China AAC EN 50182 DIN 48201 All-aluminum Conductor Factories, Exporters

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China AAC EN 50182 DIN 48201 All-aluminum Conductor Factories, Exporters

Execution standard: BS EN 50182 Â (Old Standard: DIN 48201)

Material: AAC adopts AL1 aluminum Â material.

Product application:Lightweight by design, AAC conductors simplify transportation, handling, and installation, reducing labor costs and speeding up project timelines, especially in complex terrains.

AAC is an all-aluminum conductor designed for balanced performance in electrical transmission. Â Its pure aluminum makeup ensures strong conductivity, while its lightweight nature eases handling and installation. Â Itâ€™s particularly suitable for medium-voltage lines in areas with moderate weather, delivering consistent power flow with economic efficiency.

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Product Description

AAC Standard: EN 50182 (Old Standard: DIN 48201)

Type: AL1

Aluminum Stranded Conductor (AAC)
Code Name	Old Code Name	Sectional Area	Wire Diameter & Stranding		Overall Diameter	Nominal Breaking Load	Linear Mass	Maximum Resistance at 20℃	Modulus of Elasticity	Coefficient of Linear Expansion	Current-carrying Capacity
Code Name	Old Code Name	mm²	mm	No.	mm	kN	kg/km	Ω/km	N/mm²	1/K	A
16-AL1	16	15.9	1.7	7	5.1	3.02	43.5	1.7986	60000	2.3x10-5	110
24-AL1	25	24.2	2.1	7	6.3	4.36	66.4	1.1787	60000	2.3x10-5	145
34-AL1	35	34.4	2.5	7	7.5	6.01	94.1	0.8317	60000	2.3x10-5	180
49-AL1	50	49.5	3	7	9	8.41	135.5	0.5776	60000	2.3x10-5	225
48-AL1	50	48.3	1.8	19	9	8.94	133.0	0.5944	57000	2.3x10-5	225
66-AL1	70	65.8	2.1	19	10.5	11.85	181.1	0.4367	57000	2.3x10-5	270
93-AL1	95	93.3	2.5	19	12.5	16.32	256.6	0.3081	57000	2.3x10-5	340
117-AL1	120	117.0	2.8	19	14	19.89	321.9	0.2456	57000	2.3x10-5	390
147-AL1	150	147.1	2.25	37	15.75	26.48	405.8	0.1960	57000	2.3x10-5	455
182-AL1	185	181.6	2.5	37	17.5	31.78	500.9	0.1588	57000	2.3x10-5	520
243-AL1	240	242.5	2.25	61	20.25	43.66	669.9	0.1193	55000	2.3x10-5	625
299-AL1	300	299.4	2.5	61	22.5	52.40	827.0	0.0966	55000	2.3x10-5	710
400-AL1	400	400.1	2.89	61	26.01	68.02	1105.2	0.0723	55000	2.3x10-5	855
500-AL1	500	499.8	3.23	61	29.07	82.47	1380.5	0.0579	55000	2.3x10-5	990
626-AL1	625	626.2	2.96	91	32.56	106.45	1730.5	0.0464	55000	2.3x10-5	1140
802-AL1	800	802.1	3.35	91	36.85	132.34	2216.6	0.0362	55000	2.3x10-5	1340
1000-AL1	1000	999.7	3.74	91	41.14	159.95	2762.8	0.0291	55000	2.3x10-5	1540

Important Notes

◈

The outermost layer of the conductor is twisted to the right (Z-lay).

◈

The elastic coefficients and expansion coefficients listed are applicable to specific regional standards (Germany). Other structure parameters calculation should refer to IEC61597.

◈

Flow rate values are based on: 60Hz frequency, 0.6m/s wind speed, solar exposure, 35℃ ambient temperature, and 80℃ conductor temperature.

◈

In special laying conditions without convection, flow rate values should be reduced by less than 30%.

Frequently Asked Questions

What standards does the AAC Type AL1 conductor follow?

The AAC conductor complies with the EN 50182 standard, which was formerly known as the DIN 48201 standard.

What is the stranding direction for AAC conductors?

The outermost layer of these Aluminum Stranded Conductors is twisted to the right, also referred to as a "Z" twist.

How are the flow rate values in the table calculated?

Values are calculated based on a frequency of 60HZ, a wind speed of 0.6m/S, specific sunlight exposure, an ambient temperature of 35℃, and a conductor operating temperature of 80℃.

What adjustments are needed if there is no convection?

If the conductor is laid in conditions where there is no convection, the flow rate values should be reduced by up to 30%.

Which calculation reference should be used for different conductor structures?

While the provided table covers specific coefficients for certain standards, the calculation of other conductor structure parameters should refer to the IEC61597 standard.

What is the range of sectional areas available for AL1?

The provided technical data covers sectional areas ranging from 15.9 mm² (16-AL1) up to 999.7 mm² (1000-AL1).