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gefran SIEIDrive LIFT AGy -L

gefran SIEIDrive LIFT AGy -L
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AGy -L 233
LCD Display DESCRIPTION LCD Selection Description
Def.
Min
Max
Unit
Variat.
IPA
PARAMETER PICK LIST
Code
F.203 Acceleration 2 Linear acceleration with ramp set 2
0.6 0.01 5.0
m/s
2
0.01 331
F.204 Deceleration 2 Linear deceleration with ramp set 2
0.6 0.01 5.0
m/s
2
0.01 332
F.205 Acceleration 3 Linear acceleration with ramp set 3
0.6 0.01 5.0
m/s
2
0.01 333
F.206 Deceleration 3 Linear deceleration with ramp set 3
0.6 0.01 5.0
m/s
2
0.01 334
F.207 Acceleration 4 Linear acceleration with ramp set 4
0.6 0.01 5.0
m/s
2
0.01 335
F.208 Deceleration 4 Linear deceleration with ramp set 4
0.6 0.01 5.0
m/s
2
0.01 336
F.250 Ramp S-shape S-shaped ramp enable
[0] Disable Linear ramps 1 0 1 337
[1] Enable S-shaped ramps
F.251 Jerk acc ini 1 Jerk applied at the beginning of an acceleration with ramp sets
1 and 3
1.00 0.01 10.00
m/s
3
0.01 343
F.252 Jerk acc end 1 Jerk applied at the end of an acceleration with ramp sets 1 and
3
1.40 0.01 10.00
m/s
3
0.01 344
F.253 Jerk dec ini 1 Jerk applied at the beginning of a deceleration with ramp sets 1
and 3
1.40 0.01 10.00
m/s
3
0.01 345
F.254 Jerk dec end 1 Jerk applied at the end of a deceleration with ramp sets 1 and 3
1.00 0.01 10.00
m/s
3
0.01 346
F.255 Jerk acc ini 2 Jerk applied at the beginning of an acceleration with ramp sets
2 and 4
1.00 0.01 10.00
m/s
3
0.01 347
F.256 Jerk acc end 2 Jerk applied at the end of an acceleration with ramp sets 2 and
4
1.40 0.01 10.00
m/s
3
0.01 348
F.257 Jerk dec ini 2 Jerk applied at the beginning of a deceleration with ramp sets 2
and 4
1.40 0.01 10.00
m/s
3
0.01 349
F.258 Jerk dec end 2 Jerk applied at the end of a deceleration with ramp sets 2 and 4
1.00 0.01 10.00
m/s
3
0.01 350
F.260 Ramp extens src
[0] Null Null 0 0 3 338
[1] Analog inp 1 Analog input 1
[2] Analog inp 2 Analog input 2
[3] Analog inp 3 Analog input 3
F.270 Jump amplitude Jump frequencies hysteresis
0 0 100 Hz 0.1 339
F.271 Jump frequency 1 Jump frequency 1
0 0 250 Hz 0.1 340
F.272 Jump frequency 2 Jump frequency 2
0 0 250 Hz 0.1 341
P.000 Cmd source sel
[0] CtrlWordOnly 0 0 1 400
[1] CtlWrd & kpd
P.002 Reversal enable Reversal enabling
[0] Disable Disabling reverse rotation 1 0 1 402
[1] Enable Enabling reverse rotation
P.003 Safety Safe start definition
[0] OFF START allowed with RUN
temirnal connected at the power
on
1 0 1 403
[1] ON START not allowed with RUN
temirnal connected at the power
on
P.010 Control mode
[0] V/f open loop V/f control w/o encoder feedback 0 0 1 498
[1] V/f clsd loop V/f control with encoder feedback
P.020 Mains voltage Rated value of the line voltage
230 400 230 480 V 404
380
400
420
440
460
480
P.021 Mains frequency Rated value of the line voltage frequency
50 50 50 60 Hz 405
60
P.040 Motor rated curr Rated current of the motor
(*) (*) (*) A 0.1 406
P.041 Motor pole pairs Pole Pairs of the motor
2 1 60 407
P.042 Motor power fact Motor power factor
(*) 0.01 1 0.01 408
P.043 Motor stator R Measurement of the stator resistance of the motor
(*) 0 99.99 ohm 0.01 409
P.044 Motor cooling Motor type cooling
[0] Natural Self ventilated 0 0 1 410
[1] Forced Assisted ventilation
P.045 Motor thermal K Motor thermal constant
30 1 120 min 411
P.060 V/f shape V/F Curve Type
[0] Custom V/F curve defined by the user 1 0 2 412
[1] Linear Linear characteristic
[2] Quadratic Quadratic characteristic
P.061 Base voltage Motor base (rated) voltage
380 50 528 V 1 413
P.062 Base frequency Base frequency
50 25 500 Hz 0.1 414
It defines the use of START and STOP commands
PARAMETER
Source for the Ramp time extension function
Drive control mode

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