius (D = overall diameter ) Single bending min 10 x D Flexing min 20 x D> Weight appr. 110 kg/1000 m> Outer diameter max 9,8 mm

Transmission characteristics

Other properties

Photos Martin Pekuri

Marine CablesFire Resistant Cables

20

Marine Cables

Unarmoured Fire Resistant Power and Control Cable

LM-FRHF0,6/1 (1,2) kV

(TEMA-FR)

> Construction IEC 60092-353 and IEC 60092-350 > Materials IEC 60228 Class 2 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Fire Resistance IEC 60331-1 or IEC 60331-2> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-353> Choice and Installation IEC 60092-352> Maximum conductor temperature +90 °C




> Insulation Mica tape with overlap as fire resistant layer Extruded HF90 - see page 33 for core identification colours> Sheath Extruded orange halogen free polyolefine, SHF1> Installation information and electrical data on pages 30-35

Design

Standards


21

Conductor Cable BendingSize Diameter/Height Width Diameter Weight Radius

approx. approx. approx. approx. min.(n x mm2) or (n G mm2) (mm) (mm) (mm) (kg/km) (mm)

POWER CABLES2x1,5 1,6 – 10,0 90 402x2,5 2,0 – 11,0 120 453x1,5 3G1,5 1,6 – 10,5 110 453x2,5 3G2,5 2,0 – 12,0 150 503x6 3,1 – 14,5 280 603x10 4,0 – 16,5 450 653x16 5,0 – 18,5 650 753x25 5,8 – 22,5 970 1303x35 6,8 – 25,0 1230 1503x50 6,5 10,7 24,5 1600 1953x70 7,9 12,8 28,0 2200 2253x95 9,3 15,1 32,0 3000 2553x120 10,5 17,0 35,0 3750 2803x150 11,6 18,9 39,0 4600 3104x1,5 4G1,5 1,6 – 11,5 140 504x2,5 4G2,5 2,0 – 13,0 190 55

CONTROL CABLES 5x1,5 1,6 – 12,5 170 50 7x1,5 1,6 – 15,0 250 6012x1,5 1,6 – 18,0 370 7519x1,5 1,6 – 21,0 550 8527x1,5 1,6 – 26,0 770 160 5x2,5 2,0 - 14,0 240 55 7x2,5 2,0 – 16,0 330 6512x2,5 2,0 – 20,0 520 8019x2,5 2,0 – 24,0 770 150

Unarmoured Fire Resistant Power and Control Cable

Stril Mermaid Courtesy of Flekkefjord Elektro AS


22

Marine Cables

Armoured Fire Resistant Power and Control Cable

LSM-FRHF0,6/1 (1,2) kV

(TEMA-AFR)

> Construction IEC 60092-353 and IEC 60092-350 > Materials IEC 60228 Class 2 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Fire Resistance IEC 60331-1 or IEC 60331-2> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-353> Choice and Installation IEC 60092-352> Maximum conductor temperature +90 °C




> Insulation Mica tape with overlap as fire resistant layer Extruded HF90 - See page 33 for core identification colours> Armour Braid of copper wires designed to act as collective screen> Sheath Extruded orange halogen free polyolefine, SHF1> Installation information and electrical data on pages 30-35

Design

Standards


23

Conductor Diameter Cable BendingSize Diameter/Height Width over Braid Diameter Weight Radius

approx. approx. approx. approx. approx. min.(n x mm2) or (n G mm2) (mm) (mm) (mm) (mm) (kg/km) (mm)

POWER CABLES2x1,5 1,6 – 8,5 11,0 150 652x2,5 2,0 – 9,5 12,5 190 753x1,5 3G1,5 1,6 – 9,0 11,5 185 703x2,5 3G2,5 2,0 – 10,0 13,0 240 803x6 3,1 – 13,0 15,0 420 953x10 4,0 – 15,0 18,0 610 1103x16 5,0 – 17,5 20,5 820 1253x25 5,8 – 20,5 23,5 1150 1403x35 6,8 – 22,0 26,0 1500 1903x50 6,5 10,7 22,0 26,5 1900 2153x70 7,9 12,8 25,5 30,0 2600 2403x95 9,3 15,1 29,5 34,0 3500 2753x120 10,5 17,0 32,0 37,0 4300 3003x150 11,6 18,9 35,5 41,0 5200 3304x1,5 1,6 – 10,0 13,0 230 754x2,5 2,0 – 11,0 14,0 285 85

