AAC All Aluminum Conductor

This all aluminum conductor is a kind of aluminum product made through stranding aluminum wires. It is used for the electricity distribution lines with short span length and small load-carrying capability of the pole. The AAC provides reliable performance for overhead power transmission and distribution lines. This standard covers hard drawn circular aluminum wires for electric purposes to be used as component wires of hard drawn aluminum stranded cables and aluminum conductor steel reinforced.

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Construction

AAC is a concentric-lay-stranded conductor consisting of aluminum alloy 1350-H19 wires available in both single-layer and multi-layer constructions.

Standards

ASTM B 231/B 231M CSA C49,BS 215 Part 1, IEC 61089, DIN 48201, JIS C 3109,AS/NZS 1531-91,GOST 839-80

ASTM B 231/B 231M CSA C49

Code name	Area		Stranding /wire Dia.	Approox. Overall Dia.	Weight	Nominal breaking load	Nom. DC resistance at 20 deg.
	Nominal	Actual	Stranding /wire Dia.	Approox. Overall Dia.	Weight	Nominal breaking load	Nom. DC resistance at 20 deg.
	AWG or MCM	mm²	mm	mm	kg/km	kN	ohm/km
PEACHBELL	6	13.29	7/1.554	4.67	37	2.49	2.1692
ROSE	4	21.16	7/1.961	5.89	58	3.96	1.3624
IRIS	2	33.61	7/2.474	7.42	93	5.97	0.8577
PANSY	1	42.39	7/2.776	8.33	117	7.32	0.6801
POPPY	1/0	53.48	7/3.119	9.36	147	8.73	0.539
ASTER	2/0	67.42	7/3.503	10.51	186	11.00	0.4276
PHLOX	3/0	85.03	7/3.932	11.80	234	13.47	0.339
OXLIP	4/0	107.23	7/4.417	13.26	296	16.98	0.2688
VALERIAN	250	126.71	19/2.913	14.57	349	20.62	0.2275
SNEEZEWORT	250	126.71	7/4.80	14.40	349	20.07	0.2275
LAUREL	266.8	135.16	19/3.01	15.05	373	22.00	0.2133
DAISY	266.8	135.16	7/4.96	14.90	373	21.41	0.2133
PEONY	300	152.0	19/3.193	15.97	419	24.03	0.1896
TULIP	336.4	170.45	19/3.381	16.91	470	26.95	0.1691
DAFFODIL	350	177.35	19/3.447	17.24	489	28.04	0.1625
CANNA	397.5	201.42	19/3.673	18.36	555	31.84	0.1431
GOLDENTUFT	450	228.0	19/3.909	19.55	629	34.99	0.1264
SYRINGA	477	241.68	37/2.882	20.19	666	38.49	0.1193
COSMOS	477	241.68	19/4.023	20.12	666	37.08	0.1193
HYACINTH	500	253.35	37/2.951	20.65	698	40.35	0.1138
ZINNIA	500	253.35	19/4.12	20.60	698	38.88	0.1138
DAHLIA	556.5	282	19/4.346	21.73	777	43.27	0.1022
MISTLETOE	556.5	282	37/3.114	21.79	777	43.62	0.1022
MEADOWSWEET	600	304	37/3.233	22.63	838	47.03	0.0948
ORCHID	636	322.25	37/3.33	23.31	888	49.85	0.0894
HEUCHERA	650	329.35	37/3.366	23.56	908	50.95	0.0875
FLAG	700	354.71	61/2.72	24.48	978	51.46	0.0813
VERBENA	700	354.71	37/3.493	24.45	978	54.87	0.0813
NASTURTIUM	715.5	362.58	61/2.75	24.76	1000	58.74	0.0795
VIOLET	715.5	362.58	37/3.533	24.74	1000	56.09	0.0795
CATTAIL	750	380	61/2.817	25.35	1048	59.85	0.0759
PETUNIA	750	380	37/3.617	25.32	1048	58.75	0.0759
LILAC	795	402.84	61/2.90	26.11	1111	63.45	0.0715
ARBUTUS	795	402.84	37/3.724	26.06	1111	62.32	0.0715
SNAPDRAGON	900	456.06	61/3.086	27.78	1257	69.78	0.0632
COCKSCOMB	900	456.06	37/3.962	27.73	1257	68.48	0.0632
GOLDENROD	954	483.42	61/3.177	28.60	1333	78.96	0.0596
MAGNOLIA	954	483.42	37/4.079	28.55	1333	72.58	0.0596
CAMELLIA	1000	506.71	61/3.251	29.36	1397	77.53	0.0569
HAWKWEED	1000	506.71	37/4.176	29.23	1397	76.08	0.0569
LARKSPUR	1033.5	523.68	61/3.307	29.76	1444	80.12	0.055
BLUEBELL	1033.5	523.68	37/4.244	29.72	1444	78.63	0.055
MARIGOLD	1113	563.93	61/3.432	30.89	1555	86.28	0.0511
HAWTHORN	1192.5	604.26	61/3.551	31.05	1666	92.45	0.0477
NARCISSUS	1272	644.51	61/3.668	33.02	1777	98.61	0.0447
COLUMBINE	1351.5	684.84	61/3.78	34.01	1888	104.78	0.0421
CARNATION	1431	725.1	61/3.89	35.03	1999	107.68	0.0398
GLADIOLUS	1510.5	765.35	61/4.00	35.09	2110	113.65	0.0376
COREOPSIS	1590	805.68	61/4.099	36.51	2221	119.64	0.0358
JESSAMINE	1750	886.71	61/4.302	38.72	2445	131.68	0.0325
COWSLIP	2000	1013.42	91/3.76	41.4	2791	15.3	0.0285
LUPINE	2500	1266.67	91/4.21	46.3	3524	18.7	0.023
TRILLIUM	3000	1520.13	127/3.90	50.75	4232	22.5	0.0192
BLUEBONNET	3500	1773.5	127/4.21	54.8	4985	26.2	0.0166

