AAC-All Aluminum Conductor

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AAC-All Aluminum Conductor

AAC conductor for sale

Overhead conductor factory

99.5% purity aluminum AAC

AAC conductor price per meter

AAC cable for urban network

Application

The bare conductor is made of hard-drawn aluminum wire, which is continuously twisted at a certain pitch. The twist directions of adjacent layers of the wire are opposite, and the outermost layer is twisted in the right direction..

Composed of stranded aluminum wire, AAC is available in single-ply and multi-ply constructions.，Suitable for overhead power transmission with short span, low salt spray areas, overhead feeders and busbars of substations.

Specifications

Standard	Country / Organization	Material	Typical Application
GB/T 1179	China	Aluminum stranded wire (AAC), aluminum steel core stranded wire (ACSR), aluminum alloy stranded wire (AAAC), etc. Aluminum: 1350-H19- Core: Galvanized steel wire	Used in overhead power transmission lines (35kV and above) across China
ASTM B 231	USA (ASTM)	AAC – All-Aluminum Conductor- Aluminum: 1350-H19 (hard drawn EC-grade aluminum)	Overhead distribution and transmission lines in the USA and other countries using ASTM standards
DIN 48201-5	Germany	AAC – All-Aluminum Conductor- Aluminum: EN AW-1350 or equivalent	Overhead low and medium voltage power lines in Germany and nearby regions
BS 215-1	United Kingdom	AAC – All-Aluminum Conductor- Aluminum: 1350-H19 or equivalent	Overhead lines in the UK and Commonwealth countries
BS EN 50182	European Union (EN)	AAC, AAAC, ACSR – Concentric Lay Stranded Conductors- Aluminum or aluminum alloy- Steel (for ACSR)	Common European standard for overhead line conductors
AS/NZS 1531	Australia / New Zealand	AAC, AAAC, ACSR- Aluminum: 1350 or aluminum alloy- Steel core: Galvanized or aluminum-clad	Used in overhead transmission and distribution systems in Australia and New Zealand
IEC 61089	International (IEC)	AAC, AAAC, ACSR- Aluminum: EC-grade hard drawn or alloy- Core: Galvanized or aluminum-clad steel	Global standard for overhead line conductors in international projects

Parameter

GB/T 1179 Chinese National Standard 🇨🇳 China (mainstream), also affects some Chinese-funded projects in Asia and Africa

Nominal Area	Stranding Number Diameter	Calculated Area	Overall Diameter	D,C. Resistance	Calculated Breaking	Calculated Weight	Coefficient Linear expansion	Continuous Carrying Capacity(A)
mm2	No. mm	mm2	mm	Ω/km	Load N	kg/km	1/°C	70 ℃	80 ℃	90 ℃
16	7/1.70	15.89	5.10	1.80200	2840	43.5	23Χ10-6	84	100	112
25	7/2.15	25.41	6.45	1.12700	4355	69.6	23Χ10-6	112	133	151
35	7/2.50	34.36	7.50	0.83320	5760	94.1	23Χ10-6	135	161	183
50	7/3.00	49.48	9.00	0.57860	7930	135.5	23Χ10-6	168	202	230
70	7/3.60	71.25	10.80	0.40180	10950	195.1	23Χ10-6	210	253	289
95	7/4.16	95.14	12.48	0.30090	14450	260.5	23Χ10-6	250	304	347
120	19/2.85	121.21	14.25	0.23730	19420	333.5	23Χ10-6	289	353	405
150	19/3.15	148.07	15.75	0.19430	23310	407.4	23Χ10-6	327	400	460
185	19/3.50	182.80	17.50	0.15740	28440	503.0	23Χ10-6	371	456	526
210	19/3.75	209. 85	18.75	0.13710	32260	577.4	23Χ10-6	403	497	574
240	19/4.00	238.76	20.00	0.12050	36260	656.9	23Χ10-6	435	538	522
300	37/3.20	297.57	22.40	0.09689	46850	820.4	23Χ10-6	496	617	715
400	37/3.70	397.83	25.90	0.07247	61150	1097.0	23Χ10-6	588	738	859
500	37/4.16	502.90	29.12	0.05733	76370	1387.0	23Χ10-6	674	852	995
630	61/3.63	631.30	32.67	0.04577	91940	1744.0	23Χ10-6	768	977	1145
800	61/4.10	805.36	36.90	0.03588	115900	2225.0	23Χ10-6	880	1129	1328

ASTM B 231 American Society for Testing and Materials (ASTM) 🇺🇸 United States, 🇨🇦 Canada, 🇲🇽 Mexico, and most American countries such as Brazil, Peru, etc.

