AACSR Aluminum Alloy Conductor Steel Reinforced

The AACSR conductors are also suitable for use in all practical transmission towers,and other structures. Application range from extra high voltage(EHV) transmission lines to sub-service spans at distribution or utilization voltages on private premises as like as ACSR.

AACSR(Aluminum Alloy Conductor Steel Reinforced) has also a long service record because of its economy ,dependability, and strength to weight ratio. The combined light weight and high conductivity of aluminum with strength of the steel cores enable higher tensions ,less sag,and longer spans than any alternative as like as ACSR.

Compared with ACSR ,the tensile strength of aluminum conductor is more strong.

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Construction

Aluminum Alloy 6201 wires and the steel cores are concentrically stranded and wrapped helically around a central wire. The additional corrosion protection is available through the application of grease to the cores or infusion of the complete cable with grease.

Standards

ASTM B711 IEC 61089 AS 3607 GB/T 1179

ASTM B711

Nominal Sectional Area			No./Nominal Dia. Of Wire		Approx.Overall Dia.	Approx.Weight	Nominal Breaking Load	Max.DC Resistance at20°C


Aluminum Alloy	Steel	Total	Aluminum Alloy	Steel
mm2	mm2	mm2	No./mm	No./mm	mm	kg/km	kN	Ω/km
140	23	163	26/2.62	7/2.04	16.6	565	75	0.23898
140	33	173	30/2.44	7/2.44	17.1	643	87.4	0.23906
160	26	186	26/2.80	7/2.18	17.7	646	85.6	0.20924
160	38	198	30/2.61	7/2.61	18.3	736	106	0.20893
180	29	209	26/2.97	7/2.31	18.8	731	95.1	0.18597
180	42	222	30/2.76	7/2.76	19.3	823	112	0.18684
200	32	232	26/3.13	7/2.43	19.8	805	106	0.16744
200	47	247	30/2.91	7/2.91	20.4	915	124	0.16807
224	36	260	26/3.31	7/2.57	21.0	901	118	0.14973
224	52	276	30/3.08	7/3.08	21.6	1025	139	0.15003
250	41	291	26/3.50	7/2.72	22.2	1008	129	0.13391
250	58	308	30/3.26	7/3.26	22.8	1149	156	0.13392
280	46	326	26/3.70	7/2.88	23.4	1127	144	0.11983
280	65	345	30/3.45	7/3.45	24.2	1286	171	0.11958
315	52	367	26/3.93	7/3.06	24.9	1272	163	0.10621
315	72	387	30/3.66	19/2.20	25.6	1438	190	0.12246
355	58	413	26/4.17	7/3.24	26.4	1430	183	0.09434
355	81	436	30/3.88	19/2.33	27.2	1614	211	0.10897
400	65	465	26/4.43	7/3.45	28.1	1616	207	0.08359
400	91	491	30/4.12	19/2.47	28.8	1818	237	0.09664
450	59	509	54/3.26	19/1.98	29.5	1706	215	0.08952
500	63	563	54/3.43	19/2.06	30.9	1878	229	0.08086
560	71	631	54/3.63	19/2.18	32.7	2104	257	0.07220
630	80	710	54/3.85	19/2.31	34.6	2365	286	0.06418
710	90	800	54/4.09	19/2.45	36.8	2664	322	0.05687
800	101	901	54/4.34	19/2.60	39.0	3003	363	0.05051
900	73	973	84/3.69	19/2.21	40.6	3060	355	0.05809
1000	81	1081	84/3.89	19/2.33	42.8	3400	391	0.05227
1120	91	1211	84/4.12	19/2.47	45.3	3816	439	0.04660
1250	102	1352	84/4.35	19/2.61	47.8	4255	490	0.04180

IEC 61089

Code Number	Nominal Area			No./Nominal Dia. Of Wire		Approx.Overall Dia.	Approx.Weight	Nominal Breaking Load	Max.DC Resistance at20°C



