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8KV 133% XLPE INSULATION PVC 1/0AWG POWER CABLE big gallery

ICEA S-93-639 Cable, Medium Voltage Cable, Building Cable

8KV 133% XLPE INSULATION PVC 1/0AWG POWER CABLE

Designed for excellence in functionality, this product is ideal for power transmission and distribution, effortlessly handling rated power frequency voltages from an impressive range of 5kv to 46kv.

Standard: ICEA S-93-639
Certificate: ISO 9001. ISO 14001. ISO 45001
UV Proof, Flame Retardant

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Application

Designed for excellence in functionality, this product is ideal for power transmission and distribution, effortlessly handling rated power frequency voltages from an impressive range of 5kv to 46kv.

Characteristics

Voltage Rating: 8kV
Max. conductor temperature in service 90 °C
Max. Short time overload temperature(2 h)130 °C
Maximum conductor short time temperature 250 °C
Bending factor when laying

Products Construction

• Conductor: Stranded Compacted Copper or Aluminium Wire , Class B Conductor

• Conductor Shield : Semi-conductor XLPE Compound

• Insulation: 133% XLPE

• Insulation Shield: Semi-conductor XLPE Compound

• Metallic screen: Copper tape

• Wrapping tape(optional): Non-woven clothing tape

• Outer sheath : PVC

Applicable Standards

ICEA S-93-639

Optional

Conductor can be water blocking

Anti-termite

Anti-rodent

Oil Resistance

UV Resistance

Low Smoke Zero Halogen

Technical Parameters

Phase Conductor		Neutral		Thickness Per Cond. (mils)				Diameter (mils)			Weight 1000 feet (lbs.)
Size (AWG or kcmil)	Stranding	No. of Wires	Size (AWG)	Nominal Insul.	Insul. Shield min. Point	Approx. Jkt.	Bare Phase Cond.	Over Insul.	Over Insul. Shield	Comp. Cable	Comp. Cable
ALUMINUM CONDUCTOR – 0.345 INSULATION – 100% INSULATION LEVEL ” FULL COPPER WIRE NEUTRAL
1*1/0	19	16	14	345	40	55	335	1066	1176	1414	977
1*2/0	19	13	12	345	40	55	376	1107	1217	1488	1123
1*3/0	19	16	12	345	40	55	423	1153	1263	1534	1249
1*4/0	19	13	10	345	40	80	474	1212	1322	1686	1537
1*250	37	15	10	345	40	80	523	1261	1371	1735	1678
1*300	37	18	10	345	40	80	572	1310	1420	1784	1858
1*350	37	21	10	345	40	80	617	1355	1465	1829	2034
1*400	37	19	9	345	40	80	661	1399	1509	1898	2243
1*450	37	21	9	345	40	80	701	1439	1549	1938	2400
1*500	37	19	8	345	40	80	738	1476	1586	2003	2626
1*550	61	21	8	345	55	80	783	1527	1657	2074	2859
1*600	61	23	8	345	55	80	817	1561	1691	2108	3033
1*650	61	25	8	345	55	80	850	1594	1724	2141	3205
1*700	61	26	8	345	55	80	883	1627	1757	2174	3332
1*750	61	28	8	345	55	80	914	1658	1788	2205	3502
1*800	61	30	8	345	55	80	943	1687	1817	2234	3671
ALUMINUM CONDUCTOR – 0.345 INSULATION – 100% INSULATION LEVEL ” 1/3 COPPER WIRE NEUTRAL
1*1/0	19	6	14	345	40	55	335	1066	1176	1414	859
1*2/0	19	7	14	345	40	55	376	1107	1217	1455	928
1*3/0	19	9	14	345	40	55	423	1153	1263	1501	1021
1*4/0	19	11	14	345	40	55	474	1212	1322	1561	1136
1*250	37	13	14	345	40	55	523	1261	1371	1609	1237
1*300	37	15	14	345	40	80	572	1310	1420	1708	1405
1*350	37	18	14	345	40	80	617	1355	1465	1754	1525
1*400	37	13	12	345	40	80	661	1399	1509	1831	1682
1*450	37	14	12	345	40	80	701	1439	1549	1870	1780
1*500	37	16	12	345	40	80	738	1476	1586	1907	1896
1*550	61	18	12	345	55	80	783	1527	1657	1979	2067
1*600	61	19	12	345	55	80	817	1561	1691	2013	2163
1*650	61	13	10	345	55	80	850	1594	1724	2088	2333
1*700	61	14	10	345	55	80	883	1627	1757	2121	2440
1*750	61	15	10	345	55	80	914	1658	1788	2152	2545
1*800	61	16	10	345	55	80	943	1687	1817	2181	2648
1*900	61	18	10	345	55	80	1001	1745	1875	2239	2854
1*1000	61	20	10	345	55	80	1055	1800	1930	2293	3058
1*1250	61	20	9	345	55	80	1180	1924	2054	2443	3606

