Catalogue Cables and Wires for the Installation · 5 Laying Installation Wires Halogen Free Insulated Wires NHXMH 300/500 V Standards / Approbations > DIN VDE 0250-214 Construction

CatalogueCables and Wires

for the Installation

Introduction

Installation Wires 4Halogen Free Insulated Wires 4

NHXMH AfuMeX 500 5NHXMH-J AfuMeX PLuS 500 8L-H(St)H 10J-H(St)H 12Je-H(St)H 14Je-H(St)H SIeNOPYR-PLuS e30 16Je-H(St)H SIeNOPYR e90 18Je-H(St)HRH SIeNOPYR-PLuS e30 20Je-H(St)HRH SIeNOPYR e90 22

PVC Insulated Wires 24L-Y(St)Y 25J(St)SMOGfRee-J 27NYM eCONYM500 29NYIf SIfLA 32

Low Voltage 34Halogen Free Insulated Cables 34

N2XH AfuMeX 1000 35N2XCH AfuMeX 1000 40N2XH AfuMeX PLuS 1000 43N2XCH AfuMeX PLuS 1000 48(N)HXH SIeNOPYR-PLuS e30 51(N)HXCH SIeNOPYR-PLuS e30 56(N)HXHX SIeNOPYR-PLuS e90 61(N)HXCHX SIeNOPYR-PLuS e90 66

Laying System 69PSH 70

VdS Certificates 71PVC Insulated Power Cables 72

NYY PROTODuR 73NYCY PROTODuR 78NYCWY PROTODuR 81

PVC Insulated Control Cables 84NYY PROTODuR 85NYCY PROTODuR 87

Solar Wires 89LYNISuN PV1-f 90

High Voltage Aerial Cables 92(N)Y(Zg)2Y LYNIPORT 93

Application Advice 95Technical Information 95

Cited Standards 96Key to Design Abbreviations 98Bending Radii and Tension Resistance 100PRYSMIAN Cables & Systems 101Insulation Integrity Maintenance and Circuit Integrity Maintenance 102Current-Carrying Capacity 106Short Circuit 115Advisory Service 116Information on other Catalogues 117Notes 118Legal Information 119

PRYSMIAN Cables and Systems

Certified Production

ISO 9001

Certified Quality

We always want to give our customers the best product.In order to do this we have been optimising our manufacturing processes in accordance with the DIN ISO 9001 standard for many years, therefore ensuring that consistently high quality is provided. We were awarded this certificate back in 1992, and it has now been certified that PRYSMIAN also meets the require-ments of the more sophisticated ISO 9001:2008 standard. This verifies that all cables and lines supplied by PRYSMIAN are of high quality, our personnel are expertly trained and competent, and our working environment is state-of-the-art. All stages of production are subject to continuous monitoring, and even outsourced processes remain under the supervision of PRYSMI-AN. The ISO 9001:2008 certification is confirmation that we have the best possible quality management system, and gives you the confidence of always receiving an extremely good product.

ISO 14001

Environmentally Friendly Production

PRYSMIAN takes the environment seriously, which is why we manufacture our cables and lines in as environmentally friendly a way as possible. Our manufacturing processes were awarded the DIN ISO 14001 environmental protection certificate many years ago, which is confirmation of the success of our environmental management system. We regularly think about new ways of redu-cing the burden on the environment, and set ourselves specific targets. The ISO 14001:2004 certificate that was recently presented to PRYSMIAN confirms that these targets are being achieved and that the environment is being protected. unlike previous standards, the regulations have been made even stricter in this case. PRYSMIAN products are therefore not just top quality, but also ensure that the manufacturing process is sustainable.

3

Legend of used Symbols

Performance in Case of Fire

Selections of Cables and Wires

Laying Informations

Product Group

Products with special characteristics such as

environmental safety and performance in case of fire.

heat conductivity halogen free smoke density

laying in installation channels and -tubes

laying on, in and under plaster

laying in concrete laying in air

uV-retardant

laying in groundlowest ambient air temperature

conductor temperature(for example 70 °C)

laying in tube

bending radius

circuit integrity

lead free

laying in water easy installation

Halogen Free Insulated Wires> NHXMH AfuMeX 500> NHXMH-J AfuMeX PLuS 500> L-H(St)H > J-H(St)H > Je-H(St)H > Je-H(St)H SIeNOPYR-PLuS e30> Je-H(St)H SIeNOPYR e90> Je-H(St)HRH SIeNOPYR-PLuS e30> Je-H(St)HRH SIeNOPYR e90

Installation Wires

5

Laying

Installation Wires Halogen Free Insulated Wires

NHXMH300/500 V

Standards / Approbations > DIN VDE 0250-214

Construction > ConductorCopper conductor,round, single wire (Re) orround, multi wire, compacted (RM)

> InsulationCross-linked polyethylene (XLPe)

> Colours of cores2 cores: NHXMH-O blue, brown3 cores: NHXMH-O brown, black, grey4 cores: NHXMH-O blue, brown, black, greyNHXMH-J green-yellow, brown, black, grey5 cores: NHXMH-J green-yellow, blue, brown, black, greyMulti core: NHXMH-O black with white numbersNHXMH-J black with white numbers and one green-yellow core

> Inner coveringextruded

> Outer sheathAfuMeX-compound, colour of sheath: grey

Properties and Use > The insulated wires AfuMeX 500 NHXMH – with better properties in case of fire – are for installation in building and in the industry. The insulated wires can lay in, on and under plaster in dry, humid and wet rooms, in concrete without shake and tamp concrete. The building insulated wires can be laid in air, but only by protection against sun light. Not suitable for the installation in ground and in water.

maximum permissibletemperature at conductor

by normal operation

flame retardant in accordance with DIN eN 50266-2-4

halogen free low smokemaximum permissibleshort circuit temperature

at the conductor, max. 5 s

lowest permissibletemperaturehandling and

operation + 5 °C

ininstallation

channels and tubes

on, in andunder plaster

in air by protectionagainst sun light

in concrete withoutshake and

tamp concrete

AFUMEX 500

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Selection

Number of coresand rated

cross-section

mm²

Thicknessof insulation

(nominal)

mm

Thicknessof sheath(nominal)

mm

Outerdiameter

(approximate)

mm

Net weight (approximate)

kg/km

Minimum bending radii fire load (approximate)

kWh/m

fixedinstallation

mm

Duringinstallation

mm

2 cores2 x 1.5 Re 0.5 1.4 8.3 95 37 9 0.51

3 cores3 x 1.5 Re 0.5 1.4 8.6 110 38 10 0.423 x 2.5 Re 0.5 1.4 9.3 145 42 21 0.49

3 x 4 Re 0.6 1.4 11.7 230 49 24 0.643 x 6 Re 0.6 1.6 12.7 315 56 28 0.81

3 x 10 Re 0.7 1.6 15.7 510 67 33 1.12

4 cores4 x 1.5 Re 0.5 1.4 9.1 130 41 21 0.494 x 2.5 Re 0.5 1.4 10.1 175 46 23 0.57

4 x 4 Re 0.6 1.6 12.7 280 55 27 0.824 x 6 Re 0.6 1.6 13.6 385 61 31 0.98

4 x 10 Re 0.7 1.6 17.0 620 73 36 1.324 x 16 RM 0.7 1.6 20.1 920 87 44 1.724 x 25 RM 0.9 1.8 24.8 1400 109 82 2.634 x 35 RM 0.9 1.8 27.2 1830 120 90 3.05

5 cores5 x 1.5 Re 0.5 1.4 9.8 150 44 22 0.565 x 2.5 Re 0.5 1.4 10.8 205 49 25 0.66

5 x 4 Re 0.6 1.6 13.7 325 60 30 0.985 x 6 Re 0.6 1.6 14.8 455 66 33 1.14

5 x 10 Re 0.7 1.6 18.4 735 79 39 1.555 x 16 RM 0.7 1.8 22.4 1150 95 48 2.12

Multi core7 x 1.5 Re 0.5 1.4 10.5 195 48 24 0.667 x 2.5 Re 0.5 1.6 12.1 285 55 28 0.84

NHXMH

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Electrical properties and current-carrying capacity


cross-section

mm²

Activeresistanceat 70 °C

Ω/km

Current-carrying capacity1)Short-circuit current (1 s)

kA

Number ofloaded cores

On or in the wallor under plaster

reference method C

A

In installationtubes on the wall

reference methods B2 A

2 cores2 x 1.5 Re 14.5 2 19.5 16.5 0.172

3 cores3 x 1.5 Re 14.5 2 19.5 16.5 0.1723 x 2.5 Re 8.87 2 27.0 23.0 0.287

3 x 4 Re 5.52 2 36.0 30.0 0.4603 x 6 Re 3.69 2 46.0 38.0 0.690

3 x 10 Re 2.19 2 63.0 52.0 1.15

4 cores4 x 1.5 Re 14.5 3 17.5 15.0 0.1724 x 2.5 Re 8.87 3 24.0 20.0 0.287

4 x 4 Re 5.52 3 32.0 27.0 0.4604 x 6 Re 3.69 3 41.0 34.0 0.690

4 x 10 Re 2.19 3 57.0 46.0 1.154 x 16 RM 1.38 3 76.0 62.0 1.844 x 25 RM 0.87 3 96.0 80.0 2.884 x 35 RM 0.627 3 119.0 99.0 4.02

5 cores5 x 1.5 Re 14.5 3 17.5 15.0 0.1725 x 2.5 Re 8.87 3 24.0 20.0 0.287

5 x 4 Re 5.52 3 32.0 27.0 0.4605 x 6 Re 3.69 3 41.0 34.0 0.690

5 x 10 Re 2.19 3 57.0 46.0 1.155 x 16 RM 1.38 3 76.0 62.0 1.84

Multi core 2)

7 x 1.5 Re 14.5 3 17.5 15.0 0.1727 x 2.5 Re 8.87 3 24.0 20.0 0.287

NHXMH

1) in accordance with DIN VDe 0298 part 42) differing number of loaded cores in accordance with table 8 (p. 111)

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halogen free low smoke uV retardant

in earth only by protection against mechanical strain


NHXMH-J300/500 V


Construction > ConductorCopper conductor,round, single wire (Re) orround, multi wire, compacted (RM)

> InsulationCross-linked polyethylene (XLPe)

> Colours of cores1 core: NHXMH-J green-yellow3 cores: NHXMH-J green-yellow, blue, brown5 cores: NHXMH-J green-yellow, blue, brown, black, grey7 cores: NHXMH-J black with white numbers and one green-yellow core

> Inner coveringextruded

> Outer sheathAfuMeX (halogen free) compound, colour of sheath: grey

Properties and Use > The halogen free insulated wires NHXMH AfuMeX PLuS 500 – with better properties in case of fire – are for installation in building and in the industry. The insulated wires can lay in, on and under plaster, in dry, humid and wet rooms, in concrete without shake and tamp concrete. These insulated wires can also be installed in earth.The NHXMH-J cables are uV-retardant, can be laid in ground and meet all requirements of DIN eN VDe 0250-214.

AFUMEX PLUS 500


by normal operation

maximum permissibleshort circuit temperature



operation + 5 °C

ininstallation

channels and tubes


in air by protection against sun light


tamp concrete

9

NHXMH-J

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km

Minimum bending radii fire load (approximate)

kWh/m

fixedinstallation

mm

Duringinstallation

mm

1 core1 x 2.5 Re 0.5 1.4 7.0 115 28 7 0.62

2 cores3 x 1.5 Re 0.5 1.4 8.5 115 34 9 0.423 x 2.5 Re 0.5 1.4 9.5 155 38 10 0.49

5 cores5 x 1.5 Re 0.5 1.4 10.0 160 40 10 0.565 x 2.5 Re 0.5 1.4 11.0 215 44 22 0.66

7 cores7 x 1.5 Re 0.5 1.4 10.5 195 42 21 0.66


No. of coresand rated

cross-section

mm²


Ω/km

Current-carrying capacity1) Short-circuit current (1 s)

kA



reference method C

A


reference methods B2 A

3 cores3 x 1.5 Re 14.5 2 19.5 16.5 0.1723 x 2.5 Re 8.87 2 27.0 23.0 0.287

5 cores5 x 1.5 Re 14.5 3 17.5 15.0 0.1725 x 2.5 Re 8.87 3 24.0 20.0 0.287

7 cores2)

7 x 1.5 Re 14.5 3 17.5 15.0 0.172

1) in accordance with DIN VDe 0298 part 42) differing number of loaded cores in accordance with table 8 (p. 111)

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L-H(St)H 2 x 2 x 0.8Max. 250 V

Standards / Approbations > Based on DIN VDE 0815

Construction > ConductorCopper conductor, single wire

> InsulationHalogen free compound

> Colour of coresTable Colours of cores

> Core stranding2 cores with pair formation, star quad

> Covering of the corePlastic tape

> Electrostatic screenCopper drain wire and plastic coated aluminium foil

> Outer sheathHalogen free, fire resistant compoundColour of sheath: grey RAL 7035 or green RAL 6018Outer marking: ♦ PRYSMIAN BuSLeITuNG L-H(ST)H 2 x 2 x 0,8

Properties and Use > The screened installation cable is suitable for the use in BuS-systems (eIB installation bus) as well as being used as MSR-cable in high voltage installations. It can be used for the transmission of data, for process data handling and in the area of industrial process measurement and control. The bus installation cable can be attached in high- and low-voltage constructions. It can lay in, on and under plaster, in dry, humid and wet rooms as well as outdoors, but only by protection against sun light. Not suitable for the installation in ground.


halogen free

possible temperature for handling

from - 5 °C to + 50 °C

possible temperature for operation

from - 30 °C to + 70 °C

EIB Installation Cable with static Screen

11

L-H(St)H 2 x 2 x 0.8

Selection

Number of cores and diameter

of the conductor

Outer diameter (approximate)

mm


kg/km

2 x 2 x 0.8 7.0 60

Electrical properties

DC-conductor resistance (loop)(for 1 km)

Ω max.

Insulation resistance for 1 km

MΩ min.

Operating capacity at 800 Hz

nf/km max.

Capacitance unbalance at 800 Hz

pf/100 m max.

73.2 100 100 200

Colours of cores

Side circuit Colour

a-Core b-Core

1 Red Black2 White Yellow

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J-H(St)H … x 2 x 0.6 bzw. 0.8 BD Max. 300 V

Standards / Approbations > Based on DIN VDE 0815except fire information cable (J)-H(St)H … x 2 x 0.8 MM BD ROT BMK

Construction > ConductorCopper conductor, round, single wireConductor diameter 0.6 mm resp. 0.8 mm


> Core identification1. quad: basic colour of all cores: red 2. quad: basic colour of all cores: green 3. quad: basic colour of all cores: grey4. quad: basic colour of all cores: yellow 5. quad: basic colour of all cores: whiteColours according to DIN IeC 304Additional information attached

> Core stranding4 cores in star quad formation, 5 star quads in bundles, x bundles in layers to form the cable core

> Bundle identificationeach 5-quad-bundle is marked with a coloured helix: Counting bundle: red, all other bundles: white or natural coloured

> Covering of the corePlastic tape with overlapping VDe-identification thread black-red, Manufacturer identification thread (green)

> Electrostatic screenTinned copper drain wire, diameter 0.6 mm resp. 0.8 mm, with plastic coated aluminium foil (metal side inside)Multi bundle cables additional covering, if necessary

> Outer sheathHalogen free, flame retardant compound Wall thickness: in accordance with DIN VDe 0815 Colour of sheath: grey (similar RAL 7032) Outer marking: H or for fire information cable (J)-H(St)H … x 2 x 0.8 MM BD ROT BMKColour: red (similiar RAL 3000) Outer marking: BRANDMeLDeKABeL H

Properties and Use > These cables are destined for the transmission of signals and data in symmetrical circuits. Installation cables are used inside and outside of buildings. They are not admissible for direct laying in water and not for power trans-mission.


from - 5 °C to + 50 °C


halogen free

single bending without traction

≥ 2.5 x D

several bendings under traction

≥ 7.5 x D


from - 30 °C to + 70 °C

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Selection


of the conductor

n x 2 x … mm

Thickness of insulation(nominal)

mm

Outer diameter(approximate)

mm


kg/km

fire load(approximate)

MJ/km

2 x 2 x 0.6 0.3 7.0 55 9004 x 2 x 0.6 0.3 8.5 85 14046 x 2 x 0.6 0.3 9.5 104 1584

10 x 2 x 0.6 0.3 11.0 143 219620 x 2 x 0.6 0.3 13.0 216 410430 x 2 x 0.6 0.3 15.5 295 568840 x 2 x 0.6 0.3 17.5 375 730850 x 2 x 0.6 0.3 19.5 470 856860 x 2 x 0.6 0.3 21.0 571 1018880 x 2 x 0.6 0.3 24.0 680 13104

100 x 2 x 0.6 0.3 26.0 875 161242 x 2 x 0.8 0.4 7.8 75 10804 x 2 x 0.8 0.4 10.0 115 16926 x 2 x 0.8 0.4 10.5 142 2088

10 x 2 x 0.8 0.4 13.5 214 320420 x 2 x 0.8 0.4 16.5 336 550830 x 2 x 0.8 0.4 19.5 490 799240 x 2 x 0.8 0.4 22.5 625 1018850 x 2 x 0.8 0.4 25.0 788 1242060 x 2 x 0.8 0.4 27.0 924 1422080 x 2 x 0.8 0.4 30.5 1218 18720

100 x 2 x 0.8 0.4 34.0 1500 22608


DC-conductor resistance (loop) (for 1 km)

0.6 mm 0.8 mm Ω max.


MΩ min.

Operating capacityat 800 Hz

nf/km max.

Capacitance unbalanceat 800 Hz

K1 k

9-12

pf/100 m max.

130 73.2 100 1201) 3002) 1003)

1) for cables up to 4DA the values may be exceeded by 20 % 2) 20 % of the values, but at least one value, may be up to 500 pf 3) 10 % of the values, but at least 4 values, may be up to 300 pf

Colours of cores and stranding

Side circuitColour

a-Core b-Core

1 Without ring With a single ring in distances of 17 mm

2 With a double ring in distances of 34 mm With a double ring in distances of 17 mm

J-H(St)H … x 2 x 0.6 / 0.8 BD

Ring width: 2 mmColour of ring: black

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JE-H(St)H

… x 2 x 0.8 BD SI Max. 225 V

Standards / Approbations > Based on DIN VDE 0815

Construction > ConductorCopper conductor, round, single wire


> Colour of coreTable Colours of cores

> Core stranding2 cores with pair formation, 4 pairs with bundle formation, x bundles to form the cable coreexception: Measurements with 2 pairs in star quad formation

> Bundle identificationeach 4-pair-bundle is marked with numbers on a foil

> Electrostatic screenTinned copper wire and plastic coated aluminium foil

> Outer sheathHalogen-free, flame retardant compoundColour of sheath: grey RAL 7032 Outer Marking: H

Properties and Use > Installation cable for transmission of signals and data in power control systems. Where special protection against fire is necessary, these cables should be used.These installation cables are not approved for high voltage installa-tions and for being laid in the ground.

flame retardantin accordance withDIN eN 50266-2-4

halogen free low smoke several bendings under traction

≥ 7.5 x D

single bending without traction 2.5 x D


from - 5 °C to + 50 °C


from - 30 °C to + 70 °C

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Selection


of the conductor

n x 2 x 0.8 mm


mm


kg/km


MJ/km

2 x 2 x 0.8 7.5 75 9254 x 2 x 0.8 9.5 110 13458 x 2 x 0.8 11.5 168 1962

12 x 2 x 0.8 12.5 208 225016 x 2 x 0.8 14.0 260 274820 x 2 x 0.8 15.0 310 324624 x 2 x 0.8 16.5 360 372532 x 2 x 0.8 19.0 478 496540 x 2 x 0.8 20.5 580 590552 x 2 x 0.8 23.0 725 727580 x 2 x 0.8 28.0 1085 10820



Ω max.


MΩ min.


nf/km max.


K1

pf/100 m max.

73.2 100 1201) 2002)

1) for cables until 4 DA this level may be exceeded by 20 % 2) 20 % of the values, but at least one value, may be up to 400 pf/100 m


Number of pair Coloura-Core b-Core

1 Blue Red2 Grey Yellow3 Green Brown4 White Black

JE-H(St)H … x 2 x 0.8 BD SI

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ires

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Installation Wires

JE-H(St)H … x 2 x 0.8 Max. 225 V

Halogen Free Insulated Wires

Standards / Approbations > Based on DIN VDE 0815 DIN 4102 part 12

Construction > Conductor Copper conductor, round, single wire

> Insulation Halogen free compound

> Colours of cores Table Colours of cores

> Core stranding 2 cores with pair formation, 4 pairs with bundle formation, x bundles to form the cable core exception: Measurements with 2 pairs in star quad formation

> Bundle identification every 4-pair-bundle is marked with numbers on a foil

> Core covering Plastic tape with at least 20% overlapping, inner covering with a fire resistant tape

> Electrostatic screen Copper drain wire and plastic laminated aluminium foil

> Outer sheath Halogen free, fire resistant compound, Colour of sheath: orange or red (for fire information) Marking (example): ♦ SIeNOPYR-PLuS e30 Je-H(St)H fe 180 2 x 2 x 0.8 VDe-ReG.-Nr. 7787 AbP P-MPA-e-04-017 Properties and Use > Cables with the Trademark SIeNOPYR-PLuS e30 can be used in indoor installation. An installation in earth is not allowed. These cables are for data transmission. In accordance with DIN 4102-12 the SIeNOPYR-PLuS e30 cables have circuit integrity in case of fire ≥30 minutes. SIeNOPYR-PLuS e30 cables shall be installed in accordance with the certificates („Allgemeine bauaufsichtliche Prüfzeugnisse - AbP“), see www.prysmian.de.

flame retardant inaccordance with DIN eN

50266-2-4

halogen free low smoke several bendings under traction

≥ 7.5 x D


safety cables inaccordance to

DIN 4102 part 12time of function

≥ 30 min


from - 5 °C to + 50 °C

S OPYN PR US EE 30


from - 30 °C to + 70 °C

17

JE-H(St)H … x 2 x 0.8

Selection

Number of coresand diameter

of the conductor

n x 2 x 0.8 mm

Outerdiameter

(approximate)

mm


kg/km

fire load (approximate)

kWh/m

2 x 2 x 0.8 7.5 68 0.204 x 2 x 0.8 9.3 107 0.298 x 2 x 0.8 11.4 174 0.42

12 x 2 x 0.8 13.5 255 0.6216 x 2 x 0.8 15.0 320 0.7620 x 2 x 0.8 16.5 399 0.8824 x 2 x 0.8 18.3 440 1.0432 x 2 x 0.8 19.5 580 1.3440 x 2 x 0.8 22.5 740 1.7452 x 2 x 0.8 25.2 940 2.0880 x 2 x 0.8 31.8 1320 3.13



Ω max.

