Appendix C—Network/Com Access
Remotely Readable Values
The communication option can be used to remotely access the MicroLogic trip unit, using System Manager Software (SMS) (version 3.3 or later) or other network system management software. See the product catalog for more information on the SMS software.
Remotely Readable Values
| Item | Description | Symbol |
|---|---|---|
| Current | Instantaneous current in A phase | Ia |
| Instantaneous current in B phase | Ib | |
| Instantaneous current in C phase | Ic | |
| Instantaneous current in neutral | In | |
| Instantaneous current in ground |
|
|
| Average instantaneous current in A phase | Iaavg | |
| Average instantaneous current in B phase | Ibavg | |
| Average instantaneous current in C phase | Icavg | |
| Average instantaneous current in neutral | Inavg | |
| Average instantaneous current in ground |
|
|
| Maximum instantaneous current in A phase | Iamax | |
| Maximum instantaneous current in B phase | Ibmax | |
| Maximum instantaneous current in C phase | Icmax | |
| Maximum instantaneous current in neutral | Inmax | |
| Maximum instantaneous current in ground |
|
|
| Instantaneous current unbalance in A phase | Iaunbal | |
| Instantaneous current unbalance in B phase | Ibunbal | |
| Instantaneous current unbalance in C phase | Icunbal | |
| Instantaneous current unbalance in neutral | Inunbal | |
| Instantaneous current unbalance in ground |
|
|
| Max. instantaneous current unbalance in A phase | Iaunbal max | |
| Max. instantaneous current unbalance in B phase | Ibunbal max | |
| Max. instantaneous current unbalance in C phase | Icunbal max | |
| Max. instantaneous current unbalance in neutral | Inunbal max | |
| Max. instantaneous current unbalance in ground |
|
|
| Demand Currents | Demand current in A phase | Ia |
| Demand current in B phase | Ib | |
| Demand current in C phase | Ic | |
| Demand current in neutral | In | |
| Max. demand current since last reset in A phase | Iamax | |
| Max. demand current since last reset in B phase | Ibmax | |
| Max. demand current since last reset in C phase | Icmax | |
| Max. demand current since last reset in neutral | Inmax | |
| Recommended demand current in A phase | ||
| Recommended demand current in B phase | ||
| Recommended demand current in C phase | ||
| Recommended demand current in neutral | ||
| Time stamping of demand current max. | ||
| Voltage | Instantaneous voltage between A and B phase | V inst Vab |
| Instantaneous voltage between B and C phase | V inst Vbc | |
| Instantaneous voltage between C and A phase | V inst Vca | |
| Instantaneous voltage between A and neutral phase | V inst Van | |
| Instantaneous voltage between B and neutral phase | V inst Vbn | |
| Instantaneous voltage between C and neutral phase | V inst Vcn | |
| Average phase-to-phase voltage between A and B phase | V avg Vab | |
| Average phase-to-phase voltage between B and C phase | V avg Vbc | |
| Average phase-to-phase voltage between C and A phase | V avg Vca | |
| Average phase-to-phase voltage between A phase and neutral | V avg Van | |
