Basler-electric DECS-250N User Manual Page 50

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34 9440500990 Rev D
Auxiliary Control DECS-250N
AVR Mode
In AVR mode, the auxiliary control signal is multiplied by the AVR gain setting
C
. The result defines the
setpoint change as a percentage of the rated generator voltage.
   =

× 0.01 ×  ×  
For example, applying +10 Vdc with an AVR gain of 1.0 raises the AVR setpoint 10% of rated generator
voltage. This example also applies to the following modes.
FCR Mode
In FCR mode, the auxiliary control signal is multiplied by the FCR gain setting
D
. The resulting value
relates to a percentage of the rated field current.
  =

× 0.01 ×  ×     
FVR Mode
In FVR mode, the auxiliary control signal is multiplied by the FVR gain setting
E
. The resulting value relates
to a percentage of the rated field voltage.
  =

× 0.01 ×  ×     
Var Mode
In var mode, the auxiliary control signal is multiplied by the Var gain setting
F
. The resulting value relates to
a percentage of the rated apparent power (kVA).
  =

× 0.01 ×  × 1.7321 ×  ×   ( )
Power Factor Mode
In Power Factor mode, the auxiliary control signal is multiplied by the PF gain setting
G
to define the PF
setpoint change.
  =

× 0.01 ×   ( )
Summing Type
H
The auxiliary control signal can be configured to control the inner or outer regulation control loop.
Selecting the inner loop limits auxiliary control to AVR, FCR, and FVR modes. Selecting the outer loop
limits auxiliary control to PF and Var modes.
Figure 22. Auxiliary Input Settings
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