Insulation resistancefor 1 km

MΩ min.


nf/km max.


pf/100 m max.

73.2 100 1201) 2002)

Colours of cores



1) for cables until 4DA this level may be exceeded by 20 %2) 20 % of these values, but at least one value, is allowed to be up to 400 pf/100 m

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Standards/Approbations > Based on DIN VDE 0815 DIN VDE 0815 DIN 4102 part 12

Construction > ConductorCopper conductor, round, single wireConductor covered with fireproof ribbon


> Colours of coresTable Colours of cores

> Core stranding2 cores with pair formation, 4 pairs with bundle formation, x bundles exception: Measurements with 2 pairs in star quad formation

> Bundle identificationeach 4-pair-bundle is marked with numbers on a foil

> Core coveringPlastic tape with at least 20 % overlapping Inner covering with a fire resistant tape

> Electrostatic screenCopper drain wire and plastic coated aluminium foil

> Outer sheathHalogen free, flame retardant compound Colour of sheath: orange or red (for fire information)

Properties and Use > SIeNOPYR e90 installation cables are made for transferring signals and data. These cables for industrial electronics are primarily used within buildings.They are not approved for being laid in ground or for high-voltage purposes. SIeNOPYR e90 installation cables with circuit integrity in case of fire. Shall be installed in accordance with DIN 4102-12. Therefor, the „Allgemeine bauaufsichtliche Prüfzeugnis AbP” is necessary (see prysmian.de)

S OPYN RE E 09JE-H(St)H… x 2 x 0.8 Max. 225 V


halogen free low smoke several bendings under traction 7.5 x D




≥ 90 min


from - 5 to + 50 °C


from - 30 °C to + 70 °C

19

Selection


of the conductor

n x 2 x 0.8 mm


mm


kg/km


MJ/km

1 x 2 x 0.8 8.5 75 9002 x 2 x 0.8 8.5 83 8874 x 2 x 0.8 11.5 138 14038 x 2 x 0.8 15.0 243 2378

12 x 2 x 0.8 18.5 351 341216 x 2 x 0.8 20.5 441 415120 x 2 x 0.8 24.0 557 532624 x 2 x 0.8 25.0 639 593732 x 2 x 0.8 27.0 843 781540 x 2 x 0.8 31.5 1015 918152 x 2 x 0.8 36.0 1303 11716



Ω max.


MΩ min.


nf/km max.


K1

pf/100 m max.

73.2 100 1201) 2002)

1) for cables until 4 DA this level may be exceeded by 20 % 2) 20 % of these values, but at least one value, is allowed to be up to 400 pf/100 m

Colours of cores



JE-H(St)H … x 2 x 0.8

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Installation Cables

JE-H(St)HRH... x 2 x 0.8 mm FE180/E30 Max. 225 V


Standards/Approbations > Based on DIN VDE 0815 DIN 4102 part 12

Construction > Conductor Blank Cu-wire, Conductor class 1 in accordance with DIN eN 60228, Nominal diameter 0.8 mm > Insulation Halogen free compound Nominal wall thickness 0.4 mm

> Colours of cores Colours of bundled pairs: see table

> Core stranding 2 cores with pair formation, Measurment 2 x 2: 4 cores stranded into star quad, 4 pairs with bundle formation, x bundles in layers stranded to cable core

> Core covering Plastic foil, common core cover from fireproof band

> Electrostatic screen Tinned or blank copper wire, nominal diameter 0.8 mm, plastic laminated aluminium foil

> Inner sheath Halogen free, fire resistant sheath Colour: orange or red, printed if necessary

> Cable armour Netting from galvanized, round steel-wires, diameter 0.3 mm

> Outer sheath Halogen free, fire resistant sheath, Colour of sheath: orange or red (for fire information) Properties and Use > Installation cable for industrial electronics with improved performance in the case of fire, integrity of circuit (e 30) and insulation (fe 180) for transmission of signals and data in symmetric circuits. Preferably used within buildings. Application outdoors only if protected against sun light. Not suitable for installation in ground or water. The „Allgemeine bauaufsichtliche Prüfzeugnis” is necessary for every installation, see www.prysmian.de.

S OPYN PR US EE 30



single bending without traction 4 x D



≥ 30 min


from - 5 °C to + 50 °C


from - 30 °C to + 70 °C

21

JE-H(St)HRH... x 2 x 0.8 mm

Selection


of the conductor

mm

Inner sheath wall thickness (nominal)

mm

Diameter with inner sheath

(approximate)

mm

Outer sheath wall thickness (nominal)

mm


mm


kg/km


MJ/km

2 x 2 x 0.8 1.0 7.5 1.0 11 170 16504 x 2 x 0.8 1.0 9.5 1.0 13 230 21508 x 2 x 0.8 1.0 11.5 1.0 15 310 2750



Ω max.


MΩ min.


nf/km max.


pf/100 m max.

73.2 100 1201) 2002)




Colours of cores with 2 double-cores (star quad stranding)

Number of pair Colour

a-Core b-Core

Side circuit 1 Blue RedSide circuit 2 Grey Yellow

1) for cables up to 4 x 2 x 0.8 mm 144 nf/km maximum2) 20 % of these values, but at least one value, is allowed to be up to 400 pf/100 m

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22

Installation Cables

JE-H(St)HRH... x 2 x 0.8 mm FE180/E90 Max. 225 V


Standards/Approbations > Based on DIN VDE 0815 DIN 4102 part 12

Construction > Conductor Blank Cu-wire, conductor class 1 in accordance with DIN eN 60228, Nominal diameter 0.8 mm Conductor covering from fireproof band

> Insulation Halogen free insulation compound Nominal wall thickness 0.4 mm

> Colours of cores Colours of bundled pairs: see table

> Core stranding 2 cores with pair formation, Measurement 2 x 2: 4 cores stranded into star quad, 4 pairs with bundle formation, x bundles in layers stranded to cable core

> Core covering Plastic foil, common core cover from fireproof band

> Electrostatic screen Tinned or blank copper wire, nominal diameter 0.8 mm, plastic laminated aluminium foil > Inner sheath Halogen free, fire resistant sheath Colour: orange or red, printed if necessary

> Cable armour Netting from galvanized, round steel-wires, diameter 0.3 mm

> Outer sheath Halogen free, fire resistant sheath, Colour of sheath: orange or red (for fire information)

Properties and Use > The cables are used for transmission of signals and data in symmetric circuits. Installation cables for industrial electronics are preferably used within buildings. Application outdoors only if protected against sun light. Not suitable for installation in ground or water. The „Allgemeine bauaufsichtliche Prüfzeugnis” is necessary for every installation, see www.prysmian.de.

S OPYN RE E 09



single bending without traction 4 x D



≥ 90 min


from - 5 °C to + 50 °C


from - 30 °C to + 70 °C

23

Selection


of the conductor

n x 2 x … mm

Outer sheath wall thickness(nominal)

mm


mm


kg/km


MJ/km

2 x 2 x 0.8 1.0 11.7 180 17904 x 2 x 0.8 1.0 15 260 2425



Ω max.


MΩ min.


nf/km max.


K1

pf/100 m max.

73.2 100 1201) 2002)



a-Core b-Core


Colours of cores with 2 double-cores (star quad stranding)


a-Core b-Core

Side circuit 1 Blue RedSide circuit 2 Grey Yellow

1) for cables up to 4 x 2 x 0.8 mm 144nf/km maximum2) 20 % of these values, but at least one value, is allowed to be up to 400 pf/100 m

JE-H(St)HRH ... x 2 x 0.8 mm

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PVC Insulated Wires> L-Y(St)Y > J(St)SMOGfRee-J> NYM eCONYM500> NYIf SIfLA

Installation Wires

25

Laying


from - 5 °C to + 50 °C

L-Y(St)Y 2 x 2 x 0.8 Max. 250 V

Standards/Approbations > Based on DIN VDE 0815

Construction > ConductorSingle wired copper conductor

> InsulationPVC compound

> Colours of coresSee table „Colours of cores“

> Core stranding2 doublecores as star quad

> Core coveringPlastic band

> Electrostatic screenCopper drain wire and plastic laminated aluminium foil

Outer sheathPVC compoundColour of sheath: grey RAL 7035 or green RAL 6018Marking: ♦ PRYSMIAN BuSLeITuNG L-Y(St)Y 2 x 2 x 0.8

Properties and Use > The screened installation cable is suitable for the use in BuS-systems (eIB installation bus) as well as being used as MSR-cable in high voltage installations. It can be used for the transmission of data, for process data handling and in the area of industrial process measurement and control. The bus installation cable can be attached in high- and low-voltage constructions. It can lay in, on and under plaster, in dry, humid and wet rooms, as well as outdoors, but only by protection against sun light. Not suitable for the installation in ground.

EIB Installation Cable with static Screen


from - 30 °C to + 70 °C

PVC

Insu

late

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26

Selection

Number of cores and diameter of the conductor

mm


mm


kg/km

2 x 2 x 0.8 7.0 55



Ω max.


MΩ min.


nf/km max.


pf/100 m max.

73.2 100 100 200

Colours of cores


a-Core b-Core

Side circuit 1 Red BlackSide circuit 2 White Yellow

L-Y(St)Y 2 x 2 x 0.8

27

Laying

Installation Wires

J(St)SMOGFREE-J300/500 V

PVC Insulated Wires

Standards / Approbations > Based on DIN VDE 0250-204

Construction > Conductor Copper conductor, round, single wire (Re)

> Insulation Polyvinylchloride (PVC), lead free

> Colours of cores 3 cores: green-yellow, blue, brown 5 cores: green-yellow, blue, brown, black, grey 7 cores: green-yellow and black cores with white numbers

> Inner covering extruded

> Static screen (St) Tinned copper wire Plastic laminated aluminium foil (aluminium coating inside)

> Outer sheath Polyvinylchloride (PVC), lead free Colour of sheath: pastellviolett, based on RAL 4009

Properties and Use > The insulated wires J(St)SMOGfRee are for installation in building and in the industry. The insulated wires can lay in, on and under plaster, in dry, humid and wet rooms, in concrete without shake and tamp concrete. The static screen is to reduce the electrical field around the cable. The building insulated wires can be laid in air but only by protection against sun light. The laying in earth or in water is not allowed.

lead free easy installationmaximum permissibletemperature at conductor

by normal operation

flame retardant in accordance with

DIN eN 60332-1 andDIN eN 60332-1-2




operation + 5°C

ininstallation

channels and tubes



tamp concrete


PVC

Insu

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28

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm

Net weight(approximate)

kg/km

Minimum bending radii for fixedinstallation

mm

fire load

kWh/m

3 cores3 x 1.5 Re/1.5 0.6 1.4 10.2 185 82 0.483 x 2.5 Re/1.5 0.7 1.4 11.4 230 92 0.60

5 cores5 x 1.5 Re/1.5 0.6 1.4 11.6 235 92 0.625 x 2.5 Re/1.5 0.7 1.4 13.1 310 105 0.79

5 x 4 Re/1.5 0.8 1.6 14.9 430 119 1.095 x 6 Re/1.5 0.8 1.6 16.2 540 130 1.25

7 cores7 x 1.5 Re/1.5 0.6 1.4 12.4 280 100 0.71



cross-section

mm²


Ω/km

Insulation resistance

MΩ•km


kA



reference method C

A

3 cores3 x 1.5 Re/1.5 14.5 0.010 2 19.5 0.1723 x 2.5 Re/1.5 8.87 0.0094 2 27.0 0.287

5 cores5 x 1.5 Re/1.5 14.5 0.010 3 17.5 0.1725 x 2.5 Re/1.5 8.87 0.0094 3 24.0 0.287

5 x 4 Re/1.5 5.52 0.0087 3 32.0 0.4605 x 6 Re/1.5 3.69 0.0074 3 41.0 0.690

7 cores2)

7 x 1.5 Re/1.5 14.5 0.010 3 17.5 0.172

J(St)SMOGFREE-J

1) current-carrying capacity in accordance with DIN VDe 0298 part 42) differing number of loaded cores in accordance with table 8 (p. 111)

29

Laying

NYM300/500 V


Construction > Conductor Copper conductor, round, single wire (Re) or round, multi wire (RM)

> Insulation Polyvinylchloride (PVC), lead free

> Colours of cores 1 core: NYM-O black; NYM-J green-yellow 3 cores: NYM-O brown, black, grey NYM-J green-yellow, blue, brown 4 cores: NYM-O blue, brown, black, grey NYM-J green-yellow, brown, black, grey 5 cores: NYM-J green-yellow, blue, brown, black, grey Multi core: NYM-O black with white numbers NYM-J black with white numbers, one core green-yellow

> Core covering extruded for all insulated wires with more than one core

> Outer sheath Polyvinylchloride (PVC), lead free Colour of sheath: grey

Properties and Use > The lead free insulated wires eCONYM500 are for installation in building and in the industry. The insulated wires can lay in, on and under plaster, in dry, humid and wet rooms, in concrete without shake and tamp concrete. The building insulated wires can be laid in air but only by protection against sun light. The laying in earth or in water is not allowed.

Installation Wires PVC Insulated Wires

lead free easy installationmaximum permissibletemperature at conductor

by normal operation

flame retardant in accordance with DIN eN

60332-1 andDIN eN 60332-1-2




operation + 5°C

installation in channels and tubes



tamp concrete


PVC

Insu

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30

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km

Minimum bending radii fire load

kWh/m

for fixedinstallation

mm

for installation

mm

1 core1 x 1.5 Re 0.6 1.4 5.4 50 25 6 0.171 x 2.5 Re 0.7 1.4 6.0 60 28 7 0.20

1 x 4 Re 0.8 1.4 6.6 85 31 8 0.241 x 6 Re 0.8 1.4 7.2 105 33 8 0.27

1 x 10 Re 1.0 1.4 8.5 160 38 10 0.351 x 16 RM 1.0 1.4 9.7 220 44 22 0.42

3 cores3 x 1.5 Re 0.6 1.4 8.4 120 40 10 0.443 x 2.5 Re 0.7 1.4 9.6 170 46 23 0.55

3 x 4 Re 0.8 1.4 11.3 250 52 26 0.703 x 6 Re 0.8 1.6 12.8 335 59 30 0.87

3 x 10 Re 1.0 1.6 17.0 565 71 36 1.24

4 cores4 x 1.5 Re 0.6 1.4 9.2 150 43 22 0.504 x 2.5 Re 0.7 1.4 10.6 210 49 25 0.64

4 x 4 Re 0.8 1.6 12.7 315 58 29 0.884 x 6 Re 0.8 1.6 13.8 410 64 32 1.04

4 x 10 Re 1.0 1.6 17.4 680 78 39 1.454 x 16 RM 1.0 1.6 20.4 970 92 46 1.854 x 25 RM 1.2 1.8 25.2 1500 113 85 2.714 x 35 RM 1.2 1.8 28.4 2000 124 93 3.12

5 cores5 x 1.5 Re 0.6 1.4 9.9 175 46 23 0.575 x 2.5 Re 0.7 1.4 11.5 250 53 27 0.74

5 x 4 Re 0.8 1.6 13.8 370 64 32 1.055 x 6 Re 0.8 1.6 15.0 500 70 35 1.21

5 x 10 Re 1.0 1.6 19.0 810 85 43 1.705 x 16 RM 1.0 1.8 22.7 1200 102 77 2.295 x 25 RM 1.2 1.8 27.7 1800 124 93 3.18

Multi core7 x 1.5 Re 0.6 1.4 11.6 150 50 25 0.667 x 2.5 Re 0.7 1.6 13.7 380 61 30 0.92

10 x 1.5 Re1) 0.6 1.6 14.5 365 62 31 1.03

1) based on DIN VDe 0250-204 (N)YM-J 10x1.5 Re

NYM

31



cross-section

mm²


Ω/km


MΩ*km

Current-carrying capacity Short-circuit current (1 s)

kA



reference method C

A


reference methods B1 or B21)

A

1 core1 x 1.5 Re 14.5 0.010 3 17.5 15.5 0.1721 x 2.5 Re 8.87 0.0094 3 24.0 21.0 0.287

1 x 4 Re 5.52 0.0087 3 32.0 28.0 0.4601 x 6 Re 3.69 0.0074 3 41.0 36.0 0.690

1 x 10 Re 2.19 0.0072 3 57.0 50.0 1.151 x 16 RM 1.38 0.0053 3 76.0 68.0 1.84

3 cores3 x 1.5 Re 14.5 0.010 2 19.5 16.5 0.172

3 x 2.5 Re 8.87 0.0094 2 27.0 23.0 0.2873 x 4 Re 5.52 0.0087 2 36.0 30.0 0.4603 x 6 Re 3.69 0.0074 2 46.0 38.0 0.690

3 x 10 Re 2.19 0.0072 2 63.0 52.0 1.15

4 cores4 x 1.5 Re 14.5 0.010 3 17.5 15.0 0.1724 x 2.5 Re 8.87 0.0094 3 24.0 20.0 0.287

4 x 4 Re 5.52 0.0087 3 32.0 27.0 0.4604 x 6 Re 3.69 0.0074 3 41.0 34.0 0.690

4 x 10 Re 2.19 0.0072 3 57.0 46.0 1.154 x 16 RM 1.38 0.0053 3 76.0 62.0 1.844 x 25 RM 0.870 0.0051 3 96.0 80.0 2.884 x 35 RM 0.627 0.0045 3 119.0 99.0 4.02

5 cores5 x 1.5 Re 14.5 0.010 3 17.5 15.0 0.1725 x 2.5 Re 8.87 0.0094 3 24.0 20.0 0.287

5 x 4 Re 5.52 0.0087 3 32.0 27.0 0.4605 x 6 Re 3.69 0.0074 3 41.0 34.0 0.690

5 x 10 Re 2.19 0.0072 3 57.0 46.0 1.155 x 16 RM 1.38 0.0053 3 76.0 62.0 1.845 x 25 RM 0.870 0.0051 3 96.0 80.0 2.88

Multi core2)

7 x 1.5 Re 14.5 0.010 3 17.5 15.0 0.1727 x 2.5 Re 8.87 0.0094 3 24.0 20.0 0.287

10 x 1.5 Re3) 14.5 0.010 3 17.5 15.0 0.172

1) Values for single core cables are stated for reference method B1 and values for multi core cables are stated for reference method B2, in accordance with DIN VDe 0298-4.2) differing number of loaded cores in accordance with table 8 (p. 111)3) based on DIN VDe 0250-204 (N)YM-J 10 x 1.5 Re

NYM

PVC

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32

NYIF230/400 V

Standards/Approbations > DIN VDE 0250-201


> Insulation Polyvinylchloride (PVC)

> Colours of cores 3 cores: NYIf-O brown, black, grey NYIf-J green-yellow, blue, brown 4 cores: NYIf-O blue, brown, black, grey NYIf-J green-yellow, brown, black, grey 5 cores: NYIf-J green-yellow, blue, brown, black, grey

> Outer sheath Vulcanized rubber compound Colour of sheath: dark beige Properties and Use > The SIfLA (ribbon-) cable NYIf is suitable for fixed installation in or under plaster in dry rooms. Special installation rules need to be considered: DIN VDe 0100-520.


by normal operation




operation + 5°C

S

Installation Wires PVC Insulated Wires

33

Selection

Number of cores and rated

cross-section

mm²

Thickness of insulation (nominal)

mm

Thickness of outer sheath

(nominal)

mm

Outer diameter Net weight (approximate)

kg/km

Minimum bendig radiiMinimum

mm x mm

Maximum

mm x mm

for fixed installation

mm

for installation

mm

3 x 1.5 0.4 0.8 3.7 x 17.5 4.4 x 19.0 115 18 43 x 2.5 0.5 0.9 4.5 x 19.5 5.2 x 21.5 160 21 54 x 1.5 0.4 0.8 3.7 x 24.0 4.4 x 26.0 160 18 44 x 2.5 0.5 0.9 4.5 x 27.0 5.2 x 29.5 225 21 55 x 1.5 0.4 0.8 3.7 x 31.0 4.4 x 33.0 205 18 45 x 2.5 0.5 0.9 4.5 x 34.5 5.2 x 37.0 290 21 5



cross-section

mm²

Active resistance at 70 °C

Ω/km


MΩ*km


kA

Number of loaded cores

On or in the wall or under plaster

reference method C A

3 x 1.5 14.5 0.0074 2 19.5 0.1723 x 2.5 8.87 0.0072 2 27.0 0.2874 x 1.5 14.5 0.0074 3 17.5 0.1724 x 2.5 8.87 0.0072 3 24.0 0.2875 x 1.5 14.5 0.0074 3 17.5 0.1725 x 2.5 8.87 0.0072 3 24.0 0.287

NYIF

1) current-carrying capacity in accordance with DIN VDe 0298-4

PVC

Insu

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Halogen Free Insulated Cables> N2XH AfuMeX 1000> N2XCH AfuMeX 1000> N2XH AfuMeX PLuS 1000> N2XCH AfuMeX PLuS 1000> (N)HXH SIeNOPYR-PLuS e30> (N)HXCH SIeNOPYR-PLuS e30> (N)HXHX SIeNOPYR-PLuS e90> (N)HXCHX SIeNOPYR-PLuS e90

Low Voltage

35

Laying


Construction > Conductor Copper conductor, round, single wire (Re) or round, multi wire, compacted (RM) or sector shaped, multi wire (SM)

> Insulation Cross-linked polyethylene (XLPe)

> Colours of cores 1 core: N2XH-O black 3 cores: N2XH-J green-yellow, blue, brown 4 cores with reduced conductor: N2XH-J green-yellow, brown, black, grey 4 cores: N2XH-J green-yellow, brown, black, grey 5 cores: N2XH-J green-yellow, blue, brown, black, grey Multi core: N2XH-J black with white numbers, one core green-yellow


> Outer sheath Halogen free, flame retardant compound Colour of sheath: black

Properties and Use > The AfuMeX 1000 cables N2XH are for installing in rooms and in air. Not suitable for the installation in ground and in water. This cable with better properties in case of fire is for installing in hospitals, schools and other buildings. The laying in earth is not allowed.

