German Sizes DIN48201 All Aluminum Alloy Condcutor AAAC 50mm2

German Sizes DIN48201 All Aluminum Alloy Condcutor AAAC 50mm2

Quick Details

German Sizes DIN48201 All Aluminum Alloy Condcutor AAAC 50mm2

50mm2

Zhonghua

ISO9001, CE, UL, CCC

Transmission Line

Round Wire

Bare

None

Aluminum Alloy

Overhead, Transmission Line

Stranded

Bare

Silver

Steel & Wooden Drum

DIN48201

ZHONGHUA

Steel&Wooden Drum or as Customer Required

50mm2

Hubei, Wuhan

7614900000

Product Details

German Sizes DIN48201 All Aluminum Alloy Condcutor AAAC 50mm2

General:
These conductors are formed by several aluminium alloy wires , stranded in concentric layers.The centre wire or wires which form the core are made of  alloy.Normally the compositions of these conductors are the same as the ones pertaining to the aluminium-steel conductors.In the case of alloy conductors.All the wire have the same nominal diameter.The diameter of the alloy wires can be the same or different.The basic composition of this alloy pertains to the Aluminium-Magnesium-Silicon group.Which is also known in Europe as Almelec or Aldrey.After their drawing they must undergo a thermal treatment at a temperature of approximately 170°c.

Properties:
As regards aluminium, the wires of this alloy have a double tensile strength .Its electrical conductivity is 15% lower(53% instead of 61%) and the weight is the same.By making use of these characteristics, in many cases an alloy conductor can replace the Aluminium Conductors Steel reinforced with a similar installation cost.

Main applications:
Low, medium ,high and very high voltages transmission lines.

Composition:

Composition Final modulus of elasticity mpa Coefficient of linear expansion/°c
7 62000 23×10 -6
19 60000 23×10 -6

Product Structure

Technical characteristics

Conductor size Alloy
area
No. of wires Diameter of
wire
Overall
Diameter of Condcutor
Linear mass Rated
Tensile
 strength
Max.
D.C.
Resistance at 20ºC
mm2 mm2 No./mm mm mm kg/km daN Ω/km
50 49.48 7 3.00 9.0 135 1382 0.6714
  48.35 19 1.80 9.0 133 1350 0.6905

Production Process

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