	Aluminum Alloy	Steel	Total	Aluminum Alloy	Steel
	mm2	mm2	mm2	No./mm	No./mm	mm	kg/km	kN	Ω/km
16	18.4	3.07	21.5	6/1.98	1/1.98	5.94	74.4	9.02	1.7934
25	28.8	4.8	33.6	6/2.47	1/2.47	7.41	116.2	13.96	1.1478
40	46	7.67	53.7	6/3.13	1/3.13	9.39	185.9	22.02	0.7174
63	72.5	12.1	84.6	6/3.92	1/3.92	11.8	292.8	34.68	0.4555
100	115	6.39	121	18/2.85	1/2.85	14.3	366.4	41.24	0.2880
125	144	7.99	152	18/3.19	1/3.19	16.0	458.0	51.23	0.2304
125	144	23.4	167	26/2.65	7/2.06	16.8	579.9	69.86	0.2310
160	184	10.2	194	18/3.61	1/3.61	18.0	586.2	65.58	0.1800
160	184	30.0	214	26/3.00	7/2.34	19.0	742.3	88.52	0.1805
200	230	12.8	243	18/4.04	1/4.04	20.2	732.8	81.97	0.1440
200	230	37.5	268	26/3.36	7/2.61	21.3	927.9	110.64	0.1444
250	288	28.3	316	22/4.08	7/2.27	23.1	1013.5	117.09	0.1154
250	288	46.9	335	26/3.75	7/2.92	23.8	1159.8	138.31	0.1155
315	363	25.1	388	45/3.20	7/2.14	25.6	1196.5	136.28	0.0917
315	363	59.0	422	26/4.21	7/3.28	26.7	1461.4	171.90	0.0917
400	460	31.8	492	45/3.61	7/2.41	28.9	1519.4	172.10	0.0722
400	460	59.7	520	54/3.29	7/3.29	29.7	1738.3	201.46	0.0723
450	518	35.8	554	45/3.83	7/2.55	30.6	1709.3	193.61	0.0642
450	518	67.1	585	54/3.49	7/3.49	31.5	1955.6	226.64	0.0643
500	575	39.8	615	45/4.04	7/2.69	32.3	1899.3	215.12	0.0578
500	575	74.6	650	54/3.68	7/3.68	33.2	2172.9	251.82	0.0578
560	645	44.6	689	45/4.27	7/2.85	34.2	2127.2	240.93	0.0516
560	645	81.6	726	54/3.90	7/2.34	35.1	2420.9	283.21	0.0516
630	725	31.3	756	72/3.58	7/2.39	35.8	2248.0	249.62	0.0459
630	725	91.8	817	54/4.13	7/2.48	37.2	2732.5	318.61	0.0459
710	817	35.3	852	72/3.80	7/2.53	38.0	2533.4	281.32	0.0407
710	817	104	921	54/4.39	19/2.63	39.5	3069.4	359.06	0.0407
800	921	39.8	961	72/4.04	7/2.69	40.4	2854.6	316.98	0.0361
800	921	76.7	997	84/3.74	7/3.74	41.1	3145.1	356.03	0.0362
900	1036	44.8	1081	72/4.28	7/2.85	42.8	3211.4	356.60	0.0321
900	1036	86.3	1122	84/3.96	7/3.96	43.6	3538.3	400.53	0.0322
1000	1151	93.7	1245	84/4.18	19/2.51	45.9	3916.8	446.37	0.0289
1120	1289	105	1394	84/4.42	19/2.65	48.6	4386.8	499.93	0.0258

AS 3607

Code Name	No. / Nominal Dia. of Wire		Cross Section Area			Approx. Overall Dia.	Approx. Weight	Nominal Breaking Load	Max. DC Resistance at 20°C
	No. / Nominal Dia. of Wire		Cross Section Area
	Aluminum Alloy	Steel	Aluminum Alloy	Steel	Total
	No./mm	No./mm	mm2	mm2	mm2	mm	kg/km	kN	Ω/km
Apple 1120	6/3.00	1/3.00	42.4	7.1	49.5	9.0	171	18.3	0.7000
Banana 1120	6/3.75	1/3.75	66.3	11.0	77.3	11.3	268	27.9	0.4480
Cherry 1120	6/4.75	7/1.60	106	14.1	14.3	14.3	402	40.7	0.2790
Grape 1120	30/2.50	7/2.50	147	34.4	17.5	17.5	677	74.4	0.2030
Lemon 1120	30/3.00	7/3.00	212	49.5	21.0	21.0	973	107	0.1410
Lychee 1120	30/3.25	7/3.25	249	58.1	22.8	22.8	1140	126	0.1200
Lime 1120	30/3.50	7/3.50	289	67.3	24.5	24.5	1320	143	0.1040
Mango 1120	54/3.00	7/3.00	382	49.5	27.0	27.0	1440	149	0.0784
Orange 1120	54/3.25	7/3.25	448	58.1	29.3	29.3	1690	174	0.0669
Olive 1120	54/3.50	7/3.50	519	67.3	31.5	31.5	1960	197	0.0578