Low Voltage

N2XH0.6/1 kV

Halogen Free Insulated Cables

in air

AFUMEX 1000


halogen free low smoke uV retardantmaximum permissibletemperature at conductor

by normal operation




operation - 5 °C

ininstallation

channels and tubes

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N2XH

Selection


cross-section

mm²


(nominal)

mm

Thicknessof outer sheath

(nominal)

mm

Outerdiameter

(approximate)

mm


kg/km

Minimum bending radii

mm

fire load

kWh/m

N2XH-O

1 core1 x 4 Re 0.7 1.2 8 115 120 0.251 x 6 Re 0.7 1.2 9 130 135 0.28

1 x 10 Re 0.7 1.2 10 180 150 0.331 x 16 Re 0.7 1.2 11 240 165 0.391 x 25 RM 0.9 1.2 13 370 195 0.551 x 35 RM 0.9 1.2 14 470 210 0.631 x 50 RM 1.0 1.2 16 600 240 0.751 x 70 RM 1.1 1.2 18 820 270 0.931 x 95 RM 1.1 1.3 19 1100 285 1.10

1 x 120 RM 1.2 1.3 21 1250 315 1.291 x 150 RM 1.4 1.6 22 1550 330 1.701 x 185 RM 1.6 1.6 24 1900 360 2.041 x 240 RM 1.7 1.6 27 2450 405 2.391 x 300 RM 1.8 1.6 29 3050 435 2.74

N2XH-J

3 cores3 x 1.5 Re 0.7 1.2 10 125 120 0.523 x 2.5 Re 0.7 1.2 11 160 132 0.60

3 x 4 Re 0.7 1.2 12 220 144 0.703 x 6 Re 0.7 1.2 13 320 156 0.81

3 x 10 Re 0.7 1.2 16 490 192 0.993 x 16 Re 0.7 1.3 18 680 216 1.253 x 25 RM 0.9 1.3 23 1120 276 1.88

4 cores with reduced conductor3 x 35 SM/16 Re 0.9 1.4 25 1500 300 2.823 x 50 SM/25 RM 1.0 1.5 29 1950 348 3.473 x 70 SM/35 SM 1.1 1.5 32 2700 384 4.523 x 95 SM/50 SM 1.1 1.6 36 3650 426 5.38

3 x 120 SM/70 SM 1.2 1.7 39 4600 468 6.563 x 150 SM/70 SM 1.4 1.8 44 5500 528 8.173 x 185 SM/95 SM 1.6 1.9 48 6850 576 9.87

37

N2XH

Selection


cross-section

mm²


(nominal)

mm


(nominal)

mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

N2XH-J

4 cores4 x 1.5 Re 0.7 1.2 11 145 132 0.614 x 2.5 Re 0.7 1.2 12 210 144 0.71

4 x 4 Re 0.7 1.2 13 290 156 0.834 x 6 Re 0.7 1.2 14 390 168 0.96

4 x 10 Re 0.7 1.3 17 610 204 1.224 x 16 Re 0.7 1.3 19 870 228 1.494 x 25 RM 0.9 1.4 25 1350 300 2.314 x 35 RM 0.9 1.4 27 1800 324 2.784 x 50 SM 1.0 1.5 29 2150 348 3.404 x 70 SM 1.1 1.6 34 3100 408 4.534 x 95 SM 1.1 1.7 38 4100 456 5.31

4 x 120 SM 1.2 1.7 41 5150 492 6.434 x 150 SM 1.4 1.8 46 6300 552 7.934 x 185 SM 1.6 1.9 50 7750 600 9.764 x 240 SM 1.7 2.0 56 10050 672 11.72

5 cores5 x 1.5 Re 0.7 1.2 11 170 132 0.725 x 2.5 Re 0.7 1.2 12 225 144 0.83

5 x 4 Re 0.7 1.2 14 330 168 0.985 x 6 Re 0.7 1.2 15 450 180 1.13

5 x 10 Re 0.7 1.3 18 720 216 1.445 x 16 Re 0.7 1.3 21 1050 252 1.77

Multi core7 x 1.5 Re 0.7 1.2 12 210 144 0.867 x 2.5 Re 0.7 1.2 13 290 156 1.00

7 x 4 Re 0.7 1.2 16 500 192 1.1812 x 1.5 Re 0.7 1.2 17 390 204 1.3812 x 2.5 Re 0.7 1.3 19 550 228 1.6714 x 1.5 Re 0.7 1.3 18 450 216 1.5719 x 1.5 Re 0.7 1.3 20 590 240 1.9619 x 2.5 Re 0.7 1.3 22 800 264 2.3124 x 1.5 Re 0.7 1.4 23 690 276 2.6124 x 2.5 Re 0.7 1.4 24 990 300 3.09

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38

N2XH



cross-sction

mm²

DC resistanceat 20 °C

Ω/km

Current-carrying capacityinstallation on the wallreference method C1)

Short-circuit current (1 s)

kA

2 loaded cores A

3 loaded cores A

N2XH-O

1 core2)

1 x 4 Re 4.61 45 40 0.5721 x 6 Re 3.08 58 52 0.858

1 x 10 Re 1.83 80 71 1.431 x 16 Re 1.15 107 96 2.281 x 25 RM 0.727 138 119 3.571 x 35 RM 0.524 171 147 5.011 x 50 RM 0.387 209 179 7.151 x 70 RM 0.268 269 229 10.01 x 95 RM 0.193 328 278 13.6

1 x 120 RM 0.153 382 322 17.21 x 150 RM 0.124 441 371 21.41 x 185 RM 0.0991 506 424 26.41 x 240 RM 0.0754 599 500 34.31 x 300 RM 0.0601 693 576 42.9

N2XH-J

3 cores3 x 1.5 Re 12.1 24 - 0.2153 x 2.5 Re 7.41 33 - 0.357

3 x 4 Re 4.61 45 - 0.5723 x 6 Re 3.08 58 - 0.858

3 x 10 Re 1.83 80 - 1.433 x 16 Re 1.15 107 - 2.283 x 25 RM 0.727 138 - 3.57

4 cores with reduced conductor3 x 35 SM/16 Re 0.524 171 147 5.013 x 50 SM/25 RM 0.387 209 179 7.153 x 70 SM/35 SM 0.268 269 229 10.03 x 95 SM/50 SM 0.193 328 278 13.6

3 x 120 SM/70 SM 0.153 382 322 17.23 x 150 SM/70 SM 0.124 441 371 21.43 x 185 SM/95 SM 0.0991 506 424 26.5

1) current-carrying capacity in accordance with DIN VDe 0298-42) Values for the current-carrying capacity apply to all single core cables in triangle bundle.

39

N2XH



cross-sction

mm²


Ω/km

Current carrying capacityinstallation on the wallreference method C1)


kA

2 loaded cores A

3 loaded cores A

N2XH-J

4 cores4 x 1.5 Re 12.1 24 22 0.2154 x 2.5 Re 7.41 33 30 0.357

4 x 4 Re 4.61 45 40 0.5724 x 6 Re 3.08 58 52 0.858

4 x 10 Re 1.83 80 71 1.434 x 16 Re 1.15 107 96 2.284 x 25 RM 0.727 138 119 3.57

4 x 35 RM 0.524 171 147 5.014 x 50 SM 0.387 209 179 7.154 x 70 SM 0.268 269 229 10.04 x 95 SM 0.193 328 278 13.6

4 x 120 SM 0.153 382 322 17.24 x 150 SM 0.124 441 371 21.44 x 185 SM 0.0991 506 424 26.44 x 240 SM 0.0754 599 500 34.3

5 cores5 x 1.5 Re 12.1 24 22 0.2155 x 2.5 Re 7.41 33 30 0.357

5 x 4 Re 4.61 45 40 0.5725 x 6 Re 3.08 58 52 0.858

5 x 10 Re 1.83 80 71 1.435 x 16 Re 1.15 107 96 2.28

Multi core2)

7 x 1.5 Re 12.1 24 22 0.2157 x 2.5 Re 7.41 33 30 0.357

7 x 4 Re 4.61 45 40 0.57212 x 1.5 Re 12.1 24 22 0.21512 x 2.5 Re 7.41 33 30 0.35714 x 1.5 Re 12.1 24 22 0.21519 x 1.5 Re 12.1 24 22 0.21519 x 2.5 Re 7.41 33 30 0.35724 x 1.5 Re 12.1 24 22 0.21524 x 2.5 Re 7.41 33 30 0.357

1) in accordance with DIN VDe 0298-42) differing number of loaded cores in accordance with table 8 (p. 111)

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Laying

40

N2XCH0.6/1 kV

AFUMEX 1000

Low Voltage

Standards / Approbations > DIN VDE 0276-604 and DIN VDE 0276-627


> Insulation Cross-linked polyethylene (VPe)

> Colours of cores 2 cores: blue, brown 3 cores: brown, black, grey 4 cores: blue, brown, black, grey 5 cores: blue, brown, black, grey, black Multi core: black with white numbers


> Concentric conductor Copper wires with binder tape

> Outer sheath Halogen free, flame retardant compound Colour of sheath: black

Properties and Use > The AfuMeX 1000 cables N2XCH are for installing in rooms and in air. Not suitable for the installation in ground and in water. This cable with better properties in case of fire is for installing in hospitals, schools and other buildings. The laying in earth is not allowed.

in air



by normal operation




operation -5°C

ininstallation

channels and tubes


41

Selection


cross-section

mm²


(nominal)

mm


(nominal)

mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

3 cores3 x 1.5 Re/1.5 0.7 1.2 12 200 144 0.533 x 2.5 Re/2.5 0.7 1.2 13 250 156 0.61

3 x 4 Re/4 0.7 1.2 14 340 168 0.713 x 6 Re/6 0.7 1.2 15 450 180 0.83

3 x 10 Re/10 0.7 1.2 18 620 216 1.023 x 16 Re/16 0.7 1.3 20 890 240 1.293 x 25 RM/16 0.9 1.3 25 1350 300 1.913 x 35 RM/16 0.9 1.4 27 1650 324 2.29

4 cores4 x 1.5 Re/1.5 0.7 1.2 13 230 156 0.634 x 2.5 Re/2.5 0.7 1.2 14 290 168 0.73

4 x 4 Re/4 0.7 1.2 15 400 180 0.854 x 6 Re/6 0.7 1.2 16 500 192 0.98

4 x 10 Re/10 0.7 1.3 19 750 228 1.254 x 16 Re/16 0.7 1.3 21 1050 252 1.534 x 25 RM/16 0.9 1.4 27 1600 324 2.354 x 35 RM/16 0.9 1.5 29 2000 348 2.804 x 50 SM/25 1.0 1.5 31 2450 372 3.444 x 70 SM/35 1.1 1.6 36 3450 432 4.594 x 95 SM/50 1.1 1.7 41 4550 492 5.38

4 x 120 SM/70 1.2 1.8 45 5900 540 6.624 x 150 SM/70 1.4 1.9 49 7050 588 8.134 x 185 SM/95 1.6 2.0 54 8750 648 10.01

4 x 240 SM/120 1.7 2.1 60 11200 720 12.034 x 300 SM/150 1.8 2.2 65 13950 780 13.89

Multi core7 x 1.5 Re/2.5 0.7 1.2 14 320 168 0.887 x 2.5 Re/2.5 0.7 1.2 15 400 180 1.02

7 x 4 Re/4 0.7 1.2 17 550 204 1.1912 x 1.5 Re/2.5 0.7 1.3 18 450 216 1.44

24 x 1.5 Re/6 0.7 1.4 23 750 276 2.63

N2XCH

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cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

3 cores3 x 1.5 Re/1.5 12.1 24 22 0.2153 x 2.5 Re/2.5 7.41 33 30 0.357

3 x 4 Re/4 4.61 45 40 0.5723 x 6 Re/6 3.08 58 52 0.858

3 x 10 Re/10 1.83 80 71 1.433 x 16 Re/16 1.15 107 96 2.283 x 25 RM/16 0.727 138 119 3.573 x 35 RM/16 0.524 171 147 5.01

4 cores4 x 1.5 Re/1.5 12.1 24 22 0.2154 x 2.5 Re/2.5 7.41 33 30 0.357

4 x 4 Re/4 4.61 45 40 0.5724 x 6 Re/6 3.08 58 52 0.858

4 x 10 Re/10 1.83 80 71 1.434 x 16 Re/16 1.15 107 96 2.284 x 25 RM/16 0.727 138 119 3.574 x 35 RM/16 0.524 171 147 5.014 x 50 SM/25 0.387 209 179 7.154 x 70 SM/35 0.268 269 229 10.04 x 95 SM/50 0.193 328 278 13.6

4 x 120 SM/70 0.153 382 322 17.24 x 150 SM/70 0.124 441 371 21.44 x 185 SM/95 0.0991 506 424 26.4

4 x 240 SM/120 0.0754 599 500 34.34 x 300 SM/150 0.0601 693 576 42.9

Multi core2)

7 x 1.5 Re/2.5 12.1 24 22 0.2157 x 2.5 Re/2.5 7.41 33 30 0.357

7 x 4 Re/4 4.61 45 40 0.57212 x 1.5 Re/2.5 12.1 24 22 0.215

24 x 1.5 Re/6 12.1 24 22 0.215

N2XCH

1) in accordance with DIN VDe 0298-42) differing number of loaded cores in accordance with table 8 (p. 111)

43

Laying




> Colours of cores 1 core: (N)2XH-O black 3 cores: N2XH-J green-yellow, blue, brown 4 cores with reduced conductor: N2XH-J green-yellow, brown, black, grey 4 cores: N2XH-J green-yellow, brown, black, grey 5 cores: N2XH-J green-yellow, blue, brown, black, grey > Inner covering extruded

> Outer sheath Halogen free, flame retardant sheath compound Colour of sheath: black

Properties and Use > N2XH AfuMeX PLuS 1000 cables are suitable for installation in rooms, in air and in ground. The application of this halogen free cable in places with a high demand for safety of people and values like hospitals, power plants, underground railways and other buildings provides a higher fire safety. Cables constructed like N2XH AfuMeX PLuS 1000 meet all demands of DIN VDe 0276-604 and are furthermore suitable for installation in ground (VDE-certificate: VDE-REG. Nr. 8335).

N2XH0.6/1 kV

in earth

AFUMEX PLUS 1000

Low Voltage

in air


DIN eN 50266-2-4


by normal operation




operation -5°C

ininstallation

channels and tubes


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N2XH

Selection


cross-section

mm²


mm


(nominal)

mm


mm


kg/km

Bending radii

mm

fire load

kWh/m

N2XH-O

1 core1 x 4 Re 0.7 1.8 10 130 150 0.341 x 6 Re 0.7 1.8 10 150 150 0.38


1 x 120 RM 1.2 1.8 22 1400 330 1.501 x 150 RM 1.4 1.8 23 1550 345 1.791 x 240 RM 1.7 1.8 28 2450 420 2.501 x 300 RM 1.8 1.8 30 3050 450 2.87

N2XH-J

3 cores3 x 1.5 Re 0.7 1.8 11 150 132 0.663 x 2.5 Re 0.7 1.8 12 180 144 0.76

3 x 4 Re 0.7 1.8 13 240 156 0.873 x 6 Re 0.7 1.8 14 310 168 0.99

3 x 10 Re 0.7 1.8 17 530 204 1.213 x 16 Re 0.7 1.8 19 740 228 1.453 x 25 RM 0.9 1.8 24 1150 288 2.13

4 cores with reduced conductor3 x 35 SM/16 Re 0.9 1.8 26 1550 312 3.073 x 50 SM/25 RM 1.0 1.8 30 2100 360 3.683 x 70 SM/35 SM 1.1 1.9 33 2800 396 4.843 x 95 SM/50 SM 1.1 2.1 37 3750 444 5.85

3 x 120 SM/70 SM 1.2 2.2 40 4700 480 7.073 x 150 SM/70 SM 1.4 2.3 45 5600 540 8.743 x 185 SM/95 SM 1.6 2.5 50 7050 600 10.63

45

Selection:


cross-section

mm²


mm


(nominal)

mm


mm


kg/km

Bending radii

mm

fire load

kWh/m

N2XH-J

4 cores4 x 1.5 Re 0.7 1.8 12 170 144 0.774 x 2.5 Re 0.7 1.8 13 250 156 0.88

4 x 4 Re 0.7 1.8 14 300 168 1.024 x 6 Re 0.7 1.8 15 450 180 1.16

4 x 10 Re 0.7 1.8 18 650 216 1.414 x 16 Re 0.7 1.8 20 900 240 1.714 x 25 RM 0.9 1.8 26 1450 312 2.534 x 35 RM 0.9 1.8 28 1850 336 3.034 x 50 SM 1.0 1.9 30 2250 360 3.684 x 70 SM 1.1 2.0 35 3200 420 4.864 x 95 SM 1.1 2.1 39 4200 468 5.68

4 x 150 SM 1.4 2.4 47 6450 564 8.624 x 185 SM 1.6 2.6 52 8000 624 10.664 x 240 SM 1.7 2.8 58 10250 696 12.87

5 cores5 x 1.5 Re 0.7 1.8 12 190 144 0.885 x 2.5 Re 0.7 1.8 13 250 156 1.01

5 x 4 Re 0.7 1.8 15 340 180 1.185 x 6 Re 0.7 1.8 17 490 204 1.35

5 x 10 Re 0.7 1.8 19 750 228 1.655 x 16 Re 0.7 1.8 22 1100 364 2.01

N2XH

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Number of cores and rated cross-section

mm²

DC resistance at 20 °C

Ω/km

Current-carrying capacity (3 loaded cores)


kA

air A

ground A

N2XH-O

1 core1)

1 x 4 Re 4.61 44 54 0.5721 x 6 Re 3.08 56 67 0.858


1 x 120 RM 0.153 380 349 17.21 x 150 RM 0.124 437 393 21.41 x 185 RM 0.0991 507 445 26.41 x 240 RM 0.0754 604 517 34.31 x 300 RM 0.0601 697 583 42.9

N2XH-J

4 cores with reduced conductor3 x 35 SM/16 Re 0.524 162 174 5.013 x 50 SM/25 RM 0.387 197 206 7.153 x 70 SM/35 SM 0.268 250 254 10.03 x 95 SM/50 SM 0.193 308 305 13.6

3 x 120 SM/70 SM 0.153 359 348 17.23 x 150 SM/70 SM 0.124 412 392 21.43 x 185 SM/95 SM 0.0991 475 444 26.5

1) Values for current-carrying capacity apply to all single-core cables in triangle bundle.

N2XH

Information for current-carrying capacity of N2XH AFUMEX PLUS 1000 cables under certain conditions of installation

Installation in airData for current-carrying capacity of N2XH AfuMeX PLuS 1000 cables apply to: - permanent operation = utilization factor 1,0 - free triangle-bundled installation in air for one multi-core or three single-core cables - surrounding temperature 30 °CIn case of differing conditions of installation it is necessary to re-calculate the data in accordance with DIN VDe 0276-1000.

Installation in groundData for current-carrying capacity of N2XH AfuMeX PLuS 1000 cables apply to: - cyclic operation = utilization factor 0,7 - installation depth 0,7 m - free triangle-bundled installation in air for one multi-core or three single-core cables - surrounding temperature, ground 20 °C - specific heat resistance in ground, dry ground 2,5 K • m/W - specific heat resistance in ground, wet ground 1,0 K • m/WIn case of differing conditions of installation it is necessary to re-calculate the data in accordance with DIN VDe 0276-1000.

47



mm²


Ω/km



kA

air A

ground A

N2XH-J

4 cores4 x 1.5 Re 12.1 24 31 0.2154 x 2.5 Re 7.41 32 40 0.357

4 x 4 Re 4.61 42 52 0.5724 x 6 Re 3.08 53 64 0.858

4 x 10 Re 1.83 74 86 1.434 x 16 Re 1.15 98 112 2.284 x 25 RM 0.727 133 145 3.574 x 35 RM 0.524 162 174 5.014 x 50 SM 0.387 197 206 7.154 x 70 SM 0.268 250 254 10.04 x 95 SM 0.193 308 305 13.6

4 x 120 SM 0.153 359 348 17.24 x 150 SM 0.124 412 392 21.44 x 185 SM 0.0991 475 444 26.44 x 240 SM 0.0754 564 517 34.3

5 cores5 x 1.5 Re 12.1 24 31 0.2155 x 2.5 Re 7.41 32 40 0.357

5 x 4 Re 4.61 42 52 0.5725 x 6 Re 3.08 53 64 0.858

5 x 10 Re 1.83 74 86 1.435 x 16 Re 1.15 98 112 2.28

N2XH

Information for current-carrying capacity of N2XH AfuMeX PLuS 1000 cables under certain conditions of installation (see previous page).

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> Colours of cores 2 cores: blue, brown 3 cores: brown, black, grey 4 cores: blue, brown, black, grey 5 cores: blue, brown, black, grey, black


> Concentric conductor Copper wires with helix copper tape

> Outer sheath Halogen free, flame retardant sheath compound Colour of sheath: black Properties and Use > N2XCH AfuMeX PLuS 1000 cables are suitable for installation in rooms, in air and in ground. The application of this halogen free cable in places with a high demand for safety of people and values like hospitals, power plants, underground railways and other buildings provides a higher fire safety. Cables constructed like N2XCH AfuMeX PLuS 1000 meet all demands of DIN VDe 0276-604 and are furthermore suitable for installation in ground (VDE-certificate: VDE-REG. Nr. 8335).