BS 215 Part 1

Code Name	Area		Stranding and wire diameter	Approx. Overall diameter	Weight	Nominal breaking load	Nom. DC resistance at 20 deg.
	Nominal	Actual	Stranding and wire diameter	Approx. Overall diameter	Weight	Nominal breaking load	Nom. DC resistance at 20 deg.
	mm²	mm²	mm	mm	kg/km	kN	ohm/km
MIDGE	22	23.33	7/2.06	6.2	64	3.99	1.227
APHIS	25	26.4	3/3.35	7.2	73	4.11	1.081
GNAT	25	26.8	7/2.21	6.6	73	4.59	1.066
WEEVIL	30	31.6	3/3.66	7.9	86	4.86	0.9082
MOSQUITO	35	37.0	7/2.59	7.8	101	6.03	0.7762
LADYBIRD	40	42.8	7/2.79	8.4	117	6.87	0.6689
ANT	50	52.83	7/3.10	9.3	145	8.28	0.5419
FLY	60	63.55	7/3.40	10.2	174	9.90	0.4505
BLUEBOTTLE	70	73.7	7/3.66	11.0	202	11.34	0.3881
EARWING	75	78.5	7/3.78	11.4	215	11.94	0.3644
GRASSHOPPER	80	84.1	7/3.91	11.7	230	12.78	0.3406
CLEGG	90	95.6	7/4.17	12.5	262	14.53	0.2994
WASP	100	106.0	7/4.39	13.2	290	16.00	0.2702
BEETLE	100	106.6	19/2.67	13.4	293	17.42	0.2704
BEE	125	132.0	7/4.90	14.7	361	19.44	0.2169
CRICKET	150	157.9	7/5.36	16.1	432	23.85	0.1818
HORNET	150	157.6	19/3.25	16.3	434	25.70	0.1825
CATERPILLAR	175	186.0	19/3.53	17.7	512	28.63	0.1547
CHAFER	200	213.2	19/3.78	18.9	587	32.40	0.1349
SPIDER	225	236.9	19/3.99	20.0	652	36.01	0.1211
COCKROACH	250	265.7	19/4.22	21.1	731	40.40	0.1083
BUTTERFLY	300	322.7	19/4.65	23.3	888	48.70	0.08916
MOTH	350	373.2	19/5.00	25.0	1027	56.37	0.07711
DRONE	350	373.3	37/3.58	25.1	1029	57.45	0.07741
LOCUST	400	428.5	19/5.36	26.8	1179	64.73	0.06710
CENTIPEDE	400	415.2	37/3.78	26.5	1145	63.10	0.06944
MAYBUG	450	486.9	37/4.09	28.6	1342	74.01	0.05931
SCORPION	500	529.5	37/4.27	29.9	1460	79.98	0.05441
CICADA	600	628.6	37/4.65	32.6	1733	94.95	0.04588
TARANTULA	750	794.6	37/5.23	36.6	2191	120.10	0.03627

