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ACAR Conductor

IEC 61089 Bare Aluminum Conductor Alloy Reinforced ACAR Cable

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Product Details

Product parameter

Application

The Aluminum Conductor Alloy Reinforced ACAR conductor is mainly used in long-distance power transmission of overhead lines, power grid reconstruction projects, etc.

Characteristics

-Good conductivity
Compared with ACSR ,under the application conditions of the same total cross-section, since the aluminum alloy core replaces the steel core with basically no conductivity, its D.C. resistance is lower than that of ordinary steel-cored aluminum stranded wire, which improves the conductivity.

-Good performance
The structure of ACAR Cable is simple, safe and reliable. Compared with the traditional ACSR, it has the advantages of small loss, large transmission capacity, corrosion resistance, long life, and low annual cost.

Construction

The inner layer of aluminum alloy core is made of high-strength aluminum alloy wires, and the outer layer is made of duralumin, concentrically stranded.

IEC 61089 Bare Aluminum Conductor Alloy Reinforced ACAR Cable (2)

Packing

Delivery lengths are determined from a consideration of such factors as physical drum dimensions, drum weights, span length, handling equipment or the customer’s request.

Packing Materials

Wooden drum, steel-wooden drum, steel drum.

Specifications

-IEC 61089 Concentric-lay-stranded Aluminum Conductor Alloy Reinforced

IEC 61089 Standard Bare Aluminum Conductor Alloy Reinforced ACAR Conductor Sizes Physical, Mechanical and Electrical Performance Parameters

A1/A2 Conductor Type
Section Area	Diameter		Number of Wires		Calculated Section Area			Nominal Linear Mass	Rated Strength	Max.D.C. Resistance at 20°C
Section Area	Wire	Cond.	AI.	Alloy	AI.	Alloy	Total	Nominal Linear Mass	Rated Strength	Max.D.C. Resistance at 20°C
mm²	mm	mm	-	-	mm²	mm²	mm²	kg/km	kN	Ω/km
16	1.76	5.28	4	3	9.73	7.30	17.0	46.6	3.85	1.7896
25	2.20	6.6	4	3	15.2	11.4	26.6	72.8	5.93	1.1453
40	2.78	8.35	4	3	24.3	18.3	42.6	116.5	9.25	0.7158
63	3.49	10.5	4	3	38.3	28.7	67.1	183.5	14.38	0.4545
100	4.40	13.2	4	3	60.8	45.6	106	291.2	22.52	0.2863
125	2.97	14.9	12	7	83.3	48.6	132	362.7	27.79	0.2302
160	3.36	16.8	12	7	107	62.2	169	464.2	35.04	0.1798
200	3.76	18.8	12	7	133	77.8	211	580.3	43.13	0.1439
250	4.21	21.0	12	7	167	97.2	264	725.3	53.92	0.1151
250	3.04	21.3	18	19	131	138	269	742.2	60.39	0.1154
315	3.34	23.4	30	7	263	61.3	324	892.6	60.52	0.0916
315	3.42	23.9	18	19	165	174	339	835.1	76.09	0.0916
400	3.76	26.3	30	7	334	77.8	411	1133.5	75.19	0.0721
400	3.85	27.0	18	19	210	221	431	1187.5	95.58	0.0721
450	3.99	27.9	30	7	375	87.6	463	1275.2	84.59	0.0641
450	4.08	28.6	18	19	236	249	485	1335.9	107.52	0.0641
500	4.21	29.4	30	7	417	97.3	514	1416.9	93.98	0.0577
500	4.31	30.1	18	19	262	277	539	1484.3	119.47	0.0577
560	4.45	31.2	30	7	467	109	576	1586.9	105.26	0.0515
560	3.45	31.0	54	7	504	65.4	570	1571.9	101.54	0.0516
630	3.71	33.4	42	19	454	205	660	1820.0	130.25	0.0458
630	3.79	34.1	24	37	271	417	688	1897.5	160.19	0.0458
710	3.94	35.5	42	19	512	232	743	2051.2	146.78	0.0407
710	4.02	36.2	24	37	305	470	775	2138.4	180.53	0.0407
800	4.18	37.6	42	19	577	261	828	2311.2	165.39	0.0361
800	4.27	38.4	24	37	344	530	873	2409.5	203.41	0.0361
900	4.43	39.9	42	19	649	294	942	2600.1	186.06	0.0321
900	3.66	40.2	54	37	567	388	955	2638.4	199.54	0.0321
1000	3.80	41.8	72	19	816	215	1032	2849.1	190.94	0.0289
1000	3.85	42.4	54	37	630	432	1061	2931.6	221.71	0.0289
1120	4.02	44.2	72	19	914	241	1155	3191.0	213.85	0.0258
1120	4.08	44.9	54	37	705	483	1189	3284.4	248.32	0.0258
1250	4.25	46.7	72	19	1020	269	1289	3561.4	238.68	0.0231
1250	4.31	47.4	54	37	787	539	1327	3664.5	277.14	0.0231
1400	4.50	49.4	72	19	1143	302	1444	3988.8	267.32	0.0207