N2XCH 0.6/1 kV

AFUMEX PLUS 1000

Low Voltage

in earthin air


50266-2-4


by normal operation




operation -5°C

ininstallation

channels and tubes


49

Selection


mm²


mm


(nominal)

mm


mm


kg/km


mm

fire load

kWh/m

3 cores3 x 1.5 Re/1.5 0.7 1.8 13 240 156 0.693 x 2.5 Re/2.5 0.7 1.8 14 290 168 0.78

3 x 4 Re/4 0.7 1.8 15 370 180 0.893 x 6 Re/6 0.7 1.8 16 460 192 1.02

3 x 10 Re/10 0.7 1.8 19 660 228 1.243 x 16 Re/16 0.7 1.8 21 920 252 1.503 x 25 RM/16 0.9 1.8 26 1350 312 2.173 x 35 RM/16 0.9 1.8 28 1700 336 2.52

4 cores4 x 1.5 Re/1.5 0.7 1.8 14 270 168 0.794 x 2.5 Re/2.5 0.7 1.8 15 330 180 0.90

4 x 4 Re/4 0.7 1.8 16 420 192 1.044 x 6 Re/6 0.7 1.8 17 530 204 1.19

4 x 10 Re/10 0.7 1.8 20 770 240 1.454 x 16 Re/16 0.7 1.8 22 1100 364 1.764 x 25 RM/16 0.9 1.8 28 1600 336 2.584 x 35 RM/16 0.9 1.8 30 2050 360 2.994 x 50 SM/25 1.0 1.9 32 2550 384 3.744 x 70 SM/35 1.1 2.1 37 3550 444 5.024 x 95 SM/50 1.1 2.2 41 4700 492 5.86

4 x 120 SM/70 1.2 2.4 46 6000 552 7.274 x 150 SM/70 1.4 2.5 50 7150 600 8.854 x 185 SM/95 1.6 2.7 55 9000 660 10.94

4 x 240 SM/120 1.7 2.9 61 11650 732 13.23

N2XCH

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mm²


Ω/km



kA

air A

ground A

3 cores3 x 1.5 Re/1.5 12.1 25 31 0.2153 x 2.5 Re/2.5 7.41 33 40 0.357

3 x 4 Re/4 4.61 43 52 0.5723 x 6 Re/6 3.08 54 65 0.858

3 x 10 Re/10 1.83 75 87 1.433 x 16 Re/16 1.15 100 113 2.283 x 25 RM/16 0.727 136 146 3.573 x 35 RM/16 0.524 165 176 5.01

4 cores4 x 1.5 Re/1.5 12.1 25 31 0.2154 x 2.5 Re/2.5 7.41 33 40 0.357

4 x 4 Re/4 4.61 43 52 0.5724 x 6 Re/6 3.08 54 65 0.858

4 x 10 Re/10 1.83 75 87 1.434 x 16 Re/16 1.15 100 113 2.284 x 25 RM/16 0.727 136 146 3.574 x 35 RM/16 0.524 165 176 5.014 x 50 SM/25 0.387 201 208 7.154 x 70 SM/35 0.268 255 256 10.04 x 95 SM/50 0.193 314 307 13.6

4 x 120 SM/70 0.153 364 349 17.24 x 150 SM/70 0.124 416 391 21.44 x 185 SM/95 0.0991 480 442 26.4

4 x 240 SM/120 0.0754 565 509 34.3

N2XCH

Information for current-carrying capacity of N2XCH AFUMEX PLUS 1000 cables under certain conditions of installation

Installation in airData for current-carrying capacity of N2XCH AfuMeX PLuS 1000 cables apply to: - permanent operation = utilization factor 1,0 - free triangle-bundled installation in air for one multi-core or three single-core cables - surrounding temperature 30 °CIn case of differing conditions of installation it is necessary to re-calculate the data in accordance with DIN VDe 0276-1000.

Installation in groundData for current-carrying capacity of N2XCH AfuMeX PLuS 1000 cables apply to: - cyclic operation = utilization factor 0,7 - installation depth 0,7 m - free triangle-bundled installation in air for one multi-core or three single-core cables - surrounding temperature, ground 20 °C - specific heat resistance in ground, dry ground 2,5 K • m/W - specific heat resistance in ground, wet ground 1,0 K • m/WIn case of differing conditions of installation it is necessary to re-calculate the data in accordance with DIN VDe 0276-1000.

51

Laying

(N)HXH0.6/1 kV

low smoke

S OPYN PR US EE 30

Low Voltage

Standards / Approbations > Based on DIN VDE 0266 for 1.5 mm² to16 mm²: based on DIN VDE 0276-604 DIN 4102 part 12

Construction > Conductor Copper conductor, round, single wire (Re) or round, multi wire, compacted (RM)

> Insulation Halogen free twin layer insulation

> Colours of cores 1 core: (N)HXH-O black 3 cores: (N)HXH-J green-yellow, blue, brown 4 cores with reduced conductor: (N)HXH-J green-yellow, brown, black, grey 4 cores: (N)HXH-J green-yellow, brown, black, grey 5 cores: (N)HXH-J green-yellow, blue, brown, black, grey Multi core: (N)HXH-J black with white numbers, one core green-yellow

> Core covering extruded for all more and multi core cables

> Outer sheath Halogen free, flame retardant compound Colour of sheath: orange

Properties and Use > Cables with the trade mark SIeNOPYR-PLuS e30 can be used in indoor installation. In accordance with DIN 4102 part12 the SIeNOPYR-PLuS e30 cables have circuit integrity in case of fire ≥30 minutes. SIeNOPYR-PLuS e30 cables shall be installed in accordance with the certificates (Allgemeine bauaufsichtliche Prüfzeug nisse - AbP), see prysmian.de.

safety cables in ac-cordance with DIN 4102 part 12 time of function

≥ 30 min.


halogen freemaximum permissibletemperature at conductor

by normal operation




operation - 5 °C

in accordance with AbP certificates


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(N)HXH

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

1 core1 x 4 Re 0.9 1.4 7 98 105 0.241 x 6 Re 0.9 1.4 8 125 120 0.27


1 x 120 RM 1.2 1.6 19 1230 285 1.011 x 150 RM 1.4 1.6 21 1520 315 1.191 x 185 RM 1.6 1.7 24 1900 360 1.461 x 240 RM 1.7 1.8 27 2470 405 1.75

3 cores3 x 1.5 Re 0.9 1.01) 11 160 132 0.583 x 2.5 Re 0.9 1.01) 12 200 144 0.65

3 x 4 Re 0.9 1.11) 13 270 156 0.783 x 6 Re 0.9 1.21) 14 345 168 0.92

3 x 10 Re 0.9 1.31) 16 510 192 1.143 x 16 Re 0.9 1.41) 18 730 216 1.413 x 25 RM 0.9 1.8 24 1170 288 1.883 x 35 RM 0.9 1.8 26 1510 312 2.183 x 50 RM 1.0 1.8 29 1950 348 2.653 x 70 RM 1.1 1.9 32 3000 384 3.403 x 95 RM 1.1 2.0 36 4000 432 4.10

3 x 120 RM 1.2 2.1 40 4850 480 5.053 x 150 RM 1.4 2.3 44 5950 528 6.243 x 185 RM 1.6 2.4 50 7450 600 7.72

4 cores with reduced protective conductor3 x 35 RM/16 Re 0.9 1.8 27 1660 324 2.293 x 50 RM/25 RM 1.0 1.8 30 2210 360 2.813 x 70 RM/35 RM 1.1 1.9 35 3050 420 3.553 x 95 RM/50 RM 1.1 1.9 39 4080 468 4.21

3 x 120 RM/70 RM 1.2 2.1 43 5160 516 5.373 x 150 RM/70 RM 1.4 2.3 47 6140 564 6.39

3 x 185 RM/95 RM 1.6 2.5 53 7790 636 8.03

1) minimal value in accordance with DIN VDe 0276-604

53

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

(N)HXH-J

4 cores4 x 1.5 Re 0.9 1.01) 12 185 144 0.674 x 2.5 Re 0.9 1.11) 13 240 156 0.79

4 x 4 Re 0.9 1.21) 14 330 168 0.934 x 6 Re 0.9 1.21) 15 420 180 1.06

4 x 10 Re 0.9 1.41) 17 630 204 1.374 x 16 Re 0.9 1.51) 20 910 240 1.684 x 25 RM 0.9 1.8 25 1450 300 2.184 x 35 RM 0.9 1.8 28 1890 336 2.534 x 50 RM 1.0 1.9 32 2470 384 3.164 x 70 RM 1.1 2.0 37 3430 444 4.054 x 95 RM 1.1 2.2 41 4620 492 5.05

4 x 120 RM 1.2 2.3 45 5710 540 6.094 x 150 RM 1.4 2.5 50 7110 600 7.644 x 185 RM 1.6 2.6 55 9450 660 9.294 x 240 RM 1.7 2.8 64 11540 768 11.34

5 cores5 x 1.5 Re 0.9 1.11) 13 225 156 0.805 x 2.5 Re 0.9 1.21) 14 295 168 0.94

5 x 4 Re 0.9 1.21) 15 390 180 1.085 x 6 Re 0.9 1.31) 17 530 204 1.27

5 x 10 Re 0.9 1.51) 19 770 228 1.635 x 16 Re 0.9 1.61) 23 1140 276 2.01

Multi core7 x 1.5 Re 0.9 1.11) 14 270 168 0.937 x 2.5 Re 0.9 1.21) 15 400 180 1.09

10 x 1.5 Re 0.9 1.8 18 580 216 1.5710 x 2.5 Re 0.9 1.8 20 710 240 1.8012 x 1.5 Re 0.9 1.8 19 640 228 1.6712 x 2.5 Re 0.9 1.8 22 790 264 1.9214 x 1.5 Re 0.9 1.8 21 740 252 1.8214 x 2.5 Re 0.9 1.8 22 880 264 2.0919 x 1.5 Re 0.9 1.8 22 880 264 2.1919 x 2.5 Re 0.9 1.8 24 1150 288 2.5224 x 1.5 Re 0.9 1.8 25 1100 300 2.8424 x 2.5 Re 0.9 1.8 27 1400 324 3.2930 x 1.5 Re 0.9 1.8 26 1300 312 3.1730 x 2.5 Re 0.9 1.8 29 1650 348 3.68


(N)HXH

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cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

(N)HXH-O

1 core2)

1 x 4 Re 4.61 45 40 0.5721 x 6 Re 3.08 58 52 0.858


1 x 120 RM 0.153 382 322 17.21 x 150 RM 0.124 441 371 21.41 x 185 RM 0.0991 506 424 26.41 x 240 RM 0.0754 599 500 34.3

(N)HXH-J

3 cores3 x 1.5 Re 12.1 24 - 0.2153 x 2.5 Re 7.41 33 - 0.357

3 x 4 Re 4.61 45 - 0.5723 x 6 Re 3.08 58 - 0.858

3 x 10 Re 1.83 80 - 1.433 x 16 Re 1.15 107 - 2.293 x 25 RM 0.727 138 - 3.573 x 35 RM 0.524 171 - 5.013 x 50 RM 0.387 209 - 7.153 x 70 RM 0.268 269 - 10.03 x 95 RM 0.193 328 - 13.6

3 x 120 RM 0.153 382 - 17.23 x 150 RM 0.124 441 - 21.43 x 185 RM 0.0991 506 - 26.4

4 cores with reduced protective conductor3 x 35 RM/16 Re 0.524 171 147 5.003 x 50 RM/25 RM 0.387 209 179 7.153 x 70 RM/35 RM 0.268 269 229 10.03 x 95 RM/50 RM 0.193 328 278 13.6

3 x 120 RM/70 RM 0.153 382 322 17.23 x 150 RM/70 RM 0.124 441 371 21.43 x 185 RM/95 RM 0.0991 506 424 26.4

(N)HXH

1) current-carrying capacity in accordance with DIN VDe 0298-42) Values for the current-carrying capacity apply to all single core cables in triangle bundle.

55



cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

(N)HXH-J

4 cores4 x 1.5 Re 12.1 24 22 0.2154 x 2.5 Re 7.41 33 30 0.357

4 x 4 Re 4.61 45 40 0.5724 x 6 Re 3.08 58 52 0.858


4 x 120 RM 0.153 382 322 17.24 x 150 RM 0.124 441 371 21.44 x 185 RM 0.0991 506 424 26.44 x 240 RM 0.0754 599 500 34.3

5 cores5 x 1.5 Re 12.1 24 22 0.2155 x 2.5 Re 7.41 33 30 0.357

5 x 4 Re 4.61 45 40 0.5725 x 6 Re 3.08 58 52 0.858

5 x 10 Re 1.83 80 71 1.435 x 16 Re 1.15 107 96 2.29

Multi core2)

7 x 1.5 Re 12.1 24 22 0.2157 x 2.5 Re 7.41 33 30 0.357

10 x 1.5 Re 12.1 24 22 0.21510 x 2.5 Re 7.41 33 30 0.35712 x 1.5 Re 12.1 24 22 0.21512 x 2.5 Re 7.41 33 30 0.35714 x 1.5 Re 12.1 24 22 0.21514 x 2.5 Re 7.41 33 30 0.35719 x 1.5 Re 12.1 24 22 0.21519 x 2.5 Re 7.41 33 30 0.35724 x 1.5 Re 12.1 24 22 0.21524 x 2.5 Re 7.41 33 30 0.35730 x 1.5 Re 12.1 24 22 0.21530 x 2.5 Re 7.41 33 30 0.357

(N)HXH

1) current-carrying capacity in accordance with DIN VDe 0298-42) differing number of loaded cores in accordance with table 8 (p. 111)

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Standards / Approbations > Based on DIN VDE 0266 for 1.5 mm² to16 mm²: based on DIN VDE 0276-604 DIN 4102 part 12


> Insulation Halogen free twin layer insulation

> Colours of cores 2 cores: blue, browm 3 cores: brown, black, grey 4 cores: blue, brown, black, grey Multi core: black with white numbers

> Core covering extruded

> Concentric conductor Copper wires with helix copper tape

> Outer sheath Halogen free, flame retardant compound Colour of sheath: orange Properties and Use > Cables with the trade mark SIeNOPYR-PLuS e30 can be used in indoor installation.

In accordance with DIN 4102 part12 the SIeNOPYR-PLuS e30 cables have circuit integrity in case of fire ≥30 minutes. SIeNOPYR-PLuS e30 cables shall be installed in accordance with the certificates (Allgemeine bauaufsichtliche Prüfzeugnisse - AbP), see prysmian.de.

(N)HXCH0.6/1 kV

S OPYN PR US EE 30

Low Voltage

low smokesafety cables in ac-cordance with DIN 4102 part 12 time of function

≥ 30 min.



by normal operation




operation - 5 °C



57

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

2 cores2 x 2.5 Re/2.5 0.9 1.11) 12 215 144 0.63

2 x 4 Re/4 0.9 1.11) 13 280 156 0.722 x 6 Re/6 0.9 1.21) 14 345 168 0.85

2 x 10 Re/10 0.9 1.31) 17 490 204 1.062 x 16 Re/16 0.9 1.41) 19 700 228 1.31

3 cores3 x 1.5 Re/1.5 0.9 1.11) 12 195 144 0.623 x 2.5 Re/2.5 0.9 1.11) 13 245 156 0.70

3 x 4 Re/4 0.9 1.21) 14 320 168 0.823 x 6 Re/6 0.9 1.21) 16 410 192 0.94

3 x 10 Re/10 0.9 1.41) 18 600 216 1.213 x 16 Re/16 0.9 1.51) 20 930 240 1.543 x 25 RM/16 0.9 1.8 24 1350 288 1.933 x 35 RM/16 0.9 1.8 27 1830 324 2.233 x 50 RM/25 1.0 1.8 30 2380 360 2.703 x 70 RM/35 1.1 2.0 33 3230 396 3.543 x 95 RM/50 1.1 2.1 38 4590 456 4.27

3 x 120 RM/70 1.2 2.2 43 5625 516 5.253 x 150 RM/70 1.4 2.4 47 6210 564 6.463 x 185 RM/95 1.6 2.5 53 7695 636 7.98

3 x 240 RM/120 1.7 2.7 59 10035 708 9.76


(N)HXCH

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Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

4 cores4 x 1.5 Re/1.5 0.9 1.11) 14 225 168 0.714 x 2.5 Re/2.5 0.9 1.21) 14 290 168 0.83

4 x 4 Re/4 0.9 1.21) 15 385 180 0.954 x 6 Re/6 0.9 1.31) 17 500 204 1.12

4 x 10 Re/10 0.9 1.51) 19 750 228 1.444 x 16 Re/16 0.9 1.61) 22 1100 264 1.784 x 25 RM/16 0.9 1.8 27 1630 324 2.234 x 35 RM/16 0.9 1.8 30 2070 360 2.584 x 50 RM/25 1.0 1.9 34 2730 408 3.214 x 70 RM/35 1.1 2.1 39 3810 468 4.204 x 95 RM/50 1.1 2.2 43 5100 516 5.14

4 x 120 RM/70 1.2 2.4 47 6420 579 6.314 x 150 RM/70 1.4 2.5 53 7800 636 7.764 x 185 RM/95 1.6 2.7 59 9630 708 9.57

4 x 240 RM/120 1.7 2.9 65 12540 799 11.67

Multi core7 x 1.5 Re/2.5 0.9 1.8 17 390 204 1.127 x 2.5 Re/2.5 0.9 1.8 18 490 216 1.26

10 x 1.5 Re/2.5 0.9 1.8 20 510 240 1.5910 x 2.5 Re/4 0.9 1.8 21 705 252 1.82

12 x 1.5 Re/2.5 0.9 1.8 20 580 240 1.6912 x 2.5 Re/4 0.9 1.8 22 755 264 1.94

14 x 1.5 Re/2.5 0.9 1.8 21 630 252 1.8414 x 2.5 Re/4 0.9 1.8 23 970 276 2.1119 x 1.5 Re/4 0.9 1.8 23 770 276 2.2119 x 2.5 Re/6 0.9 1.8 25 1220 300 2.5424 x 1.5 Re/6 0.9 1.8 26 940 312 2.86

24 x 2.5 Re/10 0.9 1.8 30 1370 360 3.3230 x 1.5 Re/6 0.9 1.8 29 1100 348 3.20

30 x 2.5 Re/10 0.9 1.8 30 1585 360 3.70

(N)HXCH


59



cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

2 cores2 x 2.5 Re/2.5 7.41 33 - 0.357

2 x 4 Re/4 4.61 45 - 0.5722 x 6 Re/6 3.08 58 - 0.858

2 x 10 Re/10 1.83 80 - 1.432 x 16 Re/16 1.15 107 - 2.29

3 cores3 x 1.5 Re/1.5 12.1 24 22 0.2153 x 2.5 Re/2.5 7.41 33 30 0.357

3 x 4 Re/4 4.61 45 40 0.5723 x 6 Re/6 3.08 58 52 0.858

3 x 10 Re/10 1.83 80 71 1.433 x 16 Re/16 1.15 107 96 2.293 x 25 RM/16 0.727 138 119 3.573 x 35 RM/16 0.524 171 147 5.003 x 50 RM/25 0.387 209 179 7.153 x 70 RM/35 0.268 269 229 10.03 x 95 RM/50 0.193 328 278 13.6

3 x 120 RM/70 0.153 382 322 17.23 x 150 RM/70 0.124 441 371 21.43 x 185 RM/95 0.0991 506 424 26.4

3 x 240 RM/120 0.0754 599 500 34.3

(N)HXCH


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cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

4 cores4 x 1.5 Re/1.5 12.1 24 22 0.2154 x 2.5 Re/2.5 7.41 33 30 0.357

4 x 4 Re/4 4.61 45 40 0.5724 x 6 Re/6 3.08 58 52 0.858


4 x 120 RM/70 0.153 382 322 17.24 x 150 RM/70 0.124 441 371 21.44 x 185 RM/95 0.0991 506 424 26.4

4 x 240 RM/120 0.0754 599 500 34.3

Multi core2)

7 x 1.5 Re/2.5 12.1 24 22 0.2157 x 2.5 Re/2.5 7.41 33 30 0.357

10 x 1.5 Re/2.5 12.1 24 22 0.21510 x 2.5 Re/4 7.41 33 30 0.357

12 x 1.5 Re/2.5 12.1 24 22 0.21512 x 2.5 Re/4 7.41 33 30 0.357

14 x 1.5 Re/2.5 12.1 24 22 0.21514 x 2.5 Re/4 7.41 33 30 0.35719 x 1.5 Re/4 12.1 24 22 0.21519 x 2.5 Re/6 7.41 33 30 0.35724 x 1.5 Re/6 12.1 24 22 0.215

24 x 2.5 Re/10 7.41 33 30 0.35730 x 1.5 Re/6 12.1 24 22 0.215

30 x 2.5 Re/10 7.41 33 30 0.357

(N)HXCH

1) current-carrying capacity in accordance with DIN VDe 0298-42) differing number of loaded cores in accordance with table 8 (p. 111)

61

Laying

Standards / Approbation > Based on DIN VDE 0266 DIN 4102 part 12


> Insulation Silicone

> Colours of cores 1 core: (N)HXHX-O black 3 cores: (N)HXHX-J green-yellow, blue, brown 4 cores with reduced protective conductor: (N)HXHX-J green-yellow, brown, black, grey 4 cores: (N)HXHX-J green-yellow, brown, black, grey 5 cores: (N)HXHX-J green-yellow, blue, brown, black, grey Multi core: (N)HXHX-J black with white numbers, one core green-yellow

> Core covering extruded for all more and multi core cables

> Outer sheath Halogen free, flame retardant compound Colour of sheath: orange Properties and Use > Cables with the trade mark SIeNOPYR-PLuS e90 can be used for indoor installation. In accordance with DIN 4102 part 12 the SIeNOPYR-PLuS e90 cables have circuit integrity in case of fire ≥90 minutes. SIeNOPYR-PLuS e90 cables shall be installed in accordance with the certificates (Allgemeine bauaufsichtliche Prüfzeugnisse - AbP), see prysmian.de.

