Page 272 - 3rd issue

intelligent Single & Three Cores Aluminium Conductors,
XLPE Insulated and PVC Sheathed
Medium CABLES

Medium CABLES Single & Three Cores Aluminium Conductors,
XLPE Insulated and PVC Sheathed
Description

Stranded circular compacted Aluminium conductor,
semiconducting layer as conductor screen,

DescriptionXLPE insulated semiconducting layer as non metallic insulation screen,
Copper tape or wire as metallic insulation screen,
Stranded circular compacted Aluminium conductor,

three cores assembled together with non hygroscopic Polypropylene fillers,
semiconducting layer as conductor screen,

wrapped with binder tape and PVC sheathed.
XLPE insulated semiconducting layer as non metallic insulation screen,
Copper tape or wire as metallic insulation screen,

• Cables are produced according to IEC 60502 or BS 6622.
three cores assembled together with non hygroscopic Polypropylene fillers,
wrapped with binder tape and PVC sheathed.

• Cables are pAropdpucliecdaatcioconrding to IEC 60502 or BS 6622.

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

Application• These cablesSSNNeeaoCAcCoAcmrrtrmrrtoeieooeiiosaninsansnagsaaalelll nMMDe2D2a0ca0rCRRxaxOeeA°..caCClsCsltiyitsosottanasndnAu9And9cu0cic0CutceaeOctA°ocaCtbtrotlrecCfaooaOppprpaeadecracriitartiaetitnanicngncgtceebutrTriieIrnanefddoflouuoiliclcrttafaonnfrcFlcalieanttstatlLlrTLaaearefitiddoifooiIilnninlGGCororfCuunoFlanrluuardtterntrrnaedtnyRttsLraLTReaorataeifidnoirtdfiogiInilnniignlFrdFerefuelaFAceltairtAtsi.r DAODiapAOvimappevrmerpoeatxrelerlo.artxell.r WAAWpeppeipgrigorhoxhtxt.

Nominal Max. Commnmdmu22ctor Ω//Kkmm Ω//Kkmm Induuµf/fc/Ktkmamnce mmhh//Kkmm mmhhC//Kukmmrrent RAating AA AA mmmA Kkgg/K/kmm
1025
Cross Resistance Operating Laid in Ground Laid in Free Air Approx. Approx.
Overall Weight
Sectional DC at AC at Capacitance Trefoil FSliantgle CTroerfeoilCabFllaet Trefoil Flat Diameter
Area 20 °C 9500 °C 0.6410 0.8220
0.138 0.465 0.649 153 160 162 198 32.0

mm2 Ω/km Ω70/km 0.443µ0f/km0.5681 mh/km0.15m6 h/km 0.4A36 0.62A1 188 19A6 20m4 mA 24k8g/km 33.6 1140

95 0.3200 0.4105 0.167 0.422 0.607 222 233 246 299 35.3 1270

120 0.2530 0.3S2in4g7 le Cor0e.1C80able 0.406 0.591 254 265 284 346 36.7 1400

50 0.6410 105.08220 0.20600.1308.2645 0.4650.1920.649 0.319553 0.518600 281362 291598 32342.0 3911025 38.5 1630
70 0.4430 108.55681 0.16400.1506.2107 0.4360.2080.621 0.317888 0.516936 322104 332348 37333.6 4419140 40.2 1790
95 0.3200 204.04105 0.12500.1607.1610 0.4220.2280.607 0.326222 0.524373 372246 382599 44335.3 5310270 42.7 2050
120 0.2530 300.03247 0.10000.1800.1291 0.4060.2520.591 0.325504 0.523655 422184 433346 51316.7 6018400 45.3 2320
150 0.2060 400.02645 0.07780.1902.1009 0.3950.2750.580 0.323873 0.522925 473824 483391 59338.5 6913630 48.4 2775
185 0.1640 500.02107 0.06050.2008.0791 0.3780.3060.563 0.332241 0.530393 543473 544549 69430.2 8012790 52.0 3215
240 0.1250 603.01610 0.04690.2208.0621 0.3620.3360.547 0.331732 0.439885 614743 615230 80432.7 9221050 55.6 3765
300 0.1000 800.01291 0.03670.2502.0495 0.3500.3740.535 0.340231 0.448383 715511 786608 95445.3 11828320 60.6 4515
400 0.0778 1000.01009 0.02910.2705.0376 0.3370.4550.522 0.249778 0.448813 865293 936793 120458.4 14628775 71.2 5790

500 0.0605 0.0791 0.306 0.324 0T.h50re9 e Co5r4e4 Cabl5e4s5 693 802 52.0 3215
630 0.0469 803 921 55.6 3765
800 0.0367 0.0621 0.336 0.313 0.498 617 612 153 - 160 -
1000 0.0291 50 0.6410 0.8220 0.138 0.436 - 954 1188 60.6 4515 62.8 3095
0.0495 0.374 0.303 0.488 715 786 187 - 200 - 66.4 3525
70 0.4430 0.5683 0.156 0.410 - 1205 1468 71.2 5790 69.9 3985
0.0376 0.455 0.297 0.481 862 937 222 - 240 -
95 0.3200 0.4107 0.167 0.395 -

120 0.2530 0.T3h25re0e Core0.1C8a0bles 0.381 - 253 - 277 - 73.1 4435

50 0.6410 1500.8220 0.20600.1308.2649 0.4360.192 - 0.316583 - - 218630 -- 31462.8 - 3095 76.3 4960
70 0.4430 1805.5683 0.16400.1506.2114 0.4100.208 - 0.315837 - - 322000 -- 36166.4 - 3525 80.4 5555
95 0.3200 2400.4107 0.12500.1607.1618 0.3950.228 - 0.323282 - - 327410 -- 42769.9 - 3985 85.5 6390
120 0.2530 3000.3250 0.10000.1800.1302 0.3810.252 - 0.322573 - - 422707 -- 49173.1 - 4435 91.1 7350

150 0.2060 0.2649 0.192 0.368 - 283 - 314 - 76.3 4960

185 0.1640 0.2114 0.208 0.353 - 320 - 361 - 80.4 5555

240 0.1250 T0h.1e61a8 mpac0i.t2y28for sing0le.33c8ore siz- es 80037&1 1000m- m2 w4a27s based- on a s8i5n.5gle en63d90bonding.
300 0.1000 h0.e13a02bove d0.a25ta2 is app0.r3o2x7imate- and s4u2b0jected- to gc4931manuf-acturin9g1.t1olera7n3c50e.

The ampacity for single core sizes 800 & 1000mm2 was based on a single end bonding.
he above data is approximate and subjected to gc3 manufacturing tolerance.

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