| Average phase-to-phase voltage between B phase and neutral | V avg Vbn | |
| Average phase-to-phase voltage between C phase and neutral | V avg Vcn | |
| Voltage unbalance between Vab and mean | V unbal Vab | |
| Voltage unbalance between Vbc and mean | V unbal Vbc | |
| Voltage unbalance between Vca and mean | V unbal Vca | |
| Voltage unbalance between Van and mean | V unbal Van | |
| Voltage unbalance between Vbn and mean | V unbal Vbn | |
| Voltage unbalance between Vcn and mean | V unbal Vcn | |
| Max. voltage unbalance between Vab and mean | ||
| Max. voltage unbalance between Vbc and mean | ||
| Max. voltage unbalance between Vca and mean | ||
| Max. voltage unbalance between Van and mean | ||
| Max. voltage unbalance between Vbn and mean | ||
| Max. voltage unbalance between Vcn and mean | ||
| Active Power | Instantaneous active power per phase | P |
| Demand Power | Active demand power | P |
| Reactive demand power | Q | |
| Apparent demand power | S | |
| Max. active demand power since last reset |
|
|
| Max. reactive demand power since last reset |
|
|
| Max. apparent demand power since last reset |
|
|
| Max. predicted active demand power | ||
| Max. predicted reactive demand power | ||
| Max. predicted apparent demand power | ||
| Time stamping of demand power max. | ||
| Energy | Total active energy | E |
| Active energy in | ||
| Active energy out | ||
| Fault values | Fault type | |
| Interrupted current values | ||
| Frequency | System frequency | F |
| Update dates | Interval between last update of real-time values and the current table | |
| Update date of demand currents, demand power and energy | ||
| History | Trip history | |
| Alarm history | ||
| Event history | ||
| Counters | Contact wear | |
| Operation counter since last reset | ||
| Date/time of last operation counter reset | ||
| Operation counter total (lifetime) | ||
| Setup | Setting of date and time | |
| Password | ||
| Trip unit ID code | ||
| Trip unit ID name | ||
| Measurement calculation algorithm | ||
| Sign convention | ||
| Total-energy measurement mode | ||
| Scale factors | ||
| Demand-current calculation window interval | ||
| Power quality indication | ||
| Demand-power calculation mode | ||
| Demand-power calculation window interval | ||
| Battery-charge indication | ||
| Programmable contact assignments | ||
| Programmable contact setup | ||
| Waveform capture | ||
| Protection | Circuit breaker rated current | |
| Type of neutral protection | ||
| Long-time protection settings | ||
| Short-time protection settings | ||
| Instantanaeous protection settings | ||
| Ground-fault protection settings | ||
| Current-unbalance protection settings | ||
|
|
||
| Maximum-current protection settings | ||
| Voltage protection settings | ||
| Other protective functions settings |
List of Registers
The quantities are listed in alphabetical order according to the SMS topic name.
NOTE: A system scan rate of 500 ms or greater
is recommended to minimize communications timeout issues.
To access available registers, the following address scheme applies
| Module | Module Name | Equation | Address Range |
|---|---|---|---|