(N)HXHX 0.6/1 kV

S OPYN PR US EE 09

Low Voltage


≥ 30 min.

flame retardant in accordance

with DIN eN 50266-1 andDIN eN 50266-2-4


by normal operation




installation -5°C



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(N)HXHX

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

(N)HXHX-O

1 core1 x 4 Re 1.0 1.4 8 87 120 0.261 x 6 Re 1.0 1.4 8 110 120 0.28


1 x 120 RM 1.6 1.5 20 1300 300 1.141 x 150 RM 1.8 1.6 22 1600 330 1.381 x 185 RM 2.0 1.7 24 1950 360 1.671 x 240 RM 2.2 1.8 27 2550 405 2.04

(N)HXHX-J

3 cores3 x 1.5 Re 1.0 1.8 13 240 156 0.803 x 2.5 Re 1.0 1.8 14 290 168 0.89

3 x 4 Re 1.0 1.8 15 360 180 1.003 x 6 Re 1.0 1.8 16 440 192 1.12


3 x 120 RM 1.6 2.2 42 4700 504 5.873 x 150 RM 1.8 2.3 46 5700 552 7.043 x 185 RM 2.0 2.5 52 7200 624 8.73

4 cores with reduced protective conductor3 x 35 RM/16 Re 1.2 1.8 27 1800 324 2.623 x 50 RM/25 RM 1.4 1.9 31 2400 372 3.443 x 70 RM/35 RM 1.4 2.0 35 3250 420 4.143 x 95 RM/50 RM 1.6 2.2 41 4350 492 5.49

3 x 120 RM/70 RM 1.6 2.3 44 5350 528 6.383 x 150 RM/70 RM 1.8 2.4 48 6450 576 7.383 x 185 RM/95 RM 2.0 2.6 54 8100 648 9.26

63

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

(N)HXHX-J

2 cores4 x 1.5 Re 1.0 1.8 14 280 168 0.914 x 2.5 Re 1.0 1.8 15 340 180 1.02

4 x 4 Re 1.0 1.8 16 420 192 1.154 x 6 Re 1.0 1.8 17 530 204 1.30


4 x 120 RM 1.6 2.3 46 5850 552 7.004 x 150 RM 1.8 2.5 51 7300 612 8.664 x 185 RM 2.0 2.7 57 9050 684 10.554 x 240 RM 2.2 2.9 65 11800 780 13.23

5 cores5 x 1.5 Re 1.0 1.8 15 320 180 1.045 x 2.5 Re 1.0 1.8 16 400 192 1.17

5 x 4 Re 1.0 1.8 17 505 204 1.325 x 6 Re 1.0 1.8 19 620 228 1.50

5 x 10 Re 1.0 1.8 21 860 252 1.795 x 16 Re 1.0 1.8 23 1200 276 2.14

Multi core1)

7 x 1.5 Re 1.0 1.8 16 400 192 1.197 x 2.5 Re 1.0 1.8 17 490 204 1.34

10 x 1.5 Re 1.0 1.8 20 510 240 1.7310 x 2.5 Re 1.0 1.8 21 630 252 1.9712 x 1.5 Re 1.0 1.8 20 560 240 1.8412 x 2.5 Re 1.0 1.8 22 710 264 2.1014 x 1.5 Re 1.0 1.8 21 620 252 2.0114 x 2.5 Re 1.0 1.8 23 790 276 2.2919 x 1.5 Re 1.0 1.8 23 750 276 2.4219 x 2.5 Re 1.0 1.8 25 980 300 2.7724 x 1.5 Re 1.0 1.8 27 950 324 3.1624 x 2.5 Re 1.0 1.8 29 1200 348 3.6430 x 1.5 Re 1.0 1.8 28 1100 336 3.5430 x 2.5 Re 1.0 1.8 31 1450 372 4.07

(N)HXHX

1) differing number of loaded cores in accordance with table 8 (p.111)

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cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

(N)HXHX-O

1 core2)

1 x 4 Re 4.61 45 40 0.5721 x 6 Re 3.08 58 52 0.858


1 x 120 RM 0.153 382 322 17.21 x 150 RM 0.124 441 371 21.41 x 185 RM 0.0991 506 424 26.41 x 240 RM 0.0754 599 500 34.3

(N)HXHX-J

3 cores3 x 1.5 Re 12.1 24 - 0.2153 x 2.5 Re 7.41 33 - 0.357

3 x 4 Re 4.61 45 - 0.5723 x 6 Re 3.08 58 - 0.858

3 x 10 Re 1.83 80 - 1.433 x 16 Re 1.15 107 - 2.293 x 25 RM 0.727 138 - 3.573 x 35 RM 0.524 171 - 5.013 x 50 RM 0.387 209 - 7.153 x 70 RM 0.268 269 - 10.03 x 95 RM 0.193 328 - 13.6

3 x 120 RM 0.153 382 - 17.23 x 150 RM 0.124 441 - 21.43 x 185 RM 0.0991 506 - 26.4

4 cores with reduced protective conductor3 x 35 RM/16 Re 0.524 171 147 5.003 x 50 RM/25 RM 0.387 209 179 7.153 x 70 RM/35 RM 0.268 269 229 10.03 x 95 RM/50 RM 0.193 328 278 13.6

3 x 120 RM/70 RM 0.153 382 322 17.23 x 150 RM/70 RM 0.124 441 371 21.43 x 185 RM/95 RM 0.0991 506 424 26.4

(N)HXHX

1) current-carrying capacity in accordance with DIN VDe 0298-42) Values for the current-carrying capacity apply to all one core cables in triangle bundle.

65



cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

(N)HXHX-J

4 cores2)

4 x 1.5 Re 12.1 24 22 0.2154 x 2.5 Re 7.41 33 30 0.357

4 x 4 Re 4.61 45 40 0.5724 x 6 Re 3.08 58 52 0.858


4 x 120 RM 0.153 382 322 17.24 x 150 RM 0.124 441 371 21.44 x 185 RM 0.0991 506 424 26.44 x 240 RM 0.0754 599 500 34.3

5 cores5 x 1.5 Re 12.1 24 22 0.2155 x 2.5 Re 7.41 33 30 0.357

5 x 4 Re 4.61 45 40 0.5725 x 6 Re 3.08 58 52 0.858

5 x 10 Re 1.83 80 71 1.435 x 16 Re 1.15 107 96 2.29

Multi core3)

7 x 1.5 Re 12.1 24 22 0.2157 x 2.5 Re 7.41 33 30 0.357

10 x 1.5 Re 12.1 24 22 0.21510 x 2.5 Re 7.41 33 30 0.35712 x 1.5 Re 12.1 24 22 0.21512 x 2.5 Re 7.41 33 30 0.35714 x 1.5 Re 12.1 24 22 0.21514 x 2.5 Re 7.41 33 30 0.35719 x 1.5 Re 12.1 24 22 0.21519 x 2.5 Re 7.41 33 30 0.35724 x 1.5 Re 12.1 24 22 0.21524 x 2.5 Re 7.41 33 30 0.35730 x 1.5 Re 12.1 24 22 0.21530 x 2.5 Re 7.41 33 30 0.357

(N)HXHX

1) in accordance with DIN VDe 0298-42) Values for the current-carrying capacity apply to all one core cables in triangle bundle.3) differing number of loaded cores in accordance with table 8 (p.111)

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(N)HXCHX0.6/1 kV

S OPYN PR US EE 09

Low Voltage

Standards / Approbations > Based on DIN VDE 0266 DIN 4102 part 12


> Insulation Silicone

> Colours of cores 3 cores: brown, black, grey 4 cores: blue, brown, black, grey Multi core: black with white numbers


> Concentric Conductor Copper Wire with contact helix

> Outer sheath Halogen free, flame retardant compound, Colour of sheath: orange Properties and Use > Cables with the trade mark SIeNOPYR-PLuS e90 can be used in indoor installation. In accordance with DIN 4102 part 12 the SIeNOPYR-PLuS e90 cables have circuit integrity in case of fire ≥90 minutes. SIeNOPYR-PLuS e90 cables shall be installed in accordance with the certificates (Allgemeine bauaufsichtliche Prüfzeugnisse - AbP), see prysmian.de.


≥ 90 min.

flame retardant in accordance

with DIN eN 50266-1 andDIN eN 50266-2-4


by normal operation




installation -5°C



67

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

3 cores3 x 2.5 Re/2.5 1.0 1.8 16 350 192 0.91

3 x 4 Re/4 1.0 1.8 16 450 192 1.023 x 6 Re/6 1.0 1.8 17 550 204 1.15

3 x 10 Re/10 1.0 1.8 19 750 228 1.373 x 16 Re/16 1.0 1.8 22 1000 264 1.633 x 25 RM/16 1.2 1.8 26 1500 312 2.233 x 35 RM/16 1.2 1.8 28 1900 336 2.573 x 50 RM/25 1.4 1.9 32 2450 384 3.283 x 70 RM/35 1.4 2.0 36 3400 432 3.983 x 95 RM/50 1.6 2.2 41 4600 492 5.18

3 x 120 RM/70 1.6 2.3 45 5600 540 6.083 x 150 RM/70 1.8 2.4 49 6600 588 7.273 x 185 RM/95 2.0 2.6 54 8200 648 9.00

3 x 240 RM/120 2.2 2.8 61 10700 732 11.16

4 cores4 x 2.5 Re/2.5 1.0 1.8 16 380 192 1.04

4 x 4 Re/4 1.0 1.8 17 480 204 1.174 x 6 Re/6 1.0 1.8 18 610 216 1.32

4 x 10 Re/10 1.0 1.8 21 860 252 1.584 x 16 Re/16 1.0 1.8 22 1200 264 1.894 x 25 RM/16 1.2 1.8 28 1800 336 2.614 x 35 RM/16 1.2 1.8 31 2250 372 3.004 x 50 RM/25 1.4 2.0 35 2950 420 3.924 x 70 RM/35 1.4 2.1 40 4000 480 4.754 x 95 RM/50 1.6 2.3 45 5400 540 6.29

4 x 120 RM/70 1.6 2.4 49 6650 588 7.234 x 150 RM/70 1.8 2.6 54 8100 648 8.904 x 185 RM/95 2.0 2.8 61 10150 732 10.85

4 x 240 RM/120 2.2 3.0 68 13150 816 13.58

Multi core7 x 2.5 Re/2.5 1.0 1.8 19 530 228 1.3710 x 2.5 Re/4 1.0 1.8 23 690 276 1.9912 x 2.5 Re/4 1.0 1.8 24 780 288 2.1214 x 2.5 Re/4 1.0 1.8 24 850 288 2.3119 x 2.5 Re/6 1.0 1.8 27 1060 324 2.79

24 x 2.5 Re/10 1.0 1.8 31 1330 372 3.6630 x 2.5 Re/10 1.0 1.9 33 1560 396 4.17

(N)HXCHX

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cross-sction

mm²


Ω/km



kA

2 loaded cores A

3 loaded cores A

3 cores3 x 2.5 Re/2.5 7.41 33 30 0.357

3 x 4 Re/4 4.61 45 40 0.5723 x 6 Re/6 3.08 58 52 0.858


3 x 120 RM/70 0.153 382 322 17.23 x 150 RM/70 0.124 441 371 21.43 x 185 RM/95 0.0991 506 424 26.4

3 x 240 RM/120 0.0754 599 500 34.3

4 cores4 x 2.5 Re/2.5 7.41 33 30 0.357

4 x 4 Re/4 4.61 45 40 0.5724 x 6 Re/6 3.08 58 52 0.858


4 x 120 RM/70 0.153 382 322 17.24 x 150 RM/70 0.124 441 371 21.44 x 185 RM/95 0.0991 506 424 26.4

4 x 240 RM/120 0.0754 599 500 34.3

Multi core2)

7 x 2.5 Re/2.5 7.41 33 30 0.35710 x 2.5 Re/4 7.41 33 30 0.35712 x 2.5 Re/4 7.41 33 30 0.35714 x 2.5 Re/4 7.41 33 30 0.35719 x 2.5 Re/6 7.41 33 30 0.357

24 x 2.5 Re/10 7.41 33 30 0.35730 x 2.5 Re/10 7.41 33 30 0.357

(N)HXCHX

1) current-carrying capacity in accordance with DIN VDe 0298-42) differing number of loaded cores in accordance with table 8 (p.111)

Laying System> PSH

Low Voltage

70

PSH

PSH-1

PSH-2

All dimensions in mm

35

35

47

82

3723

.5

6.5

4

3

14.5 5x14

15.5

8

PRYSMIAN PSH-1 and PSH-2 collective holders for retaining functionality

As well as a wide range of possible carrier systems such as cable trays, cable ladders and individual clamps, PRYS-MIAN circuit integrity maintenance cables can also be laid in PSH-1 and PSH-2 collective holders. These collective holders are special carrier systems. This means that only systems with the “Allgemeine bauaufsichtliche Prüf-zeugnisse - AbP” may be laid, the basis of which is passing the test specified in DIN 4102 Part 12.

The approved carrier systems with the PSH-1 and PSH-2 collective holders can be seen in the overviews, as can other potential systems. However, the basis for the installation of circuit integrity maintenance cables in technical safety systems and equipment prescribed by the building regulations is always the “Allgemeine bauaufsichtliche Prüfzeugnisse - AbP”.

37.5

27

62

74

37

62

32.5

4

4

10

5

21

.5

10

.5

5x14

15.5

8

27

37.5

71

PRYSMIAN Cables and Systems

VdS certificates

Geprüfte Sicherheit

Appropriately designed PRYSMIAN cables are also safe in the event of fire, and ensure that the installation continues to operate.This is confirmed by the certificate of compliance with the VdS Schadenverhütung GmbH VdS 3423 standard, the requirements of which the SIeNOPYR e 90 once more succeeded in complying with. In the event of a fire, the power supply is guaranteed for up to 90 minutes, therefore ensuring that rescue systems and telecommunications continue to operate. The tests carried out by the testing organisations confirm that the cable that is used does not short circuit due to the effect of fire or the use of extinguishing water or foam, and therefore retains its functionality. These PRYSMIAN products are therefore a safe solution for any usage area, and are particularly recommended for use where extremely high demands are made the fire protection system.

Approved Safety

V

dS c

erti

fica

tes

PVC Insulated Power Cables> NYY PROTODuR> NYCY PROTODuR> NYCWY PROTODuR

Low Voltage

73

Laying

Standards / Approbations > DIN VDE 0276-603 HD 603.3G



> Colours of cores 1 core: NYY-O black; NYY-J green-yellow 2 cores: NYY-O blue, brown 3 cores: NYY-O brown, black, grey; NYY-J green-yellow, blue, brown 4 cores: NYY-O blue, brown, black, grey; NYY-J green-yellow, brown, black, grey 4 cores with reduced conductor: NYY-O blue, brown, black, grey; NYY-J green-yellow, brown, black, grey 5 cores: NYY-J green-yellow, blue, brown, black, grey

> Inner covering extruded or lapped (except single core cables)

> Outer sheath Polyvinylchloride (PVC) Colour of sheath: black

Properties and Use > Distribution cables, connecting cables and installation cables in power stations, industrial plants and distribution mains. Insensitive against occasional contact to oils and fuels. These cables are in accordance with IeC 60502-1.

Low Voltage

NYY0.6/1 kV

PVC Insulated Power Cables


at normal operation

maximum permissibleshort circuit temperatureat the conductor, max. 5 s

for > 300 mm²

flame resistant in accordance with

DIN eN 60332-1-1 und DIN eN 60332-1-2

uV-resistantmaximum permissibleshort circuit temperatureat the conductor, max. 5 s

for ≤ 300 mm²

lowest permissible temperature handling and

installation -5°C

in earth in a tube free in air in concrete in water

PV

C In

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74

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

1 core1 x 4 Re 1.0 1.8 9 120 135 0.351 x 6 Re 1.0 1.8 9 145 135 0.38


1 x 120 RM 1.6 1.8 21 1350 315 1.371 x 150 RM 1.8 1.8 23 1650 345 1.591 x 185 RM 2.0 1.8 25 2050 375 1.801 x 240 RM 2.2 1.8 27 2600 405 2.131 x 300 RM 2.4 1.9 30 3250 450 2.541 x 400 RM 2.6 2.0 34 4100 510 3.051 x 500 RM 2.8 2.1 38 5200 570 3.64

2 cores2 x 1.5 Re 0.8 1.8 12 210 144 0.672 x 2.5 Re 0.8 1.8 12 250 144 0.75

2 x 4 Re 1.0 1.8 14 360 168 0.962 x 6 Re 1.0 1.8 15 400 180 1.08

2 x 10 Re 1.0 1.8 17 500 204 1.282 x 16 Re 1.0 1.8 19 700 228 1.532 x 25 RM 1.2 1.8 23 1000 276 2.10

3 cores3 x 1.5 Re 0.8 1.8 12 230 144 0.733 x 2.5 Re 0.8 1.8 13 280 156 0.82

3 x 4 Re 1.0 1.8 15 400 180 1.063 x 6 Re 1.0 1.8 16 460 192 1.19

3 x 10 Re 1.0 1.8 18 660 216 1.413 x 16 Re 1.0 1.8 20 900 240 1.673 x 25 RM 1.2 1.8 24 1300 288 2.313 x 35 SM 1.2 1.8 24 1400 288 2.183 x 50 SM 1.4 1.8 26 1850 312 2.713 x 70 SM 1.4 2.0 31 3000 372 3.383 x 95 SM 1.6 2.1 34 3350 408 4.18

3 x 120 SM 1.6 2.2 36 4100 432 4.623 x 150 SM 1.8 2.3 40 5000 480 5.623 x 185 SM 2.0 2.5 45 6250 540 6.683 x 240 SM 2.2 2.7 51 8050 612 8.20

NYY

75

Selection


cross-section

mm²


(nominal)

mm


mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

4 cores with reduced conductor3 x 25 RM / 16 Re 1.2 1.8 26 1500 312 2.503 x 35 SM / 16 Re 1.2 1.8 26 1700 312 3.283 x 50 SM / 25 RM 1.4 1.9 30 2300 360 4.063 x 70 SM / 35 SM 1.4 2.0 33 2800 396 5.063 x 95SM / 50 SM 1.6 2.2 38 3800 456 6.50

3 x 120 SM / 70 SM 1.6 2.3 40 4700 480 7.553 x 150 SM / 70 SM 1.8 2.4 44 5600 528 9.033 x 185 SM / 95 SM 2.0 2.6 49 7100 588 10.77

3 x 240 SM / 120 SM 2.2 2.8 55 9100 660 13.45

4 cores4 x 1.5 Re 0.8 1.8 13 260 156 0.834 x 2.5 Re 0.8 1.8 14 320 168 0.93

4 x 4 Re 1.0 1.8 16 450 192 1.224 x 6 Re 1.0 1.8 17 550 204 1.38

4 x 10 Re 1.0 1.8 19 750 228 1.644 x 16 Re 1.0 1.8 21 1100 252 1.954 x 25 RM 1.2 1.8 26 1600 312 2.714 x 35 SM 1.2 1.8 26 1750 312 3.184 x 50 SM 1.4 1.9 30 2300 360 4.034 x 70 SM 1.4 2.1 34 3150 408 5.024 x 95 SM 1.6 2.2 38 4250 456 6.38

4 x 120 SM 1.6 2.4 42 5250 504 7.414 x 150 SM 1.8 2.5 46 6400 552 8.774 x 185 SM 2.0 2.7 51 7900 612 10.614 x 240 SM 2.2 2.9 57 10300 684 12.99

5 cores5 x 1.5 Re 0.8 1.8 14 300 168 0.935 x 2.5 Re 0.8 1.8 15 365 180 1.06

5 x 4 Re 1.0 1.8 17 500 204 1.415 x 6 Re 1.0 1.8 19 680 228 1.59

5 x 10 Re 1.0 1.8 21 930 252 1.905 x 16 Re 1.0 1.8 23 1250 276 2.265 x 25 RM 1.2 1.8 29 1950 348 3.18

NYY

PV

C In

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Pow

er C

able

s

76



cross-sction

mm²


Ω/km


Ω/km

Inductance

mH/km



kA

2 loaded cores A

3 loaded cores A

1 core2)

1 x 4 Re 4.61 5.52 0.463 36.0 32.0 0.4601 x 6 Re 3.08 3.69 0.434 46.0 41.0 0.690

1 x 10 Re 1.83 2.19 0.397 63.0 57.0 1.151 x 16 Re 1.15 1.38 0.371 85.0 76.0 1.841 x 25 RM 0.727 0.870 0.350 112.0 96.0 2.871 x 35 RM 0.524 0.627 0.335 138.0 119.0 4.031 x 50 RM 0.387 0.463 0.326 168.0 144.0 5.751 x 70 RM 0.268 0.321 0.311 213.0 184.0 8.051 x 95 RM 0.193 0.232 0.303 258.0 223.0 10.9

1 x 120 RM 0.153 0.184 0.294 299.0 259.0 13.81 x 150 RM 0.124 0.150 0.291 344.0 299.0 17.21 x 185 RM 0.0991 0.121 0.287 392.0 341.0 21.31 x 240 RM 0.0754 0.0930 0.282 461.0 403.0 27.61 x 300 RM 0.0601 0.0754 0.280 530.0 464.0 34.51 x 400 RM - - - - - -1 x 500 RM - - - - - -

2 cores2 x 1.5 Re 12.1 14.5 0.343 19.5 - 0.1732 x 2.5 Re 7.41 8.87 0.317 27.0 - 0.287

2 x 4 Re 4.61 5.52 0.316 36.0 - 0.4602 x 6 Re 3.08 3.69 0.298 46.0 - 0.690

2 x 10 Re 1.83 2.19 0.278 63.0 - 1.152 x 16 Re 1.15 1.38 0.262 85.0 - 1.842 x 25 RM 0.727 0.870 0.257 112.0 - 2.87

3 cores3)

3 x 1.5 Re 12.1 14.5 0.341 19.5 17.5 0.1733 x 2.5 Re 7.41 8.87 0.316 27.0 24.0 0.287

3 x 4 Re 4.61 5.52 0.318 36.0 32.0 0.4603 x 6 Re 3.08 3.69 0.299 46.0 41.0 0.690

3 x 10 Re 1.83 2.19 0.277 63.0 57.0 1.153 x 16 Re 1.15 1.38 0.262 85.0 76.0 1.843 x 25 RM 0.727 0.870 0.257 112.0 96.0 2.873 x 35 SM 0.524 0.627 0.247 138.0 119.0 4.033 x 50 SM 0.387 0.463 0.249 168.0 144.0 5.753 x 70 SM 0.268 0.321 0.238 213.0 184.0 8.053 x 95 SM 0.193 0.232 0.238 258.0 223.0 10.9

3 x 120 SM 0.153 0.184 0.233 299.0 259.0 13.83 x 150 SM 0.124 0.150 0.234 344.0 299.0 17.23 x 185 SM 0.0991 0.121 0.233 392.0 341.0 21.33 x 240 SM 0.0754 0.0928 0.232 461.0 403.0 27.6

1) current-carrying capacity in accordance with DIN VDe 0298-42) The values for current-carrying capacity for all single core cables apply for the installation of 2 cables with contact (2 loaded cores) or 3 cores in triangle bundle (3 loaded cores).3) The values for the current-carrying capacity are for 3 loaded cores for the cable NYY-O.

