Product Description

Bare conductor Aluminum Clad Steel Strand Wire ACS for OPGW
(1)Production capacity:2000 ton/month
(2)MOQ:1km
(3)Delivery:5~15 officail days.
(4)Standards:IEC,ASTM,DIN,BS; or according to customers' requirements.
(5)Delivery length:as per customers' request.

1.Standards
(1)ASTM B416 Standard Specification for Hard-Drawn Aluminum-Clad Steel Wire 
(2)IEC61232 Aluminium-clad steel wires for electrical purposes
(3)AS 1222.2 Part 2: Aluminium Clad (SC/AC)

2.Construction
Aluminum clad steel wire is a piece of round wire made of a round steel core clad with a uniform and continuous aluminum layer. By structure ratio of steel and aluminum, aluminum clad steel wire has different grades, LB14, LB20, LB23, LB27, LB30, LB35 and LB40, with corresponding electric conductivities of 14%, 20.3%, 23%, 27%, 30%, 35% and 40% IACS (IACS stands for International Annealed Copper Standard). Featured by high strength, corrosion resistance and high conductivity, etc.

3.Applications
Aluminum clad steel wire is widely used in coastal areas, volcano areas, salt atmosphere areas and overhead power line used in areas seriously polluted by industrial materials containing SO2, NO and CO2, etc. It's the optimum material for transmission conductor with kilometric span and carrier cable for electrified railways.

4.Features
ACS conductors are similar to conventional ACSR with some very important additional advantages. ACS can operate continuously at high temperatures up to 250C without damage, allowing for a significant increase in conductor current-carrying capacity. ACSS sags less under emergency electrical loadings than ACSR, it is self-damping, and its final sags are not affected by long-term creep of the aluminum.
(1)improved conductivity
(2)better self-damping property
(3)very low sag at high temperature
(4)high current carrying capacity
(5)excellent immunity to vibration fatigue
(6)long term creep of aluminum does not affect final sag

5.Huatong Cable Inc. 
 (1),More than 20 years experience.
 (2) ,100,000m² factory,200 staffs,annual output 100,000 metic tons.
 (3),Sound Quality Control
    --Material inspection;
    --manufacturing inspection;
    -- Finished products inspection;
    -- Inspection before delivery.
    --Third party inspection.
    -- Inspection of storage at port of departure.
 (4),ISO Certificated.
 (5) ,Plenty of material and lobor gurantee the delivery prompt and price competitive.
 (6),24/7 service.

6.

ALUMINUM CLAD STEEL STRAND            ASTM B416
Code Number	Area	No. of  wires	Diameters		Weight	Rated  Strength	DC  Resistance
	mm2		wire	conductor	kg/km	kN	ohm/km
3 No 5 Awg.	50,32	3	4,62	9,96	334,1	54,42	1.6990
3 No 6 Awg.	39 ,00	3	4,11	8,87	265,0	45,74	2.1420
3 No 7 Awg.	31,65	3	3,67	7,90	210,1	38,36	2.7010
3 No 8 Awg.	25,10	3	3,26	7,03	166,7	32,06	3.4060
3 No 9 Awg.	19,90	3	2,91	6,26	132,2	25,43	4.2940
3 No 10 Awg.	15,78	3	2,59	5,58	104,8	20,16	5.4150
7 No 5 Awg.	117,40	7	4,62	13,90	781,1	120,27	0,7426
7 No 6 Awg.	93,10	7	4,11	12,40	619,5	101,14	0,9198
7 No 7 Awg.	73,87	7	3,67	11,00	491,1	84,81	1.1600
7 No 8 Awg.	58,56	7	3,26	9,78	389,6	70,88	1.4630
7 No 9 Awg.	46,44	7	2,91	8,71	308,9	56,20	1.8440
7 No 10 Awg.	36,83	7	2,59	7,76	245,1	44,58	2.3250
7 No 11 Awg.	29,21	7	2,30	6,91	194,4	35,35	2.9320
7 No 12 Awg.	23,16	7	2,05	6,16	154,2	28,03	3.6970
19 No 5 Awg.	318,70	19	4,62	23,10	2129,0	326,39	0,2698
19 No 6 Awg.	252,70	19	4,11	20,60	1688,0	274,55	0,3402
19 No 7 Awg.	200,40	19	3,67	18,30	1339,0	230,18	0,4290
19 No 8 Awg.	158,90	19	3,26	16,30	1062,0	192,41	0,5409
19 No 9 Awg.	126,10	19	2,91	14,50	842,0	152,58	0,6821
19 No 10 Awg.	99,96	19	2,59	12,90	667,7	121,00	0,8601
37 No 5 Awg.	620,60	37	4,62	32,30	4170,0	635,43	0,1394
37 No 6 Awg.	492,20	37	4,11	28,80	3307,0	534,85	0,1757
37 No 7 Awg.	390,30	37	3,67	25,70	2623,0	448,09	0,2216
37 No 8 Awg.	309,50	37	3,26	22,90	2080,0	374,67	0,2794
37 No 9 Awg.	245,50	37	2,91	20,30	1649,0	279,11	0,3523
37 No 10 Awg.	194,70	37	2,59	17,90	1308,0	235,61	0,4443

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