This model implementation conformance statement is applicable for ElectroIndustries, Nexus 1500+(Electro Industries NX1500+) , with firmware 1.00 .
This MICS document specifies the modelling extensions compared to IEC 61850 edition 1. For the exact details on the standardized model please compare the ICD substation configuration file: [filename.icd], version [version].
"Logical Devices" contains the list of Logical Devices implemented by the server.IED Name | Type | Manufacturer | Config Version | IP Address |
---|---|---|---|---|
TEMPLATE | Nexus 1500+ | ElectroIndustries | 1.00 | 10.0.0.1 |
Instance | Description | Default Namespace |
---|---|---|
Meas | Power Meter | IEC 61850-7-4:2003 |
Name | LN Type | Description | lnNs |
---|---|---|---|
hsMFLK1 | NX1500P_MFLK | Analogue Measurements: High speed update rate | IEC 61850-7-4:2010 |
ctrtanTCTR1 | NX1500P_TCTR | Configuration: CT ratios - Phase A | IEC 61850-7-4:2007A |
ctrtbnTCTR2 | NX1500P_TCTR | Configuration: CT ratios - Phase B | IEC 61850-7-4:2007A |
ctrtcnTCTR3 | NX1500P_TCTR | Configuration: CT ratios - Phase C | IEC 61850-7-4:2007A |
ctrtnnTCTR4 | NX1500P_TCTR | Configuration: CT ratios - Neutral | IEC 61850-7-4:2007A |
ptrtanTVTR1 | NX1500P_TVTR | Configuration: PT ratios - Phase A | IEC 61850-7-4:2007A |
ptrtbnTVTR2 | NX1500P_TVTR | Configuration: PT ratios - Phase B | IEC 61850-7-4:2007A |
ptrtcnTVTR3 | NX1500P_TVTR | Configuration: PT ratios - Phase C | IEC 61850-7-4:2007A |
ptrtaxTVTR4 | NX1500P_TVTR | Configuration: PT ratios - Phase AUX | IEC 61850-7-4:2007A |
LDevice | LN | DO | dataNs | cdcNs |
---|---|---|---|---|
AP | LD | LN | Publisher | Subnet | MAC | AppID | minTime | maxTime |
---|---|---|---|---|---|---|---|---|
S1 | Meas | LLN0 | TEMPLATE_Meas/LLN0 | Subnet_MMS | 01-0c-cd-01-00-00 | 0000 |
GoCBRef | datset | goID | ConfRev | VLAN-ID | VLAN-Priority |
---|---|---|---|---|---|
TEMPLATEMeas/LLN0$GO$gocbpub | TEMPLATEMeas/LLN0$GoosePub | TEMPLATEMeas/LLN0.GoosePub | 1 | 000 | 4 |
L: System Logical Nodes | ||
---|---|---|
Name | LN Type | Description |
LLN0 | NX1500P_LLN0 | Logical Device Description |
LPHD1 | NX1500P_LPHD | Physical Device Description |
G: Generic Function References | ||
---|---|---|
Name | LN Type | Description |
vrtinGGIO1 | NX1500P_GGIO_VRTIN | Virtual Input for data from subscribed publishers |
alarmGGIO1 | NX1500P_GGIO_ALARM | Limit Alarms |
intdiGGIO1 | NX1500P_GGIO_INT | Digital Measurements: Built-in High speed digital input |
extdiGGIO1 | NX1500P_GGIO_EXT | Digital Measurements: Option board (slot 3) digital input |
extdiGGIO2 | NX1500P_GGIO_EXT | Digital Measurements: Option board (slot 4) digital input |
M: Metering and Measurement | ||
---|---|---|
Name | LN Type | Description |
nsMMXU1 | NX1500P_MMXU | Analogue Measurements: Normal speed update rate |
hsMFLK1 | NX1500P_MFLK | Analogue Measurements: High speed update rate |
lsMHAI1 | NX1500P_MHAI | Analogue Measurements: Low speed update rate |
lsMSQI1 | NX1500P_MSQI | Analogue Measurements: Low speed update rate |
eneMMTR1 | NX1500P_MMTR | Analogue Measurements: Energy |
T: Instrument Transformer (Transducers) | ||
---|---|---|
Name | LN Type | Description |
ctrtanTCTR1 | NX1500P_TCTR | Configuration: CT ratios - Phase A |
ctrtbnTCTR2 | NX1500P_TCTR | Configuration: CT ratios - Phase B |
ctrtcnTCTR3 | NX1500P_TCTR | Configuration: CT ratios - Phase C |
ctrtnnTCTR4 | NX1500P_TCTR | Configuration: CT ratios - Neutral |
ptrtanTVTR1 | NX1500P_TVTR | Configuration: PT ratios - Phase A |
ptrtbnTVTR2 | NX1500P_TVTR | Configuration: PT ratios - Phase B |
ptrtcnTVTR3 | NX1500P_TVTR | Configuration: PT ratios - Phase C |
ptrtaxTVTR4 | NX1500P_TVTR | Configuration: PT ratios - Phase AUX |
Logical Node | Name | Description |
---|---|---|
Meas/LLN0 | GoosePub | |
Meas/LLN0.NamPlt [DC] | ||
Meas/LLN0 | ANABASIC | |
Meas/nsMMXU1.PhV.phsA [MX] | ||
Meas/nsMMXU1.PhV.phsB [MX] | ||
Meas/nsMMXU1.PhV.phsC [MX] | ||
Meas/LLN0 | DIBASIC | |
Meas/intdiGGIO1.Ind1 [ST] | ||
Meas/intdiGGIO1.Ind2 [ST] | ||
Meas/intdiGGIO1.Ind3 [ST] |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_LLN0 | M | Name Plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Device Nameplate | |||||
NamPlt.configRev: (Template) (Spec)1.0 | |||||
NamPlt.ldNs: (Template) (RO)IEC 61850-7-4:2003 |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
PhyNam | NX1500P_DPL | O | Physical device name plate | ||
PhyNam.vendor: (Template) (RO)Electro Industries | |||||
PhyNam.swRev: (Template) (RO) | |||||
PhyNam.serNum: (Template) (RO) | |||||
