Appendix A – AFC200 frequency converter parameters table
Parameter /
Name
Function
Available options / measurement
unit / comments
Factory
setting
Change
during
opera-
tion
2.22
Motopot.
mode
Motopoten-
tiometer mode
0:
sending STOP signal by pushing
STOP button causes resetting of
motopotentiometer settings
1:
value of motopotentiometer setting
is stored in memory. There is no pos-
sibility of changing this setting during
stoppage.
2:
value of current referencing-unit
setting is traced by motopoten-
tiometer. It is applied for gentle trans-
mission from current ref.-unit to moto-
potentiometer
3:
value of motopotentiometer setting
is stored in
memory. There is a pos-
sibility of changing this setting during
stoppage.
0
YES
2.23
Motopot. time
Time of in-
crease/decrease
of
motopotentiomet
er ref.-
unit
0.0 ... 320.0 s
10.0 s
YES
2.24
Logic of DI1
0:
no negation of digital input DI1
1:
negation of digital input DI1
0
YES
2.25
Logic of DI2
0:
no negation of digital input DI2
1:
negation of digital input DI2
0
YES
2.26
Logic of DI3
0:
no negation of digital input DI3
1:
negation of digital input DI3
0
YES
2.27
Logic of DI4
0:
no negation of digital input DI4
1:
negation of digital input DI4
0
YES
2.28
Logic of DI5
0:
no negation of digital input DI5
1:
negation of digital input DI5
0
YES
2.29
Logic of DI6
0:
no negation of digital input DI6
1:
negation of digital input DI6
0
YES
2.30
FConst0 src
Source of W1
signal for
referencing
constant
speeds
0-OFF:
W1 = 0
1-DI1 .. 6-DI6:
W1=1 when voltage is
applied to digital input 1 ... 6
0
YES
2.31
FConst1 src
Source of W2
signal for
referencing
constant
speeds
as above
0
YES
62
TWERD Power Electronics
