Aluminum Conductor Steel Reinforced (ACSR)

Steel – cored aluminium stranded wire, it could also be described as ACSR Conductor or ACSR Aluminium Conductor or acsr aluminium conductor steel reinforced etc.. Steel – cored aluminium stranded wire has the same structure as the aluminum conductor alloy reinforced (ACAR) , except that the aluminum wires outside the steel core have been changed to alloy wires . ACSR aluminium conductor steel reinforced mainly used to transmit electricity in overhead transmission lines. And the aluminium steel reinforced conductor(ACSR) is made of twisted aluminum wire and steel wire. Among them, the steel core mainly plays the role of increasing strength, and the aluminum wire mainly plays the role of conveying electric energy. ACSR Aluminium Conductors mainly has ASTM standards (such as ACSR Raven conductor, ACSR Cardinal conductor etc. ), BS standards (such as ACSR Rabbit conductor , ACSR Fox Conductor etc.), IEC standards ( Such as ACSR 100mm2, ACSR120mm2 etc.), DIN standards( such as ACSR 120/20mm2, ACSR 150/25mm2 etc.), CSA standards( such as ACSR Ostrich conductor, ACSR Hawk conductor etc.) and other production standards. Because of its low comprehensive cost, large transmission capacity, small power loss and other characteristics, acsr aluminum conductor steel reinforced has become the most commonly used material for overhead wire. Honrey is a professional acsr cable manufacturer.

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Aluminum Conductor Steel Reinforced (ACSR) Features

Standard

IEC61089; DIN48204; CSA C49; ASTM B230, B231, B498; BS215, BS EN50182, BS4565

Construction

Aluminum wires and the steel cores are concentrically stranded and wrapped helically around a central wire.

Application

This type of bare conductor cable is suitable for use in all practical spans on wood poles, transmission towers,and other structures.

Greased

Greased aluminum conductor steel reinforced can be supplied.

Aluminum Conductor Steel Reinforced Advantages

Durability
The aluminum conductor steel reinforced is strong, durable and economical, making them an ideal choice for many industries.

Strength
The aluminium conductor steel reinforced is widely used in overhead power transmission and distribution lines due to their high strength to weight ratio.

Resistance
The acsr wire is resistant to corrosion and provide excellent electrical conductivity.

High-quality Material
The professional acsr wire manufacturer provides complete solutions for ACSR wire and cable projects with the highest quality materials.

Why Aluminum Conductor Steel Reinforced Are Used in Transmission and Distribution Systems?

Aluminium conductor steel reinforced (ACSR) cables are used in transmission and distribution systems due to their strength and durability. They are produced by a low-cost acsr cable manufacturer, making them an economical choice for long-distance transmission and distribution networks. The steel core also helps to improve the overall strength and flexibility of the cable, allowing for even weight distribution and easy installation. The aluminium steel reinforced conductor is also corrosion-resistant and require minimal maintenance, making them a reliable option for outdoor power distribution.

Aluminum Conductor Steel Reinforced Common Problems and Their Solutions

Aluminium conductor steel reinforced (ACSR) cables are manufactured by specialist acsr cable manufacturers and are used in various electrical applications. Common problems with aluminium steel reinforced conductor include increased electrical resistance due to corrosion, abrasion and other environmental factors. Solutions to these problems include regular inspection of the cables, improved sealing and insulation, and the use of corrosion-resistant steel. Additionally, using specialized coatings and insulation materials can help reduce electrical resistance and ensure long service life.

What are the components of ACSR?

Aluminum Conductor Steel Reinforced ACSR conductor is made of twisted aluminum wire wrapped around a galvanized steel core. The galvanized steel core used for ACSR conductor is zinc-coated steel , at the same time , the steel core is also divided into different types. The thickness of zinc layer and the breaking load of steel core required by different production standards are different. As for the aluminum wires , diffierent size ACSR Conductor , the number of aluminum wires and the diameter of single strand are different .

