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Santerno DCREG4.150 - P100: Current Loop Proportional Gain; P101: Current Loop Integral Time with Discontinuous Current Conduction; P102: Current Loop Integral Time with Continuous Current Conduction

Santerno DCREG4.150
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15P0059B3 DCREG2
USER MANUAL DCREG4
148/200
7.2.50 P100: CURRENT LOOP PROPORTIONAL GAIN
P100 KpCurr
P
P100 - KpCurr
****
R
.005 ... 1.50
D
.200
F
If the current loop operation has been programmed by setting parameter C051
to 0:PI operating, this parameter will indicate proportional gain K
p
of the current
loop, with the following transfer function:
i
p
sT
KsG
1
)(
used for the control.
7.2.51 P101: CURRENT LOOP INTEGRAL TIME WITH
DISCONTINUOUS CURRENT CONDUCTION
P101 TiCurrDisc
P
P101 - TiCurrDisc
**** ms
R
1.00 ... 100. ms
D
1.30 ms
F
If the current loop operation has been programmed by setting parameter C051
to 0:PI operating, this parameter will indicate integral time T
i
(expressed in
milliseconds)of the current loop, with the following transfer function:
i
p
sT
KsG
1
)(
used for the control in case of discontinuous current conduction, i.e. whenever
the output current is left at zero for given time intervals. A decrease in the value
set in this parameter determines a faster switch off of the active bridge during
reversal.
7.2.52 P102: CURRENT LOOP INTEGRAL TIME WITH CONTINUOUS
CURRENT CONDUCTION
P102 TiCurrCont
P
P102 - TiCurrCont
**** ms
R
2.00 ... 320 ms
D
32.0 ms
F
If the current loop operation has been programmed by setting parameter C051
to 0:PI operating, this parameter will indicate integral time T
i
- expressed in
milliseconds - of the current loop, with the following transfer function:
i
p
sT
KsG
1
)(
used for the control in case of discontinuous current conduction, i.e. whenever
the output current is left at zero for given time intervals. A decrease in the value
set in this parameter determines a faster dynamic response to a reference step.

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