Phase Conductor		Neutral		Thickness Per Cond. (mils)				Diameter (mils)			Weight 1000 feet (lbs.)
Size (AWG or kcmil)	Stranding	No. of Wires	Size (AWG)	Nominal Insul.	Insul. Shield min. Point	Approx. Jkt.	Bare Phase Cond.	Over Insul.	Over Insul. Shield	Comp. Cable	Comp. Cable
ALUMINUM CONDUCTOR – 0.345 INSULATION – 100% INSULATION LEVEL ” 1/6 COPPER WIRE NEUTRAL
1*1/0	19	5	16	345	40	55	335	1066	1176	1387	799
1*2/0	19	6	16	345	40	55	376	1107	1217	1428	863
1*3/0	19	7	16	345	40	55	423	1153	1263	1475	938
1*4/0	19	9	16	345	40	55	474	1212	1322	1534	1044
1*250	37	10	16	345	40	55	523	1261	1371	1583	1128
1*300	37	8	14	345	40	80	572	1310	1420	1708	1323
1*350	37	9	14	345	40	80	617	1355	1465	1754	1418
1*400	37	10	14	345	40	80	661	1399	1509	1797	1515
1*450	37	12	14	345	40	80	701	1439	1549	1837	1617
1*500	37	8	12	345	40	80	738	1476	1586	1907	1746
1*550	61	9	12	345	55	80	783	1527	1657	1979	1899
1*600	61	10	12	345	55	80	817	1561	1691	2013	1995
1*650	61	11	12	345	55	80	850	1594	1724	2046	2089
1*700	61	11	12	345	55	80	883	1627	1757	2079	2166
1*750	61	12	12	345	55	80	914	1658	1788	2109	2258
1*800	61	13	12	345	55	80	943	1687	1817	2139	2349
1*900	61	14	12	345	55	80	1001	1745	1875	2196	2513
1*1000	61	16	12	345	55	80	1055	1800	1930	2251	2693
1*1250	61	20	12	345	55	80	1180	1924	2054	2376	3112

FAQ

What is concentric cable used for?

Concentric cables are primarily used by utility companies and electricians to connect the main power grid to residential properties and buildings. Their unique design surrounds the central “live” conductor with the neutral and earth wires, preventing tampering and offering superior protection against accidental damage and shock.

What is the difference between MV 105 and mv90?

MV-90 and MV-105 are classifications for medium-voltage (MV) power cables, where the numbers designate their maximum continuous conductor operating temperatures:
and respectively.

Why use concentric neutral cable?

Concentric neutral cables use a central phase conductor wrapped in a layer of bare wires that act as the neutral. They are widely used for underground power distribution and service entrances because they provide an excellent ground fault return path, balance electrical stresses, and shield the center conductor for safety

What does concentric mean in electrical terms?

At its heart, a concentric cable is an electrical cable defined by its unique, layered construction. Think of it like the rings of a tree trunk. It features a central “live” or “phase” conductor that is wrapped in a layer of high-grade insulation.

What is the difference between concentric neutral and shielded cable?

What’s the difference between a concentric neutral and a tape shield on MV cable? A concentric neutral consists of spiraled bare copper strands designed to carry ground fault current, while a tape shield is a flat copper or aluminum tape for electrostatic shielding only. They require different grounding practices.

Can I connect neutral and ground together?

No, you can only tie the neutral and ground wires together at your main service panel (where your utility power enters the building). Connecting them anywhere else (like in an outlet, light switch box, or subpanel) is an electrical code violation and creates severe shock and fire hazards.

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