Acs Aluminum Clad Stranded Steel Wire for Electric Conductor Overhead Ground Wire

• Customization: Available
• Certification: ISO
• Surface: Smooth
• Model NO.: GS-2105
• Application: Rope, Packaging, Netting, Manufacturing, Fencing, Construction
• Alloy or Not: Non-alloy
• Standard: BS, JIS, GB, ASTM, DIN, AISI
• Insulation Material: Bare
• Material Shape: Round Wire
• Range of Application: Acs/ACSR / Aw/Opgw
• Different Grades: Lb14, Lb20, Lb23, Lb27, Lb30, Lb35 ,Lb40
• Iacs: 14%, 20.3%, 23%, 27%, 30%, 35% ,40%
• High Light: Aluminum Stranded Conductor, Aluminum Clad Steel W
• Transport Package: Standard Export Packing on Reel
• Specification: 1.0-4.8mm
• Trademark: suntay
• Origin: Jiangsu, China
• Production Capacity: 2000000tons/Year

Product Description

 

Aluminium Clad Steel Wire Strand Acs for Opgw

Product description:
Aluminum clad steel stranded wire is made of an aluminum clad steel wire core stranded with one or more layers of single aluminum clad steel wire in spiral. Opposite stranding direction between neighboring layers provides higher mechanical strength and corrosion resistance. Primarily, it's applied to overhead power transmission in electric system. Our aluminum clad steel stranded wire portfolio includes products for overhead power line, long span, aluminum stranded wire for aluminum clad steel core, aluminum alloy stranded wire for aluminum clad steel core and heat-resistant aluminum alloy stranded wire for aluminum clad steel core.

 

Application:
Aerial electricity transmission, overhead ground conductor, extra high voltage overhead conductor, optical fiber composite overhead ground line and self-damping conductor line, etc.

 

 

Standard:
ASTM B416-98, AS1222, IEC61089

Parameters Before Stranding:

Approximate Properties of Hard-drawn 20.3% Conductivity Aluminum-Clad steel Wire (20.3%)
Nominal Dia		Size	Calculated cross sectional area		Min tensile strength		Calculated breaking load		Mincoating thickness	D.C resistance at 20ºC≤		Weight
in.	mm	AWG	mm2	cmils	Mpa	psi	kn		mm	Ω/1000ft	Ω/km	kg/km	1b/1000ft
0.2043	5.189	4	21.150	41740	1070	155000	22.60		0.259	1.222	4.009	139.32	93.63
0.1880	4.775	4	17.908	35342	1100	160000	19.70		0.239	1.443	4.735	118.01	79.31
0.1819	4.620	5	16.767	33090	1140	165000	18.10		0.231	1.541	5.056	110.48	74.25
0.1729	4.392	5	15.150	29899	1170	170000	17.73		0.220	1.706	5.597	99.84	67.10
0.1620	4.115	6	13.296	26240	1210	175000	16.00		0.206	1.943	6.375	87.61	58.88
0.1549	3.934	6	12.155	23989	1240	180000	15.07		0.197	2.126	6.976	80.10	53.83
0.1443	3,665	7	10.549	20820	1280	185000	13.50		0.183	2.450	8.038	69.47	46.69
0.1369	3.477	7	9.495	18739	1310	190000	12.44		0.174	2.722	8.931	62.57	42.05
0.1285	3.264	8	8.366	16510	1340	195000	11.20		0.163	3.089	10.135	55.15	37.03
0.1144	2.906	9	6.633	13090	1340	195000	8.92		0.145	3.896	12.783	43.70	29.37
0.1019	2.588	10	5.260	10380	1340	195000	7.07		0.129	4.912	16.116	34.66	23.29
0.0907	2.304	11	4.170	8230	1340	195000	5.61		0.115	6.194	20.323	27.48	18.47
0.0808	2.052	12	3.309	6530	1340	195000	4.45		0.103	7.811	25.628	21.80	14.65