NYY

77



cross-sction

mm²


Ω/km


Ω/km

Inductance

mH/km



kA

2 loaded cores A

3 loaded cores A

4 cores with reduced conductor3 x 25 RM / 16 Re 0.727 0.870 0.274 112.0 96.0 2.873 x 35 SM / 16 Re 0.524 0.627 0.621 138.0 119.0 4.023 x 50 SM / 25 RM 0.387 0.463 0.263 168.0 144.0 5.753 x 70 SM / 35 SM 0.268 0.321 0.254 213.0 184.0 8.053 x 95 SM / 50 SM 0.193 0.232 0.253 258.0 223.0 10.9

3 x 120 SM / 70 SM 0.153 0.184 0.250 299.0 259.0 13.83 x 150 SM / 70 SM 0.124 0.150 0.247 344.0 299.0 17.23 x 185 SM / 95 SM 0.0991 0.121 0.248 392.0 341.0 21.3

3 x 240 SM / 120 SM 0.0754 0.0926 0.245 461.0 403.0 27.6

4 cores4 x 1.5 Re 12.1 14.5 0.364 19.5 17.5 0.1734 x 2.5 Re 7.41 8.87 0.339 27.0 24.0 0.287

4 x 4 Re 4.61 5.52 0.341 36.0 32.0 0.4604 x 6 Re 3.08 3.69 0.323 46.0 41.0 0.690

4 x 10 Re 1.83 2.19 0.300 63.0 57.0 1.154 x 16 Re 1.15 1.38 0.285 85.0 76.0 1.844 x 25 RM 0.727 0.870 0.280 112.0 96.0 2.874 x 35 SM 0.524 0.627 0.271 138.0 119.0 4.034 x 50 SM 0.387 0.463 0.271 168.0 144.0 5.754 x 70 SM 0.268 0.321 0.262 213.0 184.0 8.054 x 95 SM 0.193 0.232 0.261 258.0 223.0 10.9

4 x 120 SM 0.153 0.184 0.259 299.0 259.0 13.84 x 150 SM 0.124 0.150 0.257 344.0 299.0 17.24 x 185 SM 0.0991 0.121 0.256 392.0 341.0 21.34 x 240 SM 0.0754 0.0928 0.255 461.0 403.0 27.6

5 cores1)

5 x 1.5 Re 12.1 14.5 0.375 19.5 17.5 0.1735 x 2.5 Re 7.41 8.87 0.349 27.0 24.0 0.287

5 x 4 Re 4.61 5.52 0.348 36.0 32.0 0.4605 x 6 Re 3.08 3.69 0.300 46.0 41.0 0.690

5 x 10 Re 1.83 2.19 0.310 63.0 57.0 1.155 x 16 Re 1.15 1.38 0.294 85.0 76.0 1.845 x 25 RM 0.727 0.870 0.289 112.0 96.0 2.87

NYY

1) differing number of loaded cores for NYY-O in accordance with table 8 (p.111)

PV

C In

sula

ted

Pow

er C

able

s

Laying

78

NYCY0.6/1 kV

maximum permissabletemparature at conductor

by normal operation


DIN eN 60332-1-1 andDIN eN 60332-1-2

uV-retardantmaximum permissable short circuit temperature

at the conductor,max. 5 s

lowest permissabletemperaturehandling and

operation -5 °C

in ground in tube in air and indoors in concrete in water

Standards / Approbations > DIN VDE 0276-603 HD 603.3G



> Colours of cores 1 core: black 2 cores: blue, brown 3 cores: brown, black, grey 4 cores: blue, brown, black, grey 5 cores: blue, brown, black, grey


> Concentric conductor Round copper wires between inner covering and outer sheath Helix copper tape over the copper wires

> Outer sheath Polyvinylchloride (PVC), Colour of sheath: black

Properties and Use > Distribution cables, connecting cables and installation cables in power stations, industrial plants and distribution mains. The concentric conductor shall not be used as N-conductor. Non- sensitive against occasional interference of oil or fuels (i.e. splashs). These cables are in accordance with IeC 60502-1.

Low Voltage PVC Insulated Power Cables

79

NYCY

Selection


cross-section

mm²

Thickness ofinsulation(nominal)

mm

Thickness ofouter sheath

(nominal)

mm

Outer diameter

(approximate)

mm


kg/km

Minimumbending radii

mm

fire load

kWh/m

1 core1 x 10 Re/10 1.0 1.8 14 380 210 0.721 x 16 Re/16 1.0 1.8 15 500 225 0.861 x 25 RM/25 1.0 1.8 16 670 240 1.07

2 cores2 x 1.5 Re/1.5 0.8 1.8 13 245 156 0.742 x 2.5 Re/2.5 0.8 1.8 14 310 168 0.83

2 x 4 Re/4 1.0 1.8 15 410 180 1.052 x 6 Re/6 1.0 1.8 16 500 192 1.20

3 cores3 x 1.5 Re/1.5 0.8 1.8 13 285 156 0.753 x 2.5 Re/2.5 0.8 1.8 14 340 168 0.84

3 x 4 Re/4 1.0 1.8 16 460 192 1.093 x 6 Re/6 1.0 1.8 17 570 204 1.22

4 cores4 x 1.5 Re/1.5 0.8 1.8 14 315 168 0.854 x 2.5 Re/2.5 0.8 1.8 15 385 180 0.95

4 x 4 Re/4 1.0 1.8 17 525 204 1.244 x 6 Re/6 1.0 1.8 18 650 216 1.40

5 cores5 x 1.5 Re/1.5 0.8 1.8 15 350 180 0.965 x 2.5 Re/2.5 0.8 1.8 16 440 192 1.08

5 x 4 Re/4 1.0 1.8 19 600 228 1.435 x 6 Re/6 1.0 1.8 20 750 240 1.62

PV

C In

sula

ted

Pow

er C

able

s

80



cross-section

mm²

DC resistanceat 20°

Ω/km

Activeresistance

at 70°

Ω/km

Inductance

mH/km


Short-circuitcurrent (1 s)

kA

2 loaded cores A

3 loaded cores A

1 core2)

1 x 10 Re/10 - - - 63.0 57.0 1.151 x 16 Re/16 - - - 85.0 76.0 1.841 x 25 RM/25 - - - 112.0 96.0 2.87

2 cores2 x 1.5 Re/1.5 12.1 14.5 0.341 19.5 - 0.1722 x 2.5 Re/2.5 7.41 8.87 0.316 27.0 - 0.287

2 x 4 Re/4 4.61 5.52 0.318 36.0 - 0.4602 x 6 Re/6 3.08 3.69 0.299 46.0 - 0.690

3 cores3 x 1.5 Re/1.5 12.1 14.5 0.341 19.5 17.5 0.1723 x 2.5 Re/2.5 7.41 8.87 0.316 27.0 24.0 0.287

3 x 4 Re/4 4.61 5.52 0.318 36.0 32.0 0.4603 x 6 Re/6 3.08 3.69 0.299 46.0 41.0 0.690

4 cores4 x 1.5 Re/1.5 12.1 14.5 0.341 19.5 17.5 0.1724 x 2.5 Re/2.5 7.41 8.87 0.316 27.0 24.0 0.287

4 x 4 Re/4 4.61 5.52 0.318 36.0 32.0 0.4604 x 6 Re/6 3.08 3.69 0.299 46.0 41.0 0.690

5 cores3)

5 x 1.5 Re/1.5 12.1 14.5 0.341 19.5 17.5 0.1725 x 2.5 Re/2.5 7.41 8.87 0.316 27.0 24.0 0.287

5 x 4 Re/4 4.61 5.52 0.318 36.0 32.0 0.4605 x 6 Re/6 3.08 3.69 0.299 46.0 41.0 0.690

NYCY

1) current-carrying capacity in accordance with DIN VDe 0298-42) Values for the current-carrying capacity apply to all single core cables in triangle installation.3) differing number of loaded cores in accordance with table 8 (p.111)

81

Laying

Standards/Approbations > DIN VDE 0276-603 HD 603.3G



> Colours of cores 3 cores: brown, black, grey 4 cores: blue, brown, black, grey



> Outer sheath Polyvinylchlorid (PVC) Colour of sheath: black Properties and use > Distribution cables, connecting cables and installation cables in power stations, industrial plants and distribution mains. The concentric conductor shall not be used as N-conductor. Non- sensitive against occasional interference of oil or fuels (i.e. splashs). These cables are in accordance with IeC 60502-1.

Low Voltage

NYCWY0.6/1 kV

maximum permissabletemparature at conductor

by normal operation


60332-1-1 andDIN eN 60332-1-2

uV-retardantmaximum permissable short circuit temperature

at the conductor,max. 5 s

lowest permissabletemperaturehandling and

operation -5 °C

in ground in tube in air and indoors in concrete in water

PVC Insulated Power Cables

PV

C In

sula

ted

Pow

er C

able

s

82

Selection


mm²

Thickness of insu-lation (nominal)

mm

Thickness of outer sheath (nominal)

mm


mm


kg/km


mm

fire load

kWh/m

3 cores3 x 10 Re/10 1.0 1.8 20 780 240 1.453 x 16 Re/16 1.0 1.8 22 1050 264 1.733 x 25 RM/25 1.2 1.8 27 1600 324 2.363 x 35 SM/35 1.2 1.8 26 1850 312 2.253 x 50 SM/50 1.4 1.9 31 2450 372 2.873 x 70 SM/70 1.4 2.0 34 3400 408 3.493 x 95 SM/95 1.6 2.2 39 4600 468 4.41

3 x 120 SM/120 1.6 2.3 41 5550 492 4.883 x 150 SM/150 1.8 2.4 47 6850 564 5.91

3 cores with reduced concentric conductor3 x 25 RM/16 1.2 1.8 27 1550 324 2.363 x 35 SM/16 1.2 1.8 27 1700 324 2.233 x 50 SM/25 1.4 1.9 30 2250 360 2.843 x 70 SM/35 1.4 2.0 33 3100 396 3.453 x 95 SM/50 1.6 2.2 39 4150 468 4.37

3 x 120 SM/70 1.6 2.3 41 5050 492 4.843 x 150 SM/70 1.8 2.4 46 6050 552 5.853 x 185 SM/95 2.0 2.6 50 7750 600 6.96

3 x 240 SM/120 2.2 2.8 56 9650 672 8.54

4 cores4 x 10 Re/10 1.0 1.8 21 910 252 1.684 x 16 Re/16 1.0 1.8 23 1200 276 2.004 x 25 RM/25 1.2 1.8 29 1950 348 2.76

4 cores with reduced concentric conductor4 x 25 RM/16 1.2 1.8 29 1800 348 2.764 x 35 SM/16 1.2 1.8 30 2100 360 3.474 x 50 SM/25 1.4 2.0 34 2800 408 4.654 x 70 SM/35 1.4 2.1 37 3800 444 5.514 x 95 SM/50 1.6 2.3 43 5100 516 7.36

4 x 120 SM/70 1.6 2.4 47 6450 564 8.534 x 150 SM/70 1.8 2.6 51 7700 612 10.464 x 185 SM/95 2.0 2.8 57 9600 684 12.98

4 x 240 SM/120 2.2 3.0 63 12400 756 16.33

NYCWY

83



mm²


Ω/km


Ω/km

Inductance

mH/km

current-carrying capacity installation on the wall

reference method C1)


kA

2 loaded cores A

3 loaded cores A

3 cores3 x 10 Re/10 1.83 2.19 0.277 63.0 57.0 1.153 x 16 Re/16 1.15 1.38 0.262 85.0 76.0 1.843 x 25 RM/25 0.727 0.870 0.257 112.0 96.0 2.873 x 35 SM/35 0.524 0.627 0.248 138.0 119.0 4.033 x 50 SM/50 0.387 0.463 0.248 168.0 144.0 5.753 x 70 SM/70 0.268 0.321 0.239 213.0 184.0 8.053 x 95 SM/95 0.193 0.232 0.238 258.0 223.0 10.9

3 x 120 SM/120 0.153 0.184 0.233 299.0 259.0 13.83 x 150 SM/150 0.124 0.150 0.234 344.0 299.0 17.2

3 cores with reduced concentric conductor3 x 25 RM/16 0.727 0.870 0.257 112.0 96.0 2.873 x 35 SM/16 0.524 0.627 0.248 138.0 119.0 4.033 x 50 SM/25 0.387 0.463 0.248 168.0 144.0 5.753 x 70 SM/35 0.268 0.321 0.239 213.0 184.0 8.053 x 95 SM/50 0.193 0.232 0.238 258.0 223.0 10.9

3 x 120 SM/70 0.153 0.184 0.233 299.0 259.0 13.83 x 150 SM/70 0.124 0.150 0.234 344.0 299.0 17.23 x 185 SM/95 0.0991 0.121 0.233 392.0 341.0 21.3

3 x 240 SM/120 0.0754 0.0928 0.232 461.0 403.0 27.6

4 cores4 x 10 Re/10 1.83 2.19 0.300 63.0 57.0 1.154 x 16 Re/16 1.15 1.38 0.285 85.0 76.0 1.844 x 25 RM/25 0.727 0.870 0.280 112.0 96.0 2.87

4 cores with reduced concentric conductor4 x 25 RM/16 0.727 0.870 0.280 112.0 96.0 2.874 x 35 SM/16 0.524 0.627 0.271 138.0 119.0 4.034 x 50 SM/25 0.387 0.463 0.271 168.0 144.0 5.754 x 70 SM/35 0.268 0.321 0.262 213.0 184.0 8.054 x 95 SM/50 0.193 0.232 0.261 258.0 223.0 10.9

4 x 120 SM/70 0.153 0.184 0.256 299.0 259.0 13.84 x 150 SM/70 0.124 0.150 0.257 344.0 299.0 17.24 x 185 SM/95 0.0991 0.121 0.256 392.0 341.0 21.3

4 x 240 SM/120 0.0754 0.0928 0.255 461.0 403.0 27.6

NYCWY


PV

C In

sula

ted

Pow

er C

able

s

PVC Insulated Control Cables> NYY PROTODuR> NYCY PROTODuR

Low Voltage

85

Laying

Standards/Approbations > DIN VDE 0276-627 HD 627.4H



> Colours of cores NYY-O black with white numbers NYY-J black with white numbers, one core green-yellow


> Outer sheath Polyvinylchloride (PVC) Colour of sheath: black Properties and Use > Control cables are used in power stations and industrial plants. These cables are in accordance with IeC 60502-1. Non-sensitive against occasional interference of oil or fuels (i.e. splashs).

Low Voltage

NYY0.6/1 kV

PVC Insulated Control Cables

lowest permissabletemperatire handling and

installation -5 °C

in earth in a tube in air and indoors in concrete in water

maximum permissabletemperature at conductor

at normal operation

flame resistant in accordance with DIN eN

60332-1-1 andDIN eN 60332-1-2

uV-resistantmaximim permissableshort circuit temperature

at the conductor, max 5 s for

PV

C In

sula

ted

Cont

rol C

able

s

86

Selection

Number of coresand rated cross-

section

mm²

Thickness ofinsulation (nominal)

mm


(nominal)

mm

Outerdiameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

Rated cross section 1.5 mm²7 x 1.5 Re 0.8 1.8 15 360 180 1.078 x 1.5 Re 0.8 1.8 16 400 192 1.34

10 x 1.5 Re 0.8 1.8 18 520 216 1.5112 x 1.5 Re 0.8 1.8 19 560 228 1.6114 x 1.5 Re 0.8 1.8 19 620 228 1.7516 x 1.5 Re 0.8 1.8 21 600 252 1.9119 x 1.5 Re 0.8 1.8 21 760 252 2.0921 x 1.5 Re 0.8 1.8 23 800 276 2.2924 x 1.5 Re 0.8 1.8 25 900 300 2.7030 x 1.5 Re 0.8 1.8 26 1100 312 3.0140 x 1.5 Re 0.8 1.8 28 1300 336 3.71

Rated cross section 2.5 mm²7 x 2.5 Re 0.8 1.8 16 450 192 1.218 x 2.5 Re 0.8 1.8 17 510 204 1.54

10 x 2.5 Re 0.8 1.8 19 630 228 1.7412 x 2.5 Re 0.8 1.8 20 680 240 1.8514 x 2.5 Re 0.8 1.8 21 790 252 2.0119 x 2.5 Re 0.8 1.8 24 990 288 2.4224 x 2.5 Re 0.8 1.8 27 1300 324 3.1430 x 2.5 Re 0.8 1.8 28 1400 336 3.5040 x 2.5 Re 0.8 1.9 31 1750 372 4.41

NYY

87

Laying

Standards/Approbations > DIN VDE 0276-627 HD 627.4H



> Colours of cores Black with white numbers



> Outer sheath Polyvinylchloride (PVC) Colour of sheath: black Properties and Use > Control cable for transmission of signals in power stations, industrial plants. These cables are in accordance with IeC 60502-1. Non-sensitive against occasional interference of oil or fuels (i.e. splashs).

Low Voltage

NYCY0.6/1 kV

Lowest permissabletemperature for handling

and installation -5 °C

in earth in a tube in air and indoor in concrete in water

maximum permissable temperature at conductor

by normal operation

flame redartant in accordance with DIN eN

60332-1-1 andDIN eN 60332-1-2

uV-retardantmaximum short-circuit temperature at conductor

max. 5 s

PVC Insulated Control Cables

PV

C In

sula

ted

Cont

rol C

able

s

88

Selection

Number of coresand rated cross-

section

mm²

Thickness of insulation(nominal)

mm


(nominal)

mm

Outer diameter

(approximate)

mm


kg/km


mm

fire load

kWh/m

Rated cross section 1.5 mm²7 x 1.5 Re/2.5 0.8 1.8 17 450 204 1.098 x 1.5 Re/2.5 0.8 1.8 18 470 216 1.37

10 x 1.5 Re/2.5 0.8 1.8 20 560 240 1.5412 x 1.5 Re/2.5 0.8 1.8 20 580 240 1.6314 x 1.5 Re/2.5 0.8 1.8 21 660 252 1.77

16 x 1.5 Re/4 0.8 1.8 21 730 252 1.9319 x 1.5 Re/4 0.8 1.8 22 820 264 2.1221 x 1.5 Re/6 0.8 1.8 25 1050 300 2.3224 x 1.5 Re/6 0.8 1.8 26 1100 312 2.7230 x 1.5 Re/6 0.8 1.8 26 1200 312 3.04

40 x 1.5 Re/10 0.8 1.8 30 1500 360 3.7552 x 1.5 Re/10 0.8 1.9 33 1550 396 4.8061 x 1.5 Re/10 0.8 2.0 35 1600 420 5.45

Rated cross section 2.5 mm²7 x 2.5 Re/2.5 0.8 1.8 18 530 216 1.23

8 x 2.5 Re/4 0.8 1.8 19 590 228 1.5710 x 2.5 Re/4 0.8 1.8 21 700 252 1.7612 x 2.5 Re/4 0.8 1.8 22 770 264 1.8714 x 2.5 Re/6 0.8 1.8 23 870 276 2.0416 x 2.5 Re/6 0.8 1.8 23 950 276 2.2319 x 2.5 Re/6 0.8 1.8 25 1100 300 2.44

21 x 2.5 Re/10 0.8 1.8 27 1300 324 2.6924 x 2.5 Re/10 0.8 1.8 29 1350 348 3.1830 x 2.5 Re/10 0.8 1.8 31 1600 372 3.5440 x 2.5 Re/10 0.8 1.9 33 1950 396 4.4552 x 2.5 Re/10 0.8 2.1 37 2330 444 5.79

Rated cross section 4 mm²7 x 4 Re/4 1.0 1.8 20 730 240 1.65

12 x 4 Re/6 1.0 1.8 25 1150 300 2.59

Rated cross section 6 mm²7 x 6 Re/6 1.0 1.8 22 950 264 1.87

12 x 6 Re/6 1.0 1.8 26 1350 312 2.96

NYCY

Solar Wires> LYNISuN PV1-f

Low Voltage

Laying

90

Low Voltage

LYNISUN PV1-FAC Uo/U= 0.6/1 (1.2) kV,Highest allowable operating voltage DC max. 0.9/1.8 kV

Solar Wires

Standards/Approbations > VDE-Reg. Nr.: 8334

Construction > Conductor Tinned copper, Class 5 in accordance with DIN eN 60228 (VDe 0295)

> Insulation Halogen free insulation

> Colours of cores Natural-coloured – bright

> Sheath Halogen free sheath Insulation and sheath are firmly connected to each other Colours of sheath: black, red, blue Marking (as an example): LYNISuN PV1-f 4mm2 0.6/1kV VDe-Reg.-Nr. 8334 TÜV-ZeRT.R. Nr. 60025558 Parameter > Tensible load 15 N/mm² in operation, 50 N/mm² during installation

> Shrinking test In accordance with eN 60811-1-3

> Heat pressure test In accordance with eN 60811-3-1

> Dynamic diffusion test In accordance with requirement profile for cables for PV-systems DKe/VDe AK 411.2.3

> Ozone resistance In accordance with DIN eN 50396 test mode B, HD 22.2 test mode B

> Resistance to acids and bases In accordance with eN 60811-2-1, 7 days, 23 °C (N-Oxalic acid, N-Sodium hydroxide)

> Maximum environmental temperature +90 °C

Properties and Use > PRYSMIAN solar wires like LYNISuN PV1-f are designed for freely movable and freely suspended purposes, for fixed installation and laying in the ground in structural secured photovoltaic power genera- tion systems. They can be used indoors, outdoors, in explosive areas, or in industrial, commercial and agricultural sites. These cables are suitable on and in insulated devices and constructions (Protection class II). They are considered as safe in case of short-circuit and ground-leak. furthermore apply the definitions of IeC 61215 and 61646, IeC 60364-7-712 and DIN VDe 0100-520.


by normal operation

flame redartant in accordance with DIN VDe

0482 part 332-1-2

maximum short-circuit temperature at conductor

max. 5 s

smoking density in accordance with DIN VDe

0482 Teil 268-2

lowest ambient air tempe-rature -40 °C

uV-retardant in ac-cordance with HD 605/

A1-2.4.20

So

larl

eitu

ngen

91

Selection and electrical values

Rated cross-section and

colour

mm²

Diameter of the

conductor

mm

Outer diameter

Minimummm

Outer diameter

Maximummm

Net Weight (approximate)

kg/km

Minimum ben-ding radii

mm

Maximum allowed

tensible load

N

Current-carry-ing capacity in air, surround-ing tempera-ture 60 °C

A


kA

1.5 black 1.6 4.4 4.8 29 14 23 30 0.19 1.5 blue 1.6 4.4 4.8 29 14 23 30 0.19 1.5 red 1.6 4.4 4.8 29 14 23 30 0.19 2.5 black 1.9 4.7 5.1 43 15 38 41 0.32 2.5 blue 1.9 4.7 5.1 43 15 38 41 0.32 2.5 red 1.9 4.7 5.1 43 15 38 41 0.32 4 black 2.4 5.2 5.6 58 17 60 55 0.50 4 blue 2.4 5.2 5.6 58 17 60 55 0.50 4 red 2.4 5.2 5.6 58 17 60 55 0.50 6 black 2.9 5.7 6.1 77 18 90 70 0.76 6 blue 2.9 5.7 6.1 77 18 90 70 0.76 6 red 2.9 5.7 6.1 77 18 90 70 0.7610 black 4.0 6.8 7.2 120 22 150 98 1.2616 black 5.5 8.3 9.0 178 36 240 132 2.0125 black 6.4 10.0 10.7 273 43 375 176 3.1535 black 7.5 11.1 11.8 364 47 525 218 4.41

LYNISUN PV1-F

So

lar

Wir

es

High Voltage Aerial Cables> (N)Y(Zg)2Y LYNIPORT

Low Voltage

93

Laying

Low Voltage

(N)Y(Zg)2Y LYNIPORT0.6/1 kV

Standards/Approbations > In accordance with DIN VDE 0271

Construction > ConductorBlank copper conductor, conductor class 1 in accordance with DIN eN 60228

> InsulationPVC compound

> Colours of cores

3 cores:

4 cores:

5 cores:

green-yellow, blue, brown (with protective earth conductor); brown, black, grey (without protective earth conductor)green-yellow, brown, black, grey (with protective earth conductor); blue, brown, black, grey (without protective earth conductor)green-yellow, blue, brown, black, grey (with protective earth conductor)blue, brown, black, grey, black (without protective earth conductor)

> Interlayerfoil underneath and above inner sheath

> Inner sheathPe compound

> Outer sheath with strain-reliefPe compound Within the Pe-sheath with strain relief there are bundles from glass yarn concentrically embedded to the cable core.Colour of sheath: blackMarking: dark green company tracer thread above cable core

Properties and Use > These cables are allowed to be installed indoors, outdoors, in ground and in air (self-supporting). The normative spread is 50 m. The high-tensile cable sheath can be used as an help to pull in the cable, so that it is possible to pull the cable into tubes even over a long distance.