PhyNam.model: (Template) (RO) | |||||
PhyHealth | NX1500P_INS_Health | O | Physical device health | ||
PhyHealth.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
Proxy | NX1500P_SPS | M | Indicates if this LN is a proxy | ||
Proxy.stVal: (Instance) (Set)false | |||||
Proxy.d: (Instance) (RO)True if this LD is a proxy for an external device |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
TotW | NX1500P_MV | O | Total real power | ||
TotW.db: (Instance) (RO)100000 | |||||
TotW.d: (Instance) (RO)Total real power | |||||
TotVAr | NX1500P_MV | O | Total reactive power | ||
TotVAr.db: (Instance) (RO)100000 | |||||
TotVAr.d: (Instance) (RO)Total reactive power | |||||
TotVA | NX1500P_MV | O | Total active power | ||
TotVA.db: (Instance) (RO)100000 | |||||
TotVA.d: (Instance) (RO)Total apparent power | |||||
TotPF | NX1500P_MV | O | Total power factor | ||
TotPF.db: (Instance) (RO)100000 | |||||
TotPF.d: (Instance) (RO)Total Power Factor | |||||
Hz | NX1500P_MV | O | Frequency | ||
Hz.db: (Instance) (RO)100000 | |||||
Hz.d: (Instance) (RO)Frequency | |||||
PPV | NX1500P_DEL | O | Voltage phase-to-phase | ||
PhV | NX1500P_WYE | O | Voltage phase-to-neutral | ||
A | NX1500P_WYE_A | O | Current per phase | ||
W | NX1500P_WYE | O | Real power per phase | ||
VAr | NX1500P_WYE | O | Reactive power per phase | ||
VA | NX1500P_WYE | O | Active power per phase | ||
PF | NX1500P_WYE | O | Power factor per phase |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_MFLK | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2010 | |||||
PhPst | NX1500P_WYE | O | Pst of last complete interval for phase to ground measurements | ||
PhPlt | NX1500P_WYE | O | Plt of last complete interval for phase to ground measurements |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
ThdA | NX1500P_WYE | O | Current Total Harmonic or Interharmonic Distortion (different methods) | ||
ThdOddA | NX1500P_WYE | O | Current Total Harmonic or Interharmonic Distortion (different methods): odd components | ||
ThdEvnA | NX1500P_WYE | O | Current Total Harmonic or Interharmonic Distortion (different methods): even components | ||
TddA | NX1500P_WYE | O | Current Total Demand Distortion per IEEE 519 | ||
ThdPhV | NX1500P_WYE | O | Voltage Total Harmonic or Interharmonic Distortion (different methods) for phase to ground | ||
ThdOddPhV | NX1500P_WYE | O | Voltage Total Harmonic or Interharmonic Distortion (different methods) for phase to ground: odd components | ||
ThdEvnPhV | NX1500P_WYE | O | Voltage Total Harmonic or Interharmonic Distortion (different methods) for phase to ground: even components | ||
ThdPPV | NX1500P_DEL | O | Voltage Total Harmonic or Interharmonic Distortion (different methods) for phase to phase | ||
ThdOddPPV | NX1500P_DEL | O | Voltage Total Harmonic or Interharmonic Distortion (different methods) for phase to phase: odd components | ||
ThdEvnPPV | NX1500P_DEL | O | Voltage Total Harmonic or Interharmonic Distortion (different methods) for phase to phase: even components | ||
NomA | NX1500P_ASG | O | Normalising demand current used in IEEE 519 TDD calculation | ||
NomA.setMag.f: (Instance) (RO) | |||||
NomA.d: (Instance) (RO)TDD Maximum Demand Reference Value |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
SeqA | NX1500P_SEQ | O | Positive, Negative and Zero Sequence Current | ||
SeqA.seqT: (Instance) (Set)pos-neg-zero | |||||
SeqA.d: (Instance) (RO)Symm. comp. mag/ang ph-n current | |||||
SeqV | NX1500P_SEQ | O | Positive, Negative and Zero Sequence Voltage | ||
SeqV.seqT: (Instance) (Set)pos-neg-zero | |||||
SeqV.d: (Instance) (RO)Symm. comp. mag/ang ph-n voltage |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
TotVAh | NX1500P_BCR | O | Net apparent energy since last reset | ||
TotVAh.pulsQty: (Instance) (RO) | |||||
TotVAh.d: (Instance) (RO)Total VA-hours | |||||
SupWh | NX1500P_BCR | O | Real energy supply (default supply direction: energy flow towards busbar) | ||
SupWh.pulsQty: (Instance) (RO) | |||||
SupWh.d: (Instance) (RO)Consumed Watt-hours | |||||
SupVArh | NX1500P_BCR | O | Reactive energy supply (default supply direction: energy flow towards busbar) | ||
SupVArh.pulsQty: (Instance) (RO) | |||||
SupVArh.d: (Instance) (RO)Consumed VAR-hours | |||||
DmdWh | NX1500P_BCR | O | Real energy demand (default demand direction: energy flow from busbar away) | ||
DmdWh.pulsQty: (Instance) (RO) | |||||
DmdWh.d: (Instance) (RO)Generated Watt-hours | |||||
DmdVArh | NX1500P_BCR | O | Reactive energy demand (default demand direction: energy flow from busbar away) | ||