IEC 61089

Code name	Area		Stranding and wire diameter	Approox. Overall diameter	Weight	Nominal breaking load	Nom. DC resistance at 20 deg.
	Nominal	Actual	Stranding and wire diameter	Approox. Overall diameter	Weight	Nominal breaking load	Nom. DC resistance at 20 deg.
	mm²	mm²	mm	mm	kg/km	kN	ohm/km
10	10	7	1.35	4.05	27.4	1.95	2.8633
16	16	7	1.71	5.12	43.8	3.04	1.7896
25	25	7	2.13	6.40	68.4	4.50	1.1453
40	40	7	2.70	8.09	109.4	6.80	0.7158
63	63	7	3.39	10.2	172.3	10.39	0.4545
100	100	19	2.59	12.9	274.8	17.00	0.2877
125	125	19	2.89	14.5	343.6	21.25	0.2302
160	160	19	3.27	16.4	439.8	26.40	0.1798
200	200	19	3.66	18.3	549.7	32.00	0.1439
250	250	19	4.09	20.5	687.1	40.00	0.1151
315	315	37	3.29	23.0	867.9	51.97	0.0916
400	400	37	3.71	26.0	1102.0	64.00	0.0721
450	450	37	3.94	27.5	1239.8	72.00	0.0641
500	500	37	4.15	29.0	1377.6	80.00	0.0577
560	560	37	4.39	30.7	1542.9	89.60	0.0515
630	630	61	3.63	32.6	1738.3	100.80	0.0458
710	710	61	3.85	34.6	1959.1	113.60	0.0407
800	800	61	4.09	36.8	2207.4	128.00	0.0361
900	900	61	4.33	39.0	2483.3	144.00	0.0321
1000	1000	61	4.57	41.1	2759.2	160.00	0.0289
1120	1120	91	3.96	43.5	3093.5	179.20	0.0258
1250	1250	91	4.18	46.0	3452.6	200.00	0.0231
1400	1400	91	4.43	48.7	3866.9	224.00	0.0207
1500	1500	91	4.58	50.4	4143.1	240.00	0.0193

DIN 48201

Code No.	Calculated Area	No.of Wires	Diameter	Overall Dia.	Liner Mass	Calculated Breaking Load	Max. D.C. Resistance at 20 degree
No.	sq.mm		mm	mm	kg/km	daN	Ohm/km
16	15.89	7	1.70	5.1	44	290	1.80
25	24.25	7	2.10	6.3	67	425	1.18
35	34.36	7	2.50	7.5	94	585	0.83
50	49.48	7	3.00	9	135	810	0.58
50	48.36	19	1.80	9	133	860	0.60
70	65.82	19	2.10	10.5	181	1150	0.44
95	93.27	19	2.50	12.5	256	1595	0.31
120	117.0	19	2.80	14	322	1910	0.25
150	147.1	37	2.25	15.2	406	2570	0.20
185	181.6	37	2.50	17.5	501	3105	0.16
240	242.54	61	2.25	20.2	670	4015	0.12
300	299.43	61	2.50	22.5	827	4850	0.10
400	400.14	61	2.89	26	1105	6190	0.07
500	499.83	61	3.23	29.1	1381	7600	0.06
625	626.2	91	2.96	32.6	1733	9690	0.05
800	802.1	91	3.35	36.8	2219	12055	0.04
1000	999.71	91	3.74	41.1	2766	14845	0.03

