YASKAWA HV600 Manual page 606

Motor 2 Line-to-Line Resistance................................. 258
Motor 2 Rated Slip ................................................. 257
Motor parameters (induction motors) ................................ 253
Leakage Inductance ................................................ 254
Line-to-Line Resistance ........................................... 254
Motor Iron Loss..................................................... 254
Motor rated power (kW)........................................... 254
No-load Current .................................................... 253
Number of motor poles ............................................ 254
Rated current ........................................................ 253
Rated Slip............................................................ 253
Motor Power Unit Selection ........................................... 415
Multi-step speed operation............................................. 235
Setting procedure ................................................... 236
Multiplex Mode ......................................................... 467
N
NumOfRunCommands Counter Initial............................... 423
O
oC
Overcurrent Detection Gain....................................... 386
OFF key .................................................................. 509
OFF Key Function Selection .......................................... 416
Off-Delay Timer......................................................... 199
Offset frequency
Parameter ............................................................ 243
oH
Alarm Settings ...................................................... 383
oH2
Alarm Settings ...................................................... 383
oH3
Operation During Detection of Alarms.......................... 352
oH4
Operation During Detection of Faults (PTC Input) ............ 352
oL2
Protective function ................................................. 386
On-Delay Timer ......................................................... 199
Operation During Momentary Power Loss
KEB ride-thru function ............................................ 354
Operation method selection ....................................... 356
Parameter ............................................................ 356
Speed Search function ............................................. 190
Option card
Parameter ............................................................ 264
Output Phase Loss Detection
Protective function ................................................. 384
ov2 Detection ............................................................ 459
Overexcitation deceleration
Parameter ............................................................ 392
Overtorque detection
Parameter ............................................................ 375
P
Parameter
Access Level Selection ............................................ 161
Automatic selection ................................................ 176
Backup (drive to keypad).......................................... 537
Changing setting values ........................................... 535
Checking modified parameters ............................. 542–543
Checking user custom parameters................................ 536
Delete Backed-up Parameters..................................... 541
Modified Parameters Screen ...................................... 542
Restore (Auto Backup) ............................................ 558
606
Restore (keypad to drive).......................................... 538
Restoring default settings.......................................... 544
User-set .............................................................. 176
Verify (keypad and drive) ......................................... 540
Password
Setting................................................................ 165
Verification .......................................................... 165
PC
Connection procedure.............................................. 601
PF
Protection Functions ............................................... 384
Phase Order Selection .................................................. 186
PI Auxiliary Control .................................................... 497
Absolute Mode...................................................... 498
Delta to Setpoint Mode ............................................ 498
High Feedback Level Detection .................................. 498
PI2 control
control block diagram.............................................. 441
PI2 Control ............................................................... 440
PID control ............................................................... 201
control block diagram.............................................. 203
Feedback value input............................................... 202
fine tuning ........................................................... 204
Parameter ............................................................ 208
Setpoint input ....................................................... 202
PM motor parameters
d-Axis inductance .................................................. 260
Induced voltage constant 1 ........................................ 260
Induced voltage constant 2 ........................................ 261
Motor rated current................................................. 259
Motor rated power.................................................. 259
Number of motor poles ............................................ 260
q-Axis inductance .................................................. 260
Stator resistance .................................................... 260
PM Motor Parameters .................................................. 259
PM motors
Motor Code Selection.............................................. 259
PM Motors
Auto-Tuning......................................................... 561
Fine Adjustment .................................................... 396
Motor Parameters................................................... 259
Pressure Reached Detection ........................................... 479
Pressure-Reached Detection
Exit conditions ...................................................... 478
Protection Functions
DC bus undervoltage............................................... 357
Drive Overheating.................................................. 383
GF .................................................................... 385
Ground Fault Detection............................................ 385
Input Phase Detection.............................................. 384
LF2 ................................................................... 387
Motor Overload..................................................... 350
oC..................................................................... 386
oH2 ................................................................... 383
Overcurrent.......................................................... 386
PF ..................................................................... 384
Uv1 ................................................................... 357
Protective function
Drive Overheating.................................................. 383
HCA .................................................................. 388
LF..................................................................... 384
Motor Overheating ................................................. 352
Motor Overheating (PTC Input).................................. 352
YASKAWA TOEPYAIHV6002A HV600 Drive Programming