..... 224
Figure 153: Current injection dimension drawing control cabinet for outdoor installation........................Page 11
List images
Figure 121: Current injection dimension drawing control cabinet for outdoor installation.......................................................................... 214
Figure 143: Meaning the LEDs the current injection controller CIC. 203
Figure 137: Position measurement channels U1, U2, U3, I1, and the Current injection
controller (CIC).............. 225
Figure 155: Simplified current injection diagram with three frequencies for HPCI ......... 225
Figure 154: Inside control cabinet for HPCI double ....................................... 189
Figure 123: Simplified current injection diagram with three frequencies ....... 213
Figure 142: Start screen current injection not active.............................. inductors)...................................................................... 220
Figure 148: Inductor shelf (incl........... 232
................................................................................................................................................ 191
Figure 128: Frequency spectrum for injection without component ....... 206
Figure 139: Parameter menu current injection relays and LEDs............. 190
Figure 125: Frequency spectrum for injection with component...................................................... 231
Figure 162: Possible measurement points the P-coil with PAW ............................................... 226
Figure 157: Frequency spectrum for injection with component............... 192
Figure 131: Terminal configuration the CIC ............................................ 219
Figure 147: Dimensions for the inductor shelf (without inductors)............... 216
Figure 145: The structure dual HPCI for two REG-DP/ REG-DPA two P-coils................................................... 228
Figure 160: HPCI module terminal left cabinet side............................................................................................................................................ 208
Figure 141: Calculated resonance point (green) across the whole adjustment range ................................. 227
Figure 159: HPCI module; Position the main terminals and components ........... 220
Figure 149: Design HPCI control cabinet with two systems.......... 223
Figure 152: Dimensions: WxHxD 800 1200 500 (dimensions without base)...................................................................... 216
Figure 144: Meaning the LEDs the DSP board for current injection controller ............................................................................................................................................ 207
Figure 140: Service screen with current injection...................................... 192
Figure 130: Dimensions the current injection controller and position all components.................. 223
Figure 151: Current injection control cabinet for indoor installation ............................................................................................................................................. 190
Figure 126: Simplified current injection diagram with only two frequencies (without Hz)...................................................................................................................... 197
Figure 135: Enabling the feature WinEDC's Terminal program................................................. 193
Figure 132: Basic design continuously adjustable P-coil .......... 218
Figure 146: Control unit (HPCI module) ......... 196
Figure 134: Possible measurement points the P-coil without PAW................................... 195
Figure 133: Possible measurement points the P-coil with PAW ............................................................. 188
Figure 122: Example control cabinet for indoor installation for three injected currents...................................................................... 226
Figure 156: Example for the pulse pattern; Generation two frequencies .................. 191
Figure 127: Example for the pulse pattern for injection without component .............................................................. 190
Figure 124: Example for the pulse pattern for injection with component.................................................................................... 229
Figure 161: Basic design continuously adjustable P-coil ................................. 204
Figure 138: Configuration inputs and standard current injection cabinets................................................. 221
Figure 150: Connecting the HPCI between the REG-DP/ REG-DPA and the P-coil.................................... 199
Figure 136: Setup the measurement channels for current injection................. 192
Figure 129: Example for pulse pattern with reduced power......... 226
Figure 158: Switching the injection phase (L1 L2) automatically through relay K1..............
