CE Certification AAAC BS EN 50182 BS3242 All Aluminum Alloy Conductor Factory, Exporters

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CE Certification AAAC BS EN 50182 BS3242 All Aluminum Alloy Conductor Factory, Exporters

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

Material: AAAC adopts 6201-AL3,6201-AL5 aluminum-magnesium-silicon alloy material.

Product advantage: With excellent corrosion resistance, aluminum alloy products withstand harsh environments like humidity and industrial exposure, ensuring longer service life and lower maintenance expenses.

AAAC (All-Aluminum Alloy Conductor) is a robust transmission solution crafted entirely from high-strength aluminum alloy. Â It balances superior conductivity with enhanced mechanical resilience, resisting corrosion and fatigue effectivelyâ€”ideal for medium to high-voltage lines in coastal, industrial, or harsh weather zones.

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Product Description

AAAC Standard: BS EN 50182 (Old Standard: BS 324)

Type: AL3

Aluminum Alloy Conductor (AAAC) - AL3 Specification
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
19-AL3	BOX	18.8	1.85	7	5.55	5.55	51.5	1.748
24-AL3	ACACIA	23.8	2.08	7	6.24	7.02	65.1	1.3828
30-AL3	ALMOND	30.1	2.34	7	7.02	8.88	82.4	1.0926
35-AL3	CEDAR	35.5	2.54	7	7.62	10.46	97.1	0.9273
42-AL3	DEODAR	42.2	2.77	7	8.31	12.44	115.5	0.7797
48-AL3	FIR	47.8	2.95	7	8.85	14.11	131.0	0.6875
60-AL3	HAZE	59.9	3.30	7	9.9	17.66	164.0	0.5494
72-AL3	PINE	71.6	3.61	7	10.83	21.14	196.2	0.4591
84-AL3	HOLLY	84.1	3.91	7	11.73	24.79	230.2	0.3913
90-AL3	WILLOW	89.7	4.04	7	12.12	26.47	245.7	0.3665
119-AL3	OAK	118.9	4.65	7	13.95	35.07	325.5	0.2767
151-AL3	MULBERRY	150.9	3.18	19	15.9	44.52	415.2	0.2192
181-AL3	ASH	180.7	3.48	19	17.4	53.31	497.3	0.1830
211-AL3	ELM	207.6	3.73	19	18.65	62.24	571.3	0.1568
239-AL3	POPLAR	239.4	2.87	37	20.09	70.61	660.2	0.1387
303-AL3	SYCAMORE	303.2	3.23	37	22.61	89.4	836.2	0.1095
362-AL3	UPAS	362.1	3.53	37	24.71	106.82	998.8	0.0917
422-AL3	WALNUT	421.8	3.81	37	26.67	118.17	1163.5	0.0786
479-AL3	YEW	479.0	4.06	37	28.42	141.31	1321.2	0.0693
498-AL3	TOTARA	498.1	4.14	37	28.98	146.93	1373.8	0.0666
587-AL3	RUBUS	586.9	3.50	61	31.5	173.13	1620.9	0.0567
659-AL3	SORBUS	659.4	3.71	61	33.39	194.53	1821.3	0.0505
821-AL3	ARAUCARIA	821.1	4.14	61	37.26	242.24	2267.9	0.0406
996-AL3	REDWOOD	996.2	4.56	61	41.04	293.88	2751.5	0.0334

Type: AL5

Aluminum Alloy Conductor (AAAC) - AL5 Specification
Code Name	Old Code Name	Sectional Area	Stranding & Wire Diameter		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
239-AL5	POPLAR	239.4	2.87	37	20.09	70.61	660.19	0.1330
303-AL5	SYCAMORE	303.2	3.23	37	22.61	89.44	836.20	0.1050
362-AL5	UPAS	362.1	3.53	37	24.71	106.82	998.75	0.0879
479-AL5	YEW	479.0	4.06	37	28.42	141.31	1321.17	0.0665
498-AL5	TOTARA	498.1	4.14	37	28.98	146.93	1373.75	0.0639
587-AL5	RUBUS	586.9	3.50	61	31.5	173.13	1620.94	0.0544
659-AL5	SORBUS	659.4	3.71	61	33.39	194.53	1821.29	0.0484
821-AL5	ARAUCARIA	821.1	4.14	61	37.26	242.24	2267.94	0.0389
996-AL5	REDWOOD	996.2	4.56	61	41.04	293.88	2751.45	0.0321

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

Frequently Asked Questions (FAQ)

What standard governs these AAAC conductors?

The conductors are manufactured according to BS EN 50182, which has replaced the older BS 324 standard.

What is the difference between AL3 and AL5 types?

AL3 and AL5 represent different grades of aluminum alloy. AL5 typically offers lower electrical resistance compared to AL3 for similar sectional areas.

What does the "Code Name" refer to in the tables?

The code names (like BOX, OAK, ASH) are standard industry identifiers used to quickly specify the conductor's size and stranding configuration.

Why is the twisting direction specified as "Right (Z)"?

The Z-twist (right-hand lay) is a standard requirement for the outermost layer to ensure mechanical stability and compatibility with standard fittings.

How is the Nominal Breaking Load measured?

It is the calculated minimum tensile strength of the conductor, expressed in kilonewtons (kN), indicating the maximum tension the wire can handle.

Does temperature affect the resistance values provided?

Yes, the maximum resistance values listed in the tables are specifically calibrated at a standard reference temperature of 20℃.

Product Detail

CE Certification AAAC BS EN 50182 BS3242 All Aluminum Alloy Conductor Factory, Exporters

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