Page 267 - 3rd issue

Medium CABLES Three Cores Copper oarnAdluPmVCiniuShmeaXLthPeEindIntseullalitgede,nt
Steel Wire Armoured

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

Stranded circular compacted Copper or Aluminium conductor,

semiconducting layer as conductor screen,

DescriptionXLPE insulated, semiconducting layer as non metallic insulation screen,

SCtorapnpdeerdtacpirecuolar wr ciroemaps amcetteadllicCoinpsupleartioornAsclurmeeinniu, m conductor,
tshermeeicocondreuscatisnsgemlabyleerdatsocgoenthdeurcwtoitrhscnroenenh,ygroscopic Polypropylene fillers,
XwLrPaEpipnesudlawteitdh,bsienmdeicrotanpdeuc, ctinogvelareyderwaitshnaonlamyeertaolflicPVinCsuclaotmiopnosucnredeans, a bedding,
sCteoeplpweirretaaprme oour wreidreaansdmPeVtCallsicheinastuhlaetdio. n screen,

three cores assembled together with non hygroscopic Polypropylene fillers,
w• rCaapbpleeds awreithpbroindduecretdapaec,ccoordveinrgedtowIEitCh a60la50y2eroor fBPSV6C62c2o. mpound as a bedding,

steel wire armoured and PVC sheathed.

• Cables are produced according to IEC 60502 or BS 6622.

Application

• These cables are generally suitable for direct burial or for installation on trays or in ducts.

Application•
Nominal Max. Conductor sCuaOitppaaebcrlaiettainfnogcredirInedcutcbtaunricael Currentm Rating Approx. ducAWtsp.epigrohxt.

TheSesCAcerrtoeicosanas abl lesD2a0CRr°eeaCstgisteannA9ec0Cer°aaCltly or for installation on traOyvseorar liln

Laid in Laid in Diameter
ground free air

Nommmin2al MΩa/xk.mCondΩu/ckmtor µf/km mh/km CAurrentm RatAing mm kg/km
Cross Resistance Approx. Approx.
CaOpTphaercreaitetainCngcoeresI,nCdoucptpaenrcCeondLuacidtoinr CablLeasid in Overall Weight
Sectional DC at AC at Diameter
Area 4530
25 200.7°2C70 900.°9C271 0.165 0.431 grou1n3d3 free1a36ir 50.5 kg50/k1m0
mm325 Ω0/.5k2m40 Ω0/.k6m684 µf/0k.1m83 mh0/.k4m08 m5m2.9
A158 A164

50 0.3870 0.4938 0.204 0.376 187 195 55.9 5715
59.9 6650
70 0.2680 0.3423 Thr0e.2e3C4 ores, Cop0p.3e5r4Conduc2to2r7Cables 241

295 0.7129370 0.29247691 0.215653 0.344310 126339 218369 6503.15 74565305

13250 0.1552340 0.61968641 0.218753 0.343080 130558 316341 6562.69 58071650

150 0.3182470 0.41959358 0.20974 0.32760 134870 319752 5725.39 15079135

17805 0.02699810 0.13428223 0.32324 0.30548 238271 424231 5796.29 1626450

29450 0.10975340 0.20948696 0.325630 0.234906 243696 428994 6831.51 17467535

31020 0.01653001 0.01979619 0.420752 0.323880 43805 353561 8676.6 187726350

150 0.1240 0.1595 0.297 0.320 340 372 72.3 10935
T0h.r3e2e4 Cores, Al0u.m30i8nium Con3d81uctor Cab42le3s 76.2 12450
185 0.0991 0.1282 00..423916 140336 140964 5801..55 144073305
22450 01..02705040 10..50399806 00..136650 5827..96 147322350
33050 00..08660810 10..10173909 00..148032 00..420888 142835 152576 55.6
50 0.6410 0.8220 0.204 0.376 145 152 4715
5245
70 0.4430 0.5683 T0h.r2e3e4 Cores, Al0u.m35i4nium Con1d77uctor Cab18le8s 59.3 45802305
64340205
295 10.230200 10.45319070 0.126553 0.433410 210130 120256 5620.95 8470195
8528465
13250 0.8256380 10.1312530 0.218735 0.342098 213283 215279 6526.49 9585250
161410305
150 0.6204160 0.82264209 0.20947 0.37260 21645 215921 5725.36 8095
8865
17805 0.4164340 0.25161843 0.32234 0.30548 317070 133882 7569.23 9850
11135
29450 0.312500 0.14611087 0.326530 0.239405 231406 322951 8621.19

13200 0.1205300 0.13235020 0.240752 0.322889 233887 245492 866.94

150 0.2060 0.2649 0.297 0.320 265 291 72.3

The1a85bove d0a.1t6a40is ap0p.2r1o1x4imate 0a.3n2d4 subjecte0d.3t0o8 gc3 ma3n00ufacturin3g32toleranc7e6..2

240 0.1250 0.1618 0.360 0.295 346 391 81.1

300 0.1000 0.1302 0.402 0.288 387 442 86.9

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

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