DmdVArh.pulsQty: (Instance) (RO) | |||||
DmdVArh.d: (Instance) (RO)Generated VAR-hours |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
Ind1 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #01 | ||
Ind1.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #01 | |||||
Ind2 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #02 | ||
Ind2.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #02 | |||||
Ind3 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #03 | ||
Ind3.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #03 | |||||
Ind4 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #04 | ||
Ind4.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #04 | |||||
Ind5 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #05 | ||
Ind5.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #05 | |||||
Ind6 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #06 | ||
Ind6.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #06 | |||||
Ind7 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #07 | ||
Ind7.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #07 | |||||
Ind8 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #08 | ||
Ind8.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #08 | |||||
Ind9 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #09 | ||
Ind9.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #09 | |||||
Ind10 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #10 | ||
Ind10.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #10 | |||||
Ind11 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #11 | ||
Ind11.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #11 | |||||
Ind12 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #12 | ||
Ind12.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #12 | |||||
Ind13 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #13 | ||
Ind13.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #13 | |||||
Ind14 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #14 | ||
Ind14.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #14 | |||||
Ind15 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #15 | ||
Ind15.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #15 | |||||
Ind16 | NX1500P_SPS | O | VIRTUAl INPUT: BOOLEAN #16 | ||
Ind16.d: (Instance) (RO)VIRTUAL INPUT: BOOLEAN #16 | |||||
Ind17 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #01 | ||
Ind17.d: (Instance) (RO)VIRTUAL INPUT: SPS #01 | |||||
Ind18 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #02 | ||
Ind18.d: (Instance) (RO)VIRTUAL INPUT: SPS #02 | |||||
Ind19 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #03 | ||
Ind19.d: (Instance) (RO)VIRTUAL INPUT: SPS #03 | |||||
Ind20 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #04 | ||
Ind20.d: (Instance) (RO)VIRTUAL INPUT: SPS #04 | |||||
Ind21 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #05 | ||
Ind21.d: (Instance) (RO)VIRTUAL INPUT: SPS #05 | |||||
Ind22 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #06 | ||
Ind22.d: (Instance) (RO)VIRTUAL INPUT: SPS #06 | |||||
Ind23 | NX1500P_SPS | O | VIRTUAl INPUT: SPSN #07 | ||
Ind23.d: (Instance) (RO)VIRTUAL INPUT: SPS #07 | |||||
Ind24 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #08 | ||
Ind24.d: (Instance) (RO)VIRTUAL INPUT: SPS #08 | |||||
Ind25 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #09 | ||
Ind25.d: (Instance) (RO)VIRTUAL INPUT: SPS #09 | |||||
Ind26 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #10 | ||
Ind26.d: (Instance) (RO)VIRTUAL INPUT: SPS #10 | |||||
Ind27 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #11 | ||
Ind27.d: (Instance) (RO)VIRTUAL INPUT: SPS #11 | |||||
Ind28 | NX1500P_SPS | O | VIRTUAl INPUT: SPSN #12 | ||
Ind28.d: (Instance) (RO)VIRTUAL INPUT: SPS #12 | |||||
Ind29 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #13 | ||
Ind29.d: (Instance) (RO)VIRTUAL INPUT: SPS #13 | |||||
Ind30 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #14 | ||
Ind30.d: (Instance) (RO)VIRTUAL INPUT: SPS #14 | |||||
Ind31 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #15 | ||
Ind31.d: (Instance) (RO)VIRTUAL INPUT: SPS #15 | |||||
Ind32 | NX1500P_SPS | O | VIRTUAl INPUT: SPS #16 | ||
Ind32.d: (Instance) (RO)VIRTUAL INPUT: SPS #16 | |||||
AnIn1 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #01 | ||
AnIn1.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #01 | |||||
AnIn2 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #02 | ||
AnIn2.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #02 | |||||