CONTROL CABLES 5x1,5 5G1,5 1,6 – 11,5 14,0 270 85 7x1,5 1,6 – 14,0 17,0 410 10512x1,5 1,6 – 17,0 20,0 570 12019x1,5 1,6 – 19,5 23,0 800 14027x1,5 1,6 – 24,0 28,0 1100 170 5x2,5 2,0 – 13,0 16,0 390 95 7x2,5 2,0 – 14,5 18,0 490 11012x2,5 2,0 – 19,0 22,0 740 13019x2,5 2,0 – 22,0 26,0 1050 160

Armoured Fire Resistant Power and Control Cable

Courtesy of the Royal Caribbean Cruise Line

Courtesy of the Royal Caribbean Cruise Line


24

Marine Cables

Armoured Fire Resistant Instrumentation, Communication and Control Cable

SIENOPYR-FR FMHXCH FE 120

150/250 (300) V(TEMA-TAFRS)

> Construction IEC 60092 -376> Materials IEC 60228 Class 2 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Fire Resistance IEC 60331-21 or IEC 60331-31> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-376> Maximum conductor temperature +90 °C

> Conductor Stranded annealed plain copper conductor 0,75 mm2

> Insulation White ceramic HF S95> Pair Numbered white cores are twisted to pair (2 pairs is a quad) > Armour (common screen) Braid of copper wires > Sheath Extruded orange halogen free polyolefine, SHF1

Design

Standards


25

SizeConductor Cable BendingDiameter Diameter Weight Radiusapprox. approx. approx. min.

(n x 2 x mm2) (mm) (mm) (kg/km) (mm)

1x2x0,75 1,1 8,0 95 55 2x2x0,75 (quad) 1,1 9,5 130 60 4x2x0,75 1,1 12,0 195 75 7x2x0,75 1,1 14,5 305 9010x2x0,75 1,1 17,5 430 11014x2x0,75 1,1 20,0 560 12519x2x0,75 1,1 22,0 720 14024x2x0,75 1,1 25,0 880 160


Armoured Fire Resistant Instrumentation, Communication and Control Cable


Variable Value

Mutual capacitance max. 120 nF/kmLoop inductance 0,7 mH/km

n x 2 x mm2


20 ˚C max W/km


min MW x km

n x 2 x 0,75 26,0 480

Mariner of the Seas Courtesy of Aker Yards Oy

Marine CablesMedium Voltage Cables

26

Marine Cables

Armoured Medium Voltage Power Cable

MV-FHFX/A 6/10 (12) kV

(TEMA-A)

> Construction IEC 60092-354 and IEC 60092-350 > Materials IEC 60228 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-354> Choice and Installation IEC 60092-352> Maximum conductor temperature +90 °C

> Conductor Flexible copper conducter (class 5)> Conductor screen Semiconductive tape and extruded compound> Insulation Extruded off-white XLPE, nominal thickness 3,4 mm> Insulation screen Extruded semiconductive compound> Metallic Screen Copper tapes> Inner Covering Extruded halogen free compound> Armour Braid of copper wires> Sheath Extruded red halogen free compound, SHF1

Design

Standards


27

Conductor Core Inner Cover Braid CableSize Diameter Diameter Thickness Diameter Diameter Weight

approx. approx. approx. approx. approx. approx.(n x mm2) (mm) (mm) (mm) (mm) (mm) (kg/km)

MV-FHFX/A (FE4H1M1AM1)1x150 15,6 25,0 1,2 29,0 33,0 2260MV-FHFX/A (FE4H10M1AM1)3x35 7,5 17,0 1,2 41,0 46,0 34603x50 8,7 18,5 1,2 44,5 50,0 40103x70 10,3 20,0 1,2 47,5 53,0 49303x95 12,1 21,5 1,2 51,0 57,0 60603x120 13,6 23,0 1,2 54,0 60,0 7050