Code Name	Total Area		Stranding and wire diameter	Approximate Overall Diameter	Linear Mass	Nominal breaking Load	Coefficient Linear expansion	Maximum Resistance at 20℃	Current Rating
Code Name	AWG or MCM	mm2	mm	mm	Kg/km	daN	1/°C	Ω/km	A
Peachbell	6	13.29	7/1.554	4.67	36.2	249	23Χ10-6	2.1692	72
Rose	4	21.16	7/1.961	5.89	57.7	396	23Χ10-6	1.3624	104
Iris	2	33.61	7/2.474	7.42	91.9	597	23Χ10-6	0.8577	136
Pansy	1	42.39	7/2.776	8.33	115.7	732	23Χ10-6	0.6801	157
Poppy	1/0	53.48	7/3.119	9.36	146.0	873	23Χ10-6	0.5390	180
Aster	2/0	67.42	7/3.503	10.51	184.2	1100	23Χ10-6	0.4276	207
Phlox	3/0	85.03	7/3.932	11.80	232.1	1347	23Χ10-6	0.3390	237
Oxlip	4/0	107.23	7/4.417	13.26	292.8	1698	23Χ10-6	0.2688	273
Valerian	250	126.71	19/2.913	14.57	349.1	2062	23Χ10-6	0.2275	305
Sneezewort	250	126.71	7/4.80	14.40	345.8	2007	23Χ10-6	0.2275	300
Laurel	266.8	135.16	19/3.01	15.05	372.8	2200	23Χ10-6	0.2133	317
Daisy	266.8	135.16	7/4.96	14.90	369.2	2141	23Χ10-6	0.2133	313
Peony	300	152.00	19/3.193	15.97	419.5	2403	23Χ10-6	0.1896	340
Tulip	336.4	170.45	19/3.381	16.91	470.3	2695	23Χ10-6	0.1691	364
Daffodil	350	177.35	19/3.447	17.24	488.8	2804	23Χ10-6	0.1625	373
Canna	397.5	201.42	19/3.673	18.36	555.1	3184	23Χ10-6	0.1431	401
Goldentuft	450	228.00	19/3.909	19.55	628.7	3499	23Χ10-6	0.1264	432
Syringa	477	241.68	37/2.882	20.19	665.5	3849	23Χ10-6	0.1193	449
Cosmos	477	241.68	19/4.023	20.12	665.9	3708	23Χ10-6	0.1193	447
Hyacinth	500	253.35	37/2.951	20.65	697.7	4035	23Χ10-6	0.1138	461
Zinnia	500	253.35	19/4.12	20.60	698.4	3888	23Χ10-6	0.1138	459
Dahlia	556.5	282.00	19/4.346	21.73	777.1	4327	23Χ10-6	0.1022	489
Mistletoe	556.5	282.00	37/3.114	21.79	776.9	4362	23Χ10-6	0.1022	493
Meadowsweet	600	304.00	37/3.233	22.63	837.4	4703	23Χ10-6	0.0948	513
Orchid	636	322.25	37/3.33	23.31	888.4	4985	23Χ10-6	0.0894	531
Flag	700	54.71	61/2.72	24.48	977.2	5146	23Χ10-6	0.0813	563
Verbena	700	354.71	37/3.493	24.45	977.5	5487	23Χ10-6	0.0813	562
Nasturtium	715.5	362.58	61/2.75	24.76	998.9	5874	23Χ10-6	0.0795	570
Violet	715.5	362.58	37/3.533	24.74	1000.1	5609	23Χ10-6	0.0795	570
Cattail	750	380.00	61/2.817	25.35	1048.2	5985	23Χ10-6	0.0759	586
Petunia	750	380.00	37/3.617	25.32	1048.2	5875	23Χ10-6	0.0759	585
Lilac	795	402.84	61/2. 90	26.11	1110.9	6345	23Χ10-6	0.0715	607
Arbutus	795	402.84	37/3.724	26.06	1111.1	6232	23Χ10-6	0.0715	605
Snapdragon	900	456.06	61/3.086	27.78	1257.9	6978	23Χ10-6	0.0632	653
Cockscomb	900	456.06	37/3.962	27.73	1257.7	6848	23Χ10-6	0.0632	651
Goldenrod	954	483.42	61/3.177	28.60	1333.2	7896	23Χ10-6	0.0596	675
Magnolia	954	483.42	37/4.079	28.55	1333.0	7258	23Χ10-6	0.0596	674
Camellia	1000	506.71	61/3.251	29.36	1396.0	7753	23Χ10-6	0.0569	693
Hawkweed	1000	506.71	37/4.176	29.23	1397.2	7608	23Χ10-6	0.0569	693
Larkspur	1033.5	523.68	61/3.307	29.76	1444.6	8012	23Χ10-6	0.0550	707
Bluebell	1033.5	523.68	37/4.244	29.72	1443.1	7863	23Χ10-6	0.0550	706
Marigold	1113	563.93	61/3.432	30.89	1555.8	8628	23Χ10-6	0.0511	738
Hawthorn	1192.5	604.26	61/3.551	31.95	1665.6	9245	23Χ10-6	0.0477	767
Narcissus	1272	644.51	61/3.668	33.02	1777.2	9861	23Χ10-6	0.0477	797
Columbine	1351.5	684.84	61/3.78	34.01	1887.3	10478	23Χ10-6	0.0421	825
Carnation	1431	725.10	61/3.89	35.03	1998.8	10768	23Χ10-6	0.0398	854
Gladiolus	1510.5	765.35	61/4.00	36.00	2113.4	11365	23Χ10-6	0.0376	881
Coreopsis	1590	805.68	61/4.099	36.90	2219.3	11964	23Χ10-6	0.0358	907
Jessamine	1750	886.71	61/4.302	38.73	2444.6	13168	23Χ10-6	0.0325	959
Cowslip	2000	1013.42	91/3.76	41.40	2785.8	15300	23Χ10-6	0.0285	1035
Sagebrush	2250	1013.42	91/3.99	43.89	3152.4	17043	23Χ10-6	0.0256	1035
Lupine	2500	1266.67	91/4.21	46.30	3492.6	18700	23Χ10-6	0.0230	1108
Trilium	3000	1520.13	127/3.90	50.75	4182.8	22500	23Χ10-6	0.0192	1308
Blue Bonnet	3500	1773.50	127/4.21	54.80	4874.2	26200	23Χ10-6	0.0166	1425

