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Aluminum Clad Steel

DIN 48201 ACS Aluminium Clad Steel Wire Alumoweld Guy Wire

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Product Details

Product parameter

Application

The aluminium clad steel wire can be used in a wide range of applications, including power transmission and distribution, overhead power lines, and alumoweld guy wire.
Due to its excellent strength and flexibility properties, the wire is ideal for use in areas prone to harsh weather conditions, including ice storms and hurricanes.
The wire's light weight also makes it suitable for applications that require minimal sagging, reducing the need for frequent maintenance.

Characteristic

The DIN 48201 standard Aluminium Clad Steel Wire is made of high-strength steel as the core and a layer of pure aluminum on top. This compact structure of the wire allows for maximum conductivity, strength, and durability.
It is a highly flexible wire, allowing easy installation and adjustment to fit your specific application. The wire comes in various sizes to accommodate different power and voltage requirements.

Advantages

Firstly, it is lighter than a pure steel wire, making installation and transportation more manageable. Despite its lightweight nature, the wire retains high tensile strength that is comparable to a solid steel wire.
Secondly, the wire's aluminum layer provides excellent corrosion resistance, making it ideal for use in harsh environments, including coastal regions and industrial areas.
Additionally, the wire is highly conductive, making it efficient in power transmission, thus reducing power loss.

Construction

Concentric-stranded conductors made from round aluminum clad steel core wires.

DIN-48201-Standard-Aluminum-Clad-Steel-(2)

Specifications

- DIN 48201 Standard ACS Wire

DIN 48201 Standard Stranded Aluminium Clad Steel Wire Physical, Mechanical and Electrical Performance Parameters

Nominal Section Area	Calculated Section Area	No.of Single Wires	Approx. Overall Diameter		Approx. Weight	Rated Strength	Coefficient of Linear Expansion	Max.D.C. Resistance at 20°C
Nominal Section Area	Calculated Section Area	No.of Single Wires	Single Wire	Conductor	Approx. Weight	Rated Strength	Coefficient of Linear Expansion	Max.D.C. Resistance at 20°C
mm²	mm²	-	mm	mm	kg/km	kN	x 10^–6/°C	Ω/km
25	24.25	7	2.10	6.30	162.0	31.56	12.9	3.5460
35	34.36	7	2.50	7.50	229.0	44.72	12.9	2.4990
50	49.48	7	3.00	9.00	330.0	64.4	12.9	1.7360
70	65.81	19	2.10	10.5	441.0	85.65	12.9	1.3130
95	93.27	19	2.50	12.5	626.0	121.39	12.9	0.9250
120	116.99	19	2.80	14.0	785.0	152.26	12.9	0.7370
150	147.11	37	2.25	15.7	990.0	191.46	12.9	0.5870
185	181.62	37	2.50	17.5	1221.0	236.38	12.9	0.4760
240	242.54	61	2.25	20.2	1635.0	299.05	12.9	0.3570
300	299.43	61	2.50	22.5	2017.0	369.20	12.9	0.2890