Current Conductor Resistance Inductance CapacitanceSize rating at +45 ˚C RDC L C

ambient 1) (W/km)

(n x mm2) (A) at +20 ˚C at +45 ˚C at +85 ˚C (mH/km) (mF/km)

MV-FHFX/A (FE4H1M1AM1)1x150 369 0,124 0,136 0,156 0,318 0,403MV-FHFX/A (FE4H10M1AM1)3x35 104 0,524 0,575 0,658 0,357 0,2373x50 130 0,387 0,425 0,486 0,341 0,2643x70 160 0,268 0,294 0,337 0,321 0,3003x95 194 0,193 0,212 0,242 0,307 0,3423x120 225 0,153 0,168 0,192 0,296 0,3771) IEC 60092-352 Table B.4 x 0,95 (see also Tables A.1 - A.8)


Other sizes available upon request

Liberty of the Seas Courtesy of Aker Yards Oy

Marine CablesMedium Voltage Cables

28

Marine Cables


MV-FHFX/A12/20 (24) kV

(TEMA-A)

> Construction IEC 60092-354 and IEC 60092-350> Materials IEC 60228 (conductor) IEC 60092-351 (insulation) IEC 60092-359 (sheath)> Flame Retardance IEC 60332-3-22 (cat A) and IEC 60332-1-2> Halogen Free Properties IEC 60754-1 and -2> Low Smoke Emission IEC 61034-1 and -2> Tests IEC 60092-354> Choice and Installation IEC 60092-352> Maximum conductor temperature +90 °C

> Conductor Flexible copper conducter (class 5)> Conductor screen Semiconductive tape and extruded compound> Insulation Extruded off-white XLPE, nominal thickness 5,5 mm> Insulation screen Extruded semiconductive compound> Metallic Screen Copper tapes> Inner Covering Extruded halogen free compound> Armour Braid of copper wires> Sheath Extruded red halogen free compound, SHF1

Design

Standards


29

Conductor Core Inner Cover Braid CableSize Diameter Diameter Thickness Diameter Diameter Weight

approx. approx. approx. approx. approx. approx.(n x mm2) (mm) (mm) (mm) (mm) (mm) (kg/km)

MV-FHFX/A (FE4H1M1AM1)

1x150 15,6 29,3 1,2 33,4 38,0 2670

MV-FHFX/A (FE4H10M1AM1)3x35 7,5 21,2 1,2 51,3 58,0 47803x50 8,7 22,4 1,2 53,9 60,0 5450

Size Current Conductor Resistance Inductance Capacitancerating at +45 ˚C RDC L C

ambient 1)(W/km)

(n x mm2) (A) at +20 ˚C at +45 ˚C at +85 ˚C (mH/km) (mF/km)

MV-FHFX/A (FE4H1M1AM1)1x150 369 0,124 0,136 0,156 0,366 0,273

MV-FHFX/A (FE4H10M1AM1)3x35 104 0,524 0,575 0,658 0,395 0,1693x50 130 0,387 0,425 0,486 0,376 0,1851) IEC 60092-352 Table B.4 x 0,95 (see also Tables A.1 - A.8)


Other sizes available upon request

Havila Venus Courtesy of Havyard

Marine CablesTechnical Information

30

Marine Cables

GeneralThe rated voltage of a cable must not be lower than the nominal voltage of the circuit in which it is used. The ambient temperature during operation should be at least 10 ºC lower than the maximum conductor temperature allowed to the insulation material.

Rated VoltageThe rated voltages of cables are expressed as U

o/U(U

m) where

Uo the rated voltage between the conductor and earth,

or between the conductor and the metal screen for which the cable is designed.U the rated voltage between the conductors for which the cable is designed.U

m the highest system voltage for which the cables

may be used

Installation TemperatureThe minimum installation temperature for thermoplastic sheathed cables is –15 ºC. If, however, the cables are warmed up prior to installation, they can be installed at lower temperatures. Lowest operation temperature -40 °C

Earthing of BraidsEarthing of braids is to be carried out in accordance with the regulations of the classification society.

