Mitsubishi Electric A800 Plus Series Function Manual page 41

Parameter list (by function group)
Pr.
Pr.
group
SF-PR slip amount adjustment
G061 674
gain
Reverse rotation excitation
G080 617
current low-speed scaling factor
DC injection brake operation
G100 10
frequency
G101 11
DC injection brake operation time
G102 802
Pre-excitation selection
G103 850
Brake operation selection
G106 250
Stop selection
G107 70
Special regenerative brake duty
DC injection brake operation
G110 12
voltage
Regeneration avoidance
G120 882
operation selection
Regeneration avoidance
G121 883
operation level
Regeneration avoidance at
G122 884
deceleration detection sensitivity
Regeneration avoidance
G123 885
compensation frequency limit
value
Regeneration avoidance voltage
G124 886
gain
Regeneration avoidance
G125 665
frequency gain
G200 800
Control method selection
G201 85
Excitation current break point
Excitation current low-speed
G202 86
scaling factor
G203 245
Rated slip
G204 246
Slip compensation time constant
Constant-power range slip
G205 247
compensation selection
Constant output range speed
G206 1116
control P gain compensation
Constant output range torque
G210 803
characteristic selection
G211 820
Speed control P gain 1
G212 821
Speed control integral time 1
Torque control P gain 1 (current
G213 824
loop proportional gain)
Torque control integral time 1
G214 825
(current loop integral time)
823
G215
Speed detection filter 1
∗1
G216 827
Torque detection filter 1
G217 854
Excitation ratio
Speed control integral term clear
G218 1115
time
Speed feed forward control/
G220 877
model adaptive speed control
selection
G221 878
Speed feed forward filter
G222 879
Speed feed forward torque limit
G223 881
Speed feed forward gain
G224 828
Model speed control gain
G230 840
Torque bias selection
G231 841
Torque bias 1
G232 842
Torque bias 2
G233 843
Torque bias 3
G234 844
Torque bias filter
G235 845
Torque bias operation time
40
PARAMETER LIST
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Pr.
Pr.
group
Torque bias balance
G236 846
compensation
Fall-time torque bias terminal 1
G237 847
bias
Fall-time torque bias terminal 1
G238 848
gain
G240 367
Speed feedback range
∗1
G241 368
Feedback gain
∗1
Per-unit speed control reference
G260 1121
frequency
Speed control P gain 1 (per-unit
G261 1117
system)
Model speed control gain (per-
G262 1119
unit system)
G263 1348
P/PI control switchover frequency ─
Emergency stop operation
G264 1349
selection
Second motor control method
G300 451
selection
Second motor excitation current
G301 565
break point
Second motor excitation current
G302 566
low-speed scaling factor
G311 830
Speed control P gain 2
G312 831
Speed control integral time 2
G313 834
Torque control P gain 2
G314 835
Torque control integral time 2
833
G315
Speed detection filter 2
∗1
G316 837
Torque detection filter 2
Speed control P gain 2 (per-unit
G361 1118
system)
G400 286
Droop gain
G401 287
Droop filter time constant
Droop function activation
G402 288
selection
G403 994
Droop break point gain
G404 995
Droop break point torque
G410 653
Speed smoothing control
Speed smoothing cutoff
G411 654
frequency
G420 679
Second droop gain
G421 680
Second droop filter time constant
Second droop function activation
G422 681
selection
G423 682
Second droop break point gain
G424 683
Second droop break point torque
G601 1003
Notch filter frequency
G602 1004
Notch filter depth
G603 1005
Notch filter width
Speed control gain (Advanced
G932 89
magnetic flux vector)
G942 569
Second motor speed control gain
∗1 The setting is available only when a plug-in option that
supports Vector control is installed.
∗2
The parameter number in parentheses is that used
(displayed) on the LCD operation panel and the parameter
unit.
∗3
The initial value is for standard models.
∗4 The initial value is for separated converter types.
∗5
The setting is available only when the FR-A8AZ is installed.
∗6
For the details, refer to the Instruction Manual (Detailed) of
the FR-A800 inverter in the enclosed CD-ROM.
∗7
For the details, refer to the Instruction Manual of the FR-A8AL.
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