DIN 48201 German Industrial Standard (DIN) 🇩🇪 Germany, 🇦🇹 Austria, 🇨🇭 Switzerland, and some Central and Eastern European countries

Nominal cross-section mm2	Actual cross-section mm2	Stranding and wire Diameter	Overall Diameter mm	Linear Mass	Calculated Breaking Load daN	Coefficient Linear expansion 1/°C	Maximum D.C. Resistance at 20℃ Ω/km	Current Rating
Nominal cross-section mm2	Actual cross-section mm2	Stranding and wire Diameter	Overall Diameter mm	kg/km	Calculated Breaking Load daN	Coefficient Linear expansion 1/°C	Maximum D.C. Resistance at 20℃ Ω/km	A
16	15.89	7/1.70	5.10	44	290	23Χ10-6	1.80180	110
25	24.25	7/2.10	6.30	67	425	23Χ10-6	1.18080	145
35	34.36	7/2.50	7.50	94	585	23Χ10-6	0.83320	180
50	49.48	7/3.00	9.00	135	810	23Χ10-6	0.57860	225
50	48.36	19/1.80	9.00	133	860	23Χ10-6	0.59500	225
70	65.82	19/2.10	10.50	181	1150	23Χ10-6	0.43710	270
95	93.27	19/2.50	12.50	256	1595	23Χ10-6	0.30840	340
120	117.00	19/2.80	14.00	322	1910	23Χ10-6	0.24590	390
150	147.10	37/2.25	15.20	406	2570	23Χ10-6	0.19600	455
185	181.60	37/2.50	17.50	501	3105	23Χ10-6	0.15870	520
240	242.54	61/2.25	20.20	670	4015	23Χ10-6	0.11910	625
300	299.43	61/2.50	22.50	827	4850	23Χ10-6	0.09650	710
400	400.14	61/2.89	26.00	1105	6190	23Χ10-6	0.07221	855
500	499.83	61/3.23	29.10	1381	7600	23Χ10-6	0.05781	990
625	626.20	91/2.96	32.60	1733	9690	23Χ10-6	0.04625	1140
800	802.10	91/3.35	36.80	2219	12055	23Χ10-6	0.03611	1340
1000	999.71	91/3.74	41.10	2766	14845	23Χ10-6	0.02897	1540