During installation the recommended radius is 1,5 times the value given in the table. Maximun pulling tension P = 50 N/mm2 x total conductor cross section mm2 value of the cable.

Insulation Outer covering Overall diameter of

cable (D)

Minimum internal radius

of bend

Thermoplastic or thermosetting with circular

copper conductors

Unarmoured or unbraided

≤25 mm 4D

≥25 mm 6D

Metal braid screened or armoured

Any 6D

Metal wire armoured Metal tape armoured

or metal sheathedAny 6D

Composite polyester/metal

laminate screened units or collective tape

screening

Any 8D

Thermoplastic or thermosetting with shaped

copper conductors

Any Any 8D

Medium voltage cable Any

single core 12D

3-core 9D

Bending RadiusThe minimum bending radii according to IEC 60092-352 in the final fixed assembly:



31

Special precautions for single core cables for a.c. wiringWhenever possible, a.c. wiring should be carried out with multicore cables. When it is necessary to use single core cables, they should either be unarmoured or armoured with a non-magnetic material.

When several multi or single core cables are connected in parallel per phase, they should be of the same type and equal length.

All cables pertaining to the same phase should be alternated with those of the other phases to avoid unequal division of the current. In the case of two cables per phase, for example, the correct dispositions to conform with IEC 60092-352 (phases 1, 2 and 3) are:

Some other installation examples of single core cables (phases 1, 2 and 3)

1

1 2

23

31 12 23 3 or

231

213

or

1

2

31

2

3

1

2

31

2

3 1

2

31

2

3

1

2

3 1

2

3

1

2

3 1

2

3

123

1 2 3 123

1 2 3

Four cables per phase

or

Six cables per phase

123

1 2 3

123

1 2 3123

1 2 3

or

1

2

31

2

31

2

31

2

3 1

2

3 1

2

31

2

3 1

2

31

2

3 1

2

3

Ten cables per phase on the same cable tray


32

Marine Cables

32

Marine CablesCurrent Rating

Conduc-tor

cross section

Current rating for continuous service. Conductor temperature max. +90˚C, ambient max +45˚C.

According to IEC 60092-352, Table B.4 for 0,6/1 kV cables.

Up to 6 cables bunched together.

Cores 1 2 3 4 5 7 12 19 27 37

Reduc-tion 1,00 0,85 0,70 0,70 0,58 0,52 0,44 0,37 0,33 0,30

(mm2) (A) (A) (A) (A) (A) (A) (A) (A) (A) (A)

1,5 23 20 16 16 13 12 10 9 8 7 2,5 30 26 21 21 18 16 13 11 10 9

4 41 34 28 28 24 6 52 44 36 36 30 10 72 61 50 50 42 16 96 82 67 67 56 25 127 108 89 89 74 35 157 133 110 110 92 50 196 167 137 137 70 242 206 169 169 95 293 249 205 205120 339 288 237 237150 389 331 272 272185 444 377 311 311240 522 444 365 365300 601 511 421 421

Short time duty and intermittent service load correction factors (according to IEC 60092-352)

Cable diameter

Time constant

Critical dura-tion (rest time between serv-

ice periods)

Service time correction factor

Inter- mittent serv-ice correction

factor

D (mm) T (min) 3xT (min) 30 min 60 min 4 min load + 6 min rest

5 2,2 6,5 1,058 1,058 1,083 6 2,8 8,3 1,058 1,058 1,127 7 3,4 10 1,058 1,058 1,170 8 4,1 12 1,059 1,058 1,208 9 4,8 14 1,059 1,058 1,242 10 5,5 16 1,061 1,058 1,273 15 9,5 28 1,081 1,059 1,376 20 14 42 1,126 1,066 1,433 25 19 57 1,186 1,081 1,468 30 24 73 1,255 1,105 1,490 35 30 89 1,328 1,137 1,506 40 36 107 1,403 1,173 1,518 45 42 125 1,479 1,212 1,527 50 48 145 1,554 1,254 1,534 60 62 185 1,705 1,341 1,544 70 76 228 1,852 1,432 1,551 80 91 273 1,996 1,522 1,556 90 107 320 2,136 1,613 1,559100 123 368 2,273 1,702 1,562

