ABB Relion 650 series ANSI Manual page 199

1MRK 511 281-UUS A
DO name DO type
VolAmpr a_dMV
Watt a_dMV
ALd v1_dSPS
ALg v1_dSPS
650 series ANSI
Communication protocol manual
DA name FC
range MX
q MX
t MX
subEna SV
db CF
zeroDb CF
mag.f MX
rangeC.hhLim.f CF
rangeC.hLim.f CF
rangeC.lLim.f CF
rangeC.llLim.f CF
rangeC.max.f CF
rangeC.min.f CF
subMag.f SV
range MX
q MX
t MX
subEna SV
db CF
zeroDb CF
stVal ST
q ST
t ST
stVal ST
q ST
t ST
T Signal
- Q_RANGE
- Q
- Q
- -
- QDbRepInt
- QZeroDb
- P
- PHiHiLim
- PHiLim
- PLowLim
- PLowLowLim
- PMax
- PMin
- -
- P_RANGE
- P
- P
- -
- PDbRepInt
- PZeroDb
- ILEAD
- ILEAD
- ILEAD
- ILAG
- ILAG
- ILAG
Logical node data model
Mon/C Description
md
Mon Reactive power range
Mon Reactive power magnitude of
deadband value
Mon Reactive power magnitude of
deadband value
- Enable substitution
- Cycl: Report interval (s), Db: In % of
range, Int Db: In %s
- Zero point clamping
Mon Active power magnitude of deadband
value
- High High limit in % of SBase
- High limit in % of SBase
- Low limit in % of SBase
- Low Low limit in % of SBase
- Maximum value in % of SBase
- Minimum value in % of SBase
- Substituted value
Mon Active power range
Mon Active power magnitude of deadband
value
Mon Active power magnitude of deadband
value
- Enable substitution
- Cycl: Report interval (s), Db: In % of
range, Int Db: In %s
- Zero point clamping
Mon Current is leading voltage
Mon Current is leading voltage
Mon Current is leading voltage
Mon Current is lagging voltage
Mon Current is lagging voltage
Mon Current is lagging voltage
Section 7
193