Approximate Properties of Hard-drawn 27% Conductivity Aluminum-Clad steel Wire (27%)
Nominal Dia		Size	Calculated cross sectional area		Min tensile strength		Calculated breaking load		Mincoating thickness		D.C resistance at 20ºC≤		Weight
in.	mm	AWG	mm2	cmils	Mpa	psi	kn		mm		Ω/1000ft	Ω/km	kg/km	1b/1000ft
0.2043	5.189	4	21.150	41740	862	125000	18.20		0.363		0.920	3.019	124.99	84.00
0.1880	4.775	4	17.908	35342	889	129000	15.92		0.334		1.087	3.566	105.83	71.12
0.1819	4.620	5	16.767	33090	917	133000	15.40		0.323		1.161	3.809	99.09	66.59
0.1729	4.392	5	15.150	29899	945	137000	14.32		0.307		1.285	4.215	89.54	60.17
0.1620	4.115	6	13.296	26240	972	141000	12.90		0.288		1.464	4.803	78.57	52.80
0.1549	3.934	6	12.155	23989	1000	145000	12.16		0.275		1.601	5.254	71.84	48.28
0.1443	3,665	7	10.549	20820	1034	150000	10.90		0.257		1.845	6.053	62.33	41.89
0.1369	3.477	7	9.495	18739	1062	154000	10.08		0.243		2.050	6.726	56.12	37.71
0.1285	3.264	8	8.366	16510	1076	156000	9.00		0.228		2.326	7.632	49.43	33.22
0.1144	2.906	9	6.633	13090	1076	156000	7.13		0.203		2.934	9.626	39.19	26.34
0.1019	2.588	10	5.260	10380	1076	156000	5.66		0.181		3.700	12.140	31.08	20.89
0.0907	2.304	11	4.170	8230	1076	156000	4.48		0.161		4.667	15.312	24.63	16.55
0.0808	2.052	12	3.309	6530	1076	156000	3.56		0.144		5.882	19.299	19.55	13.14

Approximate Properties of Hard-drawn 30% Conductivity Aluminum-Clad steel Wire (30%)
Nominal Dia		Size	Calculated cross sectional area		Min tensile strength		Calculated breaking load		Mincoating thickness		D.C resistance at 20ºC≤		Weight
in.	mm	AWG	mm2	cmils	Mpa	psi	kn		mm		Ω/1000ft	Ω/km	kg/km	1b/1000ft
0.2043	5.189	4	21.150	41740	703	102000	14.90		0.389		0.828	2.717	118.64	79.73
0.1880	4.775	4	17.908	35342	731	106000	13.09		0.358		0.978	3.209	100.46	67.51
0.1819	4.620	5	16.767	33090	758	110000	12.70		0.347		1.045	3.429	94.06	63.21
0.1729	4.392	5	15.150	29899	786	114000	11.91		0.329		1.156	3.793	84.99	57.12
0.1620	4.115	6	13.296	26240	786	118000	10.50		0.309		1.317	4.321	74.59	50.13
0.1549	3.934	6	12.155	23989	814	122000	9.89		0.295		1.441	4.728	68.19	45.83
0.1443	3,665	7	10.549	20820	841	126000	8.87		0.275		1.660	5.446	59.18	39.77
0.1369	3.477	7	9.495	18739	869	128000	8.25		0.261		1.845	6.053	53.27	35.80
0.1285	3.264	8	8.366	16510	883	128000	7.38		0.245		2.094	6.870	46.95	31.55
0.1144	2.906	9	6.633	13090	883	128000	5.85		0.218		2.642	8.668	37.20	25.00
0.1019	2.588	10	5.260	10380	883	128000	4.47		0.194		3.329	10.922	29.52	19.84
0.0907	2.304	11	4.170	8230	883	128000	3.68		0.173		4.203	13.79	23.38	15.71
0.0808	2.052	12	3.309	6530	883	128000	2.92		0.154		5.295	17.373	18.57	12.48