Ambient temperature correction factors according to IEC 60092-352

Temperature (˚C) 35 40 45 50 55 60 65 70 75

Correction factor 1,10 1,05 1,00 0,94 0,88 0,82 0,74 0,67 0,58



33

Type N Line

2X Blue Brown

3X Brown Black Grey

4X Blue Brown Black Grey

5…37X White or black insulation with numbers

Pair

Core aWhite insulation +

black number

Core b Blue insulation +

black number

12N

13

2 * N - 1

24

2 * N

Type PE N Line

3G G Y Blue Brown

4G G Y Brown Black Grey

5G G Y Blue Brown Black Grey

7…37G White or black insulation with numbers + last core green and yellow

POWER AND CONTROL CABLE CORES

CONTROL AND INSTRUMENTATION CABLE CORES

Cable with earth coreCable without earth core

Identification Colours

kuvia!

34

Marine Cables

34

Marine CablesElectrical Data

Cable Type Cross Conductor Resistance InductanceLM-HF, LSM-HF, Section (IEC 60228) L

LM-FRHF, LSM-FRHF R

(W/km)(n x mm2) (mm2) at +20 ˚C at +45 ˚C at +85 ˚C (mH/km)

1 x 35 35 0,524 0,575 0,658 0,3161 x 50 50 0,387 0,425 0,486 0,3151 x 70 70 0,268 0,294 0,336 0,3031 x 95 95 0,193 0,212 0,242 0,2921 x 120 120 0,153 0,168 0,192 0,2841 x 150 150 0,124 0,136 0,156 0,2861 x 185 185 0,0991 0,109 0,124 0,2811 x 240 240 0,0754 0,083 0,095 0,2761 x 300 300 0,0601 0,066 0,075 0,2882 x 1,5 1,5 12,1 13,289 15,191 0,3362 x 2,5 2,5 7,41 8,138 9,303 0,3133 x 1,5 1,5 12,1 13,289 15,191 0,3363 x 2,5 2,5 7,41 8,138 9,303 0,3133 x 4 4 4,61 5,063 5,788 0,2933 x 6 6 3,08 3,383 3,867 0,2813 x 10 10 1,83 2,010 2,297 0,2663 x 16 16 1,15 1,263 1,444 0,2543 x 25 25 0,727 0,798 0,913 0,2113 x 35 35 0,524 0,575 0,658 0,2023 x 50 50 0,387 0,425 0,486 0,2003 x 70 70 0,268 0,294 0,336 0,1973 x 95 95 0,193 0,212 0,242 0,1903 x 120 120 0,153 0,168 0,192 0,1893 x 150 150 0,124 0,136 0,156 0,1913 x 185 185 0,0991 0,109 0,124 0,1933 x 240 240 0,0754 0,083 0,095 0,1903 x 300 300 0,0601 0,066 0,075 0,1884 x 1,5 1,5 12,1 13,289 15,191 0,3594 x 2,5 2,5 7,410 8,138 9,303 0,3364 x 4 4 4,61 5,063 5,788 0,3174 x 6 6 3,08 3,383 3,867 0,3044 x 10 10 1,83 2,010 2,297 0,2894 x 16 16 1,15 1,263 1,444 0,2784 x 25 25 0,727 0,798 0,913 0,2674 x 35 35 0,524 0,575 0,658 0,2584 x 50 50 0,387 0,425 0,486 0,2174 x 70 70 0,268 0,294 0,336 0,2134 x 95 95 0,193 0,212 0,242 0,2064 x 120 120 0,153 0,168 0,192 0,2054 x 150 150 0,124 0,136 0,156 0,2094 x 185 185 0,0991 0,109 0,124 0,2094 x 240 240 0,0754 0,083 0,095 0,2064 x 300 300 0,0601 0,066 0,075 0,204