AnIn3 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #03 | ||
AnIn3.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #03 | |||||
AnIn4 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #04 | ||
AnIn4.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #04 | |||||
AnIn5 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #05 | ||
AnIn5.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #05 | |||||
AnIn6 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #06 | ||
AnIn6.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #06 | |||||
AnIn7 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #07 | ||
AnIn7.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #07 | |||||
AnIn8 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #08 | ||
AnIn8.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #08 | |||||
AnIn9 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #09 | ||
AnIn9.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #09 | |||||
AnIn10 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #10 | ||
AnIn10.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #10 | |||||
AnIn11 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #11 | ||
AnIn11.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #11 | |||||
AnIn12 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #12 | ||
AnIn12.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #12 | |||||
AnIn13 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #13 | ||
AnIn13.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #13 | |||||
AnIn14 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #14 | ||
AnIn14.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #14 | |||||
AnIn15 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #15 | ||
AnIn15.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #15 | |||||
AnIn16 | NX1500P_MV_INTEGER | O | VIRTUAl INPUT: INTEGER #16 | ||
AnIn16.d: (Instance) (RO)VIRTUAL INPUT: INTEGER #16 | |||||
AnIn17 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #01 | ||
AnIn17.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #01 | |||||
AnIn18 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #02 | ||
AnIn18.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #02 | |||||
AnIn19 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #03 | ||
AnIn19.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #03 | |||||
AnIn20 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #04 | ||
AnIn20.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #04 | |||||
AnIn21 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #05 | ||
AnIn21.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #05 | |||||
AnIn22 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #06 | ||
AnIn22.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #06 | |||||
AnIn23 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #07 | ||
AnIn23.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #07 | |||||
AnIn24 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #08 | ||
AnIn24.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #08 | |||||
AnIn25 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #09 | ||
AnIn25.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #09 | |||||
AnIn26 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #10 | ||
AnIn26.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #10 | |||||
AnIn27 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #11 | ||
AnIn27.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #11 | |||||
AnIn28 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #12 | ||
AnIn28.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #12 | |||||
AnIn29 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #13 | ||
AnIn29.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #13 | |||||
AnIn30 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #14 | ||
AnIn30.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #14 | |||||
AnIn31 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #15 | ||
AnIn31.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #15 | |||||
AnIn32 | NX1500P_MV_FLOAT | O | VIRTUAl INPUT: FLOAT #16 | ||
AnIn32.d: (Instance) (RO)VIRTUAL INPUT: FLOAT #16 |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
Alm1 | NX1500P_SPS | O | General alarm indication chn 01 | ||
Alm1.d: (Instance) (RO)Alarm chn #01 | |||||
Alm2 | NX1500P_SPS | O | General alarm indication chn 02 | ||
Alm2.d: (Instance) (RO)Alarm chn #02 | |||||
Alm3 | NX1500P_SPS | O | General alarm indication chn 03 | ||
Alm3.d: (Instance) (RO)Alarm chn #03 | |||||
