CE Certification AAAC EN 50182 NF C 34-125 All Aluminum Alloy Conductor Manufacturer, Factory

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CE Certification AAAC EN 50182 NF C 34-125 All Aluminum Alloy Conductor Manufacturer, Factory

Execution standard: BS EN 50182 Â (Old Standard: NF C 34-125)

Material: AAAC adopts 6201-AL4 aluminum-magnesium-silicon alloy material.

Product advantage: Compared to copper core cables, aluminum alloy products offer a substantial cost advantage, making them a budget-friendly choice without compromising on performance.
Fully recyclable without losing core properties, aluminum alloy products align with sustainable practices, supporting eco-friendly initiatives and reducing environmental impact.

AAAC (All-Aluminum Alloy Conductor) offers a lightweight yet sturdy choice for overhead lines, with its all-alloy build ensuring excellent corrosion resistance. Â It excels in areas prone to humidity or chemical exposure, providing reliable electrical flow without the added weight of steel cores, simplifying installation across varied terrains.

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Product Description

AAAC Standard: EN 50182 (Old Standard: NF C 34-125)

Type: AL4

Aluminum Alloy Conductor (AAAC)
Code Name	Old Code Name	Sectional Area	Wire Diameter & Stranding		Overall Diameter	Nominal Breaking Load	Linear Mass	Maximum Resistance at 20°C	Modulus of Elasticity	Coefficient of Linear Expansion
Code Name	Old Code Name	mm²	mm	No.	mm	kN	kg/km	Ω/km	N/mm²	1/K
22-AL4	ASTER 22	22.0	2.0	7	6	7.15	60.2	1.4989	62000	2.3x10-5
34-AL4	ASTER 34.4	34.4	2.5	7	7.5	11.17	94.1	0.9593	62000	2.3x10-5
55-AL4	ASTER 54.6	54.6	3.15	7	9.45	17.73	149.4	0.6042	62000	2.3x10-5
76-AL4	ASTER 75.5	75.5	2.25	19	11.25	24.55	207.9	0.4388	60000	2.3x10-5
93-AL4	ASTER 93.3	93.3	2.5	19	12.5	30.31	256.6	0.3551	60000	2.3x10-5
117-AL4	ASTER 117	117.0	2.8	19	14	38.02	321.9	0.2833	60000	2.3x10-5
148-AL4	ASTER 148	148.1	3.15	19	15.75	48.12	407.4	0.2239	60000	2.3x10-5
182-AL4	ASTER 181.6	181.6	2.5	37	17.5	59.03	500.9	0.1831	57000	2.3x10-5
228-AL4	ASTER 228	227.8	2.8	37	19.6	74.04	628.4	0.1460	57000	2.3x10-5
288-AL4	ASTER 288	288.3	3.15	37	22.05	93.71	795.3	0.1154	57000	2.3x10-5
366-AL4	ASTER 366	366.2	3.55	37	24.85	115.36	1010.1	0.0908	57000	2.3x10-5
570-AL4	ASTER 570	570.2	3.45	61	31.05	185.33	1575.0	0.0585	54000	2.3x10-5
851-AL4	ASTER 851	850.7	3.45	91	37.95	276.47	2360.6	0.0394	52500	2.3x10-5
1144-AL4	ASTER 1144	1143.5	4	91	44	360.22	3173.2	0.0293	52500	2.3x10-5
1600-AL4	ASTER 1600	1595.9	4	127	52	502.72	4427.5	0.0210	50500	2.3x10-5

ⓘ Note: The outermost layer is twisted to the Left (S).

Frequently Asked Questions

What is the difference between EN 50182 and NF C 34-125?

EN 50182 is the current European standard for conductors for overhead lines, while NF C 34-125 is the older French standard. Many industry specifications still refer to both to ensure compatibility and identification, especially with code names like "ASTER".

What does "AL4" represent in these AAAC specifications?

AL4 refers to a specific type of aluminum alloy used in the conductor. It defines the mechanical and electrical properties of the alloy, ensuring it meets the required breaking load and resistance standards for overhead power distribution.

Why is the outermost layer twisted to the Left (S)?

The "S" twist direction is a standard configuration for the outer layer of strands. This specific direction is important for consistency during installation and for ensuring proper mechanical behavior under tension.

How does the sectional area affect the conductor's performance?

A larger sectional area, such as the 1600-AL4, provides lower electrical resistance and higher breaking loads, making it suitable for high-capacity long-distance transmission compared to smaller sizes like 22-AL4.

What is the significance of the "ASTER" code names?

"ASTER" is a series of trade/code names originally associated with the NF C 34-125 standard to easily identify specific sizes of aluminum alloy conductors. Each name corresponds to a unique sectional area and stranding configuration.

Are these conductors resistant to thermal expansion?

Yes, these AAAC conductors have a defined coefficient of linear expansion (typically 2.3x10-5 1/K), which engineers use to calculate the sag and tension of the overhead lines across different temperature ranges.

Product Detail

CE Certification AAAC EN 50182 NF C 34-125 All Aluminum Alloy Conductor Manufacturer, Factory

Product Description

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CE Certification AAAC EN 50182 NF C 34-125 All Aluminum Alloy Conductor Manufacturer, Factory

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