GB/T 1179

Nominal sectional area	Area			No. / Nominal Dia. of Wire		Approx. Overall Dia.	Approx. Weight	Nominal Breaking Load	Max.DC Resistance at 20°C
	Area			No. / Nominal Dia. of Wire
	Aluminum Alloy	Steel	Total	Aluminum Alloy	Steel
mm2	mm2	mm2	mm2	No./mm	No./mm	mm	Kg/km	kN	Ω/km
10/2	10.6	1.77	12.37	6/1.50	1/1.50	4.5	42.8	5.51	3.1444
16/3	16.13	2.69	18.82	6/1.85	1/1.85	5.55	65.1	8.39	2.0671
25/4	25.36	4.23	29.59	6/2.32	1/2.32	6.96	102.4	13.06	1.3144
35/6	34.86	5.81	40.67	6/2.72	1/2.72	8.16	140.8	17.96	0.9563
50/8	48.25	8.04	56.3	6/3.2	1/3.2	9.6	194.8	24.53	0.6906
50/30	50.73	29.59	80.32	12/2.32	7/2.32	11.6	371.1	50.22	0.6614
70/10	68.05	11.34	79.39	6/3.8	1/3.8	11.4	274.8	33.91	0.4899
70/40	69.73	40.67	110.4	12/2.72	7/2.72	13.6	510.2	69.03	0.4812
95/15	94.39	15.33	109.73	26/2.15	7/2.15	13.6	380.2	48.62	0.3554
95/55	96.51	56.3	152.81	12/3.2	7/3.2	16	706.1	93.29	0.3477
120/7	118.89	6.61	125.5	18/2.9	1/2.9	14.5	378.5	46.17	0.2815
120/20	115.67	18.82	134.49	26/2.38	7/2.38	15.1	466.1	59.61	0.2900
120/70	122.15	71.25	193.4	12/3.6	7/3.6	18.0	893.7	116.85	0.2747
150/8	144.76	8.04	152.8	18/3.2	1/3.2	16.0	460.9	55.90	0.2312
150/25	148.86	24.25	173.11	26/2.7	7/2.15	17.1	600.1	76.75	0.2254
185/10	183.22	10.18	193.4	18/3.6	1/3.6	18.0	583.3	68.91	0.1826
210/10	204.14	11.34	215.48	18/3.8	1/3.8	19.0	649.9	76.78	0.1639
210/35	211.73	34.36	246.09	26/3.22	7/2.50	20.4	852.5	107.98	0.1585
240/30	244.29	31.67	275.96	24/3.60	7/2.40	21.6	920.7	113.05	0.1372
240/40	238.84	38.9	277.74	26/3.42	7/2.66	21.7	962.8	121.97	0.1405
300/20	303.42	20.91	324.32	45/2.93	7/1.95	23.4	1000.8	12307	0.1106
300/50	299.54	48.82	348.37	26/3.83	7/2.98	24.3	1207.7	150.01	0.1120
300/70	305.36	71.25	376.61	30/3.6	7/3.6	25.2	1399.6	174.57	0.1099
400/25	391.91	27.1	419.01	45/3.33	7/2.22	26.6	1293.5	159.07	0.0857
400/50	399.72	51.82	451.54	54/3.07	7/3.07	27.6	1509.3	186.91	0.0841
400/95	407.75	93.27	501.02	30/4.16	19/2.5	29.1	1856.7	234.77	0.0823
500/35	497.01	34.36	531.37	45/3.75	7/2.50	30.0	1640.3	195.73	0.0675
500/65	501.88	65.06	566.94	54/3.44	7/3.44	31.0	1895.0	234.68	0.0670
630/45	623.45	43.10	666.55	45/4.20	7/2.80	33.6	2057.6	245.52	0.0538
630/80	635.19	80.32	715.51	54/3.87	19/2.32	34.8	2384.7	291.65	0.0529
800/55	814.30	56.30	870.60	45/4.80	7/3.20	38.4	2687.5	318.43	0.0412
800/100	795.17	100.88	896.05	54/4.33	19/2.60	39.0	2987.8	365.48	0.0423
1000/45	1002.27	43.10	1045.38	72/4.21	7/2.80	42.1	3106.8	364.85	0.0335
1000/125	993.51	125.50	1119.01	54/4.84	19/2.90	43.5	3728.9	456.03	0.0338

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

AACSR Aluminum Alloy Conductor Steel Reinforced

Construction

Standards

ASTM B711

IEC 61089

AS 3607

GB/T 1179