BS 215 British Standard 🇬🇧 United Kingdom, 🇮🇳 India, 🇵🇰 Pakistan, 🇳🇬 Nigeria and other Commonwealth and former colonial countries

Code Name	Nominal Aluminum Area	Stranding and Wire Diameter	Sectional Area	Approximate Overall Diameter	Linear Mass	Calculated D.C. Resistance at 20℃	Calculated Breaking Load	Final Modulus of elasticity	Coefficient Linear expansion
Code Name	mm2	mm	mm2	mm	kg/km	Ω/km	daN	hBar	/℃
Midge	22	7/2.06	23.33	6.18	63.7	1.2270	399	5900	23Χ10-6
Aphis	25	7/3.35	26.40	7.20	168.4	1.0810	411	5900	23Χ10-6
Gnat	25	7/2.21	26.80	6.60	73.3	1.0660	459	5900	23Χ10-6
Weevil	30	7/2.40	31.60	7.20	86.5	0.9082	486	5900	23Χ10-6
Mosquito	35	7/2.59	37.00	7.80	100.7	0.7762	603	5900	23Χ10-6
Ladybird	40	7/2.79	42.80	8.40	116.8	0.6689	687	5900	23Χ10-6
Ant	50	7/3.10	52.83	9.30	144.2	0.5419	828	5900	23Χ10-6
Fly	60	7/3.40	63.55	10.20	173.5	0.4505	990	5900	23Χ10-6
Bluebottle	70	7/3.66	73.70	11.00	201.1	0.3881	1134	5900	23Χ10-6
Earwig	75	7/3.78	78.50	11.40	214.5	0.3644	1194	5900	23Χ10-6
Grasshopper	80	7/3.91	84.10	11.70	229.5	0.3406	1278	5900	23Χ10-6
Clegg	90	7/4.17	95.60	12.50	261.0	0.2994	1453	5900	23Χ10-6
Wasp	100	7/4.39	106.00	13.17	289.3	0.2702	1600	5900	23Χ10-6
Beetle	100	19/2.67	106.00	13.40	290.4	0.2704	1742	5600	23Χ10-6
Bee	125	7/4.90	132.00	14.70	360.4	0.2169	1994	5900	23Χ10-6
Cricket	150	7/5.36	157.90	16.10	431.2	0.1818	2385	5900	23Χ10-6
Hornet	150	19/3.25	157.60	16.25	425.0	0.1825	2570	5600	23Χ10-6
Caterpillar	175	19/3.53	186.00	17.70	507.6	0.1547	2863	5600	23Χ10-6
Chafer	200	19/3.78	213.20	18.90	582.1	0.1349	3240	5600	23Χ10-6
Spider	225	19/3.99	236.90	20.00	648.6	0.1211	3601	5600	23Χ10-6
Cockroach	250	19/4.22	265.70	21.10	725.5	0.1083	4040	5600	23Χ10-6
Butterfly	300	19/4.65	322.70	23.25	880.9	0.0892	4875	5600	23Χ10-6
Moth	350	19/5.00	373.20	25.00	1018.5	0.0771	5637	5600	23Χ10-6
Drone	350	37/3.58	373.30	25.10	1016.8	0.0774	5745	5600	23Χ10-6
Locust	400	19/5.36	428.50	26.80	1170.4	0.0671	6473	5600	23Χ10-6
Centipede	400	37/3.78	415.20	26.46	1133.6	0.0694	6310	5600	23Χ10-6
Maybug	450	37/4.09	486.90	28.60	1327.1	0.0593	7401	5600	23Χ10-6
Scorpion	500	37/4.27	529.50	29.90	1446.5	0.0544	7998	5600	23Χ10-6
Cicada	600	37/4.65	628.60	32.60	1715.4	0.0459	9495	5600	23Χ10-6
Tarantula	750	37/5.23	794.60	36.60	2170.0	0.0363	12010	5600	23Χ10-6

