Aluminum clad steel wire
Aluminum clad steel wire
Aluminum clad steel wire
Aluminum clad steel wire
Aluminum clad steel wire

Great Electric Conductivity ASTM B415 ASTM B502 Aluminum Clad Steel Wire For OPGW

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AS. Aluminum Steel Wire  is structured  by a Conform  Metal  Extrusion  Process  Line. Which synchronously transforms high -strength round steel thread as core and aluminium that is well -distributedly and continuously clad on the outline of the former into compound wire. AS.Wire is characterized as the wide range of tensile strength,high conductitivity and high corrosion resistance.  It  can be  suitable  to  varied   applications.  Such   as the   overhead  transit   of power comminucation;and metal net,hanger,line and fence which needed tension resistance and corrosionproof.
AS Aluminum Steel Wire of series products consists of aluminium cladding single aluminium cladding stranded wire and ACSR/AS.We have set up our standard AS.Wire in all series.It has been qualified for us to use the adopting intermational standard which has been inspected.We can accept   the order to produce and supply goods,according to International(IEC1232- 93),American,Japanese,British,Germa,Australian and Spanish Standard  as  well as custome/s require.The varied wires and cables clad with aluminium pipeline are available by equipment which produces AS.wire.

Aluminum Steel  Wire Types and Specifications    Q/320400AB009-95
Type Explanation Resistance at Range(Dia.)
20ºC(Q.mm2/m)
T-PM001 Conductivity of IACS AS.wire is 0.0848 1.25-5.50(mm)
20.3%,class A.
T-PM002 Conductivity of IACS AS.wire is 23% 0.07496 1.25-5.00(mm)
T-PM003 Conductivity of IACS AS.wire is 27% 0.06386 2.50-5.00(mm)
T-PM004 Conductivity of IACS AS.wire is 30% 0.05747 2.50-5.00(mm)
T-PM005 Conductivity of IACS AS.wire is 35% 0.04926 2.50-5.00(mm)
T-PM006 Conductivity of IACS AS.wire is 40% 0.0431 2.50-5.00(mm)

 

The Grades of AS.wire and the Standard Rate of Aland St.    Q/320400AB009-95
Type Thickness of Al. Conductivity Sectional Area of Al Sectional Area of Stl
T-PM001 Standard 20.3%IACS 25% 75%
T-PM002 Standard 23%IACS 30% 70%
T-PM003 Medium 27%IACS 37% 63%
T-PM004 Medium 30%IACS 43% 57%
T-PM005 Thicker 35%IACS 52% 48%
T-PM006 Thicker 40%IACS 62% 38%

The   Conductivity   of   AS Aluminum Steel Wire   Q/320400AB009-95
Type  %IACS         Conductivity    (%IACS)e
Al. St. Min.conductivity when_calculates Standard .conductivity when do not calculate sectional area of st.
all sectional area of Al.and St.
T-PM001 61 9 20 15.3
T-PM002 23 18.3
T-PM003 27 22.6
T-PM004 30 26.2
T-PM005 35 31.7
T-PM006 40 37.8
The Physical Constant of As.wire     Q/320400AB009-95
IACSConductivity Density Elastic Linear Expansive Temperature
(%IACS) (20ºCg/cm) Coefficient(GPA) Coefficient at 1/ºC Coefficient of
Resistance at 1/ºC
20.3 6.59 162 12.6×10-6 0.0036
23 6.27 149 12.9×10-6 0.0036
27 5.91 140 13.4×10-6 0.0036
30 5.61 132 13.8×10-6 0.0038
35 5.15 122 14.5×10-6 0.0039
40 4.64 109 15.5×10-6 0.004

The Tensile Strength of Wires    Q/320400AB009-95
Type Nominal Dia. Min.Tensile Pulling Force
Strength
more than (mm) less than(mm) Mpa When Stretch 1% Mpa
T-PM001A 1.24 3.25 1340 1200
3.25 3.45 1310 1180
3.45 3.65 1270 1140
3.65 3.95 1250 1100
3.95 4.1 1210 1100
4.1 4.4 1180 1070
4.4 4.6 1140 1030
4.6 4.75 1100 1000
4.75 5.5 1070 1000
T-PM001B 1.24 5.5 1320 1100
T-PM002 1.6 5.5 1220 980
T-PM003 2.5 5 1080 800
T-PM004 2.5 5 880 650
T-PM005 2.5 5.5 810 590
T-PM006 2.5 5 680 500

The Thickness of Al.Layer         Q/320400AB009-95
Type The AlProportion in Cross-section Min:Thickness   of   Al.Layer
      (eccentricthickness)
T-PM001 25% MAT.is 8% of the nominal radius of wire when
its nominal Dia.is less than 1.80mm.
MATis 10% of the nominal radius of wire when
its nominal Dia. is more than or same as 1.80mm.
T-PM002 30% MATis 14%of the nominal radius of wire.
T-PM003 37% MATis 14% of the nominal radius of wire.
T-PM004 43% MATis 15% of the nominal radius of wire.
T-PM005 52% MATis 15% of the nominal radius of wire.
T-PM006 62% MAT.is 25% of the nominal radius of wire.

The Starting Position of Stress Test When Its Elongation is 1%      Q/320400AB009-95
Nominal Dia. mm Starting Stress Starting Postion of
more than less than Mpa    Stretcher cm/cm
1.24 2.5 81.4 elongation is 0.05%
2.5 3.3 162 elongation is 0.10%
3.3 5.5 244 elongation is 0.15%

 

The Allowed  Tolerance  in  Size  Q/320400AB009-95
Nominal Dia.(mm) Allowed Tolerance(mm)
≥2.67 ±1.5%d
<2.67 ±0.04

ASTM  B415-92
Size AWG Nominal Ultimate Tensile Breaking Calculated Calculated Nominal Cross-section
Dia.(mm) Strength(kg/mm²) Strength(KN) Weight(kg/km) Resistance at
20ºC
Ω/1000ft Ω/km Cmils ln²      mm²
4 5.189 109 22.59 139.34 11.222 4.01 41,740 0.03278    21.15
5 4.62 116 19.07 110.5 1.541 5.056 33.09033,090 0.02599   16.77
6 4.114 123 16.04 87.62 1.943 6.375 26,240 0.02061    13.30
7 3.665 130.1 13.45 69.48 2.45 8.038 20,820 0.01635    10.55
8 3.264 137.1 11.24 55.11 3.089 10.135 16,510 0.01297    8.367
9 2.906 137.1 8.92 43.71 3.896 12.783 13,090 0.01028    6.632
10 2.588 137.1 7.07 34.66 4.912 16.116 10,380 0.008155   5.261
11 2.304 137.1 5.6 27.49 6.194 20.322 8,230 0.006460  4.168
12 2.052 137.1 4.45 21.8 7.811 25.627 6,530 0.005130  3.310

ASTM   B502-93
Nominal Dia. (mm) Pulling Force When Tensile Strength Mpa Elongation %
lts Elongation Is 1%
1.956-3.274 1206 1344 1.5
3.275-3.477 1172 1310 1.5
3.478-3.665 1137 1275 1.5
3.666-3.934 1103 1241 1.5
3.935-4.115 1103 1260 1.5
4.116-4.392 1068 1172 1.5
4.393-4.620 1034 1137 1.5
4.621-4.775 1000 1103 1.5

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