GE B30 Communications Manual page 370

MODEL IMPLEMENTATION CONFORMANCE STATEMENT (MICS)
Table 3-157: PID regulator data objects
LNName: PIDRegFPID#
data obj. data attribute
Raise
stVal
Lower
stVal
Out
instMag
instMag.f
mag
mag.f
units
3
units.SIUnit
units.multiplier
db
zeroDb
DeltaOut
instMag
instMag.f
mag
mag.f
units
units.SIUnit
units.multiplier
db
zeroDb
Spt
instMag
instMag.f
mag
mag.f
units
units.SIUnit
units.multiplier
db
zeroDb
PIDAlg
setVal
KP
setMag
setMag.i
units
units.SIUnit
units.multiplier
sVC
sVC.scaleFactor
sVC.offset
KI
setMag
3-132
LDevice inst: Ctrl UR element: PID Regulator element #
Type FC UR Name
SPS
BOOLEAN ST PID # RAISE
SPS
BOOLEAN ST PID # LOWER
MV
AnalogueValue MX
FLOAT32 PID # Out
AnalogueValue MX
FLOAT32
Unit CF
ENUMERATED
ENUMERATED
INT32U CF PIDRegFPID#.Out.db
INT32U CF
MV
AnalogueValue MX
FLOAT32 PID # Delta Out
AnalogueValue MX
FLOAT32
Unit CF
ENUMERATED
ENUMERATED
INT32U CF PIDRegFPID#.DeltaOut.db
INT32U CF
MV
AnalogueValue MX
FLOAT32 PID # Setpoint
AnalogueValue MX
FLOAT32
Unit CF
ENUMERATED
ENUMERATED
INT32U CF PIDRegFPID#.Spt.db
INT32U CF
ENG
ENUMERATED SP
ASG
AnalogueValue SP
INT32 PID # PROPORTIONAL GAIN
Unit CF
ENUMERATED
ENUMERATED
ScaledValue CF
Config
FLOAT32
FLOAT32
ASG
AnalogueValue SP
CHAPTER 3: IEC 61850 COMMUNICATION
Description
PID # RAISE operand value
PID # LOWER operand value
PID # Out value
instMag.f deadbanded
1, the code for dimensionless
0, the code for a multiplier of 1
0
PID # Delta Out value
instMag.f deadbanded
1, the code for dimensionless
0, the code for a multiplier of 1
0
PID # Setpoint value
instMag.f deadbanded
1, the code for dimensionless
0, the code for a multiplier of 1
0
Algorithm, which is fixed at PID
7, the code for PID
PID # PROPORTIONAL GAIN setting
1, the code for dimensionless
0, the code for a multiplier of 1
1/100
0
PID # Integral gain value
UR FAMILY – COMMUNICATIONS GUIDE
R/W/C
R
R
R
R
R
R
R
R
R
R
R
R
R/W/C
R
R
R
R
R
R
R
R
R
R/W/C
R
R
R
R
R
R
R
R
R
R/W/C
R
R
R
R
R
R
R
R
R
R
R
R
R
R