Technical Grade

AAAC Cable BS EN 50182 BS 3242

AAAC is mainly used as bare overhead transmission cable and as primary and secondary distribution cable. It is also suitable for laying across basins, rivers and valleys where special geographical Features exist. aaac conductor price list aaac cable suppliers LEAVE MESSAGE SEND E-MAIL

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CategoryAAAC Conductor-All Aluminum Alloy Conductor

SourceQZ Cable Group

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Product Overview

Application

Conductor AAAC has been widely used in transmission lines with various voltage levels, because they have such good characteristics as simple structure, convenient installation and maintenance, low cost large transmission capacity. And they are also suitable for laying across rivers valleys and the places where special geographical features exist. Used as bare overhead conductor for primary and secondary distribution. Designed utilizing a high-strength aluminum alloy to achieve a high strength-to-weight ratio; affords better sag characteristics. Aluminum alloy gives AAAC higher resistance to corrosion than ACSR.

Structure

All Aluminum Alloy Conductors (AAAC) is made from aluminum magnesium-silicon alloy. These alloys ensure high electrical conductivity containing sufficient magnesium silicone to provide it superior mechanical properties after conduction. A AAC conductor has a enhanced corrosion resistance and improved strength to weight ratio and improved electrical conductivity than ACSR CONDUCTOR on equal diameter basis. All Aluminum Alloy Stranded Conductor should have alternating lay between each layer; the outer layer shall...

Technical Parameters

Specification Table 1

Code	Stranding	Nominal Area	Sectional Area	Overall Diameter	Weight	Rated Strength	Electrical Resistance	Current Rating*
No.×mm	mm^2	mm^2	mm	kg/km	KN	Ω/Km	A
Box	7/1.85	15	18.8	5.55	51.4	5.55	1.748	87
Acacia	7/2.08	20	23.8	6.24	64.9	7.02	1.3828	101
Almond	7/2.34	25	30.1	7.02	82.2	8.88	1.0926	116

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Cedar	7/2.54	30	35.5	7.62	96.8	10.46	0.9273	129
Deodar	7/2.77	35	42.2	8.31	115.2	12.44	0.7797	143
Fir	7/2.95	40	47.8	8.85	130.6	14.11	0.6875	155
Hazel	7/3.30	50	59.9	9.9	163.4	17.66	0.5494	178
Pine	7/3.61	60	71.6	10.83	195.6	21.14	0.4591	199
Holly	7/3.91	70	84.1	11.73	229.5	24.79	0.3913	219
Willow	7/4.04	75	89.7	12.12	245	26.47	0.3665	228
–	7/4.19	80	96.52	12.57	264	27.17	0.3411	245
–	7/4.44	90	108.0	13.32	298	30.65	0.3023	260
Oak	7/4.65	80	118.9	13.95	324.5	35.07	0.2767	272
–	19/2.82	100	118.70	14.1	326	33.42	0.2787	290
Mulberry	19/3.18	125	150.9	15.9	414.3	44.52	0.2192	314
Ash	19/3.48	150	180.7	17.4	496.1	53.31	0.183	351
Elm	19/3.76	175	211	18.8	579.2	62.24	0.1568	386
Poplar	37/2.87	200	239.4	20.09	659.4	70.61	0.1387	416
–	37/3.05	225	270.30	21.35	744	76.08	0.1227	448
Sycamore	37/3.23	250	303.2	22.61	835.2	89.4	0.1095	480
Upas	37/3.53	300	362.1	24.71	997.5	106.82	0.0917	535
Walnut	37/3.81	350	421.80	26.67	1162	118.72	0.07860	584
Yew	37/4.06	400	479	28.42	1319.6	141.31	0.0693	633
Totara	37/4.14	425	498.1	28.98	1372.1	146.93	0.0666	648
Rubus	61/3.50	500	586.9	31.5	1622	173.13	0.0567	714
Sorbus	61/3.71	600	659.4	33.39	1822.5	194.53	0.0505	764
Araucaria	61/4.14	700	821.1	37.26	2269.4	242.24	0.0406	868
Redwood	61/4.56	800	996.2	41.04	2753.2	293.88	0.0334	970

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Structure & Technical Illustration

Structure

All Aluminum Alloy Conductors (AAAC) is made from aluminum magnesium-silicon alloy. These alloys ensure high electrical conductivity containing sufficient magnesium silicone to provide it superior mechanical properties after conduction. A AAC conductor has a enhanced corrosion resistance and improved strength to weight ratio and improved electrical conductivity than ACSR CONDUCTOR on equal diameter basis. All Aluminum Alloy Stranded Conductor should have alternating lay between each layer; the outer layer shall have a right hand direction.

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AAAC Cable BS EN 50182 BS 3242

Product Images

Product Overview

Application

Structure

Technical Parameters

Specification Table 1

Structure & Technical Illustration

Structure

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