35

Electrical Data

Cable Type Reactance Voltage Drop at +85 ˚C LM-HF, LSM-HF, cosj=0,8

LM-FRHF, LSM-FRHF(W/km) (mV/Am)

at 50 Hz at 60 Hz DC at 50 Hz at 60 Hz(n x mm2) X50 X60 1-phase 3-phase 1-phase 3-phase

1 x 35 0,099 0,119 1,316 1,172 1,015 1,195 1,0351 x 50 0,099 0,119 0,972 0,896 0,776 0,920 0,7961 x 70 0,095 0,114 0,673 0,653 0,565 0,675 0,5851 x 95 0,092 0,110 0,485 0,498 0,431 0,520 0,4501 x 120 0,089 0,107 0,384 0,415 0,359 0,436 0,3781 x 150 0,090 0,108 0,311 0,357 0,309 0,379 0,3281 x 185 0,088 0,106 0,249 0,305 0,264 0,326 0,2821 x 240 0,087 0,104 0,189 0,255 0,221 0,276 0,2391 x 300 0,090 0,108 0,151 0,229 0,198 0,251 0,2172 x 1,5 0,106 0,127 30,382 24,432 21,159 24,458 21,1812 x 2,5 0,098 0,118 18,606 15,003 12,993 15,026 13,0133 x 1,5 0,106 0,127 30,382 24,432 21,159 24,458 21,1813 x 2,5 0,098 0,118 18,606 15,003 12,993 15,026 13,0133 x 4 0,092 0,111 11,575 9,371 8,115 9,393 8,1353 x 6 0,088 0,106 7,734 6,293 5,450 6,314 5,4683 x 10 0,083 0,100 4,595 3,776 3,270 3,796 3,2883 x 16 0,080 0,096 2,888 2,406 2,084 2,425 2,1003 x 25 0,066 0,080 1,825 1,540 1,334 1,556 1,3473 x 35 0,064 0,076 1,316 1,129 0,978 1,144 0,9913 x 50 0,063 0,075 0,972 0,853 0,738 0,868 0,7513 x 70 0,062 0,074 0,673 0,612 0,530 0,627 0,5433 x 95 0,060 0,072 0,485 0,459 0,398 0,474 0,4103 x 120 0,059 0,071 0,384 0,379 0,328 0,393 0,3403 x 150 0,060 0,072 0,311 0,321 0,278 0,335 0,2913 x 185 0,061 0,073 0,249 0,272 0,235 0,286 0,2483 x 240 0,060 0,072 0,189 0,223 0,193 0,237 0,2063 x 300 0,059 0,071 0,151 0,192 0,166 0,206 0,1784 x 1,5 0,113 0,136 30,382 24,441 21,167 24,468 21,1904 x 2,5 0,106 0,127 18,606 15,011 13,000 15,037 13,0224 x 4 0,099 0,119 11,575 9,380 8,123 9,403 8,1444 x 6 0,096 0,115 7,734 6,302 5,457 6,324 5,4774 x 10 0,091 0,109 4,595 3,785 3,278 3,807 3,2974 x 16 0,087 0,105 2,888 2,415 2,091 2,436 2,1094 x 25 0,084 0,101 1,825 1,561 1,352 1,581 1,3694 x 35 0,081 0,097 1,316 1,150 0,996 1,169 1,0134 x 50 0,068 0,082 0,972 0,859 0,744 0,875 0,7584 x 70 0,067 0,080 0,673 0,619 0,536 0,635 0,5504 x 95 0,065 0,078 0,485 0,465 0,403 0,481 0,4174 x 120 0,064 0,077 0,384 0,385 0,333 0,400 0,3464 x 150 0,066 0,079 0,311 0,328 0,284 0,343 0,2974 x 185 0,066 0,079 0,249 0,278 0,241 0,294 0,2544 x 240 0,065 0,078 0,189 0,229 0,198 0,245 0,2124 x 300 0,064 0,077 0,151 0,198 0,171 0,213 0,184

Documents

CONTENTSstaticres.prysmiangroup.com/ds/en/business_markets/... · our products have type approval certificates from the following classification societies: ABS American Bureau of