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17.4 Constant current regulation (CC)
If a constant current is needed, follow these terms:
First move the output voltage to the highest admitted level for your
process using the voltage set signal
U-set
: Supply 10V DC to X4/6
(related to X4/3, GND). If possible, use the
Uref.
signal 10.2V DC at
X4/5
to set the output voltage to maximum. If another signal than the Uref.
signal is used, the GND potential of the external control signal is to be
connected to X4/3.
Now use the current set signal
I-set
to adjust your DC-current: Supply
0 … 10V DC to
X4/4
(related to X4/3, GND) to set the output current from
0A to I
nom
. If possible, use the
Uref.
signal 10.2V DC at
X4/5
to set the
output current to maximum. If another signal than the Uref. signal is
used, the GND potential of the external control signal is to be connected
to X4/3.
Both, the current and the voltage readout value I-act. and U-act. , will be
given out at X4/1 and X4
/2 (0 … 10V each, related to GND).
Attention:
If one set signal, the current or voltage one, is set to zero the DC output
is blocked!
17.5 Constant voltage regulation (CV)
If a constant voltage is needed, follow these terms:
First move the output current to the highest admitted level for your
process using the current set signal
I-set
: Supply 10V DC to X4/4
(related to X4/3, GND). If possible, use the
Uref.
signal 10.2V DC at
X4/5
to set the output current to maximum. If another signal than the Uref.
signal is used, the GND potential of the external control signal is to be
connected to X4/3.
Now use the voltage set signal
U-set
to adjust your DC-voltage: Supply
0 … 10V DC to
X4/6
(related to X4/3, GND) to set the output voltage
from 0V to U
nom
. If possible, use the
Uref.
signal 10.2V DC at
X4/5
to set
the output voltage to maximum. If another signal than the Uref. signal is
used, the GND potential of the external control signal is to be connected
to X4/3.
Both, the current and the voltage readout value I-act. and U-act. , will be
given out at X4/1 and X4/2 (0
… 10V each, related to GND).
Attention:
If one set signal, the current or voltage one, is set to zero the DC output
is blocked!