| BCM | Circuit Breaker Communication Module | — | 1–47 |
| CCM | Cradle Communication Module | BCM + 50 | 51–97 |
| PM | Protection Module (Internal to trip unit) | BCM + 100 | 101–147 |
| MM | Meter Module (Internal to trip unit) | BCM + 200 | 201–247 |
List of Registers
| SMS Topic Name | User Description | Number of Registers* | Register* | Module* | Units* | Scale* |
|---|---|---|---|---|---|---|
| 810D_LDPU | Circuit breaker LDPU in Progress | 1 | 8862 | PM | Scaling N/A | |
| 810DBrkrStatus | Circuit breaker Status | 1 | 661 | BCM | Bit 0; ON = closed; OFF = open | |
| 810DBrkrTripStat | Circuit breaker Trip Unit Status | 1 | 661 | BCM | Bit 2; ON = tripped; OFF = not tripped | |
| BCM_SN | BCM Serial Number | 4 | 516 | BCM | ASCII text | |
| BkrPos | Circuit breaker Position | 1 | 661 | CCM | Bit 8 = disconnected Bit 9 = connected Bit 10 = test position |
|
| CFVAB | Crest Factor Voltage A-B | 1 | 1119 | MM | No Units | Hundredths |
| CFVAN | Crest Factor Voltage A-N | 1 | 1122 | MM | No Units | Hundredths |
| CFVBC | Crest Factor Voltage B-C | 1 | 1120 | MM | No Units | Hundredths |
| CFVBN | Crest Factor Voltage B-N | 1 | 1123 | MM | No Units | Hundredths |
| CFVCA | Crest Factor Voltage C-A | 1 | 1121 | MM | No Units | Hundredths |
| CFVCN | Crest Factor Voltage C-N | 1 | 1124 | MM | No Units | Hundredths |
| DT_3Regs | Device Clock Date/Time | 4 | 679 | BCM | 3-register date/time format* | |
| DTLastTrip | D/T of Last Trip | 3 | 693 | BCM | 3-register date/time format* | |
| DTPkIAD | D/T Peak Demand Current A | 3 | 3005 | MM | 3-register date/time format* | |
| DTPkIBD | D/T Peak Demand Current B | 3 | 3008 | MM | 3-register date/time format* | |
| DTPkICD | D/T Peak Demand Current C | 3 | 3011 | MM | 3-register date/time format* | |
| DTPkIND | D/T Peak Demand Current N | 3 | 3014 | MM | 3-register date/time format* | |
| DTPkKFDA | D/T K-Factor Dmd Peak A | 3 | 3041 | MM | No Units | 3-register date/time format* |
| DTPkKFDB | D/T K-Factor Dmd Peak B | 3 | 3044 | MM | No Units | 3-register date/time format* |
| DTPkKFDC | D/T K-Factor Dmd Peak C | 3 | 3047 | MM | No Units | 3-register date/time format* |
| DTPkKFDN | D/T K-Factor Dmd Peak N | 3 | 3050 | MM | No Units | 3-register date/time format* |
| DTPkkVAD | D/T Peak Demand Apparent Power | 3 | 3023 | MM | 3-register date/time format* | |
| DTPkkVARD | D/T Peak Demand Reactive Power | 3 | 3020 | MM | 3-register date/time format* | |
| DTPkkWD | D/T Peak Demand Active Power | 3 | 3017 | MM | 3-register date/time format* | |
| DTResetEnergy | D/T Last Reset Accum. Energies | 3 | 3038 | MM | 3-register date/time format* | |
| DTResetMinMax | D/T Last Reset Min/Max | 3 | 3032 | MM | 3-register date/time format* | |
| DTResetPkID | D/T Last Reset Peak Dmd Currents | 3 | 3026 | MM | 3-register date/time format* | |
| DTResetPkkWD | D/T Last Reset Peak Dmd Power | 3 | 3029 | MM | 3-register date/time format* | |
| EnableCloseBkr | Remote Closing Enabled | 1 | 669 | BCM | Bit 2; ON = enabled, OFF = not enabled | |
| EnableOpenBkr | Remote Opening Enabled | 1 | 669 | BCM | Bit 1; ON = enabled; OFF = not enabled | |