A1/A3 Conductor Type
Section Area	Diameter		Number of Wires		Calculated Section Area			Nominal Linear Mass	Rated Strength	Max.D.C. Resistance at 20°C
Section Area	Wire	Cond.	AI.	Alloy	AI.	Alloy	Total	Nominal Linear Mass	Rated Strength	Max.D.C. Resistance at 20°C
mm²	mm	mm	-	-	mm²	mm²	mm²	kg/km	kN	Ω/km
16	1.76	5.29	4	3	9.78	7.33	17.1	46.8	4.07	1.7896
25	2.21	6.62	4	3	15.3	11.5	26.7	73.1	6.29	1.1453
40	2.79	8.37	4	3	24.4	18.3	42.8	117.0	9.82	0.7158
63	3.50	10.5	4	3	38.5	28.9	67.4	184.3	14.80	0.4545
100	4.41	13.2	4	3	61.1	45.8	107	292.5	23.49	0.2863
125	2.98	14.9	12	7	83.7	48.8	132	364.1	29.29	0.2302
160	3.37	16.9	12	7	107	62.5	170	466.0	36.95	0.1798
200	3.77	18.8	12	7	134	78.1	212	582.5	44.78	0.1439
250	4.21	21.1	12	7	167	97.6	265	728.1	55.98	0.1151
250	3.05	21.4	18	19	132	139	271	746.0	64.67	0.1154
315	3.34	23.4	30	7	263	61.4	325	894.4	62.40	0.0916
315	3.43	24.0	18	19	166	175	341	940.0	81.48	0.0916
400	3.77	26.4	30	7	334	78.0	412	1135.8	76.82	0.0721
400	3.86	27.0	18	19	211	222	433	1193.7	100.30	0.0721
450	3.99	28.0	30	7	376	87.7	464	1277.8	86.42	0.0641
450	4.10	28.7	18	19	237	250	487	1342.9	112.84	0.0641
500	4.21	29.5	30	7	418	97.5	515	1419.8	96.03	0.0577
500	4.32	30.2	18	19	263	278	542	1492.1	125.38	0.0577
560	4.46	31.2	30	7	468	109	577	1590.1	107.55	0.0515
560	3.45	31.1	54	7	505	65.5	570	1573.9	103.53	0.0516
630	3.72	33.4	42	19	456	206	662	1826.0	134.59	0.0458
630	3.80	34.2	24	37	272	420	692	1909.0	169.14	0.0458
710	3.95	35.5	42	19	514	232	746	2057.8	151.68	0.0407
710	4.03	36.3	24	37	307	473	780	2151.4	190.61	0.0407
800	4.19	37.7	42	19	579	262	840	2318.7	170.90	0.0361
800	4.28	38.5	24	37	346	533	879	2424.2	214.78	0.0361
900	4.44	40.0	42	19	651	294	945	2608.5	192.27	0.0321
900	3.66	40.3	54	37	569	390	959	2649.5	207.79	0.0321
1000	3.80	41.8	72	19	818	216	1034	2855.4	195.47	0.0289
1000	3.86	42.5	54	37	632	433	1066	2943.9	230.88	0.0289
1120	4.02	44.3	72	19	916	242	1158	3198.1	218.92	0.0258
1120	4.09	45.0	54	37	708	485	1194	3297.2	258.58	0.0258
1250	4.25	46.8	72	19	1022	270	1292	3569.3	244.33	0.0231
1250	4.32	47.5	54	37	791	542	1332	3679.9	288.60	0.0231
1400	4.50	49.5	72	19	1145	302	1447	3997.6	273.65	0.0207