Aluminum Alloy Core Conductor

NegotiableUpdate on November 12

Model

Nature of the Manufacturer: Other

Product Category: All Aluminum Alloy Conductor

Place of Origin: City, Province

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Overview

Specializing in the production of 35KV and the following aluminum alloy core aluminum strands, aluminum alloy strands and other products. Aluminum core aluminum winch as the main products of the Asia-Japan Group, in the overhead power transmission and distribution lines are particularly widely...

Product Details

Specializing in the production of 35KV and the following aluminum alloy core aluminum strands, aluminum alloy strands and other products.

Aluminum Alloy Core Conductor

Aluminum core aluminum winch as the main products of the Asia-Japan Group, in the overhead power transmission and distribution lines are particularly widely used. The AJ Group's aluminum core aluminum strands perform GB/T1179-2008 standards.

Aluminum alloy core conductors are made of aluminum wire and aluminum alloy wire, suitable for overhead transmission lines. It is the inside of the aluminum alloy "core", the outside is wrapped around the aluminum alloy core by twisting aluminum wire, aluminum alloy core mainly plays the role of increasing strength, aluminum strａnd mainly plays the role of transmitting electrical energy;

For high voltage transmission lines, because the route of the line is limited, and it is not possible to rack more than one line on one path, people came up with the use of a path, a set of towers, hanging multiple wires, that is, a line equivalent to a number of lines of the method;

The steel core aluminum winch has the characteristics of simple structure, convenient installation and maintenance, low line cost, large transmission capacity, and beneficial to the application of geographical conditions such as crossing rivers and valleys, with good conductivity and sufficient mechanical strength, strong tensile strength, tower distance can be enlarged and so on. Therefore, it is widely used in overhead transmission and distribution lines of various voltage levels.

ExecutiveStand:BS3242

Code name	Nominal aera	No. of wires	Diameter	Weight	Rated s strength	Max D.C resistance at 20°C
Wire	Cond
m m 2		m m	m m	KG/KM	KM	O/k m
Box	15	7	1.85	5.55	51	5.37	1.7495
Acacia	20	7	2.08	6.24	65	6.8	1.384
Almond	25	7	2.34	7.02	82	8.61	1.0934
Cedar	30	7	2.54	7.62	97	10.14	0.9281
-	35	7	2.77	8.31	115	12.05	0.7804
Fir	40	7	2.95	8.85	131	13.67	0.688
Hazel	50	7	3.3	9.9	164	17.11	0.5498
Pine	60	7	3.61	10.83	196	20.48	0.4594
-	70	7	3.91	11.73	230	24.02	0.3917
Willow	75	7	4.04	12.12	245	25.65	0.3669
-	80	7	4.19	12.57	264	27.58	0.3441
-	90	7	4.44	13.32	298	31.12	0.3023
Oak	100	7	4.65	13.95	325	33.98	0.2769
-	100	19	2.82	14.1	326	33.93	0.2787
Mulberry	125	19	3.18	15.9	415	43.12	0.2192
Ask	150	19	3.48	17.4	497	51.64	0.1831
Elm	175	19	3.76	18.8	580	60.3	0.1568
Poplar	200	19	2.87	20.9	659	88.41	0.1385
-	225	37	3.05	21.35	744	77.24	0.1227
Sycamore	250	37	3.22	22.54	835	86.64	0.1093
Upas	300	37	3.53	24.71	997	103.5	0.09156
Walrut	350	37	3.81	26.67	1162	120.53	0.0786
Yew	400	37	4.06	28.42	1319	136.85	0.06921
Totara	425	37	4.14	28.98	1372	142.33	0.06656
Rubus	500	61	3.5	31.5	1620	167.71	0.05662
Sorbus	659.4	61	3.71	33.4	1822.5	194.53	0.0505
Araucaria	700	61	4.14	37.26	2266	234.5	0.04047