Specifications of Aluminum Conductor Steel Reinforced (ACSR)

Code Number	Area			Number of Wires		Wire Dia.		Diameter		Linear Mass	A1/S1 A Conductor	A1/S2 A Conductor	A1/S3 A Conductor	Max.D.C. Resistance
Code Number	Alum.	Steel	Total	AI.	St.	Alum.	Steel	Core	Cond.	Linear Mass	Rated Strength	Rated Strength	Rated Strength	at 20℃
mm²	mm²	mm²	mm²	AI.	St.	mm	mm	mm	mm	kg/km	kN	kN	kN	Ω/km
16	16	2.67	18.7	6	1	1.84	1.84	1.64	5.53	64.6	6.08	6.45	6.83	1.7934
25	25	4.17	29.2	6	1	2.3	2.3	2.3	6.91	100.9	9.13	9.71	10.25	1.1478
40	40	6.67	46.7	6	1	2.91	2.91	2.91	8.74	161.5	14.4	15.33	16.2	0.7174
63	63	10.5	73.5	6	1	3.66	3.66	3.66	11	254.4	21.63	22.37	24.15	0.4555
100	100	16.7	117	6	1	4.61	4.61	4.61	13.8	403.8	34.33	35.5	38.33	0.2869
125	125	6.94	132	18	1	2.97	2.97	2.97	14.9	397.9	29.17	30.14	31.04	0.2304
125	125	20.4	145	26	7	2.47	1.92	5.77	15.7	503.9	45.69	48.54	51.39	0.231
160	160	8.89	169	18	1	3.36	3.36	3.36	16.8	509.3	36.18	37.42	38.67	0.18
160	160	26.1	186	26	7	2.8	2.18	6.53	17.7	644.9	57.69	61.34	64.99	0.1805
200	200	11.1	211	18	1	3.76	3.76	3.76	18.8	636.7	44.22	45	46.89	0.144
200	200	32.6	233	26	7	3.13	2.43	7.3	19.8	806.2	70.13	74.69	78.93	0.1444
250	250	24.6	275	22	7	3.8	2.11	6.34	21.6	880.6	68.72	72.16	75.6	0.1154
250	250	40.7	291	26	7	3.5	2.72	8.16	22.2	1007.7	87.67	93.37	98.66	0.1155
315	315	21.8	337	45	7	2.99	1.99	5.97	23.9	1039.3	79.03	82.08	85.13	0.0917
315	315	51.3	366	26	7	3.93	3.05	9.16	24.9	1269.7	106.83	114.02	121.2	0.0917
400	400	27.7	428	45	7	3.36	2.24	6.73	26.9	1320.1	98.36	102.23	106.1	0.0722
400	400	51.9	452	54	7	3.07	3.07	9.21	27.6	1510.3	123.04	130.3	137.56	0.0723
450	450	31.1	481	45	7	3.57	2.38	7.14	28.5	1485.2	107.47	111.82	115.87	0.0642
450	450	58.3	508	54	7	3.26	3.26	9.77	29.3	1699.1	138.42	146.58	154.75	0.0643
500	500	34.6	535	45	7	3.76	2.51	7.52	30.1	1650.2	199.41	124.25	128.74	0.0578
500	500	64.8	565	54	7	3.43	3.43	10.3	30.9	1887.9	153.8	162.87	171.94	0.0578
560	560	38.7	599	45	7	3.98	2.65	7.96	31.8	1848.2	133.74	139.16	144.19	0.0516
560	560	70.9	631	54	19	3.63	2.18	10.9	32.7	2103.4	172.59	182.52	192.45	0.0516
630	630	43.6	674	45	7	4.22	2.81	8.44	33.8	2079.2	150.45	156.55	162.21	0.0459
630	630	79.8	710	54	19	3.85	2.31	11.6	34.7	2366.3	191.77	202.94	213.31	0.0459
710	710	49.1	759	45	7	4.48	2.99	8.96	35.9	2343.2	169.56	176.43	182.81	0.0407
710	710	89.9	800	54	19	4.09	2.45	12.3	36.8	2666.8	216.12	228.71	240.41	0.0407
800	800	34.6	835	72	7	3.76	2.51	7.52	37.6	2480.2	167.41	172.25	176.74	0.0361