| EnableRemCtrl | Remote Control Enabled | 1 | 669 | BCM | Bit 3; ON = auto (enabled); OFF = manual (not enabled) | |
| fkVAA | Fundamental Apparent Power A | 1 | 1084 | MM | kVA | Scale E |
| fkVAB | Fundamental Apparent Power B | 1 | 1085 | MM | kVA | Scale E |
| fkVAC | Fundamental Apparent Power C | 1 | 1086 | MM | kVA | Scale E |
| fkVATtl | Fundamental Apparent Power Total | 1 | 1087 | MM | kVA | Scale E |
| fVAngA | Fundamental Voltage Ang A-B/A-N | 1 | 1133 | MM | Deg | Tenths |
| fVAngB | Fundamental Voltage Ang B-C/B-N | 1 | 1134 | MM | Deg | Tenths |
| fVAngC | Fundamental Voltage Ang C-A/C-N | 1 | 1135 | MM | Deg | Tenths |
| GFAlarmStatus | GF Alarm Status | 1 | 8860 | PM | Bit 0; ON = active; OFF = inactive | |
| GFPreAlarmStatus | GF Alarm Pre-Alarm Status | 1 | 8864 | PM | Bit 0; ON = active; OFF = inactive | |
| Hz | Frequency | 1 | 1054 | MM | Hz | Scale F |
| IA | Current A | 1 | 1016 | MM | A | Scale A - Phase Current |
| IA_PCT | Current A % Load | 1 | 8837 | PM | % | Unity |
| IAD | Demand Current A | 1 | 2200 | MM | A | Scale A |
| IAppA | Current Apparent A | 1 | 1023 | MM | A | Scale A |
| IAppB | Current Apparent B | 1 | 1024 | MM | A | Scale A |
| IAppC | Current Apparent C | 1 | 1025 | MM | A | Scale A |
| IAppN | Current Apparent N | 1 | 1026 | MM | A | Scale B |
| IAvg | Current Avg | 1 | 1027 | MM | A | Scale A - Phase Current |
| IB | Current B | 1 | 1017 | MM | A | Scale A - Phase Current |
| IB_PCT | Current B % Load | 1 | 8838 | PM | % | Unity |
| IBD | Demand Current B | 1 | 2201 | MM | A | Scale A |
| IC | Current C | 1 | 1018 | MM | A | Scale A - Phase Current |
| IC_PCT | Current C % Load | 1 | 8839 | PM | % | Unity |
| ICD | Demand Current C | 1 | 2202 | MM | A | Scale A |
| IDatPkKFD_A | Current Demand at Peak K-Factor Demand A | 1 | 2270 | MM | A | Scale A |
| IDatPkKFD_B | Current Demand at Peak K-Factor Demand B | 1 | 2271 | MM | A | Scale A |
| IDatPkKFD_C | Current Demand at Peak K-Factor Demand C | 1 | 2272 | MM | A | Scale A |
| IDatPkKFD_N | Current Demand at Peak K-Factor Demand N | 1 | 2273 | MM | A | Scale B |
| IG | Current G | 1 | 1021 | MM | A | Scale C |
| IG_PCT | Current G % Load | 1 | 8841 | PM | % | Unity |
| IG_PCT_VIGI | Current G (VIGI) % Load | 1 | 8842 | PM | % | Hundredths |
| IG_VIGI | Current G (VIGI) | 1 | 8826 | PM | A | Thousandths |
| IMax | Current Max Present | 1 | 1020 | MM | A | Scale A - Phase Current |
| IN | Current N | 1 | 1019 | MM | A | Scale B - Neutral Current |
| IN_PCT | Current N % Load | 1 | 8840 | PM | % | Unity |
| IND | Demand Current N | 1 | 2203 | MM | A | Scale B |
| IUnbalA | Current Unbalance A | 1 | 1028 | MM | % | Tenths |
| IUnbalAlrm | Current Unbalance Alarm Status | 1 | 8859 | PM | Bit 0; ON = active; OFF = inactive | |
| IUnbalB | Current Unbalance B | 1 | 1029 | MM | % | Tenths |
| IUnbalC | Current Unbalance C | 1 | 1030 | MM | % | Tenths |
| IUnbalPreAlrm | Current Unbalance Pre-Alarm Status | 1 | 8863 | PM | Bit 0; ON = active, OFF = inactive | |
| IUnbalW | Current Unbalance Worst | 1 | 1032 | MM | % | Tenths |