Alm4 | NX1500P_SPS | O | General alarm indication chn 04 | ||
Alm4.d: (Instance) (RO)Alarm chn #04 | |||||
Alm5 | NX1500P_SPS | O | General alarm indication chn 05 | ||
Alm5.d: (Instance) (RO)Alarm chn #05 | |||||
Alm6 | NX1500P_SPS | O | General alarm indication chn 06 | ||
Alm6.d: (Instance) (RO)Alarm chn #06 | |||||
Alm7 | NX1500P_SPS | O | General alarm indication chn 07 | ||
Alm7.d: (Instance) (RO)Alarm chn #07 | |||||
Alm8 | NX1500P_SPS | O | General alarm indication chn 08 | ||
Alm8.d: (Instance) (RO)Alarm chn #08 | |||||
Alm9 | NX1500P_SPS | O | General alarm indication chn 09 | ||
Alm9.d: (Instance) (RO)Alarm chn #09 | |||||
Alm10 | NX1500P_SPS | O | General alarm indication chn 10 | ||
Alm10.d: (Instance) (RO)Alarm chn #10 | |||||
Alm11 | NX1500P_SPS | O | General alarm indication chn 11 | ||
Alm11.d: (Instance) (RO)Alarm chn #11 | |||||
Alm12 | NX1500P_SPS | O | General alarm indication chn 12 | ||
Alm12.d: (Instance) (RO)Alarm chn #12 | |||||
Alm13 | NX1500P_SPS | O | General alarm indication chn 13 | ||
Alm13.d: (Instance) (RO)Alarm chn #13 | |||||
Alm14 | NX1500P_SPS | O | General alarm indication chn 14 | ||
Alm14.d: (Instance) (RO)Alarm chn #14 | |||||
Alm15 | NX1500P_SPS | O | General alarm indication chn 15 | ||
Alm15.d: (Instance) (RO)Alarm chn #15 | |||||
Alm16 | NX1500P_SPS | O | General alarm indication chn 16 | ||
Alm16.d: (Instance) (RO)Alarm chn #16 | |||||
Alm17 | NX1500P_SPS | O | General alarm indication chn 17 | ||
Alm17.d: (Instance) (RO)Alarm chn #17 | |||||
Alm18 | NX1500P_SPS | O | General alarm indication chn 18 | ||
Alm18.d: (Instance) (RO)Alarm chn #18 | |||||
Alm19 | NX1500P_SPS | O | General alarm indication chn 19 | ||
Alm19.d: (Instance) (RO)Alarm chn #19 | |||||
Alm20 | NX1500P_SPS | O | General alarm indication chn 20 | ||
Alm20.d: (Instance) (RO)Alarm chn #20 | |||||
Alm21 | NX1500P_SPS | O | General alarm indication chn 21 | ||
Alm21.d: (Instance) (RO)Alarm chn #21 | |||||
Alm22 | NX1500P_SPS | O | General alarm indication chn 22 | ||
Alm22.d: (Instance) (RO)Alarm chn #22 | |||||
Alm23 | NX1500P_SPS | O | General alarm indication chn 23 | ||
Alm23.d: (Instance) (RO)Alarm chn #23 | |||||
Alm24 | NX1500P_SPS | O | General alarm indication chn 24 | ||
Alm24.d: (Instance) (RO)Alarm chn #24 | |||||
Alm25 | NX1500P_SPS | O | General alarm indication chn 25 | ||
Alm25.d: (Instance) (RO)Alarm chn #25 | |||||
Alm26 | NX1500P_SPS | O | General alarm indication chn 26 | ||
Alm26.d: (Instance) (RO)Alarm chn #26 | |||||
Alm27 | NX1500P_SPS | O | General alarm indication chn 27 | ||
Alm27.d: (Instance) (RO)Alarm chn #27 | |||||
Alm28 | NX1500P_SPS | O | General alarm indication chn 28 | ||
Alm28.d: (Instance) (RO)Alarm chn #28 | |||||
Alm29 | NX1500P_SPS | O | General alarm indication chn 29 | ||
Alm29.d: (Instance) (RO)Alarm chn #29 | |||||
Alm30 | NX1500P_SPS | O | General alarm indication chn 30 | ||
Alm30.d: (Instance) (RO)Alarm chn #30 | |||||
Alm31 | NX1500P_SPS | O | General alarm indication chn 31 | ||
Alm31.d: (Instance) (RO)Alarm chn #31 | |||||
Alm32 | NX1500P_SPS | O | General alarm indication chn 32 | ||
Alm32.d: (Instance) (RO)Alarm chn #32 |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
Ind1 | NX1500P_SPS | O | General indication (binary input - channel 01) | ||
Ind1.d: (Instance) (RO)Built-in digital input: channel 1 | |||||
Ind2 | NX1500P_SPS | O | General indication (binary input - channel 02) | ||
Ind2.d: (Instance) (RO)Built-in digital input: channel 2 | |||||
Ind3 | NX1500P_SPS | O | General indication (binary input - channel 03) | ||
Ind3.d: (Instance) (RO)Built-in digital input: channel 3 | |||||
Ind4 | NX1500P_SPS | O | General indication (binary input - channel 04) | ||
Ind4.d: (Instance) (RO)Built-in digital input: channel 4 | |||||
Ind5 | NX1500P_SPS | O | General indication (binary input - channel 05) | ||
Ind5.d: (Instance) (RO)Built-in digital input: channel 5 | |||||
Ind6 | NX1500P_SPS | O | General indication (binary input - channel 06) | ||
Ind6.d: (Instance) (RO)Built-in digital input: channel 6 | |||||
Ind7 | NX1500P_SPS | O | General indication (binary input - channel 07) | ||
Ind7.d: (Instance) (RO)Built-in digital input: channel 7 | |||||
Ind8 | NX1500P_SPS | O | General indication (binary input - channel 08) | ||
Ind8.d: (Instance) (RO)Built-in digital input: channel 8 |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
Ind1 | NX1500P_SPS | O | General indication (binary input - channel 01) | ||
Ind1.d: (Instance) (RO)Option board (slot 3) digital input: channel 1 | |||||
