AAAC

Overview

Description:
In air circuits where over 40–50% of the line would typically use AAC, AAAC provides a superior alternative due to its lower weight and enhanced durability. Manufactured using high-performance aluminum alloy 1120 with 59% IACS conductivity, AAAC offers better electrical efficiency and has increasingly replaced alloy 6201 in many applications due to its lower electrical resistance and better overall performance.
Applicable Standard:

Construction:
In general, the AAAC 1120&AAAC6201 Conductor is constructed in the following manner:

Technical Parameters

AAAC1120

Code Name	No./Dia.of Wire	Approx.Overall Dia.	Approx. Weight	Calculated Breaking Load	Max.DC Resistance at 20℃
Code Name	No./mm	mm	kg/km	kN	Ω/km
CHLORINE	7/2.50	750	94	8.18	0.8637
CHROMIUM	7/2.75	8.25	113	9.91	0.7138
FLUORINE	7/3.00	9.00	135	11.80	0.5998
HELIUM	7/3.75	11.25	211	17.60	0.3839
HYDROGEN	7/4.50	13.50	304	24.30	0.2666
IODINE	7/4.75	14.25	339	27.10	0.2393
–	19/3.19	15.95	417	36.06	0.1964
KRYPTON	19/3.25	16.25	433	3740	0.1892
–	19/3.45	17.25	488	42.18	0.1679
LUTETIUM	19/3.50	17.50	502	41.70	0.1631
–	19/3.69	18.45	558	46.32	0.1468
NEON	19/3.75	18.80	577	4780	0.1421
–	19/3.91	19.55	627	52.01	0.1307
–	19/4.12	20.60	696	57.75	0.1177
NITROGEN	37/3.00	21.00	720	62.20	0.1143
–	19/4.32	21.60	765	63.50	0.1071
NOBELIUM	37/3.25	22.80	845	72.80	0.0973
–	19/4.70	23.50	906	72.02	0.0905
–	37/3.37	23.59	909	78.40	0.0906
–	37/3.40	23.80	925	79.78	0.0890
OXYGEN	19/4.75	23.80	925	73.60	0.0886
–	37/3.42	23.94	936	80.72	0.0879
–	37/3.44	24.08	947	81.67	0.0869
–	61/2.72	24.48	978	79.75	0.0845
–	37/3.55	24.85	1009	83.50	0.0816
–	37/3.62	25.34	1049	86.80	0.0785
PHOSPHORUS	37/3.75	26.30	1125	93.10	0.0731
–	37/3.79	26.53	1150	95.17	0.0716
–	61/2.95	26.55	1151	93.81	0.0718
–	37/3.794	26.56	1152	95.37	0.0715
–	37/3.85	26.95	1186	98.20	0.0694
–	37/3.96	27.72	1255	103.90	0.0656
–	61/3.16	28.44	1320	10764	0.0626
SELENIUM	61/3.25	29.30	1400	114.00	0.0592
–	61/3.26	29.34	1405	114.50	0.0588
–	61/3.30	29.70	1440	117.40	0.0574
–	37/4.28	29.96	1466	121.37	0.0561
–	37/4.38	30.66	1535	127.11	0.0536
–	61/3.49	31.41	1610	131.30	0.0513
–	37/4.49	31.43	1613	133.57	0.0510
SILICON	61/3.50	31.50	1620	127.00	0.0510
–	61/3.56	32.04	1676	131.15	0.0493
–	61/3.64	32.76	1752	13700	0.0472
	61/3.71	33.39	1820	142.40	0.0454
SULFUR	61/3.75	33.80	1860	145.50	0.0445
–	61/3.79	34.11	1899	148.64	0.0435
–	61/3.85	34.65	1960	153.40	0.0422
–	61/3.92	35.28	2032	159.00	0.0407
–	61/3.99	35.91	2104	164.74	0.0393
–	61/4.05	36.45	2169	169.70	0.0381
–	61/4.12	37.08	2244	175.70	0.0368
–	61/4.18	3762	2310	180.80	0.0358
–	61/4.24	38.16	2377	186.04	0.0348
–	61/4.30	38.70	2445	191.34	0.0338
–	61/4.35	39.15	2502	195.80	0.0330
–	61/4.36	39.24	2513	196.71	0.0329
–	61/4.43	39.87	2595	203.10	0.0319
–	61/4.49	40.41	2666	208.62	0.0310
–	61/4.54	40.86	2725	204.40	0.0303
–	61/4.60	41.40	2798	209.84	0.0295

AAAC6201

Code Name	No./Dia.of Wire	Approx.Overall Dia.	Approx. Weight	Calculated Breaking Load	Max.DC Resistance at 20°C
Code Name	No./mm	mm	kg/km	kN	Ω/km
Diamond	7/2.50	7.50	94	9.6	0.9670
Dolomite	7/2.75	8.25	114	11.6	0.7990
Emerald	7/3.00	9.00	135	13.9	0.6710
Garnet	7/3.75	11.25	212	21.7	0.4300
Jade	7/4.50	13.50	305	31.2	0.2980
Jasper	7/4.75	14.25	340	34.8	0.2680
Opal	19/3.25	16.25	434	44.2	0.2120
Patronite	19/3.50	17.50	503	51.3	0.1830
Pearl	19/3.75	18.75	577	58.8	0.1590
Ruby	37/3.00	21.00	721	73.5	0.1280
Ruthenium	37/3.25	22.75	846	86.1	0.1090
Rutile	19/4.75	23.75	926	94.4	0.0991
Sapphire	37/3.75	26.25	1127	115.0	0.0819
Spinel	61/3.25	29.25	1398	135.0	0.0662
Tantalum	61/3.50	31.50	1621	156.0	0.0572
Topaz	61/3.75	33.75	1861	179.0	0.0498

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