CE Certification AAC BS EN 50182 BS 215-1 All Aluminum Conductor Factories, Exporter

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CE Certification AAC BS EN 50182 BS 215-1 All Aluminum Conductor Factories, Exporter

Execution standard: BS EN 50182 Â (Old Standard: BS 215-1)

Material: AAC adopts AL1 aluminum Â material.

Product application: With a cost-effective profile compared to heavier conductor types, AAC aluminum stranded conductors offer an economical solution for large-scale electrical infrastructure projects without compromising basic performance.

AAC stands as a reliable all-aluminum conductor, crafted for optimal electrical performance with its pure aluminum composition. Â Its lightweight design simplifies installation, while good corrosion resistance suits mild environmental conditions, making it a practical choice for distribution lines in less demanding settings.

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Product Description

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AAC Standard: BS EN 50182 (Old Standard: BS 215-1)

Conductor Type: AL1

Aluminum Stranded Conductor (AAC) Specifications
Code Name	Old Code Name	Sectional Area	Wire Diameter & Stranding		Diameter of Conductor	Nominal Breaking Load	Linear Mass	Max Resistance (20℃)
Code Name	Old Code Name	mm²	mm	No.	mm	kN	kg/km	Ω/km
23-AL1	MIDGE	23.3	2.06	7	6.18	4.2	63.9	1.2449
27-AL1	GNAT	26.9	2.21	7	6.63	4.83	73.5	1.0643
37-AL1	MOSQUITO	36.9	2.59	7	7.77	6.27	101.0	0.7749
43-AL1	LADYBIRD	42.8	2.79	7	8.37	7.28	117.2	0.6678
53-AL1	ANT	52.8	3.10	7	9.3	8.72	144.7	0.5409
64-AL1	FLY	63.6	3.40	7	10.2	10.49	174.0	0.4497
74-AL1	BLUEBOTTLE	73.6	3.66	7	10.98	11.78	201.7	0.3880
79-AL1	EARWIG	78.6	3.78	7	11.34	12.57	215.1	0.3638
84-AL1	GRASSHOPPER	84.1	3.91	7	11.73	13.45	230.2	0.3400
96-AL1	CLEGG	95.6	4.17	7	12.51	15.30	261.8	0.2989
106-AL1	WASP	106.0	4.39	7	13.17	16.95	290.1	0.2697
106-AL1	BEETLE	106.4	2.67	19	8.01	18.08	292.7	0.2701
132-AL1	BEE	132.0	4.90	7	14.7	21.12	361.5	0.2165
158-AL1	HORNET	157.6	3.25	19	16.25	26.01	433.7	0.1823
186-AL1	CATERPILLAR	185.9	3.53	19	17.65	29.75	511.7	0.1546
213-AL1	CHAFER	213.2	3.78	19	18.9	34.12	586.7	0.1348
238-AL1	SPIDER	237.6	3.99	19	19.95	38.01	653.7	0.1210
266-AL1	COCKROACH	265.7	4.22	19	29.54	42.52	731.2	0.1081
323-AL1	BUTTERFLY	322.7	4.65	19	32.55	51.63	887.9	0.0891
373-AL1	MOTH	373.1	5.00	19	35	59.69	1026.5	0.0770
372-AL1	DRONE	372.4	3.58	37	25.06	59.59	1027.2	0.0774
415-AL1	CENTIPEDE	415.2	3.78	37	26.46	66.43	1145.2	0.0695
486-AL1	MAYBUG	486.1	4.09	37	28.63	77.78	1340.8	0.0593
530-AL1	SCORPION	529.8	4.27	37	29.89	84.77	1461.4	0.0544
628-AL1	CICADA	628.3	4.65	37	41.85	100.54	1733.1	0.0459

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

Frequently Asked Questions (FAQ)

What is the standard for AAC Conductors?

The current international standard for Aluminum Stranded Conductor (AAC) is BS EN 50182, which supersedes the older BS 215-1 standard.

What does "Type AL1" signify?

AL1 refers to the specific grade of aluminum used in the stranded conductor, ensuring standard electrical conductivity and mechanical strength for overhead power lines.

Why do AAC conductors have insect code names?

In British standards, AAC conductors are traditionally assigned insect names (like Midge, Ant, Beetle, or Moth) to simplify identification of specific sizes and stranding configurations.

What is the significance of the "Z" twist?

The "Z" twist refers to the right-hand lay direction of the outermost wires. This specification is crucial for proper installation and compatibility with line hardware.

At what temperature is the maximum resistance measured?

The maximum electrical resistance for these conductors is calculated and measured at a standard reference temperature of 20°C.

How is the nominal breaking load determined?

The nominal breaking load (measured in kN) is calculated based on the sectional area and the minimum tensile strength of the AL1 aluminum wires used in the stranding.