We are a leading manufacturer, exporter, and distributor of top quality AAC/AAAC /ACSR Conductors that are manufactured using high quality raw materials. These conductors are used for low and medium voltage applications across diverse industries. Our offered conductors are widely appreciated for their corrosion resistance, high strength, precise dimensions, light weight and low cost. AAC/AAAC /ACSR Conductors find their application in urban areas for overhead power transmission. Further, we offer these conductors in customized sizes and specifications as per our clients' requirements.
Other Details:
AAC / AAAC / ACSR Conductors
We are manufactures of a wide range of conductors that includes AAC/ACSR Conductors, All Aluminium Alloy Conductors, Aluminium Conductor, Aluminized Steel Reinforced (ACASR) Conductors, Aluminium Alloy Conductors Steel Reinforced (AACSR) Conductors, Other Special Conductors, as per Customer's Reruirement
Applications
AAAC: Used as bare overhead conductor for primary and secondary distribution. Designed utilizing high strength aluminium alloy to achieve a high strength-to-weight ratio; affords better sag characteristics. Aluminium alloy gives AAAC higher resistance to corrosion than ACSR.
AAC-ACSR: Used as bare overhead transmission cable and as primary and secondary distribution cable. ACSR offers optimal strength for line design. Variable steel core stranding enables desired strength to be achieved without sacrificing capacity.
AACSR: Used as bare overhead transmission cable and as primary and secondary distribution cable. AACSR offers optimal strength for line design. Variable steel core stranding enables desired strength to be achieved without sacrificing capacity.
AAC: Stranded 1350 aluminium conductors shown in this section of data are classified, as follows:
Class AA: For bare conductors usually used in overhead lines
Class A: For conductors to be covered with weather-resistant materials and for bare conductors where greater flexibility is required
Class B: For conductors to be insulated with various materials and for conductors indicated under Class A where greater flexibility is required
Class C: For conductors where greater flexibility is required
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DIMENSIONS & WEIGHTS
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ALL ALUMINIUM CONDUCTOR (A.A. C)
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Code Name
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Sq. mm.
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Sq.mm.
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Ohms/Km
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Amp.
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Amp.
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NO/Dia
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(mm)
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Sq.mm
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Kg/Km
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Kg.
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||||||||||||||
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-
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7.5
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12.23
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2.33
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42
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80
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7/1.50
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4.50
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12.37
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34
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220
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|||||||||||||
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ROSE
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13
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20.89
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1.36
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75
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130
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7/1.96
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5.88
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21.12
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58
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385
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|||||||||||||
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GNAT
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16
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26.56
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1.07
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85
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140
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7/2.21
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6.63
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26.85
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73
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485
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-
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20
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32.37
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0.88
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100
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160
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7/2.44
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7.32
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32.73
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89
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580
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LADYBIRD
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25
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42.33
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0.67
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120
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190
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7/2.79
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8.37
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42.80
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117
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737
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ANT
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30
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52.26
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0.54
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135
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215
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7/3.10
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9.30
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52.85
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114
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892
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FLY
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40
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62.86
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0.45
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155
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240
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7/3.40
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10.20
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63.55
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174
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1,051
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BLUEBOTTEL
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45
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72.84
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0.39
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174
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266
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7/3.66
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10.95
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73.65
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201
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1,203
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EARWIG
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48
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77.70
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0.37
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180
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275
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7/3.78
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11.34
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78.55
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215
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1,272
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GRASS-HOPPER
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50
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83.13
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0.34
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190
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290
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7/3.91
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11.73
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84.05
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230
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1,356
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CLEGG
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60
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94.56
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0.30
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207
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313
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7/4.17
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12.51
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95.60
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261
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1,523
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WASP
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65
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104.80
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0.27
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220
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330
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7/4.39
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13.17
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106.00
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290
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1,673
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-
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80
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132.20
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0.22
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255
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375
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19/3.00
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15.00
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134.30
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369
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1,228
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-
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90
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148.50
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0.19
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280
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405
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19/3.18
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15.90
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150.90
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414
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2,484
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CATERPILLER
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110
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183.00
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0.16
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303
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466
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19/3.53
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17.65
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186.00
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511
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2,985
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DIMENSIONS & WEIGHTS
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ALL ALUMINIUM CONDUCTOR STEEL REINFORCED (A.C.S.R.)