High Voltage Aerial Cables

lowest temperaturehandlung and operation

-5 °C

in earthin air


by normal operation

maximum short-circuit temperature at conductor

max. 5 s

in installation channels

and tubes

minimum bending radius ≥ 10 x D

Hig

h V

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Selection

Number of cores and

rated cross-section

mm²

Thickness of insulation

mm

Thickness of inner sheath

mm


min

Outer diameter

min. max.mm


kg/km

Tension clamp1)

Type maximum tension load max.

N

Breaking load on cable

N

3 cores3 x 1.5 Re 0.8 0.6 2.1 11.8 12.4 160 AKL 802 7000 70003 x 2.5 Re 0.8 0.7 2.1 12.7 13.3 210 AKL 802 7000 8000


4 x 4 Re 1.0 0.7 2.3 16.5 17.1 350 AKL 803 10000 130004 x 6 Re 1.0 0.6 2.3 17.6 18.2 440 AKL 804 16000 13000

4 x 10 Re 1.0 0.7 2.5 19.9 20.5 630 AKL 804 16000 160004 x 16 Re 1.0 0.8 2.6 22.5 23.1 880 AKL 805 18000 16000


5 x 4 Re 1.0 0.7 2.4 17.6 18.2 410 AKL 804 16000 130005 x 6 Re 1.0 0.7 2.4 19.4 20.0 520 AKL 805 18000 13000

5 x 10 Re 1.0 0.9 2.8 22.5 23.1 780 AKL 805 18000 16000

Electrical properties at 20 °Cunit

Rated cross-section mm² nom. 1.5 2.5 4 6 10 16Conductor resistance Ω/km max. 12.1 7.41 4.61 3.08 1.83 1.15Test voltage kV 4Operational voltage kV uO/u 0.6/1

(N)Y(Zg)2Y

1) fastening eye 21

Technical Information> Cited Standards> Key to Design Abbreviations> Bending Radii and Tension Resistance> PRYSMIAN Cables & Systems> Insulation Integrity Maintenance and Circuit Integrity Maintenance> Current-Carrying Capacity> Short Circuit> Advisory Service> Notes> Information on other Catalogues> Legal Information

Application Advice

DINDIN

DIN

s

s

πƒπƒ

Technical Information

96

Standard

Title of Standard

DIN VDe 0100-430

erection of high-voltage systems with nominal voltages of up to 1000 V; Protective measures; Protection of cables and cords against overcurrent

DIN VDe 0100-520

erection of low-voltage systems up to 1000 V – Part 5: Selection and erection of electrical equipment; Chapter 52: Wiring systems

DIN VDe 0100-560 erection of high-voltage systems with nominal voltages up to 1000 V – Part 5: Selection and erection of electrical equipment; Chapter 56: electrical systems for safety purposes

DIN VDe 0100-704

erection of low-voltage systems – Part 7-704: Requirements for special installations or locations – construction sites

DIN VDe 0100-718

erecting low voltage systems – requirements for special installations or locations – Part 718: Communal facilities

DIN VDe 0250-1 Cables, wires and cords for power installation; general specifications [VDe regulation]

DIN VDe 0250-201 Cables, wires and cords for power installation – flat webbed house wires

DIN VDe 0250-204 Cables, wires and cords for power installation – PVC installation cable NYM

DIN VDe 0250-214

Cables, wires and cords for power installation – Part 214: Installation cable NHXMH with improved properties in the event of fire

DIN VDe 0266 Power cables with improved characteristics in the event of fire – nominal voltages u0 /u

0.6/1 kV

DIN VDe 0276-603

Power cables – Part 603: Distribution cables of rated voltage u0 /u 0.6/1kV; German

version HD 603: Parts 1 and 3G

DIN VDe 0276-604 Power cables – Part 604: 0.6/1 kV power cables with special fire performance for use in power stations; German version HD 604: Parts 0, 1 and 5-G

DIN VDe 0276-627

Power cables – Part 627: Multicore and multipair cables for installation above and below ground

DIN VDe 0276-1000 Power cables – Part 1000: Current-carrying capacity, general, conversion factors

DIN VDe 0298-3

use of cables and cords in power installations - Part 3: Guide to use of non-harmonized cables

DIN VDe 0298-4

use of cables and cords in power installations - Part 4: Recommended current-carrying capacity for sheathed and nonsheathed cables for fixed wirings in and around buildings and for flexible cables and cords

DIN VDe 0472-814 Testing of cables, wires and flexible cords; Continuance of isolation effect under fire conditions

DIN VDe 0815 Cables for indoor residential telecommunication installations

DIN 4102 Teil 12

fire behaviour of building materials and building components, Part 12: Circuit integrity maintenance of electric cable systems

Cited Standards

Standard

Title of Standard

DIN eN 50266-2-4 Common test methods for cables under fire conditions – Test for vertical flame spread of vertically-mounted bundles of wires or cables – Part 2-4: Procedures; Category C

DIN eN 60079-14

electrical apparatus for potentially explosive gas atmospheres – Part 14: electrical installations in hazardous areas (other than mines)

DIN eN 60332-1-1

Tests on cables and optical fibre cables under fire conditions – Part 1-1: Test for vertical flame propagation for a single insulated wire or cable - apparatus

DIN eN 60332-2-1 Tests on cables and optical fibre cables under fire conditions – Part 1-2: Test for vertical flame propagation for a single small insulated wire or cable – procedure for 1 kW pre-mixed flame

eN 60811-2-1

Insulating and sheathing materials for electric and optical cables – Common test methods – Part 2-1: Methods specific to elastomeric compounds; ozone resistance, hot set and mineral oil immersion tests

DIN eN 60865-1 Short-circuit currents – calculation of effects – Part 1: Definitions and calculation methods

DIN eN 60909-0 Short-circuit currents in three-phase a.c. systems – Part 0: Calculation of currents

DIN eN 60909-3

Short-circuit currents in three-phase a.c. systems – Part 3: Currents during two separate simultaneous line-to-earth short circuits and partial short-circuit currents flowing through earth

HD 384.5.523 electrical installations of buildings – Part 5: Selection and erection of electrical equipment: Section 523: Current-carrying capacities

HD 603.3G Power cables – Part 603: Distribution cables with rated voltage u0/u 0.6/1kV

HD 627.4H

Power cables – Part 627: Multicore and multipair cables for installation above and below ground

IeC 60502-1

Power cables with extruded insulation and their accessories for rated voltages of 1 kV (um = 1.2 kV) to 30 kV (um = 36 kV) – Part 1: Cables for rated voltages of 1 kV (um = 1.2 kV) to 3 kV (um = 3.6 kV)

IeC 60724

Short-circuit temperature limits of electric cables with rated voltages of 1 kV (um = 1.2 kV)and 3 kV (um = 3.6 kV)

Cited Standards Technical Information

97

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National Lines

unlike cables, the abbreviations have different meanings for lines because some of them are abbreviations of the names of the lines. Here too, all abbreviations start with the letter “N” (normal version).

Identification of applicable standardVDe standard NBased on VDe standard (N)

Insulating materialNon-cross-linked, halogen free polymer HCross-linked, halogen free polymer HXPVC YRubber materials -

DesignationInstallation line, flat IFSheathed line M

Sheathing materialsNon-cross-linked, halogen free polymer HCross-linked, halogen free polymer HX

Protective conductor identificationWith green and yellow wire -JWithout green and yellow wire -O

Number of wires and nominal cross-sectionNumber of main wiresNominal cross-section of individual wires

Key to Design Abbreviations

x

Cables

Identification of applicable standardVDe standard NBased on VDe standard (N)

Insulating materialCross-linked Polyethylen 2XNon-cross-linked, halogen free polymer HCross-linked, halogen free polymer HXPVC Y

Concentric copper conductorsStranded CWavy stranded CW

Sheathing materialNon-cross-linked, halogen free polymer HCross-linked, halogen free polymer HXPVC Y

Protective conductor identification(cable without concentric conductor)With green and yellow wire -JWithout green and yellow wire -O

Number of wires and nominal cross-sectionNumber of main wiresNominal cross-section of individual wires

Conductor typeRound, single-wire RERound, multi-wire RMSector shaped, single wire SESector shaped, multi-wire SM

Nominal cross-section of conc. conductor

/x

Key to Design Abbreviations Technical Information

99

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100

The smallest permissible bending radii for lines are defined in regulation DIN VDe 0298-3 (for lines in accordance with national standards). In the following table 1, D represents the outer diameter of round lines or the smaller dimension with flat lines.

Table 1: Line bending radii

Line type Nominal voltage up to 0.6/1 kV

Lines for fixed installation In accordance with DIN VDe 0250

With fixed installationWhen removed from mould

Outer diameter of line or thickness of flat line in mm

up to 10 more than 10 up to 25 more than 254D 4D 4D1D 2D 3D

Tensile strength for lines

There should be as little tensile load on the conductors as possible. The following tensile loads for the conductors must not be exceeded when installing fixed lines with a nominal conductor cross-section of 50 N/mm². The calculation must not take shields, concentric conductors, divided protective conductors, additional control wires and monitoring conductors into consi-deration.

Cable bending radii

The following minimum bending radii apply during the installation of cables in accordance with DIN VDe 0276-603, DIN VDe 0276-604 and DIN VDe 0266 (one-off bending). under certain conditions, values that are 50 % less apply in accordance with DIN VDe 0276-603.

Single-wire cables: Multi-wire cables:

15 times the cable diameter12 times the cable diameter

Tensile strengths for cables

The maximum tensile strength (P) of cables is calculated from the sum total of the nominal conductor cross sections (S). The maximum tensile strength value (s) is 50 N/mm².

P = S • s

Bending Radii and Tension Resistance

101

PRYSMIAN Cables & Systems

Neustadt plant (near Coburg)

The PRYSMIAN cable plant in Neustadt near Coburg ma-nufactures top quality power lines and special lines. The company started up in 1937 and initially concentrated on the manufacture of power and telecommunication ca-bles. Since it had its own rubber mixing plant, the facto-ry was then transformed from a copper wire manufactu-ring operation in the 1960’s into an innovative factory for cables and lines. The PRYSMIAN plant in Neustadt now manufactures a wide range of about 4,000 reliable and durable cables for all usage areas on its 125 state-of-the-art manufacturing systems.

Lynen/Eschweiler plant

Cable manufacturing has a long history in eschweiler. The Lynen family started to manufacture copper wires in 1815, and has been manufacturing cables that have been used worldwide since 1886. Due to continuous modernisation and innovative technologies, the company has been able to attain a leading position on the market. In 2008 the plant was taken over by PRYSMIAN, and has carried the name of PRYSMIAN Kabelwerk Lynen since the beginning of 2009. As well as cables for lifts, mining and telecommunication and lines for renewable energy sources, the eschweiler plant concentrates on manufac-turing circuit integrity maintenance cables e30 and e90.

Schwerin plant

PRYSMIAN’s cable plant in Schwerin is one of the group’s biggest companies. The annual production of more than 80,000 tons mainly consists of power lines and is exported worldwide. Cables and lines were manufactured here back in the days when east Germany was still in existence. After the German reunification the factory was first taken over by Siemens, before subsequently being taken over by PRYSMIAN in 2005. With 320 employees, the PRYSMIAN plant in Schwerin is one of the biggest employers in the region.

With turnover of more than 5 billion euros, PRYSMIAN Cables & Systems is one of the world’s leading cable manufactu-rers, and is a global market leader in the power cable area. The company has some 12.000 employees, who work in the head office in Milan, the 53 plants in 21 countries on all 5 continents, and the company’s many distribution outlets.

Activities in Germany are managed by Berlin-based PRYSMIAN Kabel und Systeme GmbH. With about 1,000 employees and turnover of 500 million euros, PRYSMIAN is one of the biggest companies in the industry in Germany.The widely diversified manufacturing programme ranges from installation lines for residential and commercial building construction to medium-voltage cables for power supplies, special lifting gear lines, mining lines and telecommunication lines.

The company also frequently puts its innovative power to the test: In 2006 a line was brought onto the market that emits practically no electrical radiation whatsoever (SMOGfRee), and in 2008 PRYSMIAN presented an all-in-one solution that covers all installation options (AfuMeX PLuS 500). In 2009 the latest innovation is AfuMeX PLuS 1000, a cable for many usage areas with which savings of 15% or more can be achieved.

One of the world’s leading cable manufacturers


PRY

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Insulation Integrity Maintenance and Circuit Integrity Maintenance

Insulation integrity maintenance

Insulation integrity maintenance is a test that is carried out in accordance with DIN De 0472-814. It is a test of the section of cable without a carrier structure. This test provides proof of voltage stability for at least 180 minutes with a defined exposure to fire. Cables that meet this requirement are designated fe 180.

Circuit integrity maintenance

Circuit integrity maintenance is a test in accordance with DIN 4102 part 12. The test is performed on a complete cable in-stallation. The duration of the test can be 30, 60 or 90 minutes. The cables are classified into circuit integrity maintenance classes e30, e60 and e90 in the Allgemeine bauaufsichtliche Prüfzeugnisse (AbP).

E30* applications

The integrity of the circuit must be maintained for at least 30 minutes for- Safety lighting systems- Lifts with fire control systems- fire alarm systems- Systems for issuing alarms and giving instructions to visitors and employees- Natural smoke extraction systems- Automatic smoke extraction systems and smoke protection pressure systems

* see also MLAR, restrictions in accordance with MLAR

E90* applications

The integrity of the circuit must be maintained for at least 90 minutes for- Water pressure boosting systems for supplying extinguishing water- Automatic smoke extraction systems and smoke protection pressure systems- fire Brigade lifts and bed lifts in hospitals and other buildings with appropriate specific functions

* see also MLAR, restrictions in accordance with MLAR

VdS certificate for cables with circuit integrity maintenance E90

The certificates show that a test was passed in accordance with VDS 3423:2000-11 (draft). Circuit integrity maintenance with the additional effect of water is confirmed for e90 cables of types (N)HXHX und (N)HXCHX. use in local water extinguishing systems is recognised with this certificate.


Table 2: Approved carrier systems with circuit integrity maintenance SIENOPYR-High Voltage Aerial Cables

Cable carrier structure Manufacturer SIENOPYR-PLUS Cable construction E30 AbP-Nr.

SIENOPYR-PLUS Cable construction E90 AbP-Nr.

Cable traySuspensionsupport spacing up to 1.2 m. Max. load 10 kg/m

MfKNIeDAXOBO BettermannPuK WerkeRICO (NIeDAX)

(N)HXHP-MPA-e-01-001

(N)HXCHP-MPA-e-01-002

≥1.5 mm²

≥1.5 mm²

(N)HXHXP-MPA-e-03-024

(N)HXCHXP-MPA-e-03-025

≥1.5 mm²

≥2.5 mm²

Cable trayWall structuresupport spacing up to 1.2 mMax. load 10 kg/m




≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Cable ladderSuspensionsupport spacing up to 1.2 mMax. load 20 kg/m




≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Cable ladderWall structuresupport spacing up to 1.2 mMax. load 20 kg/m




≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Individual installationIndividual clipsupport spacing up to 300 mm

HiltiNIeDAXOBO BettermannPuK Werke



≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Individual installationU-clip with cable tray (LW)support spacing up 600 mm




≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Screw space clippersupport spacing up to 300 mm

NIeDAX (N)HXHP-MPA-e-01-001

(N)HXCH ...P-MPA-e-01-002

≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Line protection ductsupport spacing up to 500 mmMax. load 3 kg/m



1.5 - 16 mm²

1.5 - 16 mm²



1.5 - 16 mm²

2.5 - 16 mm²

Cable trayup to 500 mm widesupport spacing up to 2 mMax. load 20 kg/m

RICO(NIeDAX)



≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Cable trayup to 400 mm widesupport spacing up to 2 mMax. load 20 kg/m



≥1.5 mm²

≥1.5 mm²


≥1.5 mm²

Cable ladderup to 400 mm widesupport spacing up to 1.5 mMax. load 20 kg/m

RICO(NIeDAX)



≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²


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Table 2 (continued): Approved carrier systems with circuit integrity maintenance SIENOPYR-High Voltage Aerial CablesCable carrier structure Manufacturer SIENOPYR-PLUS

Cable construction E30 AbP-Nr.

SIENOPYR-PLUS Cable construction E90 AbP-Nr.

Mesh cable trayup to 300 mm widesupport spacing up to 1.2 mMax. load 20 kg/m

RICO(NIeDAX)



Individual installationU-clip without cable traysupport spacing up to 400 mm



≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Individual installationU-clip with cable traysupport spacing up to 800 mm



≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Collective holder PSH-1support spacing up to 600 mmMax. load 2.5 kg/m

Prysmian (N)HXHP-MPA-e-01-001


≤ 4 mm²

≥1.5 mm²

Collective holder PSH-2support spacing up to 600 mmMax. load 6 kg/m

Prysmian (N)HXHP-MPA-e-01-001


≥1.5 mm²

≥1.5 mm²



≥1.5 mm²

≥2.5 mm²

Cable bundling in U-clip withoutcable trayup to 3 cablessupport spacing up to 400 mm



1.5 - 16 mm²

1.5 - 16 mm² (N)HXCHXP-MPA-e-03-025

2.5 - 16 mm²

Armoured steel tubesupport spacing up to 1.2 mMax. load 3 cables



1.5 - 16 mm²

1.5 - 16 mm² (N)HXCHXP-MPA-e-03-025

2.5 - 16 mm²

Armoured steel tubesupport spacing up to 1.2 mMax. loud 2 cables


1.5 - 16 mm²

OBO Grip „M“ with LWsupport spacing up to 500 mmMax. load 1.2 kg/m

OBO Bettermann (N)HXHP-MPA-e-01-001

The basis for installation is the „Allgemeine bauaufsichtliche Prüfzeugnisse“ (AbP)!

Other installation systems for which the carrier system manucaturer has the „Allgemeine bauaufsichtliche Prüfzeugnisse“ (AbP) are:

Terminal box WKe 2 - 5 Spelsberg P-MPA-e-01-031

Terminal box WKe 200 - 400 Spelsberg P-MPA-e-04-008

Cable tray without threaded bar OBO Bettermann P-MPA-e-08-008

Cable tray without threaded barCable ladder without threaded bar

NIeDAX P-MPA-e-07-018

Cable tray Tunnel systems NIeDAX P-MPA-e-08-005

Rights reserved to make changes


Table 3: Approved carrier systems with circuit integrity maintenance SIENOPYR-PLUS E30 data cable JE-H(St)H AbP: P-MPA-E-04-017 (approved for PRYSMIAN)Cable carrier structure Manufacturer Cable carrier structure Manufacturer

Cable traySuspensionsupport spacing up to 1.2 mmax. load 10 kg/m

MfKNIeDAXOBO BettermannPuK WerkeRICO

Cable ladderup to 400 mm widesupport spacing up to 1.5 mmax. load 20 kg/km

RICO

Cable traywall structuresupport spacing up to 1.2 mmax. load 10 kg/m


Mesh cable trayup to 300 mmsupport spacing up to 1.2 mmax. load 20 kg/m

RICO

Cable ladderSuspensionsupport spacing up to 1.2 mmax. load 20 kg/m


Individual installationU-clip without cable traysupport spacing up to 400 mm

NIeDAX

Cable ladderwall structuresupport spacing up to 1.2 mmax. load 20 kg/m


Individual installationU-clip with cable tray support spacing up to 800 mm

NIeDAX

Individual installationIndividual clipsupport spacing up to 300 mm


Collective holder PSH-1support spacing up to 600 mmmax. load 2.5 kg/m

Prysmian

Individual installationU-clip with cable traysupport spacing up to 600 mm


Collective holder PSH-2support spacing up to 600 mmmax. load 6 kg/m

Prysmian

Screw spacer clipsupport spacing up to 300 mm

NIeDAX Cable bundling in U-clip without cable trayup to 3 cables support spacing up to 400 mm

NIeDAX

Line protection ductsupport spacing = 500 mmmax. load 3 kg/m

NIeDAX Armoured steel tubesupport spacing up to 1.2 mmax. load 3 cables

Cable trayup to 500 mm widesupport spacing up to 2 mmax. load 20 kg/m

RICO Terminal box WKE 2support spacing up to 400 mm

Spelsberg

Cable trayup to 400 mm widesupport spacing up to 2 mmax. load 20 kg/m

NIeDAX Terminal box WKE 200support spacing up to 400 mm

Spelsberg

The basis for installation is the „Allgemeine bauaufsichtliche Prüfzeugnisse“ (AbP)!

Other installation systems for which the carrier system manucaturer has the „Allgemeine bauaufsichtliche Prüfzeugnisse“ are:

Cable tray without threaded bar OBO Bettermann P-MPA-e-08-008

Cable tray without threaded barCable ladder without threaded bar

NIeDAX P-MPA-e-07-018

Cable tray Tunnel systems NIeDAX P-MPA-e-08-005

Rights reserved to make changes



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In general

The specified terms and definitions basically apply for sizing the cross sections of cables and conductors. These and other particulars or words to that effect be found in the following chapters. DIN VDe 0298-4 also applies for low-voltage cables when used in building installation. for cables which are not laid in buildings, the loading values must be determined in ac-cordance with the relevant norms. You will also find more detailed information in the book „Kabel und Leitungen für Stark-strom“, Heinhold, Stubbe; Publicics MCD Verlag; ISBN 3-89578-088-X.The values for current loading capacity defined in DIN VDe 0298-4 (referred to in the following as load capacity for short) are rated values. They are based on agreed operating conditions. All loading capacity values in the following sections are referred to operation with direct current, or single-phase or 3-phase alternating current at a frequency of 50 to 60 Hz. The load capacity must be determined for- fault-free operation, and- short circuit (fault operation).The conductor cross section must be chosen so that the conductor is not heated above the permissible operating temperature at any point or at any time. This requirement will be fulfilled if the current loading does not exceed the loading capacity of the cable or conductor in fault-free operation. The heating and therefore the loading capacity of a cable or conductor of a certain cross section is dependent on the design, the material properties and the operating conditions. Additional heating when bunched with other cables and conductors as a result of heating ducts, the sun‘s rays or other sources of heat must be taken into account.