Executive Standard:ASTM B399

Code name	Area	No./wire diameter	Overall diameter	Weight	Nominal breaking load	Strandard lengh
Norminal	Actual
MCM	m m 2	m m	m m	Kg/k m	KN	m ±5%
Akron	30.58	15.48	7/1.68	5.04	42.7	4.92	3000
Alton	48.69	24.71	7/2.12	6.35	68	7.84	3000
Ames	77.47	39.22	7/2.67	8.02	108	12.45	2000
Azusa	123.3	62.38	7/3.37	10.11	172	18.97	2000
Anaheim	155.4	78.65	7/3.78	11.35	217	23.93	3000
Amberst	195.7	99.22	7/4.25	12.75	273	30.18	2500
Alliance	246.9	125.1	7/4.77	14.31	345	38.05	2000
Buttle	312.8	158.6	19/3.26	16.3	437	48.76	3000
Canton	394.5	199.9	19/3.66	18.3	551	58.91	2500
Cairo	465.4	235.8	19/3.98	19.88	650	69.48	2000
Darien	559.5	283.5	19/4.36	21.79	781	83.52	2000
Elgin	652.4	330.6	19/4.71	23.54	911	97.42	1500
Flint	740.8	375.3	37/3.59	25.16	1035	108.21	3000
Greely	927.2	469.8	37/4.02	28.14	1295	135.47	2500

Executive Standard:DIN 48201

Code number	Calculated area	No of wires	Diam eter	Weight	Rated tensile s trength	Max D.C. res is tance at 20℃
Wire	Cond
m m 2	m m 2	m m	m m	Kg/k m	daN	O/k m
16	15.89	7	1.7	5.1	43	444	2.091
25	24.25	7	2.1	6.3	66	677	1.3703
35	34.36	7	2.5	7.5	94	960	0.9669
50	49.48	7	3	9	135	1382	0.6714
50	48.35	19	1.8	9	133	1350	0.6905
70	65.81	19	2.1	10.5	181	1838	0.5073
95	93.27	19	2.5	12.5	256	2605	0.3579
120	116.99	19	2.8	14	322	3268	0.2854
150	147.11	37	2.25	15.8	406	4109	0.2274
185	181.62	37	2.5	17.5	500	5073	0.1842
240	242.54	61	2.25	20.3	670	6774	0.1383
300	299.43	61	2.5	22.5	827	8363	0.112
400	400.14	61	2.89	26	1104	11176	0.0838
500	499.63	61	3.23	29.1	1379	13960	0.06709
625	626.2	91	2.96	32.6	1732	17490	0.054
800	802.09	91	3.35	36.9	2218	22402	0.0418
1000	999.71	91	3.74	41.1	2767	27922	0.0335

Executive Standard:IEC 61089

Code Number	Calculated Area	Number of Wire	Diameter of Wire	Diameter of Cond.	Liner Mass	Rated Strength	Max DC Rresistance at 20°C
m m ²	m m ²		m m	m m	k g/k m	KN	O/k m
16	18.4	7	1.83	5.49	50.4	5.43	1.7896
25	28.8	7	2.29	6.87	78.7	8.49	1.1453
40	46	7	2.89	8.67	125.9	13.58	0.7158
63	72.5	7	3.63	10.8	198.3	21.39	0.4545
100	115	19	2.78	13.9	316.3	33.95	0.2877
125	144	19	3.10	15.50	395.40	42.44	0.2302
160	184	19	3.51	17.55	506.1	54.32	0.1798
200	230	19	3.93	19.65	623.7	67.91	0.1439
250	288	19	4.39	21.95	790.8	84.68	0.1151
315	363	37	3.53	24.71	998.9	106.95	0.0916
400	460	37	3.98	27.86	1268.4	135.81	0.0721
450	518	37	4.22	29.54	1426.9	152.79	0.0641
500	575	37	4.45	31.15	1585.5	169.76	0.0577
560	645	61	3.67	33.03	1778.4	190.14	0.0516
630	725	61	3.89	35.01	2000.7	213.9	0.0458
710	817	61	4.13	37.17	2254.8	241.07	0.0407
800	921	61	4.38	39.42	2540.6	271.62	0.0361
900	1036	91	3.81	41.91	2861.1	305.58	0.0632
1000	1151	91	4.01	44.11	3179	339.53	0.0289
1120	1289	91	4.25	46.75	3560.5	380.27	0.0258
1252	1439	91	4.49	49.39	3973.7	424.41	0.0231