ACSR With Aluminum & Steel Conductor According To IEC 61089 Standard （AAC,AAAC,ACSR）

ACSR With Aluminum & Steel Conductor According To IEC 61089 Standard （AAC,AAAC,ACSR） image

ACSR With Aluminum & Steel Conductor According To IEC 61089 Standard (AAC,AAAC,ACSR)

Application:

ACSR conductors are widely used for electrical power transmission over long distances, since they are ideal for long overhead lines spans. They are also used as a messenger for supporting overhead electrical cables.

Construction:

ACSR conductors 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.

By varying the relative proportions of aluminium and steel, the required characteristics for any particular application can be reached. A higher U. T. S. Can be obtained, by increasing steel content, and a higher current carrying capacity by increasing aluminium content.

Electrical properties:

density@20ºC	Aluminium: 2.703 kg/dm
density@20ºC	Galvanised Steel: 7.80 kg/dm
Temperature Coefficient@20°C	Aluminium: 0.00403 (°C)
resistivity@20°C	Aluminium: Should not exceed 0.028264
linear Expansivity	Aluminium: 23 x10 (°C)
linear Expansivity	Galvanised Steel: 11.5 x10 (1/°C)

SERVICE CONDITIONS

Ambient Temperature	-5°C – 50°C
Wind Pressure	80 – 130kg/m
Seismic Acceleration	0.12 – 0.05g
Isokeraunic level	10 – 18
relative Humidity	5 – 100%

ACSR With Aluminum & Steel Conductor According To IEC 61089 Standard (AAC,AAAC,ACSR)technical data sheet:

Numbers of Wires		Modules of Elasticity		Coeficient of linear Expansion
AL	STEEL	Kg/mm2	Lb/in2	1/Cº	1/Fº
6	1	81	11.5 x10⁶	19.1 x10^-6	10.6 x10^-6
6	7	77	11.0 x10⁶	19.8 x10^-6	11.0 x10^-6
12	7	107	15.2 x10⁶	15.3 x10^-6	8.5 x10^-6
18	1	67	9.5 x10⁶	21.2 x10^-6	11.8 x10^-6
24	7	74	10.5 x10⁶	19.6 x10^-6	10.9 x10^-6
26	7	77	10.9 x10⁶	18.9 x10^-6	10.5 x10^-6
28	7	79	11.2 x10⁶	18.4 x10^-6	10.2 x10^-6
30	7	82	11.6 x10⁶	17.8 x10^-6	9.9 x10^-6
30	19	80	11.4 x10⁶	18.0 x10^-6	10.0 x10^-6
32	19	82	11.7 x10⁶	17.5 x10^-6	9.7 x10^-6
54	7	70	9.9 x10⁶	19.3 x10^-6	10.7 x10^-6
54	19	68	9.7 x10⁶	19.4 x10^-6	10.8 x10^-6

