YASKAWA GA500 GA50U Series

YASKAWA TOEPYAIGA5002A GA500 DRIVE PROGRAMMING 519
Parameter ............................................................ 345
Serial communication terminals .................................. 506
Setting for termination resistor ................................... 510
Mid point B frequency
Motor 2 parameters................................................. 253
Parameter ............................................................ 248
Mid point B voltage
Motor 2 parameters................................................. 254
Parameter ............................................................ 249
Middle Output Frequency
Motor 2 Parameters ................................................ 253
Parameter ............................................................ 248
Middle Output Frequency Voltage
Motor 2 Parameters ................................................ 253
Parameter ............................................................ 248
Minimum output frequency
Parameter ............................................................ 248
Minimum Output Frequency
Motor 2 Parameters ................................................ 253
Minimum Output Voltage
Motor 2 Parameters ................................................ 253
Parameter ............................................................ 248
Momentary Power Loss
KEB Compensation Time ......................................... 370
Monitors
Display procedure .................................................. 466
Motor
Positive Temperature Coefficient (PTC) Thermistor .......... 357
Motor 2
Base Frequency ..................................................... 253
Base voltage......................................................... 254
Control mode settings.............................................. 252
Leakage Inductance ................................................ 255
Line-to-Line Resistance ........................................... 255
Maximum Output Frequency ..................................... 253
Maximum Output Voltage......................................... 253
Mid point B frequency............................................. 253
Mid point B voltage ................................................ 254
Middle Output Frequency ......................................... 253
Middle Output Frequency Voltage ............................... 253
Minimum Output Frequency...................................... 253
Minimum Output Voltage ......................................... 253
Motor Iron Loss..................................................... 256
Motor Iron-Core Saturation Coefficient 1....................... 256
Motor Iron-Core Saturation Coefficient 2....................... 256
Motor rated power (kW)........................................... 256
No-load Current .................................................... 255
Number of motor poles ............................................ 255
Rated current ........................................................ 254
Rated Slip............................................................ 254
V/f Pattern ........................................................... 252
Motor Code Selection .................................................. 257
Motor Overheating
Operation During Detection of Alarms.......................... 362
Operation During Detection of Faults (PTC Input) ............ 362
Motor Overload
Electric Thermal Protection Operation Time ................... 361
Protection Functions ............................................... 358
Motor parameters
Motor 2 .............................................................. 254
Motor 2 Iron-Core Saturation Coefficient 1 .................... 256
Motor 2 Iron-Core Saturation Coefficient 2 .................... 256
Motor 2 number of motor poles .................................. 255
Motor 2 rated power (kW) ........................................ 256
Motor Parameters ................................................. 241, 249
Motor 2 Iron Loss .................................................. 256
Motor 2 Leakage Inductance...................................... 255
Motor 2 Line-to-Line Resistance................................. 255
Motor 2 No-load Current .......................................... 255
Motor 2 rated Current.............................................. 254
Motor 2 Rated Slip ................................................. 254
Motor parameters (induction motors) ................................ 249
Leakage Inductance ................................................ 251
Line-to-Line Resistance ........................................... 250
Motor Iron Loss. .................................................... 251
Motor Iron-Core Saturation Coefficient 1....................... 251
Motor Iron-Core Saturation Coefficient 2....................... 251
Motor rated power (kW)........................................... 252
No-load Current .................................................... 250
Number of motor poles ............................................ 250
Rated current ........................................................ 249
Rated Slip............................................................ 250
Motor Power Unit Selection ........................................... 434
MotorDirect@PowUpWhenUsingKeypad .......................... 437
Multi-step speed operation............................................. 225
Setting procedure ................................................... 225
Multiple-unit connection ............................................... 266
N
No-Load Voltage
Parameter ............................................................ 249
NumOfRunCommands Counter Initial............................... 442
O
oC
Overcurrent Detection Gain....................................... 401
Off-Delay Timer......................................................... 179
Offset frequency
Parameter ............................................................ 239
oH
Alarm Settings ...................................................... 397
oH2
Alarm Settings ...................................................... 397
oH3
Operation During Detection of Alarms.......................... 362
oH4
Operation During Detection of Faults (PTC Input) ............ 362
oL2
Protection Functions ............................................... 400
On-Delay Timer ......................................................... 179
Ope Select @Keypad is Disconnect .................................. 437
Operation During Momentary Power Loss
KEB ride-thru function ............................................ 364
Operation method selection ....................................... 369
Parameter ............................................................ 369
Speed Search function ............................................. 170
Option card
Parameter ............................................................ 262
oS
Detection level ...................................................... 263
Detection time ...................................................... 264
Operation Select at Overspeed.................................... 262
Output Control........................................................... 425
Output Phase Loss Detection
Protective function ................................................. 399
Overexcitation deceleration
Parameter ............................................................ 408