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Three-phase line reactor
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Three-phase line reactors with soft magnetic lamination cores for power application conform to VDE 0570 EN 61558
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Datasheet as PDF
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High current version from 80 A upwards
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Table
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Type
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Type size
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Energy
E = 0,5 x L x I²
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Dimensions in mm
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Mounting holes
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Copper
weight
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Total
weight
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b
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l
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l1
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l2
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h
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h1
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f1
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f2
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f3
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DEO
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100/100/31
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146
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122
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58
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63
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-
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107
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145
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49
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90
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4,8
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0,61 kg
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2,8 kg
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DEO
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125/125/26,5
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234
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152
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60
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67
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-
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133
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168
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50
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113
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5,8
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1,10 kg
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4,1 kg
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DEO
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125/125/41,5
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366
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152
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75
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82
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-
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133
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468
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65
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113
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5,8
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1,50 kg
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5,9 kg
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DEO
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150/150/31,5
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525
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183
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72
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76
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-
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157
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190
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57
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136
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7,0
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2,50 kg
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6,5 kg
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DEO
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150/150/41,5
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725
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183
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82
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86
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-
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157
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190
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67
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136
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7,0
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3,70 kg
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10,0 kg
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DEO
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170/170/46,5
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916
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207
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93
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93
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-
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178
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215
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73
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156
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7,0
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3,80 kg
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12,5 kg
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DEO
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190/190/40
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1152
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231
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87
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91
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-
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198
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240
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71
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176
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7,0
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7,20 kg
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16,8 kg
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DEO
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200/200/51
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1573
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243
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102
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107
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127
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208
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-
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81
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185
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9,0
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6,25 kg
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19,9 kg
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DEO
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200/200/61
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1859
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243
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112
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117
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137
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208
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-
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91
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185
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9,0
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6,60 kg
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22,6 kg
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DEO
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200/200/75
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2138
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243
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126
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131
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151
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208
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-
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105
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185
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9,0
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8,10 kg
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27,5 kg
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DEO
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220/220/72
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2592
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268
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127
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134
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157
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228
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-
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102
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200
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10
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10,5 kg
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33,0 kg
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DEO
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250/250/77
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3175
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305
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139
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149
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174
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260
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-
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119
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224
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10
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12,0 kg
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45,0 kg
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Technical changes and optimization reserved
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01/2010
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Field of application
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Netzdrossel, PFC-Drossel und Ankerkreisdrossel
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Description
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The size is determined by the energy E = 0,5 x L x I2. All given values are calculated for low warming and low humming. With forced cooling, smaller dimensions are possible. If there is only a bit of over temperature allowed, the dimensions will increase.
Reactors for one-phase loads and electronic devices with the following advantages:
Use as a smoothing reactor or commutation reactor in DC circuits:
- low ripple factor
- attenuation of current harmonics
- bridging of line failures
- limitation of peak currents
Use as a line reactor:
- attenuation of current harmonics
- limitation of start-up current
- guarantee of short-circuit voltage of 4% to line
Use as a PFC reactor:
Use as an armature circuit reactor:
- reduction of harmonics in the motor and thus an increasement of the motor efficiency at
one-phase applications
- reduction of current noises in the motor
- increasement of the total inductance of the motor circuit for DC motors with low inductance
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