Factory Price AAC ACSR AAAC Aluminum Conductor Alloy Overhead Power Cable

Product Description

Overhead Line Power Transmission Bare All Aluminum Alloy Conductor AAAC
Application:
Aluminum alloy bare 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 characteristic. Aluminum alloy have higher resistance to corrosion than ACSR and AAC. It can be used in coastal regions owing to its high degree of corrosion resistance and is also used extensively within the Railway and Metro industries.
Applicable standards:
Aluminum alloy conductor (AAAC) are produced according to ASTM B-399, BS EN-50182, AS/NZS 1531, DIN 48201, CSA 61089, IEC 61089, GB/T 1179, BS 3242, NFC 34-125 or the standards agreed by both of the customers and us.
Advantages
AAAC products have many advantages for use, like low resistance, large carrying capacity, corrosion resistance, easy installation, and so on.
Construction:
Aluminum alloy wires, concentrically stranded.
ASTM B-398/B-399 standard:

Code Name	Total Area		Stranding and wire diameter	Approximate Overall Diameter	Linear Mass	Nominal breaking Load	Maximum Resistance at 20ºC
	AWG or MCM	mm2	mm	mm	Kg/km	daN	Ω/km
Akron	6	7/1.68	15.51	5.04	42.7	492	2.15980
	4	7/1.96	21.14	5.89	57.89	671	1.58600
Alton	48.69(4)	7/2.12	24.67	6.35	67.56	783	1.35570
	2	7/2.47	33.65	7.42	92.14	1069	0.99870
Ames	77.47(2)	7/2.67	39.26	8.02	107.50	1250	0.85470
	1/0	7/3.12	53.49	9.35	146.50	1698	0.62590
Azusa	123.3(1/0)	7/3. 37	62.46	10.11	171.00	1979	0.53650
	2/0	7/3.50	67.45	10.52	184.70	2048	0.49740
Anaheim	155.4(2/0)	7/3.78	78.75	11.35	215.16	2398	0.42640
	3/0	7/3.93	85.00	11.79	232.70	2588	0.39450
Amherst	195.7 (3/0)	7/4.25	99.20	12.75	271.50	3017	0.33730
	4/0	7/4.42	107.20	13.26	293.70	3267	0.31190
Alliance	246.9 (4/0)	7/4.77	125.10	14.30	342.60	3807	0.26780
	250.0	19/2.91	126.70	14.58	346.90	3897	0.26510
	300.0	19/3.19	152.10	15.89	418.60	4677	0.22060
Butte	312.8	19/3.26	158.50	16.31	434.00	4876	0.21120
	350.0	19/3.45	177.30	17.25	485.50	5226	0.18860
Canton	394.5	19/3.66	199.00	18.31	547.40	5896	0.16760
		19/3.69	202.70	18.44	555.10	5976	0.16490
	450.0	19/3.91	228.00	19.56	624.40	6725	0.14680
Cairo	465.4	19/3.98	235.80	19.89	645.70	6955	0.14310
	500.0	19/4.12	253.40	20.60	693.60	7465	0.13220
	550.0	37/3.10	278.70	21.67	762.90	8384	0.12000
Darien	559.5	19/4.36	283.50	21.79	776.30	8355	0.11810
	660.0	37/3.23	304.00	22.63	832.00	9143	0.11050
	650.0	37/3.37	329.40	23.57	909.80	9903	0.10150
Elgin	652.4	19/4.71	330.60	23.55	970.60	9743	0.10120
	700.0	37/3.49	354.50	24.46	910.60	10193	0.09464
Flint	740.8	37/3.59	375.40	25.15	1028.00	10793	0.08944

Code Name	Total Area		Stranding and wire diameter	Approximate Overall Diameter	Linear Mass	Nominal breaking Load	Maximum Resistance at 20ºC
	AWG or MCM	mm2	mm	mm	Kg/km	daN	Ω/km
	750.0	37/3.62	380.20	25.32	1041.00	10992	0.08796
	800.0	37/3.73	405.40	26.14	1109.00	11691	0.08285
	900.0	37/3.96	456.30	27.74	1249.00	13191	0.07351
Greeley	927.2	37/4.02	469.80	28.14	1287.00	13591	0.07133
	1000.0	37/4.18	506.70	29.24	1388.00	14589	0.06597
	1077.4	61/3.38	483.40	30.42	1496.00	15589	0.06120
	1165.1	61/3.51	523.70	31.59	1617.00	16888	0.05675
	1250.0	61/3.63	633.30	32.67	1733.00	17987	0.05306
	1259.6	61/3.65	564.00	32.85	1748.00	18187	0.05248
	1348.8	61/3.78	604.20	34.02	1872.00	19486	0.04893
	1439.2	61/3.90	644.50	35.10	1997.00	20785	0.04597
	1500.0	61/3.98	760.00	35.82	2081.00	21684	0.04414
	1750.0	61/4.30	886.70	38.70	2429.00	25282	0.03781