AS/NZS 1531-91

Conductor codename	Stranding and wire diameter	Nominal overall diameter	Cross- sectional area	Approximate mass	Breaking load	Modulus of elasticity	Coefficient of linear expansion	DC resist. at 20°C	AC resist. at 50Hz
Conductor codename	Stranding and wire diameter	Nominal overall diameter	Cross- sectional area	Approximate mass	Breaking load	Modulus of elasticity	Coefficient of linear expansion	DC resist. at 20°C	AC resist. at 50Hz
	no/mm	mm	mm2	kg/km	kN	GPa	x 10–6/°C	Ω/km	Ω/km
Leo	7/2.50	7.5	34.4	94.3	5.71	65	23	0.833	1.02
Leonids	7/2.75	8.25	41.6	113	6.72	65	23	0.689	0.842
Libra	7/3.00	9	49.5	135	7.98	65	23	0.579	0.707
Mars	7/3.75	11.3	77.3	211	11.8	65	23	0.37	0.452
Mercury	7/4.50	13.5	111	304	16.9	65	23	0.258	0.315
Moon	7/4.75	14.3	124	339	18.9	65	23	0.232	0.284
Neptune	19/3.25	16.3	158	433	24.7	65	23	0.183	0.224
Orion	19/3.50	17.5	183	503	28.7	65	23	0.157	0.192
Pluto	19/3.75	18.8	210	576	31.9	65	23	0.137	0.168
Saturn	37/3.00	21	262	721	42.2	64	23	0.11	0.135
Sirius	37/3.25	22.8	307	845	48.2	64	23	0.094	0.116
Taurus	19/4.75	23.8	337	924	51.3	65	23	0.0857	0.105
Triton	37/3.75	26.3	409	1120	62.2	64	23	0.0706	0.0872
Uranus	61/3.25	29.3	506	1400	75.2	64	23	0.0572	0.071
Ursula	61/3.50	31.5	587	1620	87.3	64	23	0.0493	0.0616
Venus	61/3.75	33.8	673	1860	97.2	64	23	0.0429	0.0539

GOST 839-80

Nominal Corss-section	Number of Wires	Wire Diameter	Calculated Cross-section	Overall Diameter	D.C. Resistance at 20	Min. Breaking Load	Conductor Weight	Grease Weight
mm2		mm	mm2	mm	Ω/km		kg/km	kg/km
10	7	1,35	10,0	4,05	2,8631	1950	27,4	–
16	7	1,70	15,9	5,10	1,8007	3021	43,0	0,5
25	7	2,13	24,9	6,40	1,1498	4500	68,0	0,5
35	7	2,50	34,3	7,50	0,8347	5913	94,0	0,5
40	7	2,70	40,0	8,09	0,7157	6800	109,4	–
50	7	3,00	49,5	9,00	0,5784	8198	135,0	0,5
63	7	3,39	63,0	10,16	0,4544	10390	172,3	–
70	7	3,55	69,3	10,70	0,4131	11288	189,0	1,0
95	7	4,10	92,4	12,30	0,3114	14784	252,0	1,0
100	19	2,59	100,0	12,94	0,2877	17000	274,9	–
120	19	2,80	117,0	14,00	0,2459	19890	321,0	16
125	19	2,89	125,0	14,47	0,2301	21250	343,6	–
150	19	3,15	148,0	15,80	0,1944	24420	406,0	20
160	19	3,27	160,0	16,37	0,1798	26400	439,8	–
185	19	3,50	182,8	17,50	0,1574	29832	502,0	25
200	19	3,66	200,0	18,30	0,1438	32000	549,7	–
240	19	4,00	238,7	20,00	0,1205	38192	655,0	33
250	19	4,09	250,0	20,47	0,1150	40000	687,1	–
300	37	3,15	288,3	22,10	0,1000	47569	794,0	54
315	37	3,29	315,0	23,05	0,0915	51970	867,5	–
350	37	3,45	345,8	24,20	0,0833	57057	952,0	65
400	37	3,66	389,2	25,60	0,0740	63420	1072,0	73
450	37	3,90	449,1	27,30	0,0642	71856	1206,0	84
500	37	4,15	500,4	29,10	0,0576	80000	1378,0	94
550	61	3,37	544,0	30,30	0,0529	89760	1500,0	117
560	37	4,39	560,0	30,73	0,0531	89600	1542,2	–
600	61	3,50	586,8	31,50	0,0491	95632	1618,0	126
630	61	3,63	630,0	32,64	0,0458	100800	1738,4	–
650	61	3,66	641,7	32,90	0,0450	104575	1771,0	138
700	61	3,80	691,7	34,20	0,0417	112725	1902,0	149
710	61	3,85	710,0	34,65	0,0406	113600	1959,2	–
750	61	3,95	747,4	35,60	0,0386	119584	2062,0	161

