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Option Card Fault (Port A) ................................................. 228
Option Card Fault (port A) ........................................... 228, 234
Option Card Reference...................................................... 336
Option Communication Error .................................. 227, 230, 241
Option Frequency Reference ............................................... 336
Option Unit Fault ............................................................ 228
Oscillation or Hunting....................................................... 257
Output Current ............................................................... 332
Output Current (A) .............................................. 289, 290, 291
Output Current (kVA)....................................................... 291
Output Current at Previous Fault .......................................... 334
Output current imbalance ................................................... 233
Output Frequency............................................................ 332
Output Frequency after Soft Start ......................................... 333
Output Frequency at Previous Fault....................................... 334
Output Frequency is not as High as Frequency Reference ............. 258
Output Ground Fault Detection Selection ................................ 326
Output of speed control (ASR) (for Simple V/f PG).................... 337
Output Phase Loss ..................................................... 228, 233
Output Power................................................................. 333
Output Power at Previous Fault............................................ 334
Output Terminal Status ..................................................... 333
Output Terminal Status at Previous Fault ................................ 334
Output Voltage at Previous Fault .......................................... 334
Output Voltage Bias ......................................................... 319
Output Voltage Limit Operation Selection ............................... 305
Output Voltage Reference .................................................. 333
Output Voltage Reference (Vd)............................................ 337
Output voltage reference (Vq) ............................................. 337
Overcurrent ............................................................. 228, 234
Overexcitation Deceleration Gain ................................... 234, 327
Overexcitation Operation Selection ....................................... 327
Overheat 1 (Heatsink Overheat) ........................................... 235
Overheat Alarm Level....................................................... 325
Overheat Pre-Alarm Operation Selection ................................ 325
Overload oL1 (oL1 Alarm)................................................. 318
Overload Tolerance.............................................. 289, 290, 291
Overspeed (for Simple V/f with PG)................................ 228, 245
Overspeed (Simple V/f with PG) .......................................... 237
Overtorque/Undertorque Detection Level ................................ 319
Overtorque 1............................................................ 228, 244
Overtorque 2............................................................ 228, 244
Overtorque Detection 1 ............................................... 228, 236
Overtorque Detection 2 ............................................... 228, 236
Overvoltage............................................................. 228, 237
Overvoltage Occurs When Running at a Constant Speed .............. 255
Overvoltage Suppression ................................................... 237
P
Parameter Range Setting Error............................................. 247
Parameter Selection Error ............................................ 229, 248
Parameter Setting Range Error............................................. 229
Parameter Settings ............................................................. 73
PASS .................................................................... 228, 245
Password 1.................................................................... 299
Password 2.................................................................... 299
Password Settings.............................................................. 94
Peak Hold Current ........................................................... 335
Peak Hold Output Frequency .............................................. 336
Performance Life .............................................................. 16
Peripheral Devices Affected by Drive Operation ....................... 259
Permanent Magnet Motor Control........................................... 16
PF ........................................................................ 228, 238
PG Disconnect (for Simple V/f with PG)..................... 228, 238, 245
PGo ................................................................ 228, 238, 245
PG Open-Circuit Detection Time (for Simple PG V/f Control) ....... 312
Phase Order Selection ....................................................... 300
PID Accel/Decel Time ...................................................... 302
PID Control Selection Error................................................ 229
PID Control Selection Fault ................................................ 248
PID Disable................................................................... 315
PID Feedback .......................................................... 319, 336
PID Feedback High Detection Level...................................... 302
PID Feedback High Level Detection Time............................... 302
PID Feedback Loss ........................................ 228, 233, 243, 318
PID Feedback Loss Detection Level ...................................... 302
PID Feedback Loss Detection Time....................................... 302
PID Feedback Reference Missing Detection Selection................. 302
PID Function Setting ........................................................ 301
PID Input (feedback) ........................................................ 336
PID Input Limit .............................................................. 302
PID Input Switch............................................................. 316
PID Integral Hold ............................................................ 316
PID Integral Reset ........................................................... 316
PID Offset Adjustment...................................................... 302
PID Output.................................................................... 336
PID output fault .............................................................. 258
PID Output Gain Setting.................................................... 302
PID Output Level Selection ................................................ 302
PID Output Limit ............................................................ 302
PID Output Lower Limit.................................................... 302
PID Output Reverse Selection ............................................. 302
PID Primary Delay Time Constant ........................................ 302
PID Setpoint .................................................................. 336
PID Set Point ................................................................. 319
PID Setpoint / User Display ................................................ 302
PID Setpoint and Display Digits........................................... 302
PID Setpoint Scaling ........................................................ 302
PID Setpoint Selection ...................................................... 302
PID Setpoint Value .......................................................... 302
PID Sleep Delay Time ...................................................... 302
PID Sleep Function Start Level ............................................ 302
PID Soft Starter .............................................................. 316
PM Speed Feedback Detection Suppression Gain ...................... 238
Poor Speed Control Accuracy.............................................. 256
Poor Speed Control Accuracy Above Base Speed in Open-loop Vector
Motor Control Method ...................................................... 259
Power Detection Filter Time ............................................... 303
Power Specifications 200 V Class Models ......................... 289, 290
Power Specifications 400 V Class Models ............................... 291
Preface........................................................................... 12
Previous Fault ................................................................ 334
Program Lockout ............................................................ 316
Programming Mode .................................................. 70, 71, 72
Proportional Gain Setting (P) .............................................. 301
Protective Covers, Reattaching .............................................. 45
Protective Covers, Removing ................................................ 44
Pull-In Current ............................................................... 328
Pull-In Current Compensation Time Constant............... 238, 258, 328
Pull-In Current during Accel/Decel for PM.............................. 239
Pull Out Detection ........................................................... 239
Pull-Out Detection........................................................... 228
Pulse Train Input Bias....................................................... 320
Pulse Train Input Filter Time .............................................. 320
Pulse Train Input Gain ...................................................... 320
Index
404
SIEP C710606 20 OYMC AC Drive - V1000 User Manual
7/16/2008-13:23