Code Number	Calculated Cross Section			No./Dia. Of Stranding Wires		Overall Diameter	Linear Mass			Nominal Breaking Load	Max.D.C. Resistance at 20℃
Al./St	Al.	Steel	Total	Alum.	Steel	Overall Diameter	Alum.	Steel	Total	Nominal Breaking Load	Max.D.C. Resistance at 20℃
mm²	mm²	mm²	mm²	mm	mm	mm	kg/km	kg/km	kg/km	daN	Ω/km
16/2.5	15.3	2.5	17.8	6/1.80	1/1.80	5.4	42	20	62	595	1.878
25/4	23.8	4	27.8	6/2.25	1/2.25	6.8	65	32	97	920	1.2002
35/6	34.3	5.7	40	6/2.70	1/2.70	8.1	94	46	140	1265	0.8352
44/32	44	31.7	75.7	14/2.00	7/2.40	11.2	122	250	372	4500	0.6573
50/8	48.3	8	56.3	6/3.20	1/3.20	9.6	132	64	196	1710	0.5946
50/30	51.2	29.8	81	12/2.33	7/2.33	11.7	141	237	378	4380	0.5643
70/12	69.9	11.4	81.3	26/1.85	7/1.44	11.7	193	91	284	2680	0.413
95/15	94.4	15.3	109.7	26/2.15	7/1.67	13.6	260	123	383	3575	0.3058
95/55	96.5	56.3	152.8	12/3.20	7/3.20	16	266	446	712	7935	0.2992
105/75	106	75.5	181.5	14/3.10	9/2.25	17.5	292	599	891	10845	0.2735
120/20	121	19.8	141.4	26/2.44	7/1.90	15.5	336	158	494	4565	0.2374
120/70	122	71.3	193.3	12/3.6	7/3.60	18	337	564	901	10000	0.2364
125/30	128	29.8	157.7	30/2.33	7/2.33	16.3	353	238	591	5760	0.2259
150/25	149	24.2	173.1	26/2.70	7/2.10	17.1	411	194	605	5525	0.1939
170/40	172	40.1	211.9	30/2.70	7/2.70	18.9	475	319	794	7675	0.1682
185/30	184	29.8	213.6	26/3.00	7/2.33	19	507	239	746	6620	0.1571
210/35	209	34.1	243.2	26/3.20	7/2.49	20.3	577	273	850	7490	0.138
210/50	212	49.5	261.6	30/3.00	7/3.00	21	587	394	981	9390	0.1362
230/30	231	29.8	260.7	24/3.50	7/2.33	21	638	239	877	7310	0.1249
240/40	243	39.5	282.5	26/3.45	7/2.68	21.9	671	316	987	8640	0.1188
265/35	264	34.1	297.8	24/3.74	7/2.49	22.4	728	274	1002	8305	0.1094
300/50	304	49.5	353.7	26/3.86	7/3.00	24.5	840	396	1236	10700	0.09487
305/40	305	39.5	344.1	54/2.68	7/2.68	24.1	843	317	1160	9940	0.0949
340/30	339	29.8	369.1	48/3.00	7/2.33	25	938	242	1180	9290	0.08509
380/50	382	49.5	431.5	54/3.00	7/3.00	27	1056	397	1453	12310	0.08509
385/35	386	34.1	420.1	48/3.20	7/2.49	26.7	1067	277	1344	10480	0.07573
435/55	434	59.3	490.6	54/3.20	7/3.20	28.8	1203	450	1653	13645	0.07478
450/40	449	39.5	488.2	48/3.45	7/2.68	28.7	1241	320	1561	12075	0.06656
490/65	490	63.6	553.9	54/3.40	7/3.40	30.6	1356	510	1866	15310	0.06434
495/35	494	34.1	528.2	45/3.74	7/2.49	29.9	1363	283	1646	12180	0.05846
510/45	510	45.3	555.5	48/3.68	7/2.87	30.7	1413	365	1778	13665	0.05655
550/70	550	71.3	621.3	54/3.60	7/3.60	32.4	1520	572	2092	17060	0.05259
560/50	562	49.5	611.2	48/3.86	7/3.00	32.2	1553	401	1954	14895	0.0514
570/40	566	39.5	610.3	45/4.02	7/2.68	32.2	1563	325	1888	13900	0.05108
650/45	699	45.3	653.5	45/4.30	7/2.87	34.4	1791	372	2163	15552	0.0442
680/85	679	86	764.8	54/4.00	19/2.40	36	1868	702	2570	21040	0.0426