| KFDatPkID_A | K-Factor Demand at Peak Demand Current A | 1 | 2254 | MM | No Units | Tenths |
| KFDatPkID_B | K-Factor Demand at Peak Demand Current B | 1 | 2255 | MM | No Units | Tenths |
| KFDatPkID_C | K-Factor Demand at Peak Demand Current C | 1 | 2256 | MM | No Units | Tenths |
| KFDatPkID_N | K-Factor Demand at Peak Demand Current N | 1 | 2257 | MM | No Units | Tenths |
| KFDN | K-Factor Demand N | 1 | 2215 | MM | No Units | Tenths |
| KFN | K-Factor N | 1 | 1118 | MM | No Units | Tenths |
| kVAA | Apparent Power A | 1 | 1042 | MM | kVA | Scale E |
| kVAB | Apparent Power B | 1 | 1043 | MM | kVA | Scale E |
| kVAC | Apparent Power C | 1 | 1044 | MM | kVA | Scale E |
| kVAD | Demand Apparent Power | 1 | 2236 | MM | kVA | Scale D |
| kVAD_PkkVARD | KVA Dmd Coincident w/Peak KVAR Dmd | 1 | 2235 | MM | kVA | Scale D |
| kVAD_PkkWD | KVA Dmd Coincident w/Peak KW Dmd | 1 | 2229 | MM | kVA | Scale D |
| kVAHr | Apparent Energy | 4 | 2024 | MM | kVAH | Unity |
| kVARA | Reactive Power A | 1 | 1038 | MM | kVAR | Scale E |
| kVARB | Reactive Power B | 1 | 1039 | MM | kVAR | Scale E |
| kVARC | Reactive Power C | 1 | 1040 | MM | kVAR | Scale E |
| kVARD | Demand Reactive Power | 1 | 2230 | MM | kVAR | Scale D |
| kVARD_PkkVAD | KVAR Dmd Coincident w/Peak KVA Dmd | 1 | 2241 | MM | kVAR | Scale D |
| kVARD_PkkWD | KVAR Dmd Coincident w/Peak KW Dmd | 1 | 2228 | MM | kVAR | Scale D |
| kVARHr | Reactive Energy | 4 | 2004 | MM | kVARH | Unity |
| kVARHr_I | Reactive Energy Into the Load | 4 | 2016 | MM | kVARH | Unity |
| kVARHr_O | Reactive Energy Out of the Load | 4 | 2020 | MM | kVARH | Unity |
| kVARTtl | Reactive Power Total | 1 | 1041 | MM | kVAR | Scale E |
| kVATtl | Apparent Power Total | 1 | 1045 | MM | kVA | Scale E |
| kWA | Active Power A | 1 | 1034 | MM | kW | Scale E |
| kWB | Active Power B | 1 | 1035 | MM | kW | Scale E |
| kWC | Active Power C | 1 | 1036 | MM | kW | Scale E |
| kWD | Demand Active Power | 1 | 2224 | MM | kW | Scale D |
| kWD_PkkVAD | KW Dmd Coincident w/Peak KVA Dmd | 1 | 2240 | MM | kW | Scale D |
| kWD_PkkVARD | KW Dmd Coincident w/Peak KVAR Dmd | 1 | 2234 | MM | kW | Scale D |
| kWHr | Real Energy | 4 | 2000 | MM | kWH | Unity |
| kWHr_I | Real Energy Into the Load | 4 | 2008 | MM | kWH | Unity |
| kWHr_O | Real Energy Out of the Load | 4 | 2012 | MM | kWH | Unity |
| kWTtl | Active Power Total | 1 | 1037 | MM | kW | Scale E |
| LDPUValue | Long Delay Pickup Value | 2 | 8756 | PM | A | Unity |
| LSCurrAlrm | Load Shed Current Alarm Status | 1 | 8859 | PM | Bit 13; ON = active; OFF = inactive | |
| LSCurrPreAlrm | Load Shed Current Pre-Alarm Status | 1 | 8863 | PM | Bit 13; ON = active; OFF = inactive | |
| LSPwrAlrm | Load Shed Power Alarm Status | 1 | 8859 | PM | Bit 14; ON = active; OFF = inactive | |
| LSPwrPreAlrm | Load Shed Power Pre-Alarm Status | 1 | 8863 | PM | Bit 14; ON = active; OFF = inactive | |
| M2C_M6CR1Status | Relay Module R1 Status | 1 | 8857 | PM | Bit 0; ON = on; OFF = off | |
| M2C_M6CR2Status | Relay Module R2 Status | 1 | 8857 | PM | Bit 1; ON = on; OFF = off | |
| M2C_M6CR3Status | Relay Module R3 Status | 1 | 8857 | PM | Bit 2; ON = on; OFF = off | |