The condition must be fulfilled for all operating states:

Conditions which differ from continuous operation, such as short-term operation or intermittent duty, may also be taken into account.

Load capacity in fault-free operation

The different types of cable and conductor designs are listed in Table 4, in each case with details of the norm, the maximum permissible operating temperature at the conductor and the number of the table which contains the rated values of current load capacity.

Table 4: Overview of cable and line load capacity tables

Design abbreviation Standard

DIN VDE

Permissible operating temperature at conductor

°C

Load capacity in accordance with table

NYIf 0250-201 70 5 and 6

NYM 0250-204 70 5 and 6

J(St)SMOGfRee-J 0250-204based on

70 5 and 6

NYYNYCY

0276-603 oder 0276-627 70 5 and 6

NYCWY 0276-603 70 5 and 6

(N)HXH/(N)HXHX(N)HXCH/(N)HCHX

0266 based on

90 5 and 6

N2XHN2XCH

0276-604 90 5 and 6

Current-Carrying Capacity

Load Ib ≤ Capacity Iz

Installation information

The rated value for the current-carrying capacity is identified with lr. The load capacity is calculated as follows:

Wereby: Ir Load capacity under agreed operating conditions (calculation value) Iz Load capacity under actual operating conditions πƒ Product of all required conversion factors ƒT Conversion factors for ambient temperature deviating from 30 °C ƒH Conversion factors for bundled cables and lines ƒV Conversion factors for multi-core cables and lines with more than three loaded wires

The conversion factors ƒT (deviating ambient temperatures), ƒH (bundled cables and lines) and ƒV (load of more than three wires in multi-wire cables and lines) can be found in tables 7 to 11 (Pgs. 111 – 115). The ambient conditions specified for calculating the conductor cross-section (operating mode, installation conditions and ambient conditions) are specified as follows:

Cables and lines for fixed installation in buildings

The load capacities for installation types B1, B2 and C were determined for installation on a wooden panel. You are therefore on the safe side for installation on masonry, plaster etc. The following reference installation types therefore apply:• ReferenceinstallationtypeA2: Multi-corecableormulti-coresheathedcableinanelectricalinstallationtube in an insulated wall• ReferenceinstallationtypeB1: Single-corecableorsingle-coresheathedcableinanelectricalinstallation tube on a wall• ReferenceinstallationtypeB2: Multi-corecableormulti-coresheathedcableinanelectricalinstallation tube on a wall•ReferenceinstallationtypeC: Single-coreormulti-corecableorsingle-coreormulti-coresheathedcableona wall• ReferenceinstallationtypeE: Multi-corecableormulti-coresheathedcableintheopenwithclearanceof at least 0.3 x diameter d from the wall• ReferenceinstallationtypeF: Single-corecableorsingle-coresheathedcables,withcontact,intheopenwith clearance of at least 1 x diameter d from the wall• ReferenceinstallationtypeG: Single-corecableorsingle-coresheathedcables,withclearanced,intheopen with clearance of at least 1 x diameter d from the wallDiameter d: Diameter of the cable or line.

Other installation types and their assignment to the reference installation types are listed in DIN VDe 0298-4 (VDe 0298 Part 4).

Cables with permissible operating temperature of 90 °C at the line

The load capacities in tables 5 and 6 lead to an operating temperature of 90 °C with the installation types and ambient conditions that have been mentioned, and therefore identify the product characteristics. However, in order to erect high-voltage systems with nominal voltages of up to 1000 V in buildings, a maximum operating temperature of 70 °C is specified for cables, because the built-in installation equipment, plug-in devices, low voltage switching devices, terminals, fastening materials etc. are intended for use at an operating temperature of 70 °C. The cables, which are designed for an operating temperature of 90 °C at the conductor, should therefore only be operated with a load that leads to a maximum operating temperature of 70 °C at the conductor in the connecting area of the above-mentioned devices. The higher permissible operating temperature of 90 °C can be used as a thermal reserve in the event of bundling and/or higher ambient temperatures in other locations during the course of installation.


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Installation information

Laying in heat-insulated walls

The magnitude of the load capacity for the nominal cross section 1.5 mm² in Table 5 (P. 109), installation type A2, has been increased from 14.0 A to 15.5 A based on published test results. Measurements were taken on three-core sheathed cables with two loaded cores which lay in direct contact with the internal cladding when laid with or without electrical conduit and using the following wall structure- outer cladding with 10 mm fibreboard- heat insulation with 100 mm mineral fibre-innercladdingwith25mmfibreboardwithathermalconductivityof0.1W/K•mperpendiculartotheplaneoftheboardand0.23W/K•mparalleltotheplaneoftheboard.According to the Studiengemeinschaft für fertigbau (Association for Prefabricated Construction Studies), this wall structure represents the best heat insulation used in prefabricated houses in Germany. The values of 14.5 A and 14.0 A respectively from the harmonisation document HD 384.5.523 must be used for thermally less favourable structures.

Load capacity on short circuit

The magnitudes of the load capacity are determined with the help of the rated short-circuit current density defined in DIN eN 60909 and DIN eN 60865. The permissible short-circuit temperatures and the material values required for the calculation can be seen from publication IeC 60724 and IeC 60502 respectively. The rated short-circuit current densities (Table 12, P.115) for the different types of conductor have been calculated in accordance with IeC 60724.

Ambient temperature: 30 °C

Sufficiently large and ventilated rooms in which the ambient temperature is not noticeably increased by the heat losses from the cables and conductors, protection against direct heat radiation from the sun or other sources of heat.


Table 5: Load capacity of cables and lines for fixed installation in and on buildings

Reference installation typesfor copper conductors

A2Multi-core cable or mul-ti-core sheathed cable in an electrical installation tube in an insulated wall

B1Single-core cable or single-core sheathed

cable in an electrical in-stallation tube on a wall

B2Multi-core cable or mul-ti-core sheathed cable in an electrical installation

tube on a wall

CSingle-core or multi-core cable or single-core or multi-core sheathed

cable on a wall

Number of loaded cores 2 3 2 3 2 3 2 3

Carrying capacity in A

Rated cross-section in mm² Maximum permissible temperature at conductor by normal operation: 70 °C1.5 15.5 13.0 17.5 15.5 16.5 15.0 19.5 17.52.5 18.5 17.5 24 21 23 20 27 24

4 25 23 32 28 30 27 36 326 32 29 41 36 38 34 46 41

10 43 39 57 50 52 46 63 5716 57 52 76 68 69 62 85 7625 75 68 101 89 90 80 112 9635 92 83 125 110 111 99 138 119

50 110 99 151 134 133 118 168 14470 139 125 192 171 168 149 213 18495 167 150 232 207 201 179 258 223

120 192 172 269

150 219 196 - - - - 344 299185 248 223 - - - - 392 341240 291 261 - - - - 461 403300 334 298 - - - - 530 464

Rated cross-section in mm² Maximum permissible temperature at conductor by normal operation: 90 °C

1.5 18.5 16.5 23 20 22 19.5 24 222.5 25 22 31 28 30 26 33 30

4 33 30 42 37 40 35 45 406 42 38 54 48 51 44 58 52

10 57 51 75 66 69 60 80 7116 76 68 100 88 91 80 107 9625 99 89 133 117 119 105 138 11935 121 109 164 144 146 128 171 147

50 145 130 198 175 175 154 209 17970 183 164 253 222 221 194 269 22995 220 197 306 269 265 233 328 278

120 253 227 354 312 305 268 382 322

150 290 259 - - - - 441 371185 329 295 - - - - 506 424240 386 346 - - - - 599 500300 442 396 - - - - 693 576

Table of ƒTconversion factors ƒH ƒV

798

Current-Carrying Capacity Technical Information

109

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ent-

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ying

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acit

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110

Table 6: Load capacity of cables and lines for fixed installation in and on buildings

Reference installation typesfor copper conductors

EMulti-core cable in air with clearance of at least 0.3 x clearance D from the wall

FSingle-core cable in air with contact and

clearance of at least 1 x clearance D from the wall

GSingle-core cable in air with

clearance De from each other and clearance of at least 1 x

clearance D from the wall

Number of loaded cores 2 3 2 3 3 3 3

Carrying capacity in A

Rated cross-section in mm² Maximum permissible temperature at conductor by normal operation : 70 °C

1.5 22 18.5 - - - - -

2.5 30 25 - - - - -

4 40 34 - - - - -

6 51 43 - - - - -

10 70 60 - - - - -

16 94 80 - - - - -

25 119 101 131 114 110 146 130

35 148 126 162 143 137 181 162

50 180 153 196 174 167 219 197

70 232 196 251 225 216 281 254

95 282 238 304 275 264 314 311

120 328 276 352 321 308 396 362

150 379 319 406 372 356 456 419

185 434 364 463 427 409 521 480

240 514 430 546 507 485 615 569

300 593 497 629 587 561 709 659

400 - - 754 689 656 852 795

500 - - 868 789 749 982 920

630 - - 1005 905 855 1138 1070

Rated cross-section in mm² Maximum permissible temperature at conductor by normal operation : 90 °C

1.5 26 23 - - - - -

2.5 36 32 - - - - -

4 49 42 - - - - -

6 63 54 - - - - -

10 86 75 - - - - -

16 115 100 - - - - -

25 149 127 161 141 135 182 161

35 185 158 200 176 169 226 201

50 225 192 242 216 207 275 246

70 289 246 310 279 268 353 318

95 352 298 377 342 328 430 389

120 410 346 437 400 383 500 454

150 473 399 504 464 444 577 527

185 542 456 575 533 510 661 605

240 641 538 679 634 607 781 719

300 741 621 783 736 703 902 833

400 - - 940 868 823 1085 1008

Table of ƒTconversion factores ƒH ƒV

107

118

-


Table 7: Conversion factors ƒT for ambient temperature other than 30 °C

Permissible or recommended operating temperature

Ambient temperature

60 °C 70 °C 80 °C 85 °C 90 °C

Conversion factors

10 1.29 1.22 1.18 1.17 1.1515 1.22 1.17 1.14 1.13 1.1220 1.15 1.12 1.10 1.09 1.0825 1.08 1.06 1.05 1.04 1.04

30 1.00 1.00 1.00 1.00 1.00

35 0.91 0.94 0.95 0.95 0.9640 0.82 0.87 0.89 0.90 0.9145 0.71 0.79 0.84 0.85 0.8750 0.58 0.71 0.77 - 0.82

55 0.41 0.61 0.71 - 0.7660 - 0.50 0.63 - 0.7165 - 0.35 0.55 - 0.6570 - - 0.45 - 0.58

75 - - 0.32 - 0.5080 - - - - 0.4185 - - - - 0.29

Table 8: Conversion factors ƒV for multi-core cables and lines with nominal cross-sections of up to 10 mm²

Number of loaded cores Installed in air Conversion factors

Underground installation Conversion factors

5 0.75 0.707 0.65 0.60

10 0.55 0.5014 0.50 0.4519 0.45 0.4024 0.40 0.3540 0.35 0.3061 0.30 0.25


111

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112

Table 9: Conversion factors ƒH for bundling on the wall, in tubes and ducts, on the floor and beneath the ceiling

Installation arrangement Number of multi-core cables or lines or number of AC and three-phase current circuits consisting of single-core cables or lines (2 or 3 current-carrying conductors)

1 2 3 4 5 6 7 8 9 10 12 14 16 18 20

Conversion factorsBundled directly on the wall, on the floor, in an electrical installation tube or duct, on or in the wall

1.00 0.80 0.70 0.65 0.60 0.57 0.54 0.52 0.50 0.48 0.45 0.43 0.41 0.39 0.38

Single layer on the wall or the floors, with contact

1.00 0.85 0.79 0.75 0.73 0.72 0.72 0.71 0.70 0.70 0.70 0.70 0.70 0.70 0.70

Single layer on the wall or the floor, with gap equal to outer diameter d

1.00 0.94 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90

Single layer beneath the ceiling, with contact

0.95 0.81 0.72 0.68 0.66 0.64 0.63 0.62 0.61 0.61 0.61 0.61 0.61 0.61 0.61

Single layer beneath the ceiling, with gap equal to outer diameter d

0.95 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85 0.85

Symbol O for single core or multi-core cable or single core or multi-core line.

Remark:• The conversion factors must be used for determining the current-carrying capacity of similar cables and cables with a similar load, or bundled lines with the same type of installation. The nominal line cross-sections must not differ by more than one cross section level.•Ifthehorizontalclearancebetweenneighbouringcablesorlinesislessthantwicetheirouterdiameter.Noreductionfactor needs to be used.•Thesamereductionfactorsmustbeusedwith - Groups of two or three single-core cables or lines or - Multi-core cables or lines.• If a system consists of both two-core and three-core cables or lines, it must initially be assumed that the total number of cables or lines is equal to the number of electrical circuits. The relevant factor for this must be applied to the tables for two loaded conductors of two-core cables or lines or the tables for three loaded conductors of three-core cables or lines.•Ifagroupconsistsofnloadedsingle-corecablesorlines,itmayberegardedasn/2electricalcircuitswithtwoloaded conductors each or n/3 electrical circuits with three loaded conductors each.

Current-carrying capacity

Table 10: Conversion factors ƒH for bundled multi-core cables or lines on trays or racks

Installation arrangement Number or trays or racks

Number of multi-core cables or lines

1 2 3 4 6 9

Conversion factorsUnperforated cable trays

with contact 1236

0.970.970.970.97

0.840.830.820.81

0.780.760.750.73

0.750.720.710.69

0.710.680.660.63

0.680.630.610.58

Perforated cable trays

with contact

with clearance

with contact

with clearance

1236

123

12

12

1.001.001.001.00

1.001.001.00

1.001.00

1.001.00

0.880.870.860.84

1.000.990.98

0.880.88

0.910.91

0.820.800.790.77

0.980.960.95

0.820.81

0.890.88

0.790.770.760.73

0.950.920.91

0.780.76

0.880.87

0.760.730.710.68

0.910.870.85

0.730.71

0.870.85

0.730.680.660.64

---

0.720.70

--

Cable racks

with contact

with clearance

1236

123

1.001.001.001.00

1.001.001.00

0.870.860.850.83

1.000.990.98

0.820.810.790.76

1.000.980.97

0.800.780.760.73

1.000.970.96

0.790.760.730.69

1.000.960.93

0.780.730.700.66

---

Remark:• Theconversionfactorsapplytogroupsofcablesandlinesinstalledinsinglelayers,asshownabove.Theydonot apply if the cables or lines with contact are laid on top of each other, or the specified clearance between the cable trays or cable racks is not achieved. In these cases the conversion factors must be reduced, e.g. in accordance with table 9 (Pg. 112).


113

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Table 11: Conversion factors ƒH for bundled multi-core cables or lines on trays or racks

Installation arrangement Number or trays or racks

Number of three-pole electrical circuits from single-core cables or lines

1 2 3

Conversion factorsPerforated cable trays

with clearance

with clearance

123

12

0.980.960.95

0.960.95

0.910.870.85

0.860.84

0.870.810.78

--

Cable racks

with clearance 123

1.000.980.97

0.970.930.90

0.960.890.86

Perforated cable trays

123

12

1.000.970.96

1.001.00

0.980.930.92

0.910.90

0.960.890.86

0.890.86

Cable racks

123

1.000.970.96

1.000.950.94

1.000.930.90

Remark:• Theconversionfactorsapplytogroupsofcablesandlinesinstalledinsinglelayers,asshownabove.Theydonotapplyif the cables or lines with contact are laid on top of each other, or the specified clearance between the cable trays or cable racks is not achieved. In these cases the conversion factors must be reduced, e.g. in accordance with table 9 (Pg. 112). With electrical circuits that are switched in parallel, each bundle of three conductors in the parallel circuit must be regar- ded as an electrical circuit.


Load capacity in the event of a short circuit

In the event of a short circuit, most of the heat that is generated by the short circuit current is stored in the conductor. In this case the temperature of the conductor must not exceed the permissible short circuit temperature, whereby the conductor temperature when the short circuit first occurred and the duration of the short circuit must be taken into consideration.

The conductor temperature when the short circuit first occurred (Ja) depends on the load prior to the short circuit. In the absence of further information, the permissible operating temperature of the cable and the lines must be used for Ja.The permissible short circuit temperature (Je) in accordance with table 12 is defined taking the insulation or conductive layer adjacent to the conductor into consideration, and applies for a maximum short circuit duration of 5 seconds. The maximum temperature for tin-plated lines is 200 °C, and the maximum temperature for soft-soldered conductor connections is 160 °C.

The rated short circuit current lthr (short circuit load capacity rated value) for the rated short circuit duration tkr of 1 second for the cables and lines can be determined from table 12 using the rated short-time current density Jthr by multiplying with the nominal cross section of the conductor qn.

The short circuit load capacity tk for a short circuit duration of tkr is:

The conductor cross section is adequately rated with regard to the thermal short circuit load capacity if the following condi-tion is met:

1) The maximum temperature of tin-plated conductors is 200 °C, and the maximum temperature for soft-soldered connections is 160 °C.2) The temperature must be limited to 160 °C for soft-soldered connections.

Table 12: Rated short-time current densities for cables and lines with copper conductors

Insulating material Permissible operating

temperature at conductor

°C

Permissible short circuit temperature

°C

Conductor temperature ϑa in °C

90 85 80 70 60 50 40 30

Rated short-time current density Jthr for 1 s in A/mm

PVC cables and PVC lines for fixed installation- up to 300 mm²- more than 300 mm²

7070

160140

--

--

--

115103

122111

129118

136126

143133

CR 85 2501) - 146 149 154 159 165 170 176

Halogen free polymer mixture

90 2501) 143 146 149 154 159 165 170 176

VPe 90 2501) 143 146 149 154 159 165 170 176

ePR 90 2501) 143 146 149 154 159 165 170 176

Ithr = Jthr • qn

Ithz ≥ Ith

Ithr = Jthr • √tkr /tk

Short Circuit Technical Information

115

Shor

t Ci

rcui

t

116

Dipl.-Ing. Manfred Dittrich

e-mail: [email protected]

Hotline: Tel. + 49 385 64 31 – 28 58

Do you want to know which cable is the most suitable for your project? Do you have questions about the relevant DIN standards that have to be considered? Do you need information about the usage options of the different cables and lines? Our application advisor Manfred Dittrich would be pleased to advise you about any PRYSMIAN product.

He will advise you personally on our hotline, and will accompany you through all stages of implementing your project. Be it a domestic solar system or complete electrical installations in public buildings, Mr. Dittrich can recommend the right cable for any usage area and provide tips on installation and connecting options. He will provide you with answers to any question concerning design, routing and product data for our cables.

You will also find this catalogue and all of the relevant information on the Internet at www.prysmian.de. This is where our products and the relevant technical data are presented in a clearly organised way. The informa-tion is easy to find and always up to date. Of course, you can also simply download the catalogue or extracts thereof. Just click in the relevant place and you will receive all of the information about PRYSMIAN at a glance.

PRYSMIAN on the Internet

Questions? Give us a call!

Advisory Service

117

Information about the catalogue „Kabel und Leitungen für die industrielle Anwendung“

Descriptions and all technical data about the products listed in the following can be found in the special “Kabel und Leitun-gen für die industrielle Anwendung” catalogue, which we would be pleased to send to you. Please e-mail your requirements to: [email protected] or give us a call: +49 30 36 75- 45 22.

Data CablesL-Y(St)YL-H(St)HJe-Y(St)Y Je-Y(St)Yv Je-Y(St)YY Je-LiYY

Data CablesJe-LiYCYJe-LiY(St)YRD-Y(St)YRD-Y(St)YvRD-Y(St)YYRD-YWCYWRD-H(St)HJe-LiHCHJe-HCH

Rubber Hose WiresH05RR-fH05RN-fH07RN-fS07RN-fNSSHÖu

Halogen Free Rubber Hose WiresH07ZZ-f

Polyurethane WiresH05BQ-fH07BQ-fS07BQ-f

Information about the catalogue „Leitungen für erneuerbare Energien“

Special Rubber Core WiresNSGAfÖu 1.8/3kVNSGAfÖu 3.6/6kVNSHXAfö 1.8/3kVNSHXAfö 3.6/6kV

Traction Power CablesGGSG-SS 1x300Rf/95 1.8/3kV2XS2Y

Halogen Free Traction Power Canles(N)2XSH(N)H

Halogen Free Control Wires(N)HXSLHXö(N)HXSLCHXö

Control Wires(N)YCYö

Round Rubber Wires with Supporting PartL-STNL-STCN

Welding LeadsH01N2-D

Engine Connection Wires2Y(SL)CY

Regenerative energy sources are becoming an increasingly important business area, particularly since the Renewable energy Sources Act (eeG) was passed by the German government. The experts are anticipating an investment volume of about 75 billion euros over the next few years. German manufacturers have an excellent reputation, particularly in the field of wind energy and solar energy systems. However, a connection to the power grid is decisive in order to be able to utilise the technology successfully and effectively. As one of the world’s leading cable manufacturers, PRYSMIAN has many years of experience in this area, and can provide advanced special cables for renewable energy sources. PRYSMIAN products can cope with the special loads in this area due to the company’s techni-cal know-how and innovative developments. The specialist “Leitungen für erneuer-bare energien” catalogue shows all of the PRYSMIAN products that help to make more effective use of the sun and the wind. We would be pleased to send you a copy of this special catalogue, also in larger quantities if necessary. Please send your requirements to: [email protected] or give us a call: + 49 30 36 75 – 45 22.

PRYSMIAN – for success with future technologie

Notes

118

Legal Information

PRYSMIAN catalogueVersion: 1Issue: 10/2009© PRYSMIAN Kabel und Systeme GmbHDesign and production: CS TEAM GmbHThe texts and illustrations have been put together with extreme care.However, the possibility of errors cannot be completely ruled out.Please do not use the images for taking measurements.All photographs and illustrations are the property of PRYSMIAN Cables & Systems GmbH.PRYSMIAN Cables & Systems GmbH does not accept any liability for incidental or consequential damage associated with the use of the catalogue.Improvement suggestions and remarks should be sent to the address on the back.All rights reserved. This document or extracts thereof must not be copied, duplicated, translated into another language or stored on electronic media.

119

PRYSMIAN Kabel und Systeme •focus Teleport • Alt Moabit 91 d • 10559 Berlin •Tel. (030) 36 75- 45 22 • fax (030) 36 75- 45 23www.prysmian.de

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