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AAAC Conductor

AS/NZS 1531 Bare All Aluminum Alloy 1120 AAAC Conductor

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Product Details

Product parameter

Application

The AS/NZS 1531 Standard Bare All Aluminum Alloy 1120 AAAC Conductor is a type of conductor that is commonly used in construction applications. This conductor is made of high-quality aluminum alloy and is designed to meet the highest standards of performance and reliability.
It is an excellent choice for a wide range of construction applications. Its high strength, durability, and excellent electrical conductivity make it ideal for use in everything from power lines and transmission cables to telecommunications and data transfer networks.

Advantages

One of the key advantages is its high strength and durability. The use of high-quality aluminum alloy ensures that it is able to withstand the stresses and strains of heavy use while maintaining its structural integrity.
Another advantage of this AAAC Conductor is its excellent electrical conductivity. The use of high-quality aluminum alloy allows it to conduct electrical current with very little resistance or loss, making it ideal for use in a variety of electrical applications.

Construction

The construction of this conductor is such that it is composed of multiple strands of aluminum alloy that are twisted together to form a single solid conductor. This construction provides it with a number of unique characteristics that make it an ideal choice for a variety of applications.

ASNZS-1531-Bare-All-Aluminum-Alloy-1120-AAAC-Conductor-1

Packing

Delivery lengths are determined from a consideration of such factors as physical drum dimensions, drum weights, span length, handling equipment or the customer’s request.

Packing Materials

Wooden drum, steel-wooden drum, steel drum.

Specifications

-AS/NZS 1531 Standard AAAC Conductor

AS/NZS 1531 Standard Bare All Aluminum Alloy 1120 AAAC Conductor Specification Physical and Mechanical Performance Parameters

Code Name	No./Dia.of Stranding Wires	Nominal Overall Diameter	Cross Section Area	Nominal Linear Mass	Breaking load	Final Modulus of Elasticity	Coefficient of Linear Expansion
-	No./mm	mm	mm²	kg/km	kN	GPa	x 10^–6/°C
Chlorine	7/2.50	7.50	34.4	94.3	8.18	65	23.0
Chromium	7/2.75	8.25	41.6	113	9.91	65	23.0
Fluorine	7/3.00	9.00	49.5	135	11.8	65	23.0
Helium	7/3.75	11.3	77.3	211	17.6	65	23.0
Hydrogen	7/4.50	13.5	111	304	24.3	65	23.0
Iodine	7/4.75	14.3	124	339	27.1	65	23.0
Krypton	19/3.25	16.3	158	433	37.4	65	23.0
Lutetium	19/3.50	17.5	183	503	41.7	65	23.0
Neon	19/3.75	18.8	210	576	47.8	65	23.0
Nitrogen	37/3.00	21.0	262	721	62.2	64	23.0
Nobelium	37/3.25	22.8	307	845	72.8	64	23.0
Oxygen	19/4.75	23.8	337	924	73.6	65	23.0
Phosphorus	37/3.75	26.3	409	1120	93.1	64	23.0
Selenium	61/3.25	29.3	506	1400	114	64	23.0
Silicon	61/3.50	31.5	587	1620	127	64	23.0
Sulfur	61/3.75	33.8	673	1860	145	64	23.0

Electrical Performance Parameters

Code Name	D.C.Resistance at 20°C	A.C.Resistance at 50Hz at 75°C	Inductive reactance to 0.3m at 50Hz	Continuous current carrying capacity
				Rural Weather						Industrial Weather
				at night in winter			at noon in summer			at night in winter			at noon in summer
				still air	1m/s wind	2m/s wind	still air	1m/s wind	2m/s wind	still air	1m/s wind	2m/s wind	still air	1m/s wind	2m/s wind
-	WΩ/km	WWΩ/km	WWΩ/km	A	A	A	A	A	A	A	A	A	A	A	A
Chlorine	0.864	1.05	0.295	121	207	241	94	187	221	130	212	246	87	183	219
Chromium	0.713	0.866	0.289	137	234	272	106	210	249	148	240	277	98	206	246
Fluorine	0.599	0.728	0.284	154	261	303	118	234	277	166	268	309	108	229	273
Helium	0.383	0.465	0.270	208	345	401	155	307	364	225	356	410	141	300	358
Hydrogen	0.266	0.323	0.259	265	434	504	194	383	455	288	448	517	74	373	447
Iodine	0.239	0.291	0.255	285	464	539	207	409	486	310	480	553	185	398	477
Krypton	0.189	0.230	0.244	338	540	627	240	473	562	368	560	644	213	459	551
Lutetium	0.163	0.198	0.240	375	593	688	265	517	615	409	615	707	234	502	603
Neon	0.142	0.173	0.235	413	647	750	290	562	669	451	672	771	256	545	655
Nitrogen	0.114	0.139	0.227	482	743	861	336	642	765	528	774	887	295	621	748
Nobelium	0.0973	0.119	0.222	539	821	961	373	706	842	590	856	990	326	682	822
Oxygen	0.0884	0.108	0.220	575	871	1025	397	747	891	630	908	1057	346	721	870
Phosphorus	0.0731	0.0897	0.213	658	982	1172	451	837	1013	722	1026	1209	391	807	988
Selenium	0.0592	0.0730	0.206	762	1120	1357	518	949	1172	838	1173	1401	446	912	1142
Silicon	0.0511	0.0634	0.201	843	1227	1501	569	1034	1295	928	1287	1550	488	992	1262
Sulfur	0.0444	0.0554	0.197	927	1336	1650	623	1122	1423	1021	1403	1705	532	1074	1386

Note: Current ratings are based on the following conditions:
• Conductor temperature rise above ambient of 40°C
• Ambient air temp. of 35°C for summer noon or 10°C for winter night
• Direct solar radiation intensity of 1000 W/m2 for summer noon or zero for winter night
• Diffuse solar radiation intensity of 100 W/m2 for summer noon or zero for winter night
• Ground reflectance of 0.2
• Emissivity of 0.5 for rural weathered conductor or 0.85 for industrial weathered conductor
• Solar absorption coefficient of 0.5 for rural weathered conductor or 0.85 for industrial weathered conductor.