Ind2 | NX1500P_SPS | O | General indication (binary input - channel 02) | ||
Ind2.d: (Instance) (RO)Option board (slot 3) digital input: channel 2 | |||||
Ind3 | NX1500P_SPS | O | General indication (binary input - channel 03) | ||
Ind3.d: (Instance) (RO)Option board (slot 3) digital input: channel 3 | |||||
Ind4 | NX1500P_SPS | O | General indication (binary input - channel 04) | ||
Ind4.d: (Instance) (RO)Option board (slot 3) digital input: channel 4 | |||||
Ind5 | NX1500P_SPS | O | General indication (binary input - channel 05) | ||
Ind5.d: (Instance) (RO)Option board (slot 3) digital input: channel 5 | |||||
Ind6 | NX1500P_SPS | O | General indication (binary input - channel 06) | ||
Ind6.d: (Instance) (RO)Option board (slot 3) digital input: channel 6 | |||||
Ind7 | NX1500P_SPS | O | General indication (binary input - channel 07) | ||
Ind7.d: (Instance) (RO)Option board (slot 3) digital input: channel 7 | |||||
Ind8 | NX1500P_SPS | O | General indication (binary input - channel 08) | ||
Ind8.d: (Instance) (RO)Option board (slot 3) digital input: channel 8 | |||||
Ind9 | NX1500P_SPS | O | General indication (binary input - channel 09) | ||
Ind9.d: (Instance) (RO)Option board (slot 3) digital input: channel 9 | |||||
Ind10 | NX1500P_SPS | O | General indication (binary input - channel 10) | ||
Ind10.d: (Instance) (RO)Option board (slot 3) digital input: channel 10 | |||||
Ind11 | NX1500P_SPS | O | General indication (binary input - channel 11) | ||
Ind11.d: (Instance) (RO)Option board (slot 3) digital input: channel 11 | |||||
Ind12 | NX1500P_SPS | O | General indication (binary input - channel 12) | ||
Ind12.d: (Instance) (RO)Option board (slot 3) digital input: channel 12 | |||||
Ind13 | NX1500P_SPS | O | General indication (binary input - channel 13) | ||
Ind13.d: (Instance) (RO)Option board (slot 3) digital input: channel 13 | |||||
Ind14 | NX1500P_SPS | O | General indication (binary input - channel 14) | ||
Ind14.d: (Instance) (RO)Option board (slot 3) digital input: channel 14 | |||||
Ind15 | NX1500P_SPS | O | General indication (binary input - channel 15) | ||
Ind15.d: (Instance) (RO)Option board (slot 3) digital input: channel 15 | |||||
Ind16 | NX1500P_SPS | O | General indication (binary input - channel 16) | ||
Ind16.d: (Instance) (RO)Option board (slot 3) digital input: channel 16 |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
Ind1 | NX1500P_SPS | O | General indication (binary input - channel 01) | ||
Ind1.d: (Instance) (RO)Option board (slot 4) digital input: channel 1 | |||||
Ind2 | NX1500P_SPS | O | General indication (binary input - channel 02) | ||
Ind2.d: (Instance) (RO)Option board (slot 4) digital input: channel 2 | |||||
Ind3 | NX1500P_SPS | O | General indication (binary input - channel 03) | ||
Ind3.d: (Instance) (RO)Option board (slot 4) digital input: channel 3 | |||||
Ind4 | NX1500P_SPS | O | General indication (binary input - channel 04) | ||
Ind4.d: (Instance) (RO)Option board (slot 4) digital input: channel 4 | |||||
Ind5 | NX1500P_SPS | O | General indication (binary input - channel 05) | ||
Ind5.d: (Instance) (RO)Option board (slot 4) digital input: channel 5 | |||||
Ind6 | NX1500P_SPS | O | General indication (binary input - channel 06) | ||
Ind6.d: (Instance) (RO)Option board (slot 4) digital input: channel 6 | |||||
Ind7 | NX1500P_SPS | O | General indication (binary input - channel 07) | ||
Ind7.d: (Instance) (RO)Option board (slot 4) digital input: channel 7 | |||||
Ind8 | NX1500P_SPS | O | General indication (binary input - channel 08) | ||
Ind8.d: (Instance) (RO)Option board (slot 4) digital input: channel 8 | |||||
Ind9 | NX1500P_SPS | O | General indication (binary input - channel 09) | ||
Ind9.d: (Instance) (RO)Option board (slot 4) digital input: channel 9 | |||||
Ind10 | NX1500P_SPS | O | General indication (binary input - channel 10) | ||
Ind10.d: (Instance) (RO)Option board (slot 4) digital input: channel 10 | |||||
Ind11 | NX1500P_SPS | O | General indication (binary input - channel 11) | ||
Ind11.d: (Instance) (RO)Option board (slot 4) digital input: channel 11 | |||||
Ind12 | NX1500P_SPS | O | General indication (binary input - channel 12) | ||
Ind12.d: (Instance) (RO)Option board (slot 4) digital input: channel 12 | |||||
Ind13 | NX1500P_SPS | O | General indication (binary input - channel 13) | ||
Ind13.d: (Instance) (RO)Option board (slot 4) digital input: channel 13 | |||||
Ind14 | NX1500P_SPS | O | General indication (binary input - channel 14) | ||
Ind14.d: (Instance) (RO)Option board (slot 4) digital input: channel 14 | |||||