BS EN 50182 European Union Harmonized Standard (EN) 🇪🇺 EU countries (such as France, Spain, Italy, etc.), 🇬🇧 UK (also used)

Code Name	Nominal Aluminum Area	Stranding and Wire Diameter	Sectional Area	Approximate Overall Diameter	Linear Mass	Calculated D.C. Resistance at 20℃	Calculated Breaking Load	Final Modulus of elasticity	Coefficient Linear expansion
Code Name	mm2	mm	mm2	mm	kg/km	Ω/km	daN	hBar	/℃
Midge	22	7/2.06	23.33	6.18	63.7	1.2270	399	5900	23Χ10-6
Aphis	25	7/3.35	26.40	7.20	168.4	1.0810	411	5900	23Χ10-6
Gnat	25	7/2.21	26.80	6.60	73.3	1.0660	459	5900	23Χ10-6
Weevil	30	7/2.40	31.60	7.20	86.5	0.9082	486	5900	23Χ10-6
Mosquito	35	7/2.59	37.00	7.80	100.7	0.7762	603	5900	23Χ10-6
Ladybird	40	7/2.79	42.80	8.40	116.8	0.6689	687	5900	23Χ10-6
Ant	50	7/3.10	52.83	9.30	144.2	0.5419	828	5900	23Χ10-6
Fly	60	7/3.40	63.55	10.20	173.5	0.4505	990	5900	23Χ10-6
Bluebottle	70	7/3.66	73.70	11.00	201.1	0.3881	1134	5900	23Χ10-6
Earwig	75	7/3.78	78.50	11.40	214.5	0.3644	1194	5900	23Χ10-6
Grasshopper	80	7/3.91	84.10	11.70	229.5	0.3406	1278	5900	23Χ10-6
Clegg	90	7/4.17	95.60	12.50	261.0	0.2994	1453	5900	23Χ10-6
Wasp	100	7/4.39	106.00	13.17	289.3	0.2702	1600	5900	23Χ10-6
Beetle	100	19/2.67	106.00	13.40	290.4	0.2704	1742	5600	23Χ10-6
Bee	125	7/4.90	132.00	14.70	360.4	0.2169	1994	5900	23Χ10-6
Cricket	150	7/5.36	157.90	16.10	431.2	0.1818	2385	5900	23Χ10-6
Hornet	150	19/3.25	157.60	16.25	425.0	0.1825	2570	5600	23Χ10-6
Caterpillar	175	19/3.53	186.00	17.70	507.6	0.1547	2863	5600	23Χ10-6
Chafer	200	19/3.78	213.20	18.90	582.1	0.1349	3240	5600	23Χ10-6
Spider	225	19/3.99	236.90	20.00	648.6	0.1211	3601	5600	23Χ10-6
Cockroach	250	19/4.22	265.70	21.10	725.5	0.1083	4040	5600	23Χ10-6
Butterfly	300	19/4.65	322.70	23.25	880.9	0.0892	4875	5600	23Χ10-6
Moth	350	19/5.00	373.20	25.00	1018.5	0.0771	5637	5600	23Χ10-6
Drone	350	37/3.58	373.30	25.10	1016.8	0.0774	5745	5600	23Χ10-6
Locust	400	19/5.36	428.50	26.80	1170.4	0.0671	6473	5600	23Χ10-6
Centipede	400	37/3.78	415.20	26.46	1133.6	0.0694	6310	5600	23Χ10-6
Maybug	450	37/4.09	486.90	28.60	1327.1	0.0593	7401	5600	23Χ10-6
Scorpion	500	37/4.27	529.50	29.90	1446.5	0.0544	7998	5600	23Χ10-6
Cicada	600	37/4.65	628.60	32.60	1715.4	0.0459	9495	5600	23Χ10-6
Tarantula	750	37/5.23	794.60	36.60	2170.0	0.0363	12010	5600	23Χ10-6

AS/NZS 1531 Australia/New Zealand Standard 🇦🇺 Australia, 🇳🇿 New Zealand, and some South Pacific countries (such as Fiji)

