Product Details

Product Description

Construction :

ACSR conductor are formed by several wires of aluminium and galvanized steel, stranded in concentric layers. The wire or wires which form the core, are made of galvanized steel and the external layer or layers, are of aluminium. Galvanized steel core consist normally of 1, 7 or 19 wires. The diameters of steel and aluminium wires can be the same, or different. The additional corrosion protection is available through the application of grease to the cores or infusion of the complete cable with grease. By varying the relative proportions of aluminium and steel, the required characteristics for any particular application can be reached.

Standard:

We can supply this conductor according to different recognized standards, such as IEC61089, BS215, ASTM B232, CSA C49, DIN48204, JIS C3110, and customers’ special specifications also can be satisfied.

ACSR Technical characteristics / BS215

Code name	Nominal aluminum area mm2	Stranding structure				Sectional area of aluminum	Total sectional area	Overall diameter		Calculated breaking load	Calculate D.C resistance at 20℃	Current Rating
		Stranding structure				Sectional area of aluminum	Total sectional area	Overall diameter	Total	Calculated breaking load	Calculate D.C resistance at 20℃	Current Rating
		Al. No.	Al. Dia.	St. No.	St. Dia	mm2	mm2	mm	kg/km	daN	Ω/km	A
Mole	10	6	1.50	1	1.50	10.62	12.39	4.50	43	414	2.7060	67
Squirrel	20	6	2.11	1	2.11	20.94	24.43	6.33	85	788	1.3680	109
Gopher	25	6	2.36	1	2.36	26.24	30.62	7.08	106	961	1.0930	126
Weasel	30	6	2.59	1	2.59	31.61	36.88	7.77	128	1146	0.9077	134
Fox	35	6	2.79	1	2.79	36.66	42.77	8.37	149	1320	0.7822	147
Ferret	40	6	3.00	1	3.00	42.41	49.48	9.00	172	1520	0.6766	161
Rabbit	50	6	3.35	1	3.35	52.88	61.70	10.05	214	1835	0.5426	185
Mink	60	6	3.66	1	3.66	63.18	73.71	10.98	255	2180	0.4545	174
Skunk	60	12	2.59	7	2.59	63.27	100.30	12.95	465	5300	0.4567	246
Beaver	70	6	3.99	1	3.99	74.82	87.29	11.97	302	2570	0.3825	193
Horse	70	12	2.79	7	2.79	73.37	116.20	13.95	538	6120	0.3936	268
Racoon	75	6	4.10	1	4.10	79.20	92.40	12.30	320	2720	0.3622	231
Otter	80	6	4.22	1	4.22	83.88	97.86	13.98	339	2880	0.3419	240
Cat	90	6	4.50	1	4.50	95.40	111.30	15.90	386	3270	0.3007	248
Hare	100	6	4.72	1	4.72	105.00	122.50	17.50	425	3600	0.2733	273
Dog	100	6	4.72	7	1.57	105.00	118.50	14.15	394	3270	0.2733	278
Hyena	100	7	4.39	7	1.93	105.80	126.20	14.57	450	4090	0.2712
Leopard	125	8	5.28	7	1.75	131.30	148.10	15.81	492	4070	0.2184
Coyote	125	26	2.54	7	1.91	132.10	152.20	15.89	522	4640	0.2187	311
Congar	125	18	3.05	1	3.05	130.30	137.50	15.25	419	2980	0.2189	314
Tiger	125	30	2.36	7	2.36	131.10	161.70	16.52	602	5800	0.2202	323
Dingo	150	18	3.35	1	3.35	158.70	167.50	16.75	506	3570	0.1815	349
Wolf	150	30	2.59	7	2.59	158.10	194.90	18.13	726	6920	0.1828	355
Caracal	175	18	3.61	1	3.61	184.30	194.50	18.05	587	4110	0.1563	383
Lynx	175	30	2.79	7	2.79	183.40	326.20	19.53	842	7980	0.1576	386
Jaguar	200	18	3.86	1	3.86	210.60	222.30	19.30	671	4655	0.1367	415
Panther	200	30	3.00	7	3.00	212.10	261.50	21.00	974	9225	0.1363	421
Lion	225	30	3.18	7	3.18	238.50	294.20	22.26	1095	10060	0.1212	448
Bear	250	30	3.35	7	3.35	264.00	325.60	23.45	1213	11110	0.1093	481
Goat	300	30	3.71	7	3.71	324.30	400.00	25.97	1489	13570	0.0891	542
Sheep	350	30	3.99	7	3.99	374.10	461.40	27.93	1718	15590	0.0770	592
Antilope	350	54	2.97	7	2.97	373.10	421.50	26.73	1411	11820	0.0773	588
Bizon	350	54	3.00	7	3.00	381.80	431.30	27.00	1444	12090	0.0757	595
Deer	400	30	4.27	7	4.27	429.30	529.50	28.89	1971	17850	0.0674	639
Zebra	400	54	3.18	7	3.18	428.90	484.50	28.62	1621	13190	0.0674	635
ELK	450	30	4.50	7	4.50	477.00	588.30	31.50	2190	19820	0.0606	679
Camel	450	54	3.35	7	3.35	475.20	536.80	30.15	1777	14570	0.0607	677
Moose	500	54	3.53	7	3.53	528.70	597.20	31.77	1999	16110	0.0547	763
Finch	500	54	3.65	19	2.29	564.70	642.90	33.35	2243	18070	0.0512	815

Notes:

Resistance is calculated using ASTM standard increments of stranding and metal conductivity of 61.2% IACS for EC (1350) and 8% IACS for steel. AC (60Hz) resistance includes current dependent hysteresis loss factor for 1 and 3 layer constructions. Current ratings are based on 75oC conductor temperature, 25oC ambient, 2ft/s wind, 96/watts/sq.ft sun, 0.5 coefficients of emissivity and absorption.

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