Ind15 | NX1500P_SPS | O | General indication (binary input - channel 15) | ||
Ind15.d: (Instance) (RO)Option board (slot 4) digital input: channel 15 | |||||
Ind16 | NX1500P_SPS | O | General indication (binary input - channel 16) | ||
Ind16.d: (Instance) (RO)Option board (slot 4) digital input: channel 16 |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of an external current transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)CT Ratio Phase A |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of an external current transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)CT Ratio Phase B |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of an external current transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)CT Ratio Phase C |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of an external current transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)CT Ratio Neutral |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of external voltage transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)PT Ratio Phase A |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of external voltage transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)PT Ratio Phase B |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of external voltage transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)PT Ratio Phase C |
DATA | Type | M/O | Description | Transient | Access Control |
---|---|---|---|---|---|
Mod | NX1500P_INC_Mod | M | Mode | ||
Mod.stVal: (Template) (Set)on | |||||
Mod.ctlModel: (Template) (RO)status-only | |||||
Mod.d: (Template) (RO)Operating Mode | |||||
Beh | NX1500P_INS_Beh | M | Behaviour | ||
Beh.stVal: (Template) (Set)on | |||||
Beh.d: (Template) (RO)Operating Mode Behavior | |||||
Health | NX1500P_INS_Health | M | Health | ||
Health.d: (Template) (RO)1=Ok,2=Warning,3=Alarm | |||||
NamPlt | NX1500P_LPL_TCTRTVTR | M | Name plate | ||
NamPlt.vendor: (Template) (RO)Electro Industries | |||||
NamPlt.swRev: (Template) (RO) | |||||
NamPlt.d: (Template) (RO)Logical Node Nameplate | |||||
NamPlt.lnNs: (Template) (RO)IEC 61850-7-4:2007A | |||||
Rat | NX1500P_ASG | O | Winding ratio of external voltage transformer (transducer) if applicable | ||
Rat.setMag.f: (Instance) (RO) | |||||
Rat.d: (Instance) (RO)PT Ratio Phase AUX |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Status | |||||
stVal | Enum ModBeh | ST | dchg | Set(on) | |
q | Quality | ST | qchg | ||
t | Timestamp | ST | |||
Configuration, Description | |||||
ctlModel | Enum CtlModels | CF | RO(status-only) | ||
d | VisString255 | DC | Text | RO(Operating Mode) |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Status | |||||
stVal | Enum ModBeh | ST | dchg | Set(on) | |
q | Quality | ST | qchg | ||
t | Timestamp | ST | |||
Configuration, Description | |||||
d | VisString255 | DC | Text | RO(Operating Mode Behavior) |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Status | |||||
stVal | Enum Health | ST | dchg | ||
q | Quality | ST | qchg | ||
t | Timestamp | ST | |||
Configuration, Description | |||||
d | VisString255 | DC | Text | RO(1=Ok,2=Warning,3=Alarm) |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Configuration, Description | |||||
vendor | VisString255 | DC | RO(Electro Industries) | ||
swRev | VisString255 | DC | RO | ||
d | VisString255 | DC | RO(Logical Device Nameplate) | ||
configRev | VisString255 | DC | Spec(1.0) | ||
Extension | |||||
ldNs | VisString255 | EX | shall be included in LLN0 only; | RO(IEC 61850-7-4:2003) |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Configuration, Description | |||||
vendor | VisString255 | DC | RO(Electro Industries) | ||
swRev | VisString255 | DC | RO | ||
d | VisString255 | DC | RO(Logical Node Nameplate) |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Configuration, Description | |||||
vendor | VisString255 | DC | RO(Electro Industries) | ||
swRev | VisString255 | DC | RO | ||
d | VisString255 | DC | RO(Logical Node Nameplate) | ||
Extension | |||||
lnNs | VisString255 | EX | RO(IEC 61850-7-4:2010) |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Configuration, Description | |||||
vendor | VisString255 | DC | RO(Electro Industries) | ||
swRev | VisString255 | DC | RO | ||
d | VisString255 | DC | RO(Logical Node Nameplate) | ||
Extension | |||||
lnNs | VisString255 | EX | RO(IEC 61850-7-4:2007A) |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Configuration, Description | |||||
vendor | VisString255 | DC | RO(Electro Industries) | ||