Code Name	Nominal Aluminum Area	Stranding and wire diameter	Approximate Overall Diameter	Linear Mass	Nominal breaking Load	Coefficient Linear expansion	Maximum Resistance at 20℃
Code Name	mm2	mm	mm	Kg/km	KN	1/°C	Ω/km
Leo	34.36	7/2.5	7.50	94.3	5.71	23Χ10-6	0.8330
Leonids	41.58	7/2.75	8.25	113	6.72	23Χ10-6	0.6890
Libra	49.48	7/3.00	9.00	135	7.98	23Χ10-6	0.5790
Mars	77.28	7/3.75	11.30	211	11.8	23Χ10-6	0.3700
Mereury	111.3	7/4.50	13.50	304	16.9	23Χ10-6	0.2580
Moon	124.0	7/4.75	14.30	339	18.9	23Χ10-6	0.2320
Neptune	157.6	19/3.25	16.30	433	24.7	23Χ10-6	0.1830
Orion	182.8	19/3.5	17.50	503	28.7	23Χ10-6	0.1570
Pluto	209.8	19/3.75	18.80	576	31.9	23Χ10-6	0.1370
Saturn	261.6	37/3.00	21.00	721	42.2	23Χ10-6	0.1100
Sirius	307.0	37/3.25	22.80	845	48.2	23Χ10-6	0.0940
Taurus	336.7	19/4.75	23.80	924	51.3	23Χ10-6	0.0857
Triton	408.5	37/3.75	26.30	1120	62.2	23Χ10-6	0.0706
Uranus	506.1	61/3.25	29.30	1400	75.2	23Χ10-6	0.0572
Ursula	586.9	61/3.5	31.30	1620	87.3	23Χ10-6	0.0493
Venus	673.4	61/3.75	33.80	1860	97.2	23Χ10-6	0.0429

IEC 61089 International Electrotechnical Commission Standard 🌐 Widely recognized worldwide, commonly used in international projects, the Middle East, Southeast Asia, Africa, South America and many other countries

Code Number	Area mm2	Number of wires	Diameter		LinearMass kg/km	Rated Strength kN	Coefficient Linear expansion 1/°C	D.C Resistance Ω/km
Code Number	Area mm2	Number of wires	Wire mm	Conductor mm	LinearMass kg/km	Rated Strength kN	Coefficient Linear expansion 1/°C	D.C Resistance Ω/km
10	10	7	1.35	4.05	27.4	1.95	23Χ10-6	2.8633
16	16	7	1.71	5.12	43.8	3.04	23Χ10-6	1.7896
25	25	7	2.13	6.40	68.4	4.50	23Χ10-6	1.1453
40	40	7	2.70	8.09	109.4	6.80	23Χ10-6	0.7158
63	63	7	3.39	10.20	172.3	10.39	23Χ10-6	0.4545
100	100	19	2.59	12.90	274.8	17.00	23Χ10-6	0.2877
125	125	19	2.89	14.50	343.6	21.25	23Χ10-6	0.2302
160	160	19	3.27	16.40	439.8	26.40	23Χ10-6	0.1798
200	200	19	3.66	18.30	549.7	32.00	23Χ10-6	0.1439
250	250	19	4.09	20.50	687.1	40.00	23Χ10-6	0.1151
315	315	37	3.29	23.00	867.9	51.97	23Χ10-6	0.0916
400	400	37	3.71	26.00	1102.0	64.00	23Χ10-6	0.0721
450	450	37	3.94	27.50	1239.8	72.00	23Χ10-6	0.0641
600	500	37	4.15	29.00	1377.6	80.00	23Χ10-6	0.0577
560	560	37	4.39	30.70	1542.9	89.60	23Χ10-6	0.0515
630	630	61	3.63	32.60	1738.3	100.80	23Χ10-6	0.0458
710	710	61	3.85	34.60	1959.1	113.60	23Χ10-6	0.0407
800	800	61	4.09	36.80	2207.4	128.00	23Χ10-6	0.0361
900	900	61	4.33	39.00	2483.3	144.00	23Χ10-6	0.0321
1000	1000	61	4.57	41.10	2759.2	160.00	23Χ10-6	0.0289
1120	1120	91	3.96	43.50	3093.5	179.20	23Χ10-6	0.0258
1250	1250	91	4.18	46.00	3452.6	200.00	23Χ10-6	0.0231
1400	1400	91	4.43	48.70	3866.9	224.00	23Χ10-6	0.0207
1500	1500	91	4.58	50.40	4143.1	240.00	23Χ10-6	0.0193

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