| M2C_M6CR4Status | Relay Module R4 Status | 1 | 8857 | PM | Bit 3; ON = on; OFF = off | |
| M2C_M6CR5Status | Relay Module R5 Status | 1 | 8857 | PM | Bit 4; ON = on; OFF = off | |
| M2C_M6CR6Status | Relay Module R6 Status | 1 | 8857 | PM | Bit 5; ON = on; OFF = off | |
| MaxCFVAB | Maximum Crest Factor Voltage A-B | 1 | 1719 | MM | No Units | Hundredths |
| MaxCFVAN | Maximum Crest Factor Voltage A-N | 1 | 1722 | MM | No Units | Hundredths |
| MaxCFVBC | Maximum Crest Factor Voltage B-C | 1 | 1720 | MM | No Units | Hundredths |
| MaxCFVBN | Maximum Crest Factor Voltage B-N | 1 | 1723 | MM | No Units | Hundredths |
| MaxCFVCA | Maximum Crest Factor Voltage C-A | 1 | 1721 | MM | No Units | Hundredths |
| MaxCFVCN | Maximum Crest Factor Voltage C-N | 1 | 1724 | MM | No Units | Hundredths |
| MaxfkVAA | Maximum Fundamental Apparent Power A | 1 | 1684 | MM | kVA | Scale E |
| MaxfkVAB | Maximum Fundamental Apparent Power B | 1 | 1685 | MM | kVA | Scale E |
| MaxfkVAC | Maximum Fundamental Apparent Power C | 1 | 1686 | MM | kVA | Scale E |
| MaxfkVATtl | Maximum Fundamental Apparent Power Total | 1 | 1687 | MM | kVA | Scale E |
| MaxfVMagAB | Maximum Fundamental Voltage Mag A-B | 1 | 1656 | MM | V | Scale D |
| MaxfVMagAN | Maximum Fundamental Voltage Mag A-N | 1 | 1659 | MM | V | Scale D |
| MaxfVMagBC | Maximum Fundamental Voltage Mag B-C | 1 | 1657 | MM | V | Scale D |
| MaxfVMagBN | Maximum Fundamental Voltage Mag B-N | 1 | 1660 | MM | V | Scale D |
| MaxfVMagCA | Maximum Fundamental Voltage Mag C-A | 1 | 1658 | MM | V | Scale D |
| MaxfVMagCN | Maximum Fundamental Voltage Mag C-N | 1 | 1661 | MM | V | Scale D |
| MaxHz | Max Frequency | 1 | 1654 | MM | Hz | Scale F |
| MaxIA | Max Current A | 1 | 1616 | MM | A | Scale A - Phase Current |
| MaxIAppA | Maximum Current Apparent A | 1 | 1623 | MM | A | Scale A |
| MaxIAppB | Maximum Current Apparent B | 1 | 1624 | MM | A | Scale A |
| MaxIAppC | Maximum Current Apparent C | 1 | 1625 | MM | A | Scale A |
| MaxIAppN | Maximum Current Apparent N | 1 | 1626 | MM | A | Scale B |
| MaxIAvg | Max Current Avg | 1 | 1627 | MM | A | Scale A - Phase Current |
| MaxIB | Max Current B | 1 | 1617 | MM | A | Scale A - Phase Current |
| MaxIC | Max Current C | 1 | 1618 | MM | A | Scale A - Phase Current |
| MaxIG | Max Current G | 1 | 1621 | MM | A | Scale C |
| MaxIG_VIGI | Max Current G (VIGI) | 1 | 8832 | PM | A | Thousandths |
| MaxIN | Max Current N | 1 | 1619 | MM | A | Scale B - Neutral Current |
| MaxIUnbalA | Max Current Unbalance A | 1 | 1628 | MM | % | Tenths |
| MaxIUnbalB | Max Current Unbalance B | 1 | 1629 | MM | % | Tenths |
| MaxIUnbalC | Max Current Unbalance C | 1 | 1630 | MM | % | Tenths |
| MaxIUnbalW | Max Current Unbalance Worst | 1 | 1632 | MM | % | Tenths |
| MaxKFN | Maximum K-Factor N | 1 | 1718 | MM | No Units | Tenths |
| MaxkVAA | Max Apparent Power A | 1 | 1642 | MM | kVA | Scale E |
| MaxkVAB | Max Apparent Power B | 1 | 1643 | MM | kVA | Scale E |
| MaxkVAC | Max Apparent Power C | 1 | 1644 | MM | kVA | Scale E |
| MaxkVARA | Max Reactive Power A | 1 | 1638 | MM | kVAR | Scale E |