swRev | VisString255 | DC | RO | ||
serNum | VisString255 | DC | RO | ||
model | VisString255 | DC | RO |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Status | |||||
stVal | BOOLEAN | ST | dchg | ||
q | Quality | ST | qchg | ||
t | Timestamp | ST | |||
Configuration, Description | |||||
d | VisString255 | DC | Text |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
phsA | NX1500P_CMV | ||||
phsB | NX1500P_CMV | ||||
phsC | NX1500P_CMV |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
phsA | NX1500P_CMV | ||||
phsB | NX1500P_CMV | ||||
phsC | NX1500P_CMV | ||||
neut | NX1500P_CMV | ||||
res | NX1500P_CMV |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
phsAB | NX1500P_CMV | ||||
phsBC | NX1500P_CMV | ||||
phsCA | NX1500P_CMV |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
c1 | NX1500P_CMV_SEQ | ||||
c2 | NX1500P_CMV_SEQ | ||||
c3 | NX1500P_CMV_SEQ | ||||
Measurand | |||||
seqT | Enum SeqT | MX | pos-neg-zero | dir-quad-zero | ||
Configuration, Description | |||||
d | VisString255 | DC | Text |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Status | |||||
actVal | INT32 | ST | dchg | ||
q | Quality | ST | qchg | ||
t | Timestamp | ST | |||
Configuration, Description | |||||
pulsQty | FLOAT32 | CF | RO(1) | ||
d | VisString255 | DC |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Measurand | |||||
mag | NX1500P_ANALOGUE_VALUE_INTEGER | MX | dchg | ||
q | Quality | MX | qchg | ||
t | Timestamp | MX | |||
Configuration, Description | |||||
d | VisString255 | DC | Text |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Measurand | |||||
mag | NX1500P_ANALOGUE_VALUE_FLOAT | MX | dchg | ||
q | Quality | MX | qchg | ||
t | Timestamp | MX | |||
Configuration, Description | |||||
d | VisString255 | DC | Text |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Measurand | |||||
instCVal | NX1500P_VECTOR | MX | |||
cVal | NX1500P_VECTOR | MX | dchg | ||
q | Quality | MX | qchg | ||
t | Timestamp | MX | |||
Configuration, Description | |||||
db | INT32U | CF | |||
rangeC | NX1500P_RANGE_CONFIG | CF | |||
d | VisString255 | DC | Text |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Measurand | |||||
instCVal | NX1500P_VECTOR_ANG | MX | |||
cVal | NX1500P_VECTOR_ANG | MX | dchg | ||
q | Quality | MX | qchg | ||
t | Timestamp | MX | |||
Configuration, Description | |||||
db | INT32U | CF | |||
rangeC | NX1500P_RANGE_CONFIG | CF | |||
d | VisString255 | DC | Text | ||
dbAng | INT32U | CF |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Measurand | |||||
instMag | NX1500P_ANALOGUE_VALUE_FLOAT | MX | |||
mag | NX1500P_ANALOGUE_VALUE_FLOAT | MX | dchg | ||
q | Quality | MX | qchg | ||
t | Timestamp | MX | |||
Configuration, Description | |||||
db | INT32U | CF | |||
rangeC | NX1500P_RANGE_CONFIG | CF | |||
d | VisString255 | DC | Text |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Settings | |||||
setMag | NX1500P_ANALOGUE_VALUE_FLOAT | SP | |||
Configuration, Description | |||||
d | VisString255 | DC | Text |
Attribute | Type | FC | Description | TrgOp | R/W(value) |
---|---|---|---|---|---|
Measurand | |||||
instMag | NX1500P_ANALOGUE_VALUE_FLOAT | MX | |||
q | Quality | MX | |||
Configuration, Description | |||||
d | VisString255 | DC | RO(Logical Device Nameplate) |
Attribute | Type | Description | R/W |
---|---|---|---|
mag | NX1500P_ANALOGUE_VALUE_FLOAT | ||
ang | NX1500P_ANALOGUE_VALUE_FLOAT |
Attribute | Type | Description | R/W |
---|---|---|---|
mag | NX1500P_ANALOGUE_VALUE_FLOAT |
Attribute | Type | Description | R/W |
---|---|---|---|
i | INT32 |
Attribute | Type | Description | R/W |
---|---|---|---|
f | FLOAT32 |
Attribute | Type | Description | R/W |
---|---|---|---|
f | FLOAT32 | RO(0) |
Enum string | Value | Description |
---|---|---|
on | 1 | |
blocked | 2 | |
test | 3 | |
test/blocked | 4 | |
off | 5 |
Enum string | Value | Description |
---|---|---|
Ok | 1 | |
Warning | 2 | |
Alarm | 3 |
Enum string | Value | Description |
---|---|---|
pos-neg-zero | 0 | |
dir-quad-zero | 1 |
Enum string | Value | Description |
---|---|---|
normal | 0 | |
high | 1 | |
low | 2 | |
high-high | 3 | |
low-low | 4 |
Enum string | Value | Description |
---|---|---|
status-only | 0 | |
direct-with-normal-security | 1 | |
sbo-with-normal-security | 2 | |
direct-with-enhanced-security | 3 | |
sbo-with-enhanced-security | 4 |
The SCL-to-MICS converter is an XSLT (eXtensible Style Language for Transformation).
It executes within a browser without needing additional "plug-ins" (IE 9 and FireFox 15.0.1 tested).
To use it, follow these instructions: