—————— TPD32-EV ——————
290
[695]
PI steady thr
[731]
PI steady delay
[793]
P init gain PID
[734]
I init gain PID
[779]
PI central v sel
[776]
PI central v1
[777]
PI central v2
[778]
PI central v3
[784]
PI top lim
[785]
PI bottom lim
[783]
PI integr freeze
[771]
PI output PID
[418]
Real FF PID
Parameter description
No.
Value
Standard
Configuration
min
max
Factory
American
Factory
Standard
PI P gain PID
765
0.00
100.00
10.00
10.00
PI I gain PID
764
0.00
100.00
10.00
10.00
PI steady thr
695
0
10000
0
0
PI steady delay
731
0
60000
0
0
P init gain PID
793
0.00
100.00
10.00
10.00
I init gain PID
734
0.00
100.00
10.00
10.00
PI central v sel
779
0
3
1
1
*
PI central v1
776
PI bottom lim
PI top lim
1.00
1.00
PI central v2
777
PI bottom lim
PI top Lim
1.00
1.00
PI central v3
778
PI bottom lim
PI top Lim
1.00
1.00
**
PI top lim
784
PI bottom lim
10.00
10.00
10.00
PI bottom lim
785
-10.00
PI top lim
0.0
0.0
PI integr freeze
OFF (0) / ON (1)
783
0
1
0
0
*
PI output PID
771
0
1000 x PI top limit
1000
1000
Real FF PID
418
-10000
+10000
0
0
* This function can be set on a digital programmable input
**
This parameter can be set on an analog programmable input
PI P gain PID
Proportional gain of PI block
PI I gain PID
Integral gain of PI block
PI steady thr
Threshold feed-forward survey. If
Feed-fwd PID
is less than
PI steady thr
the integral
regulation will be frozen, the proportional gain assumes the value set in
P init gain PID
.
When
Feed-fwd PID
overcomes the threshold, the integral regulation with the gain
set in
I init gain PID
will be enabled. The PI block will mantain the gains
P init gain
PID
and
I init gain PID
for the time preset through
PI steady delay
. Once this delay
is over, they will be brought automatically to
PI P gain PID
and
PI I gain PID
.
PI steady delay
Time for which the gains
P init gain PID
and
I init gain PID
have been kept operative
after overcoming the feed-forward
PI steady thr
threshold.
The delay time
PI steady delay
and the resulting function of initial gains changing also,
operate on the transition L to H of the
Enable PI PID
parameter.
Содержание TPD32-EV-...-2B
Страница 1: ... Instruction manual Industrial Application DC drives TPD32 EV ...
Страница 62: ... TPD32 EV 62 10 mm 0 4 150 mm 6 150 mm 6 150 mm 6 10 mm 0 4 10 mm 0 4 50 mm 2 Figure 3 3 2 Mounting Clearance ...
Страница 372: ... TPD32 EV 372 9 BLOCK DIAGRAM 9 1 CONTROL BLOCK DIAGRAMS ...
Страница 373: ... Instruction manual 373 ...
Страница 374: ... TPD32 EV 374 ...
Страница 375: ... Instruction manual 375 ...
Страница 376: ... TPD32 EV 376 ...
Страница 377: ... Instruction manual 377 ...
Страница 378: ... TPD32 EV 378 ...
Страница 379: ... Instruction manual 379 ...
Страница 380: ... TPD32 EV 380 ...
Страница 381: ... Instruction manual 381 ...
Страница 382: ... TPD32 EV 382 ...
Страница 383: ... Instruction manual 383 ...
Страница 384: ... TPD32 EV 384 ...
Страница 385: ... Instruction manual 385 ...
Страница 386: ... TPD32 EV 386 ...
Страница 387: ... Instruction manual 387 ...
Страница 388: ... TPD32 EV 388 ...
Страница 389: ... Instruction manual 389 ...
Страница 390: ... TPD32 EV 390 ...
Страница 391: ... Instruction manual 391 ...
Страница 392: ... TPD32 EV 392 ...
Страница 393: ... Instruction manual 393 ...
Страница 394: ... TPD32 EV 394 ...
Страница 395: ... Instruction manual 395 ...
Страница 396: ... TPD32 EV 396 ...
Страница 397: ... Instruction manual 397 ...
Страница 398: ... TPD32 EV 398 ...
Страница 399: ... Instruction manual 399 ...
Страница 400: ... TPD32 EV 400 ...
Страница 401: ... Instruction manual 401 ...
Страница 402: ... TPD32 EV 402 ...
Страница 501: ... Instruction manual 501 APPENDIX 3 ACCESSORIES A3 1 EAM Adapter Kit EAM1579 EAM1580 ...
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