CE Certification AAAC SPLN 41-8 BARE CONDUCTOR All Aluminum Alloy Conductor Manufacturers, Factories

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

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

Product advantage:
The AAAC conductor is made of an "aluminum-magnesium-silicon" alloy with the highest tensile strength currently available.  Compared with AAC conductors of the same cross-section, AAAC conductors have 85% higher comprehensive breaking force, while their conductivity is only about 10% lower.

Product Description

AAAC Standard: SPLN 41-8 Technical Specifications
Standard Compliance

Fully compliant with SPLN 41-8 standards for Aluminum Alloy Conductors (AAAC).

Right-Hand Twist

The outermost layer is precision-twisted to the right (Z-direction) for optimal structural integrity.

Aluminum Alloy Conductor (AAAC) Technical Data
Code Name Sectional Area Wire Diameter & Stranding Diameter of Conductor Nominal Breaking Load Linear Mass Maximum Resistance at 20℃
mm² mm No. mm N kg/km Ω/km
1616.81.7575.25470446.11.955
2527.82.2576.75774276.21.183
3534.42.577.5960494.10.958
5049.53.007913818135.50.665
45.71.75198.7512740125.80.724
5558.13.2579.7516219159.00.567
7075.52.251911.2521070207.90.438
9593.32.501912.526068256.60.355
10099.34.25712.7527734271.90.332
120112.92.751913.7531556310.50.293
150157.63.251916.2544002433.70.210
147.12.253715.7541062405.80.225
185181.62.53717.550715500.90.183
240238.84192066689657.00.137
242.52.256120.2567718670.30.139
300299.42.56122.583594827.50.1110
400431.23.0061271204421191.60.077
500506.03.256129.251413161398.50.066
630643.2391331796341784.90.052
800754.93.259135.752108472094.80.044
10001005.13.759141.252806722789.00.033
Note: The outermost layer is twisted to the right (Z).
Frequently Asked Questions
What standard does this AAAC conductor follow?
This Aluminum Alloy Conductor follows the SPLN 41-8 standard, ensuring high quality and performance for overhead power transmission.
What is the twist direction for the outermost layer?
According to the technical specifications, the outermost layer is twisted to the right, also known as a Z-twist.
At what temperature is the maximum resistance measured?
The maximum electrical resistance provided in the technical data is measured at a standard temperature of 20℃.
What range of sectional areas are available?
The sectional area for these conductors ranges from 16.8 mm² up to 1005.1 mm², covering a wide variety of industrial requirements.
How does the nominal breaking load vary by conductor size?
The breaking load increases with the size of the conductor, starting from 4704 N for smaller units and reaching up to 280,672 N for the 1000 code name model.
What are the available stranding configurations?
The number of wires in the conductor stranding varies based on the design, ranging from 7 wires for smaller sections up to 91 wires for high-capacity conductors.

Related Products