KEB COMBIVERT F6 series, Инструкция по эксплуатации

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LIST OF FIGUreS
List of Figures
Figure 1: Nameplate........................................................................................................................26
Figure 2: Configurable options ........................................................................................................27
Figure 3: Switch-off time t depending on the overload I/IN at OC level 180% (OL) ........................34
Figure 4: Typical overload characteristics in the lower output frequencies (OL2) Example.
Device size 23..................................................................................................................36
Figure 5: Block diagram of the energy flow .....................................................................................43
Figure 6: Switching behaviour of the fans example heat sink fan ...................................................46
Figure 7: Airflow of the drive converter ...........................................................................................47
Figure 8: Dimensions built-in version air cooler ..............................................................................48
Figure 9: Dimensions built-in version fluid cooler (water) ...............................................................49
Figure 10: Dimensions push-through version air cooler IP20, IP54-ready .......................................50
Figure 11: Dimensions push-through version fluid cooler (water) IP20, IP54-ready .........................51
Figure 12: Dimensions push-through version fluid cooler (oil) IP20, IP54-ready ..............................52
Figure 15: Installation of IP54-ready devices ...................................................................................53
Figure 13: Mounting distances ..........................................................................................................55
Figure 14: Control cabinet ventilation................................................................................................55
Figure 16: F6 housing 6 top view ......................................................................................................56
Figure 17: F6 housing 6 front view ....................................................................................................57
Figure 18: F6 housing 6 rear view with control board COMPACT ....................................................58
Figure 19: Input circuit.......................................................................................................................59
Figure 20: Terminal block X1A for 400 V devices..............................................................................60
Figure 21: Connection for protective earth ........................................................................................61
Figure 22: Connection of the mains supply 3-phase .........................................................................62
Figure 23: Terminal block X1A DC connection ..................................................................................64
Figure 24: Wiring of the motor...........................................................................................................65
Figure 25: Terminal block X1A motor connection ..............................................................................66
Figure 26: Symmetrical motor line ....................................................................................................67
Figure 27: Terminal block X1C for control board APPLICATION and COMPACT .............................69
Figure 28: Terminal block X1C for control board PRO ......................................................................69
Figure 29: Connection of the brake control .......................................................................................70
Figure 30: Connection of a KTY sensor ............................................................................................70
Figure 31: Terminal block X1A connection braking resistor ..............................................................72
Figure 32: Open pipe ends for the connection of the cooling system for water coolers ...................78
Figure 33: Volume flow depending on the total power dissipation PD_ges and temperature
difference with water-glycol mixture .................................................................................81
Figure 34: Typical pressure drop depending on the volume flow ......................................................82
Figure 35: Connection of the oil cooling system ...............................................................................84
Figure 33: Volume flow depending on the total power dissipation PD_ges and temperature
difference with water-glycol mixture .................................................................................81
Figure 34: Typical pressure drop depending on the volume flow ......................................................82
Figure 35: Connection of the oil cooling system ...............................................................................84