InteliCompact
NT
, SW version 2.1
InteliCompact-NT-2.1-Reference Guide.pdf, ©ComAp – May 2015
SRO output value =
Speed Gov Bias
SRO output value =
Speed Gov Bias
Speed/frequency
control loop:
Freq Gain
Freq Int
Angle control loop:
Angle Gain
Power control loop:
Load Gain
Load Int
VOLTAGE REGULATOR OUTPUT FOR SINGLE GEN-SET APPLICATION
LOADED IN PARALLEL TO MAINS
Voltage control loop:
Voltage Gain
Voltage Int
Voltage control loop:
Voltage Gain
Voltage Int
Voltage control loop:
Voltage Gain
Voltage Int
Power factor control loop:
PF Gain
PF Int
6.19.2 MINT
SPEED REGULATOR OUTPUT FOR MULTIPLE GEN-SET APPLICATION
LOADED IN
PARALLEL TO
MAINS
SRO output value =
Speed Gov Bias
Speed/frequency control
loop:
LoadShare Gain
LoadShare Int
background nominal
frequency matching
Speed/frequency
control loop:
Freq Gain
Freq Int
Angle control loop:
Angle Gain
Power control loop:
Load Gain
Load Int
VOLTAGE REGULATOR OUTPUT FOR MULTIPLE GEN-SET APPLICATION
MULTIPLE PARALLEL TO
MAINS
MULTIPLE LOADED IN PARALLEL
TO MAINS
Voltage control
loop:
Voltage Gain
Voltage Int
Voltage control
loop:
VAr Share Gain
VAr Share Int
Voltage control loop:
Voltage Gain
Voltage Int
Power factor control loop:
PF Gain
PF Int
The following regulation loops are built into the controller. All of them are PI type except angle loop,
which is P type.
NOTE:
Since IC-NT SW v. 1.4.1 only the first controller (with the lowest address at the CAN has) active
voltage control loop. Other controllers are adapting voltage according to bus to the first one. All
controllers have active VAr Share regulation loop.
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