CE Certification AAAC IEC 61089 All Aluminum Alloy Conductor Manufacturers, Factories

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CE Certification AAAC IEC 61089 All Aluminum Alloy Conductor Manufacturers, Factories

Execution standard: BS EN 50182 Â (Old Standard: BS 324)

Material: AAAC adopts 6201-A2,6201-A3 aluminum-magnesium-silicon alloy material.

Product advantage: Aluminum alloy conductors boast significantly higher strength than ordinary aluminum wires, while their resistance increase is minimalâ€”striking an optimal balance between structural robustness and electrical efficiency.
Aluminum alloyâ€™s superior formability allows for flexible design adaptations, catering to diverse application needsâ€”from complex layouts to custom configurationsâ€”with ease.

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Product Description

AAAC Standard: IEC 61089

Conductor Type: A2

Aluminum Alloy Conductor (AAAC) - Type A2
Code Name	Sectional Area	Wire Diameter & Stranding		Diameter of Conductor	Nominal Breaking Load	Linear Mass	Maximum Resistance at 20℃
Code Name	mm²	mm	No.	mm	kN	kg/km	Ω/km
16	18.4	1.83	7	5.49	5.43	50.4	1.7896
25	28.8	2.29	7	6.87	8.49	79.0	1.1453
40	45.9	2.89	7	8.67	13.58	125.7	0.7158
63	72.4	3.63	7	10.89	21.39	198.4	0.4545
100	115.3	2.78	19	13.9	33.95	317.3	0.2877
125	143.4	3.10	19	15.5	42.44	394.6	0.2302
160	183.8	3.51	19	17.55	54.32	505.9	0.1798
200	230.5	3.93	19	19.65	67.91	634.2	0.1439
250	287.6	4.39	19	21.95	84.88	791.3	0.1151
315	362.1	3.53	37	24.71	106.95	998.8	0.0916
400	460.3	3.98	37	27.86	135.81	1269.6	0.0721
450	517.5	4.22	37	29.54	152.79	1427.4	0.0641
500	575.5	4.45	37	31.15	169.76	1587.2	0.0577
560	645.3	3.67	61	33.03	190.14	1782.2	0.0516
630	725.0	3.89	61	35.01	213.9	2002.3	0.0458
710	817.2	4.13	61	37.17	241.07	2257.0	0.0407
800	919.1	4.38	61	39.42	271.62	2538.5	0.0361
900	1037.5	3.81	91	41.91	305.58	2878.9	0.0321
1000	1149.3	4.01	91	44.11	339.53	3189.1	0.0289
1120	1291.0	4.25	91	46.75	380.27	3582.3	0.0258
1250	1440.9	4.49	91	49.39	424.41	3998.3	0.0231

Note: The outermost layer is twisted to the right (Z).

Conductor Type: A3

Aluminum Alloy Conductor (AAAC) - Type A3
Code Name	Sectional Area	Wire Diameter & Stranding		Diameter of Conductor	Nominal Breaking Load	Linear Mass	Maximum Resistance at 20℃
Code Name	mm²	mm	No.	mm	kN	kg/km	Ω/km
16	18.6	1.84	7	5.52	6.04	51.0	1.7896
25	29.1	2.30	7	6.9	9.44	79.6	1.1453
40	46.6	2.91	7	8.73	15.1	127.5	0.7158
63	73.2	3.65	7	10.95	23.06	200.6	0.4545
100	116.2	2.79	19	13.95	37.76	319.6	0.2877
125	145.3	3.12	19	15.6	47.2	399.7	0.2302
160	185.9	3.53	19	17.65	58.56	511.7	0.1798
200	232.8	3.95	19	19.75	73.2	640.7	0.1439
250	290.2	4.41	19	22.05	91.5	798.6	0.1151
315	366.2	3.55	37	24.85	115.29	1010.1	0.0916
400	465.0	4.00	37	28	146.4	1282.4	0.0721
450	522.4	4.24	37	29.68	164.7	1440.9	0.0641
500	580.6	4.47	37	31.29	183	1601.5	0.0577
560	652.3	3.69	61	33.21	204.96	1801.7	0.0516
630	732.4	3.91	61	35.19	230.58	2023.0	0.0458
710	825.1	4.15	61	37.35	259.86	2278.9	0.0407
800	927.5	4.40	61	39.6	292.8	2561.8	0.0361
900	1048.4	3.83	91	42.13	329.4	2909.2	0.0321
1000	1160.8	4.03	91	44.33	366	3221.0	0.0289
1120	1303.1	4.27	91	46.97	409.92	3616.1	0.0258

Note: The outermost layer is twisted to the right (Z).

Frequently Asked Questions

What is the IEC 61089 standard for AAAC conductors?

IEC 61089 is an international standard that specifies the electrical and mechanical characteristics of round wire concentrated lay overhead electrical stranded conductors, including Aluminum Alloy Conductors (AAAC).

What is the difference between AAAC Type A2 and Type A3?

The primary differences lie in the mechanical strength and breaking load. As seen in the tables, Type A3 generally offers a higher nominal breaking load (kN) compared to Type A2 for the same code name sizes.

Why is the resistance measured specifically at 20℃?

20℃ is the standard reference temperature used globally for electrical conductivity measurements to ensure consistency and allow for accurate comparison between different conductor materials and sizes.

What does the "Z" twist direction signify?

The "Z" twist refers to a right-hand lay direction for the outermost layer of the stranded conductor. This is a standard manufacturing specification for overhead lines to ensure uniform performance during installation.

How does stranding (No. of wires) affect the conductor?

The number of wires (e.g., 7, 19, 37, 61, or 91) affects the flexibility and overall diameter of the conductor. More strands typically provide better flexibility for larger cross-sectional areas.

Are AAAC conductors suitable for corrosive environments?

Yes, Aluminum Alloy Conductors offer excellent corrosion resistance compared to ACSR because they do not contain a steel core, making them ideal for coastal or industrial areas.

Product Detail

CE Certification AAAC IEC 61089 All Aluminum Alloy Conductor Manufacturers, Factories

Product Description

AAAC Standard: IEC 61089

Frequently Asked Questions

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Product Detail

CE Certification AAAC IEC 61089 All Aluminum Alloy Conductor Manufacturers, Factories

Product Description

AAAC Standard: IEC 61089

Frequently Asked Questions

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