Nord Drivesystems SK 510P - Page 6

NORDAC PRO (SK 500P) – Users Manual for Frequency Inverters
6 BU 0600 en-2319
List of illustrations
Figure 1: Installation spacings ............................................................................................................................... 25
Figure 2: Frequency inverter with bottom-mounted braking resistor SK BRU5-... ................................................. 27
Figure 3: Illustration of mounting the BRU5 on the frequency inverter .................................................................. 29
Figure 4: Illustration of a DC-coupling ................................................................................................................... 43
Figure 5: Diagram of a DC coupling with an input/feedback unit ........................................................................... 44
Figure 6: ControlBox menu structure ..................................................................................................................... 60
Figure 7: Motor type plate ...................................................................................................................................... 63
Figure 8: Explanation of parameter description ..................................................................................................... 74
Figure 9: LEDs – status displays on the device ................................................................................................... 179
Figure 10: Setpoint processing ............................................................................................................................ 197
Figure 11: Process controller flow diagram ......................................................................................................... 198
Figure 12: Wiring recommendation ...................................................................................................................... 203
Figure 13: Heat losses due to pulse frequency ................................................................................................... 205
Figure 14: Output current due to mains voltage................................................................................................... 208
Figure 15: Energy efficiency due to automatic flux optimisation .......................................................................... 209