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Code Name
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Equivalent
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Equivalent nominal Aluminium
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Calculated resistance at 20 0 C d.c.
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Current rating in still air
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Standing & Wire diameter (mm)
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Overall cond. dia
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Approximate Weight Kg/Km
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Ultimate tensile Strength
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Aluminium
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Steel
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Sq. mm. |
Sq.mm. |
Ohms/Km |
Amp. |
NO/Dia |
NO/Dia |
(mm) |
A1 |
Steel |
Total |
Kg. |
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SQUIRREL
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13
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20.71
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1.3740
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76
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6/2.11
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1/2.11
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6.33
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58
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27
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85
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711
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GOPHER
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16
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25.91
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1.0980
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85
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6/2.35
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1/2.36
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7.09
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72
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34
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106
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952
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WEASEL
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20
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31.21
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0.9116
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95
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6/2.59
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1/2.59
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7.77
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87
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41
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128
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1,136
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FERRET
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25
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41.87
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0.6795
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115
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6/3.00
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1/3.00
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9.00
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116
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55
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171
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1,503
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RABBIT
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30
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52.21
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0.5449
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135
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6/3.35
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1/3.35
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10.05
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145
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69
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214
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1,860
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MINK
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40
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62.32
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0.4565
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165
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6/3.66
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1/3.66
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11.00
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173
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82
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255
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2,207
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BEAVER
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45
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74.07
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0.3841
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176
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6/6.99
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1/3.99
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12.00
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206
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98
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304
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2,613
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RACOON
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48
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77.83
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0.3656
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180
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6/4.09
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1/4.09
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12.30
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215
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103
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318
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2,746
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OTTER
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50
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82.85
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0.3434
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185
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6/4.22
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1/4.22
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12.60
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230
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109
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339
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2,923
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CAT
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55
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94.21
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0.3020
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195
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6/4.50
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1/4.50
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13.50
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261
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124
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385
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3,324
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DOG
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65
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103.6
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0.2745
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205
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6/4.72
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7/1.57
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14.20
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288
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106
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394
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3,299
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LEOPARD
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80
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129.7
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0.2193
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275
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6/5.28
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7/1.76
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15.85
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360
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133
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493
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4,137
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COYOTE
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80
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128.5
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0.2214
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260
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26/2.54
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7/1.90
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16.86
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365
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156
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521
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4,638
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TIGER
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80
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128.1
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0.2221
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265
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30/2.36
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7/2.36
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16.50
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363
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241
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604
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5,758
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WOLF
|
95
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154.3
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0.1844
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305
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30/2.59
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7/2.59
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18.10
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436
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291
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727
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6,880
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LYNX
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110
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179.0
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0.1589
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335
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30/2.79
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7/2.79
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19.60
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507
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338
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845
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7,950
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PANTHER
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130
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207.0
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0.1375
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370
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30/3.00
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7/3.00
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21.00
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586
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390
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976
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9,127
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LION
|
140
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232.5
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0.1223
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405
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30/3.18
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7/3.18
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22.30
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659
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438
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1097
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10,210
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BEAR
|
160
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258.1
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0.1102
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430
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30/3.35
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7/3.35
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22.90
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734
|
485
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1219
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11,310
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Price:
Surface Finish : Glazed for weather resistance
Weight : Varies: Example 5 kg for a pin insulator
Operating Temperature : 40 to 70C
Connection Type : Threaded or bolted
Insulation Material : Porcelain
Size : Varies based on type and application
Surface Finish : Smooth metallic finish
Weight : Dependent on conductor size and length
Operating Temperature : Up to 75C
Connection Type : Overhead
Insulation Material : None
Size : Varies depending on design
Surface Finish : Polished
Weight : Varies by model
Operating Temperature : Standard working temperatures for electrical equipment
Connection Type : Crimp
Insulation Material : None
Size : Varies by model e.g. DTL2300mm DTL95mm DTL16mm
Surface Finish : Nickelplated for corrosion resistance
Weight : Varied depending on size
Operating Temperature : Typically 40C to 100C
Connection Type : Threaded
Insulation Material : Rubber or Plastic (for sealing purposes)
Size : Varies (specific sizes listed in product datasheet)