Code Name	KCMIL or AWG	Cross Section		Steel Ratio	Stranding Wires				Dia.of Core	Overall Dia.	Linear Mass	Rated Tensile Strength	Max.D.C. Resistance at 20℃
		Cross Section			Alum. Wire		Steel Wire
		Alum.	Total		No.	Dia.	No.	Dia.
		mm²	mm²	%	–	mm	-	mm	mm	mm	kg/km	kN	Ω/km
Wren	8	9.37	9.76	17	6	1.33	1	1.33	1.33	3.99	33.8	3.29	3.43
Warbler	7	10.55	12.32	17	6	1.5	1	1.5	1.5	4.5	42.8	4.14	2.72
Turkey	6	13.3	15.51	17	6	1.68	1	1.68	1.68	5.04	53.8	5.19	2.158
Thrush	5	16.77	19.57	17	6	1.89	1	1.89	1.89	5.67	67.9	6.56	1.711
Swan	4	21.15	24.68	17	6	2.12	1	2.12	2.12	6.36	85.6	8.15	1.357
Swallow	3	26.66	31.11	17	6	2.38	1	2.38	2.38	7.14	107.9	10	1.076
Sparrow	2	33.63	39.22	17	6	2.67	1	2.67	2.67	8.01	136	12.4	0.8534
Robin	1	42.41	49.48	17	6	3	1	3	3	9	171.6	15.3	0.6766
Raven	1/0	53.51	62.43	17	6	3.37	1	3.37	3.37	10.11	216.5	18.9	0.5363
Quail	2/0	67.44	78.67	17	6	3.78	1	3.78	3.78	11.34	273	23.5	0.4255
Pigeon	3/0	85.03	99.21	17	6	4.25	1	4.25	4.25	12.75	344	29.6	0.3375
Penguin	4/0	107.2	125.1	17	6	4.77	1	4.77	4.77	14.31	434	37.3	0.2676
Partridge	266.8	135.2	157.2	16	26	2.57	7	2	6	16.28	546	50	0.2136
Owl	266.8	135.2	152.8	13	6	5.36	7	1.79	5.37	16.09	509	42.3	0.2123
Waxwing	266.8	135.2	142.7	6	18	3.09	1	3.09	3.09	15.45	431	31.2	0.213
Piper	300	152	187.5	23	30	2.54	7	2.54	7.62	17.78	698	67.8	0.1898
Ostrich	300	152	176.7	16	26	2.73	7	2.12	6.36	17.28	614	56.3	0.19
Phoebe	300	152	160.5	6	18	3.28	1	3.28	3.28	16.4	485	35.2	0.1895
Oriole	336.4	170.5	210.2	23	30	2.69	7	2.69	8.07	18.83	783	76	0.1693
Linnet	336.4	170.5	198.3	16	26	2.89	7	2.25	6.75	8.31	689	62.4	0.1694
Merlin	336.4	170.5	179.9	6	18	3.47	1	3.47	3.47	17.35	522	39.3	0.169
Lark	397.5	201.4	248.3	23	30	2.92	7	2.92	8.76	20.44	924	88.6	0.1433
Ibis	397.5	201.4	234.1	16	26	3.14	7	2.44	7.32	19.88	813	71.5	0.1434
Chickadee	397.5	201.4	212.6	6	18	3.77	1	3.77	3.77	18.85	642	45.4	0.143
Hen	477	241.7	298	23	30	3.2	7	3.2	9.6	22.4	1109	103	0.1194
Hawk	477	241.7	281.2	16	26	3.44	7	2.68	8.04	21.8	977	86.1	0.1195
Toucan	477	241.7	265.5	10	22	3.74	7	2.08	6.24	21.2	854	68.9	0.1193
Pelican	477	241.7	255.1	6	18	4.13	1	4.13	4.13	20.65	771	54.5	0.1192
Heron	500	253.4	312.5	23	30	3.28	7	3.28	9.84	22.96	1163	108	0.1139
Eagle	556.5	282	347.8	23	30	3.46	7	3.46	10.38	24.22	1295	120	0.1023
Dove	556.5	282	327.9	16	26	3.72	7	2.89	8.67	23.55	1139	100	0.1024

