Product Details

ACSR (Aluminum conductor steel reinforced )

Aluminum Conductors Steel Reinforced ASTM B 232
Code name	Area				Stranding and wire diameter		Approx. overall diameter	Weight			Nominal breaking load	Nominal DC resistance at 20 deg.
Code name	Nominal	Alum.	Steel	Total	Alum.	Steel	Approx. overall diameter	Alum.	Steel	Total	Nominal breaking load	Nominal DC resistance at 20 deg.
	AWG or MCM	mm2	mm2	mm2	mm	mm	mm	kg/km	kg/km	kg/km	kN	Ohm/km
	AWG or MCM	mm2	mm2	mm2	mm	mm	mm	kg/km	kg/km	kg/km	kN	Ohm/km	TURKEY	6	13.29	2.19	15.48	6/1.68	1/1.68	5.04	37	17	54	5.24	2.1586
SWAN	4	21.16	3.55	24.71	6/2.12	1/2.12	6.36	58	27	85	8.32	1.3557
SWANATE	4	21.16	5.35	26.51	7/1.96	1/2.61	6.53	58	42	100	10.53	1.3557
SPARROW	2	33.61	5.61	39.22	6/2.67	1/2.67	8.01	92	44	136	12.7	0.8535
SPARATE	2	33.61	8.52	42.13	7/2.47	1/3.30	8.24	92	67	159	16.11	0.8535
RAVEN	1/0	53.48	8.9	62.38	6/3.37	1/3.37	10.11	147	69	216	19.32	0.5364
QUAIL	2/0	67.42	11.23	78.65	6/3.78	1/3.78	11.34	185	88	273	23.62	0.4255
PIGEON	3/0	85.03	14.19	99.22	6/4.25	1/4.25	12.75	233	110	343	29.41	0.3373
PENGUIN	4/0	107.23	17.87	125.1	6/4.77	1/4.77	14.31	294	139	433	37.06	0.2675
PARTRIDGE	266.8	135.16	22	157.16	26/2.57	7/2.00	16.28	374	172	546	50.29	0.2143
MERLIN	336.4	170.45	9.48	179.93	18/3.47	1/3.47	17.35	470	74	544	38.23	0.1691
LINNET	336.4	170.45	27.81	198.26	26/2.89	7/2.25	18.31	472	217	689	62.71	0.1699
ORIOLE	336.4	170.45	39.81	210.26	30/2.69	7/2.69	18.83	473	311	784	77.27	0.1704
IBIS	397.5	201.42	32.77	234.19	26/3.14	7/2.44	19.88	558	256	814	72.11	0.1438
LARK	397.5	201.42	46.97	248.39	30/2.92	7/2.92	20.44	560	367	927	88.69	0.1442
PELICAN	477	241.68	13.42	255.10	18/4.14	1/4.14	20.70	666	105	771	52.16	0.1193
FLICKER	477	241.68	31.29	272.97	24/3.58	7/2.39	21.49	670	245	915	76.66	0.1199
HAWK	477	241.68	39.42	281.10	26/3.44	7/2.67	21.79	670	308	978	86.65	0.1199
HEN	477	241.68	56.39	298.07	30/3.20	7/3.20	22.40	671	441	1112	105.34	0.1201
OSPREY	556.5	282.00	15.68	297.68	18/4.47	1/4.47	22.35	777	122	899	60.88	0.1022
PARAKEET	556.5	282.00	36.58	318.58	24/3.87	7/2.58	23.22	781	286	1067	88.22	0.1027
DOVE	556.5	282.00	45.94	327.94	26/3.72	7/2.89	23.55	781	359	1140	101.03	0.1027
EAGLE	556.5	282.00	65.81	347.81	30/3.46	7/3.46	24.21	783	515	1298	122.92	0.103
PEACOCK	605	306.58	39.74	346.32	24/4.03	7/2.69	24.20	849	311	1160	95.88	0.0945
SQUAB	605	306.58	49.94	356.52	26/3.87	7/3.01	24.51	850	390	1240	108.14	0.0945
TEAL	605	306.58	69.87	376.45	30/3.61	19/2.16	25.24	851	548	1399	133.59	0.0947
GROSBEAK	636	322.26	52.45	374.71	26/3.97	7/3.09	25.15	893	409	1302	111.8	0.08989
STARLING	715.5	362.58	59.03	421.61	26/4.21	7/3.28	26.68	1005	461	1466	125.91	0.07989
TERN	795	402.84	27.87	430.71	45/3.38	7/2.25	27.03	1116	217	1333	97.37	0.07191
CONDOR	795	402.84	52.19	455.03	54/3.08	7/3.08	27.72	1116	408	1524	124.45	0.07191
CUCKOO	795	402.84	52.19	455.03	24/4.62	7/3.08	27.74	1116	408	1524	123.94	0.07191
DRAKE	795	402.84	65.61	468.35	26/4.44	7/3.45	28.11	1116	512	1628	139.92	0.07191
MALLARD	795	402.84	91.87	494.71	30/4.14	19/2.48	28.96	1119	719	1838	171.18	0.07208
RAIL	954	483.42	33.42	516.84	45/3.70	7/2.47	29.61	1339	262	1601	115.63	0.05992
CURLEW	1033.5	523.68	67.87	591.55	54/3.52	7/3.52	31.68	1451	530	1981	161.8	0.05531
BLUEJAY	1113	563.93	39.03	602.96	45/4.00	7/2.66	31.98	1563	305	1868	132.63	0.05136
FINCH	1113	563.93	71.55	635.48	54/3.65	19/2.19	32.85	1570	560	2150	174.41	0.05161

AAAC (All Aluminum Alloy Conductor)

Applications:

AAAC aluminum alloy 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. The aluminum alloy conductors

are used in place of single-layer ACSR conductors (i.e., #6 to #4/0 AWG) to reduce power losses in overhead distribution and transmission lines.

The inductive effect of the ACSR's steel core is eliminated, hence increasing the operating efficiency of the line.

Construction:

Standard 6201-T81 high strength aluminum conductors, conforming to ASTM Specification B-399, are concentric-lay-stranded, similar in construction and appearance to 1350 grade aluminum conductors. Standard 6201 alloy conductors are

similar to other alloy conductors commercially known as Ardival, Aldrey or Almelec. They were developed to fill the need for

an economical conductor for overhead applications requiring higher strength than that obtainable with 1350 grade aluminum

conductors, but without a steel core.

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