JIS C 3109

Nominal area (mm²)	Construction, No./Wire diameter (No./mm)	Calculated area (mm²)	Approx. overall diameter (mm)	Standard weight (Kg/Km)	Minimum breaking load (Kgf)	Calculated DC resistance at 20°C (Ohm/Km)	Hard-drawn copper equivalent area (mm²)
30	7/2.3	29.1	6.9	79.5	469	0.983	18.3
38	7/2.6	37.2	7.8	102	575	0.769	23.4
55	7/3.2	56.3	9.6	154	838	0.507	35.4
95	7/4.2	97.0	12.6	265	1410	0.295	61.0
150	19/3.2	153	16.0	419	2270	0.188	96.2
200	19/3.7	204	18.5	560	3030	0.140	128
240	19/4.0	239	20.0	655	3490	0.120	150
300	37/3.2	298	22.4	820	4430	0.0969	187
400	37/3.7	398	25.9	1097	5890	0.0726	250
510	37/4.2	513	29.4	1413	7460	0.0563	323
660	61/3.7	656	33.3	1812	9720	0.0441	412
850	61/4.2	845	37.8	2334	12300	0.0342	531
980	91/3.7	978	40.7	2716	14500	0.0297	615
1260	91/4.2	1261	46.2	3499	18350	0.0230	793

AAAC 1120 All Aluminum Alloy Conductor

Used as bare overhead conductor for primary and secondary distribution. Designed utilizing a high-strength aluminum-alloy to achieve a high strength-to-weight ratio; affords good sag characteristics. AAAC conductors are extensively used for overhead distribution and transmission lines adjacent to ocean coastlines where there can be a problem of corrosion in the steel of an ACSR construction. […]

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AAAC 6201 Conductor

AAAC Aluminum Alloy Conductor is Used as bare overhead conductor for primary and secondary distribution. Designed utilizing a high-strength aluminum alloy to achieve a high strength-to-weight ratio; affords better sag characteristics. Aluminum alloy gives higher resistance to corrosion than ACSR.

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ACSR Aluminum Conductor Steel Reinforced

With simple structure, the aluminum conductor steel reinforced is easy to set up and maintain, with low cost and high transmission capacity. It is advantageous for this ACSR to be put up across a valley or river or under other various special geographic conditions. The ACSR has advantages of sound electrical conductivity, high mechanical strength, […]

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ACAR Aluminum Conductor Alloy Reinforced

Aluminum Conductor Alloy Reinforced (ACAR) cable has aluminum wires concentrically stranded around a Aluminum Alloy core.Aluminum wire is 1350 H-19, the same material with AAC, ACSR outer layer conductor wires. Aluminum Alloy core is high strength Aluminum-Magnesium-Silicon 6201-T81 53%IACS Alloy.ACAR has a lower maintenance revenue, using the same tower and pole as ACSR does. ACAR […]

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Products

AAC All Aluminum Conductor

Construction

Standards

ASTM B 231/B 231M CSA C49

BS 215 Part 1

IEC 61089

DIN 48201

AS/NZS 1531-91

GOST 839-80

JIS C 3109