Code Name	Size	No./Dia.of Stranding Wires		Approx. Overall Dia.	Approx. Weight	Code Name	Size	No./Dia.of Stranding Wires		Approx. Overall Dia.	Approx. Weight
	AWG or MCM	Aluminum	Steel	Approx. Overall Dia.	Approx. Weight		AWG or MCM	Aluminum	Steel	Approx. Overall Dia.	Approx. Weight
	AWG or MCM	No./mm	No./mm	mm	kg/km		AWG or MCM	No./mm	No./mm	mm	kg/km
Turkey	6	6/1.68	1/1.68	5.04	54	Starling	715.5	26/4.21	7/3.28	26.68	1466
Swan	4	6/2.12	1/2.12	6.36	85	Redwing	715.5	30/3.92	19/2.35	27.43	1653
Swanate	4	7/1.96	1/2.61	6.53	100	Tern	795	45/3.38	7/2.25	27.03	1333
Sparrow	2	6/2.67	1/2.67	8.01	136	Condor	795	54/3.08	7/3.08	27.72	1524
Sparate	2	7/2.47	1/3.30	8.24	159	Cuckoo	795	24/4.62	7/3.08	27.74	1524
Robin	1	6/3.00	1/3.00	9	171	Drake	795	26/4.44	7/3.45	28.11	1628
Raven	1/0	6/3.37	1/3.37	10.11	216	Coot	795	36/3.77	1/3.77	26.41	1198
Quail	2/0	6/3.78	1/3.78	11.34	273	Mallard	795	30/4.14	19/2.48	28.96	1838
Pigeon	3/0	6/4.25	1/4.25	12.75	343	Ruddy	900	45/3.59	7/2.40	28.73	1510
Penguin	4/0	6/4.77	1/4.77	14.31	433	Canary	900	54/3.28	7/3.28	29.52	1724
Waxwing	266.8	18/3.09	1/3.09	15.45	431	Rail	954	45/3.70	7/2.47	29.61	1601
Partridge	266.8	26/2.57	7/2.00	16.28	546	Catbird	954	36/4.14	1/4.14	28.95	1438
Ostrich	300	26/2.73	7/2.12	17.28	614	Cardinal	954	54/3.38	7/3.38	30.42	1829
Merlin	336.4	18/3.47	1/3.47	17.5	544	Ortlan	1033.5	45/3.85	7/2.57	30.81	1734
Linnet	336.4	26/2.89	7/2.25	18.31	689	Tanger	1033.5	36/4.30	1/4.30	30.12	1556
Oriole	336.4	30/2.69	7/2.69	18.83	784	Curlew	1033.5	54/3.52	7/3.52	31.68	1981
Chickadee	397.5	18/3.77	1/3.77	18.85	642	Bluejay	1113	45/4.00	7/2.66	31.98	1868
Brant	397.5	24/3.27	7/2.18	19.61	762	Finch	1113	54/3.65	19/2.19	32.85	2130
Ibis	397.5	26/3.14	7/2.44	19.88	814	Bunting	1192.5	45/4.14	7/2.76	33.12	2001
Lark	397.5	30/2.92	7/2.92	20.44	927	Grackle	1192.5	54/3.77	19/2.27	33.97	2282
Pelican	477	18/4.14	1/4.14	20.7	771	Bittern	1272	45/4.27	7/2.85	34.17	2134
Flicker	477	24/3.58	7/2.39	21.49	915	Pheasant	1272	54/3.90	19/2.34	35.1	2433
Hawk	477	26/3.44	7/2.67	21.79	978	Skylark	1272	36/4.78	1/4.78	33.42	1917
Hen	477	30/3.20	7/3.20	22.4	1112	Dipper	1351.5	45/4.40	7/2.92	35.16	2266
Osprey	556.5	18/4.47	1/4.47	22.35	899	Martin	1351.5	54/4.02	19/2.41	36.17	2585
Parakeet	556.5	24/3.87	7/2.58	23.22	1067	Bobolink	1431	45/4.53	7/3.02	36.24	2402
Dove	556.5	26/3.72	7/2.89	23.55	1140	Plover	1431	54/4.14	19/2.48	37.24	2738
Eagle	556.5	30/3.46	7/3.46	24.21	1298	Nuthatch	1510.5	45/4.65	7/3.10	37.2	2534
Peacock	605	24/4.03	7/2.69	24.2	1160	Parrot	1510.5	54/4.25	19/2.55	38.25	2890
Squab	605	26/3.87	7/3.01	24.51	1240	Lapwing	1590	45/4.77	7/3.18	38.16	2667
WoodDuck	605	30/3.61	7/3.61	25.25	1411	Falcon	1590	54/4.36	19/2.62	39.26	3042
Teal	605	30/3.61	19/2.16	25.24	1399	High Strength Stranding
Kingbird	636	18/4.78	1/4.78	23.88	1028	Grouse	80	8/2.54	1/4.24	9.32	222
Rook	636	24/4.14	7/2.76	24.84	1219	Petrel	101.8	12/2.34	7/2.34	11.71	378
Grosbeak	636	26/3.97	7/3.09	25.15	1302	Minorca	110.8	12/2.44	7/2.44	12.22	412
Scoter	636	30/3.70	7/3.70	25.88	1484	Leghorn	134.6	12/2.69	7/2.69	13.46	500
Egret	636	30/3.70	19/2.22	25.9	1470	Guinea	159	12/2.92	7/2.92	14.63	590
Swift	636	36/3.38	1/3.38	23.62	958	Dotterel	176.9	12/3.08	7/3.08	15.42	657
Flamingo	666.6	24/4.23	7/2.82	25.4	1278	Dorking	190.8	12/3.20	7/3.20	16.03	709
Gannet	666.6	26/4.07	7/3.16	25.76	1365	Brahma	203.2	16/2.86	19/2.48	18.14	1007

