Page 266 - 3rd issue

Medium CABLES intelligent

Three Cores Copper or Aluminium Conductors,
XLPE Insulated, Steel Tape Armoured
and PVC Sheathed

Medium CABLES Three Cores Copper or Aluminium Conductors,
XLPE Insulated, Steel Tape Armoured
Description and PVC Sheathed

Stranded circular compacted Copper or Aluminium conductor, T
semiconducting layer as conductor screen,
T
DescriptionXLPE insulated, semiconducting layer as non metallic insulation screen,
Copper tape or wire as metallic insulation screen,
Stranded circuthlarer ecocmorpeascatsesdemCbolpepdetroogreAthluemr winiituhmnocnonhdygucrotoscr,opic Polypropylene fillers,
semiconductinwgralapypeerdaswcitohnbdinudcetor rtascpre,en,
XLPE insulatedc, osevmeriecdonwdituhcatinlagylaeryeorf aPVs Cnocnommeptoaullincdinasus laatbioendsdcinrege, n,
Copper tape sotrewelirteaapsemaermtaolluicreindsualnadtioPnVsCcrseheena,thed.
three cores assembled together with non hygroscopic Polypropylene fillers,
wrapped with•bCinadbelretsaapre,produced according to IEC 60502.
covered with a layer of PVC compound as a bedding,

steel tape armAopurpedliacnadtiPoVnC sheathed.

• Cables are p•roThdeusceedcaabclceosradrineggteonIEeCra6lly05s0u2it.able for direct burial or for installation on trays or in ducts.

Application• Nominal Max. Conductor Currentm Rating Approx.
Resistance
Cross Operating Approx.
Inductance Overall Weight
These cables aSreeAcgrteieoannaelrallDy20Cs°uaCittabAl9e0Cf°oaCrt dCireacpat cbituarniacleor for installatioLnaiodnintraysLoairdininducDtsia. meter
kg/km
ground free air
3070
mm2 Ω/km Ω/km µf/km mh/km A A mm 3475
4055
Nominal Max. Conductor Operating Currentm Rating CAOapvbpelreroasxll. Approx. 4875
Cross Resistance 0C.7a2p70acita0n.9c2e71 InduTchtraenecCeores, Copper Conductor Weig4h7t.3 5790
6790
Sectional DC at 25AC at 0.165 Laid in0.431 Laid in 140Diamete1r41 49.7 7865
Area kg/km52.7 9220
20 °C 3590 °C 0.5240 0.6684 0.183 ground0.408 free air 167 171 11225
mm2 14265
Ω/km 50Ω/km 0.387µ0f/km0.4938 mh/0k.m204 A 0.376 A 197 mm 206
2610
70 0.2680 0.3423 0.234 0.354 241 257 56.7 2850
95 0.193T0hree0.C24o6r9es, Cop0p.2e5r3Conducto0r .C34a0bles 286 309 59.9 3160
25 0.7270120 0.92710.1530 0.106.51961 00..423715 1400.330 141 325 47.3356 307603.4 3575
35 0.5240150 0.66840.1240 0.108.31595 00..420987 1607.320 171 364 49.7405 347657.0 4040
50 0.3870185 0.49380.0991 0.200.41282 00..337264 1907.308 206 410 52.7463 405750.9 4530
70 0.2680240 0.34230.0754 0.203.40986 00..335640 2401.296 257 475 56.7546 487756.2 5180
95 0.1930300 0.24690.0601 0.205.30799 00..344002 2806.288 309 535 59.9626 579803.7 5800
120 0.1530 0.1961 0.275 0.330 325 356 63.4 6790 6755
8500
150 0.1240 0.1595 0.297 Thre0e.32C0ores, Alu3m64inium Co4n0d5uctor Ca6b7l.e0s 7865

185 0.0991 250.12821.2000 0.312.45390 00.3.10685 4100.431 463 102 70.9103 922407.3
240 0.0754 350.09860.8680 0.316.01130 00.2.19863 4750.408 546 122 76.2124 1122459.7

300 0.0601 500.07990.6410 0.400.28220 00.2.28084 5350.376 626 144 83.7149 1426552.4

70 0.4430 0.5683 0.234 0.354 176 184 56.1
95 0.3T2h0r0ee C0.o4r1e0s7, Alumi0n.i2u5m3 Conduct0o.r3C40ables 209 222 59.7
25 1.2000120 1.53900.2530 0.106.53250 00..423715 1002.329 103 238 47.3255 261603.2
35 0.8680150 1.11300.2060 0.108.32649 00..420987 1202.320 124 266 49.7288 285607.0
50 0.6410185 0.82200.1640 0.200.42114 00..337264 1404.308 149 301 52.4331 316700.9
70 0.4430240 0.56830.1250 0.203.41618 00..335640 1706.295 184 349 56.1389 357756.0
95 0.3200300 0.41070.1000 0.205.31302 00..344002 2009.288 222 394 59.7444 404803.0
0.329 238 255 63.2 4530
120 0.2530 0.3250 0.275

150 0.2060 0.2649 0.297 0.320 266 288 67.0 5180

185 0.1T6h4e0 ab0o.2v1e14data is0a.3p2p4roximate0a.3n0d8 subjec3te01d to gc33m31anufact7u0r.in9 g tolera5n8c00e.

240 0.1250 0.1618 0.360 0.295 349 389 76.0 6755

300 0.1000 0.1302 0.402 0.288 394 444 83.0 8500

The above data is approximate and subjected to gc3 manufacturing tolerance.

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