Danfoss FCM305 56 Instruction Manual page 129

Data read-out: Reference % ....................... 13-4
Data read-out: Reference unit ..................... 13-4
Data read-out: Status word, binary .............. 13-6
Data read-out: Terminal 1, analogue input .... 13-8
Data read-out: Terminal 2, analogue input .... 13-8
Data read-out: Torque ................................. 13-5
Data read-out: Warning word, 1 .................. 13-7
Data read-out: Warning word, 2 .................. 13-8
DC brake cut-in frequency ............................. 9-3
DC braking time ............................................ 9-3
DC braking voltage ........................................ 9-3
DC-brake .................................................... 13-2
Display line 1.1 .............................................. 8-5
Display line 1.2 .............................................. 8-6
Display line 1.3 .............................................. 8-6
Display line 2 ................................................. 8-4
Display scaling of motor frequency ................. 8-4
Fault log: Error code .................................... 14-3
Fault log: Time ............................................. 14-3
Fault log: Value ............................................ 14-4
Flying start .................................................. 12-6
Frequency bypass 1 .................................... 10-6
Frequency bypass, bandwidth ...................... 10-6
Function after time out ................................. 11-2
Jog frequency ............................................. 10-4
Jog ramp time ............................................. 10-4
Language ...................................................... 8-2
LCP copy ...................................................... 8-4
Local Control/Configuration ............................ 8-6
Local jog ....................................................... 8-7
Local reference ............................................. 8-3
Local reset of trip ........................................... 8-7
Local reversing .............................................. 8-7
Local stop ..................................................... 8-7
Local/remote control ..................................... 8-2
Lock for data change .................................... 8-8
Max. output frequency ................................. 10-2
Maximum feedback ..................................... 12-3
Maximum reference ..................................... 10-3
Min. output frequency .................................. 10-2
Minimum feedback ...................................... 12-3
Minimum reference ...................................... 10-3
Motor current ................................................ 9-3
Motor database identification ....................... 14-5
Motor frequency ............................................ 9-2
Motor power ................................................. 9-2
Motor voltage ................................................ 9-2
Nameplate: Application option type .............. 14-5
Nameplate: Communication option type ....... 14-5
Nameplate: Database identification no. ........ 14-5
Nameplate: FC type .................................... 14-4
Nameplate: Software version no. ................. 14-4
Operating data: Hours run ........................... 14-2
Operating data: Number of overtemperatures 14-2
Operating data: Number of overvoltages ...... 14-2
Operating data: Number of power-up's ........ 14-2
MG.03.B6.2G - VLT is a registered Danfoss trademark
FCM 300 Series
Operating data: Operating hours .................. 14-2
Operating mode (OPERATION MODE) ......... 14-4
Operating state at power up, local control ...... 8-8
Overmodulation function .............................. 12-3
Parameter number (PNU)............................. 15-5
Preset reference 1 ....................................... 10-5
Preset reference 2 ....................................... 10-5
Process PID anti windup .............................. 12-4
Process PID diff. gain limit ............................ 12-5
Process PID differentiation time .................... 12-5
Process PID integral time ............................. 12-5
Process PID lowpass filter time .................... 12-6
Process PID proportional gain ...................... 12-5
Process PID start frequency......................... 12-4
Programming Setup ....................................... 8-3
Quick stop ramp-down time ........................ 10-4
Quick-stop .................................................. 13-2
Ramp-down time 1 ..................................... 10-3
Ramp-up time 1 .......................................... 10-3
Rated motor speed ....................................... 9-3
Reference function ...................................... 10-4
Reference/feedback range .......................... 10-2
Reset function ............................................. 12-2
Reset of hours-run counter .......................... 14-2
Reversing .................................................... 13-2
Rotation direction ........................................ 10-2
Selection of Setup ....................................... 13-2
Selection of speed ....................................... 13-2
Slip compensation ......................................... 9-4
Start ........................................................... 13-2
Start compensation ....................................... 9-4
Start voltage .................................................. 9-4
Switching frequency .................................... 12-2
Switching pattern ........................................ 12-6
Telegram profile ........................................... 13-3
Terminal 1, analogue input current ............... 11-2
Terminal 1, max. scaling .............................. 11-5
Terminal 2, analogue/digital input .................. 11-3
Terminal 2, max. scaling .............................. 11-6
Terminal 2, min. scaling ............................... 11-5
Terminal 3, digital input ................................. 11-3
Terminal 4, digital input ................................. 11-3
Terminal 5, digital input ................................. 11-3
Terminal 9, output functions ......................... 11-6
Time out ..................................................... 11-2
Torque characteristics .................................... 9-2
U/f ratio ......................................................... 9-4
Unit identification for communication ............ 14-5
Variable switching frequency ........................ 12-2
PC software for serial communication .............. 15-2
Periodic maintenance of motor part ................... 6-3
PG to NPT adapters ............................2-2, 4-5, 6-6
Power factor ................................................... 18-4
Process-bytes ................................................. 15-6
Product range ................................................... 4-5
Inverter versions ............................................ 4-5
20-3