Code Name	Nominal Cross Section	No./Dia. of Stranding Wires		Calculated Cross Section			Approx.Overall Dia.	Approx. Weight
	Nominal Cross Section	Al.	St.	Al.	St.	Total.	Approx.Overall Dia.	Approx. Weight
	mm2	No./mm	No./mm	mm2	mm2	mm2	mm	kg/km
Squirrel	20	6/2.11	1/2.11	20.98	3.5	24.48	6.33	84.85
Gopher	25	6/2.36	1/2.36	26.24	4.37	30.62	7.08	106.1
Weasel	30	6/2.59	1/2.59	31.61	5.27	36.88	7.77	127.8
Ferret	40	6/3.00	1/3.00	42.41	7.07	49.48	9	171.5
Rabbit	50	6/3.35	1/3.35	52.88	8.81	61.7	10.05	213.8
Mink	60	6/3.66	1/3.66	63.12	10.52	73.64	10.98	255.3
Skunk	60	12/2.59	7/2.59	63.23	36.88	100.1	12.95	463.6
Horse	70	12/2.79	7/2.79	73.37	42.8	116.2	13.95	538.1
Raccoon	70	6/4.09	1/4.09	78.84	13.14	91.98	12.27	318.9
Dog	100	6/4.72	7/1.57	105	13.55	118.5	14.15	394.3
Wolf	150	30/2.59	7/2.59	158.1	36.88	194.9	18.13	725.7
Dingo	150	18/3.35	1/3.35	158.7	8.81	167.5	16.75	505.7
Lynx	175	30/2.79	7/2.79	183.4	42.8	226.2	19.53	842.4
Caracal	175	18/3.61	1/3.61	184.3	10.24	194.5	18.05	587.6
Panther	200	30/3.00	7/3.00	212.1	49.48	261.5	21	973.8
Jaguar	200	18/3.86	1/3.86	210.6	11.7	222.3	19.3	671.4
Bear	250	30/3.35	7/3.35	264.4	61.7	326.1	23.45	1214
Goat	300	30/3.71	7/3.71	324.3	75.67	400	25.97	1489
Batang	300	18/4.78	7/1.68	323.1	15.52	338.6	24.16	1012
Bison	350	54/3.00	7/3.00	381.7	49.48	431.2	27	1443
Zebra	400	54/3.18	7/3.18	428.9	55.59	484.5	28.62	1022
Eik	450	30/4.50	7/4.50	447	111.3	588.3	31.5	2190
Camel	450	54/3.35	7/3.35	476	61.7	537.3	30.15	1800
Mole	10	6/1.50	1/1.50	10.62	1.77	12.39	4.5	43
Fox	35	6/2.79	1/2.79	36.66	6.11	42.77	8.37	149
Beaver	75	6/3.39	1/3.39	75	12.5	87.5	11.97	304
Otter	85	6/4.22	1/4.22	83.94	13.99	97.93	12.66	339
Cat	95	6/4.50	1/4.50	95.4	15.9	111.3	13.5	386
Hare	105	6/4.72	1/4.72	14.16	17.5	105	14.16	424
Hyena	105	7/4.39	7/1.93	105.95	20.48	126.43	14.57	450
Leopard	130	6/5.28	7/1.75	131.37	16.84	148.21	15.81	492
Coyote	130	26/2.54	7/1.91	131.74	20.06	131.74	15.89	520
Couqar	130	18/3.05	1/3.05	131.58	7.31	138.89	15.25	419
Giger	130	30/2.36	7/2.36	131.22	30.62	161.84	16.52	602
Lion	240	30/3.18	7/3.18	238.3	55.6	293.9	22.26	1094
Moose	528	54/3.53	7/3.53	528.5	68.5	597	31.77	1996