CONSTRUCTION PARAMETERS

• IEC 60189

Code	Nominal Area			Stranding		Overall Diameter	Weight	Breaking Load	Electrical Resistance @20°	Current Rating*
	AL	STEEL	TOTAL	AL	STEEL
	mm2	mm2	mm2	No.^xmm	No.^xmm	mm	Kg/Km	KN	Ω/Km	A
16	16	2.67	18.7	6/1.84	1/1.84	5.52	64.6	6.08	1.7934	85
25	25	4.17	29.2	6/2.30	1/2.30	6.9	100.9	9.13	1.1478	112
40	40	6.67	46.7	6/2.91	1/2.91	8.73	161.5	14.4	0.7174	150
63	63	10.5	73.5	6/3.66	1/3.66	10.98	254.4	21.63	0.4555	198
100	100	16.7	117	6/4.61	1/4.61	13.83	403.8	34.33	0.2869	263
125	125	6.94	132	18/2.97	1/2.97	14.85	397.9	29.17	0.2304	299
125	125	20.4	145	26/2.47	7/1.92	15.64	503.9	45.69	0.231	302
160	160	8.89	169	18/3.36	1/3.36	16.8	509.3	36.18	0.18	347
160	160	26.1	186	26/2.80	7/2.18	17.74	644.9	57.69	0.1805	351
200	200	11.1	211	18/3.76	1/3.76	18.8	636.7	44.22	0.144	398
200	200	32.6	233	26/3.13	7/2.43	19.81	806.2	70.13	0.1444	402
250	250	24.6	275	22/3.80	7/2.11	21.53	880.6	68.72	0.1154	458
250	250	40.7	291	26/3.50	7/2.72	22.16	1007.7	87.67	0.1155	461
315	315	21.8	337	45/2.99	7/1.99	23.91	1039.6	79.03	0.0917	526
315	315	51.3	366	26/3.93	7/3.05	24.87	1269.7	106.83	0.0917	530
400	400	27.7	428	45/3.36	7/2.24	26.88	1320.1	98.36	0.0722	607
400	400	51.9	452	54/3.07	7/3.07	27.63	1510.3	123.04	0.0723	610
450	450	31.1	481	45/3.57	7/2.38	28.56	1485.2	107.47	0.0642	651
450	450	58.3	508	54/3.26	7/3.26	29.34	1699.1	138.42	0.0643	655
500	500	34.6	535	45/3.76	7/2.51	30.09	1650.2	119.41	0.0578	693
500	500	64.8	565	54/3.43	7/3.43	30.87	1887.9	153.8	0.0578	697
560	560	38.7	599	45/3.98	7/2.65	31.83	1848.2	133.74	0.0516	741
560*	560	70.9	631	54/3.63	19/2.18	32.68	2103.4	172.59	0.0516	745
630	630	43.6	674	45/4.22	7/2.81	33.75	2079.2	150.45	0.0459	794
630*	630	79.8	710	54/3.85	19/2.31	34.65	2366.3	191.77	0.0459	798
710	710	49.1	759	45/4.48	7/2.99	35.85	2343.2	169.56	0.0407	851
710*	710	89.9	800	54/4.09	19/2.45	36.79	2666.8	216.12	0.0407	856
800*	800	34.6	835	72/3.76	7/2.51	37.61	2480.2	167.41	0.0361	910
800*	800	66.7	867	84/3.48	7/3.48	38.28	2732.7	205.33	0.0362	912
800*	800	101	901	54/4.34	19/2.61	39.09	3004.9	243.52	0.0362	916
900*	900	38.9	939	72/3.99	7/2.66	39.9	2790.2	188.33	0.0321	972
900*	900	75	975	84/3.69	7/3.69	40.59	3074.2	226.5	0.0322	974
1000*	1000	43.2	1043	72/4.21	7/2.80	42.08	3100.3	209.26	0.0289	1031
1120*	1120	47.3	1167	72/4.45	19/1.78	44.5	3464.9	234.53	0.0258	1096
1120*	1120	91.2	1211	84/4.12	19/2.47	45.31	3811.5	283.17	0.0258	1100
1250*	1250	102	1352	84/4.35	19/2.61	47.85	4253.9	316.04	0.0232	1165
1250*	1250	52.8	1303	72/4.70	19/1.88	47	3867.1	261.75	0.0231	1163
1120*	1120	91.2	1211	84/4.12	19/2.47	45.31	3811.5	283.17	0.0258	1100

Why you choose us?

OEM/ODM services provided;
Products comply with GB, IEC, BS, ASTM, DIN, VDE and JIS standards; Customer standard requirments Accepted;
Certified to ISO 9001:2015, ISO 14001:2015 and OHSAS 18001:2007;
Registered capital of $30 million and factory covers an area of 60,000㎡;
Advanced test equipment and procedures, 100% inspection before factory;
Enough stocks and the higest efficient shipping time guarranteed;
Professional pre-sales and after-sales services provided.

We are China ACSR With Aluminum & Steel Conductor According To IEC 61089 Standard （AAC,AAAC,ACSR） manufacture and supplier,You can get more details with Email,you will get cheap price or factory price.

ACSR With Aluminum & Steel Conductor According To IEC 61089 Standard （AAC,AAAC,ACSR）

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