G) Control Parameters - Mitsubishi Electric 800 Series Instruction Manual

(G) Control parameters

5.16
(G) Control parameters
Purpose
To set the starting torque manually
To set the motor constant
To select the V/F pattern matching
the application
To improve the torque in a low-
speed range
To perform energy saving operation Energy saving operation
To use a special motor
To adjust the motor braking torque
To coast the motor to a stop
To use the regeneration unit to
increase the motor braking torque
To operate the inverter with DC
power supply
To avoid overvoltage alarm due to
regenerative driving by automatic
adjustment of the output frequency
To decrease the deceleration time
of the motor
To select the control method
To secure the low-speed torque by
compensating the slip of the motor
To select the torque characteristic
To adjust the speed control gain
To adjust the torque control gain
To stabilizes speed and torque
feedback signal
To changes excitation ratio
To improve the motor trackability
for the speed command changes
To make starting torque start-up faster
To make the motor speed constant
by the encoder
To select operation at emergency
stop
To perform frequency control
appropriate for load torque
To suppress the machine
resonance
To adjust the speed gain for
Advanced magnetic flux vector
control
588
PARAMETERS
Manual torque boost
Base frequency, base
frequency voltage
Load pattern selection
Excitation current low-speed
scaling factor
Adjustable 5 points V/F
DC injection brake, zero speed
control, and servo lock,
magnetic flux decay output
shutoff
Output stop function
Selection of motor stop
method
Regenerative brake selection
DC feeding mode
Regeneration avoidance
function
Increased magnetic excitation
deceleration
Control method selection
Slip compensation
Constant output range torque
characteristic selection
Speed control gain
Torque control gain
Speed detection filter,
torque detection filter
Excitation ratio
Speed feed forward control,
model adaptive speed control
Torque bias
Encoder feedback control
Emergency stop operation
selection
Droop control
Speed smoothing control
Notch filter
Speed control gain
Parameter to set
P.G000, P.G010,
P.G020
P.G001, P.G002,
P.G011, P.G021
P.G003
P.G003, P.G080,
P.G201, P.G202,
P.G301, P.G302
P.G030
P.C100,
P.G040 to
P.G049
P.G100 to
P.G103, P.G108,
P.G110
P.G105
P.G106
P.E300, P.G107,
P.T721
P.E300
P.G120 to
P.G125
P.G130 to
P.G132
P.G200, P.G300
P.G203 to
P.G205
P.G210
P.G211, P.G212
P.G311, P.G312
P.G213, P.G214,
P.G313, P.G314
P.G215, P.G216,
P.G315, P.G316
P.G217
P.G224, P.G220
to P.G222,
P.G223
P.G230 to P.G238
P.M002, P.A107,
P.C140, P.C141,
P.G240, P.G241
P.G264
P.G400 to
P.G404, P.G420
to P.G424
P.G410, P.G411
P.G601 to
P.G603
P.G932, P.G942
Refer
to page
Pr.0, Pr.46,
589
Pr.112
Pr.3, Pr.19,
591
Pr.47, Pr.113
Pr.14 593
Pr.14, Pr.85,
Pr.86, Pr.565, 595
Pr.566, Pr.617
Pr.60 597
Pr.71,
598
Pr.100 to Pr.109
Pr.10 to Pr.12,
Pr.802, Pr.850, 599
Pr.1299
Pr.522 605
Pr.250 607
Pr.30, Pr.70,
608
Pr.599
Pr.30 608
Pr.882 to Pr.886,
614
Pr.665
Pr.660 to Pr.662 617
Pr.800, Pr.451 137
Pr.245 to Pr.247 618
154,
Pr.803
190
Pr.820, Pr.821,
164
Pr.830, Pr.831
Pr.824, P.825,
201
Pr.834, P.835
Pr.823, Pr.827,
239
Pr.833, Pr.837
Pr.854 240
Pr.828,
Pr.877 to Pr.879, 173
Pr.881
Pr.840 to Pr.848 175
Pr.144, Pr.285,
Pr.359, 619
Pr.367 to Pr.369
Pr.1349 269
Pr.286 to Pr.288,
Pr.679 to Pr.683, 621
Pr.994, Pr.995
Pr.653, Pr.654 624
Pr.1003 to
181
Pr.1005
Pr.89, Pr.569 143