| MaxkVARB | Max Reactive Power B | 1 | 1639 | MM | kVAR | Scale E |
| MaxkVARC | Max Reactive Power C | 1 | 1640 | MM | kVAR | Scale E |
| MaxkVARTtl | Max Reactive Power Total | 1 | 1641 | MM | kVAR | Scale E |
| MaxkVATtl | Max Apparent Power Total | 1 | 1645 | MM | kVA | Scale E |
| MaxkWA | Max Active Power A | 1 | 1634 | MM | kW | Scale E |
| MaxkWB | Max Active Power B | 1 | 1635 | MM | kW | Scale E |
| MaxkWC | Max Active Power C | 1 | 1636 | MM | kW | Scale E |
| MaxkWTtl | Max Active Power Total | 1 | 1637 | MM | kW | Scale E |
| MaxPFA | Max Power Factor A | 3 | 1646 | MM | PF format* | |
| MaxPFB | Max Power Factor B | 3 | 1647 | MM | PF format* | |
| MaxPFC | Max Power Factor C | 3 | 1648 | MM | PF format* | |
| MaxPFTtl | Max Power Factor Total | 3 | 1649 | MM | PF format* | |
| MaxVAB | Max Voltage A-B | 1 | 1600 | MM | V | Scale D - Voltage |
| MaxVAN | Max Voltage A-N | 1 | 1603 | MM | V | Scale D - Voltage |
| MaxVBC | Max Voltage B-C | 1 | 1601 | MM | V | Scale D - Voltage |
| MaxVBN | Max Voltage B-N | 1 | 1604 | MM | V | Scale D - Voltage |
| MaxVCA | Max Voltage C-A | 1 | 1602 | MM | V | Scale D - Voltage |
| MaxVCN | Max Voltage C-N | 1 | 1605 | MM | V | Scale D - Voltage |
| MaxVLLAvg | Max Voltage L-L Avg | 1 | 1606 | MM | V | Scale D - Voltage |
| MaxVLNAvg | Max Voltage L-N Avg | 1 | 1607 | MM | V | Scale D - Voltage |
| MaxVUnbalAB | Max Voltage Unbalance A-B | 1 | 1608 | MM | % | Tenths |
| MaxVUnbalAN | Max Voltage Unbalance A-N | 1 | 1611 | MM | % | Tenths |
| MaxVUnbalBC | Max Voltage Unbalance B-C | 1 | 1609 | MM | % | Tenths |
| MaxVUnbalBN | Max Voltage Unbalance B-N | 1 | 1612 | MM | % | Tenths |
| MaxVUnbalCA | Max Voltage Unbalance C-A | 1 | 1610 | MM | % | Tenths |
| MaxVUnbalCN | Max Voltage Unbalance C-N | 1 | 1613 | MM | % | Tenths |
| MaxVUnbalLLW | Max Voltage Unbalance L-L Worst | 1 | 1614 | MM | % | Tenths |
| MaxVUnbalLNW | Max Voltage Unbalance L-N Worst | 1 | 1615 | MM | % | Tenths |
| MinCFVAB | Minimum Crest Factor Voltage A-B | 1 | 1419 | MM | No Units | Hundredths |
| MinCFVAN | Minimum Crest Factor Voltage A-N | 1 | 1422 | MM | No Units | Hundredths |
| MinCFVBC | Minimum Crest Factor Voltage B-C | 1 | 1420 | MM | No Units | Hundredths |
| MinCFVBN | Minimum Crest Factor Voltage B-N | 1 | 1423 | MM | No Units | Hundredths |
| MinCFVCA | Minimum Crest Factor Voltage C-A | 1 | 1421 | MM | No Units | Hundredths |
| MinCFVCN | Minimum Crest Factor Voltage C-N | 1 | 1424 | MM | No Units | Hundredths |
| MinfkVAA | Minimum Fundamental Apparent Power A | 1 | 1384 | MM | kVA | Scale E |
| MinfkVAB | Minimum Fundamental Apparent Power B | 1 | 1385 | MM | kVA | Scale E |
| MinfkVAC | Minimum Fundamental Apparent Power C | 1 | 1386 | MM | kVA | Scale E |
| MinfkVATtl | Minimum Fundamental Apparent Power Total | 1 | 1387 | MM | kVA | Scale E |
| MinfVMagAB | Minimum Fundamental Voltage Mag A-B | 1 | 1356 | MM | V | Scale D |
| MinfVMagAN | Minimum Fundamental Voltage Mag A-N | 1 | 1359 | MM | V | Scale D |
| MinfVMagBC | Minimum Fundamental Voltage Mag B-C | 1 | 1357 | MM | V | Scale D |