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Aluminium Steel Reinforced Conductor FAQs

Is it possible to utilize aluminum steel reinforced conductor for both indoor and outdoor applications in a commercial building?

Steel core aluminum stranded wire is suitable for overhead transmission lines, not suitable for indoor use.

Does aluminium steel reinforced conductor work for residential and commercial applications?

The power cable in the house should be copper conductor. Therefore, residential should use copper wire, should not use steel core aluminum stranded wire.

The selection and laying of fire fighting lines should meet the needs of continuous power supply or signal transmission in case of fire. All fire lines shall be copper conductors or cables. Therefore, the fire load in the building (such as fire fans, fire elevators, fire pumps, emergency lighting, etc.) should be copper wire, do not use steel core aluminum stranded wire.

Aluminum Conductor Steel Reinforced (ACSR)

Aluminum Conductor Steel Reinforced (ACSR) Features

Aluminum Conductor Steel Reinforced Advantages

Why Aluminum Conductor Steel Reinforced Are Used in Transmission and Distribution Systems?

Aluminum Conductor Steel Reinforced Common Problems and Their Solutions

What are the components of ACSR?

Specifications of Aluminum Conductor Steel Reinforced (ACSR)

Aluminium Steel Reinforced Conductor FAQs

Is it possible to utilize aluminum steel reinforced conductor for both indoor and outdoor applications in a commercial building?

Does aluminium steel reinforced conductor work for residential and commercial applications?

How long does an aluminium steel reinforced conductor last, and how often should it be replaced?

How can we guarantee quality?What is the ultimate temperature for an aluminum steel reinforced conductor?

Aluminum Conductor Steel Reinforced (ACSR)

Aluminum Conductor Steel Reinforced (ACSR) Features

Aluminum Conductor Steel Reinforced Advantages

Why Aluminum Conductor Steel Reinforced Are Used in Transmission and Distribution Systems?

Aluminum Conductor Steel Reinforced Common Problems and Their Solutions

What are the components of ACSR?

Specifications of Aluminum Conductor Steel Reinforced (ACSR)

Aluminium Steel Reinforced Conductor FAQs

Is it possible to utilize aluminum steel reinforced conductor for both indoor and outdoor applications in a commercial building?

Does aluminium steel reinforced conductor work for residential and commercial applications?

How long does an aluminium steel reinforced conductor last, and how often should it be replaced?

How can we guarantee quality?What is the ultimate temperature for an aluminum steel reinforced conductor?

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