| MinfVMagBN | Minimum Fundamental Voltage Mag B-N | 1 | 1360 | MM | V | Scale D |
| MinfVMagCA | Minimum Fundamental Voltage Mag C-A | 1 | 1358 | MM | V | Scale D |
| MinfVMagCN | Minimum Fundamental Voltage Mag C-N | 1 | 1361 | MM | V | Scale D |
| MinHz | Min Frequency | 1 | 1354 | MM | Hz | Scale F |
| MinIA | Min Current A | 1 | 1316 | MM | A | Scale A - Phase Current |
| MinIAppA | Minimum Current Apparent A | 1 | 1323 | MM | A | Scale A |
| MinIAppB | Minimum Current Apparent B | 1 | 1324 | MM | A | Scale A |
| MinIAppC | Minimum Current Apparent C | 1 | 1325 | MM | A | Scale A |
| MinIAppN | Minimum Current Apparent N | 1 | 1326 | MM | A | Scale B |
| MinIAvg | Min Current Avg | 1 | 1327 | MM | A | Scale A - Phase Current |
| MinIB | Min Current B | 1 | 1317 | MM | A | Scale A - Phase Current |
| MinIC | Min Current C | 1 | 1318 | MM | A | Scale A - Phase Current |
| MinIN | Min Current N | 1 | 1319 | MM | A | Scale B - Neutral Current |
| MinIUnbalA | Min Current Unbalance A | 1 | 1328 | MM | % | Tenths |
| MinIUnbalB | Min Current Unbalance B | 1 | 1329 | MM | % | Tenths |
| MinIUnbalC | Min Current Unbalance C | 1 | 1330 | MM | % | Tenths |
| MinIUnbalW | Min Current Unbalance Worst | 1 | 1332 | MM | % | Tenths |
| MinKFN | Minimum K-Factor N | 1 | 1418 | MM | No Units | Tenths |
| MinkVAA | Min Apparent Power A | 1 | 1342 | MM | kVA | Scale E |
| MinkVAB | Min Apparent Power B | 1 | 1343 | MM | kVA | Scale E |
| MinkVAC | Min Apparent Power C | 1 | 1344 | MM | kVA | Scale E |
| MinkVARA | Min Reactive Power A | 1 | 1338 | MM | kVAR | Scale E |
| MinkVARB | Min Reactive Power B | 1 | 1339 | MM | kVAR | Scale E |
| MinkVARC | Min Reactive Power C | 1 | 1340 | MM | kVAR | Scale E |
| MinkVARTtl | Min Reactive Power Total | 1 | 1341 | MM | kVAR | Scale E |
| MinkVATtl | Min Apparent Power Total | 1 | 1345 | MM | kVA | Scale E |
| MinkWA | Min Active Power A | 1 | 1334 | MM | kW | Scale E |
| MinkWB | Min Active Power B | 1 | 1335 | MM | kW | Scale E |
| MinkWC | Min Active Power C | 1 | 1336 | MM | kW | Scale E |
| MinkWTtl | Min Active Power Total | 1 | 1337 | MM | kW | Scale E |
| MinPFA | Min Power Factor A | 3 | 1346 | MM | PF format* | |
| MinPFB | Min Power Factor B | 3 | 1347 | MM | PF format* | |
| MinPFC | Min Power Factor C | 3 | 1348 | MM | PF format* | |
| MinPFTtl | Min Power Factor Total | 3 | 1349 | MM | PF format* | |
| MinVAB | Min Voltage A-B | 1 | 1300 | MM | V | Scale D - Voltage |
| MinVAN | Min Voltage A-N | 1 | 1303 | MM | V | Scale D - Voltage |
| MinVBC | Min Voltage B-C | 1 | 1301 | MM | V | Scale D - Voltage |
| MinVBN | Min Voltage B-N | 1 | 1304 | MM | V | Scale D - Voltage |
| MinVCA | Min Voltage C-A | 1 | 1302 | MM | V | Scale D - Voltage |
| MinVCN | Min Voltage C-N | 1 | 1305 | MM | V | Scale D - Voltage |
| MinVLLAvg | Min Voltage L-L Avg | 1 | 1306 | MM | V | Scale D - Voltage |
| MinVLNAvg | Min Voltage L-N Avg | 1 | 1307 | MM | V | Scale D - Voltage |
| MinVUnbalAB | Min Voltage Unbalance A-B | 1 | 1308 | MM | % | Tenths |
| MinVUnbalAN | Min Voltage Unbalance A-N | 1 | 1311 | MM | % | Tenths |
| MinVUnbalBC | Min Voltage Unbalance B-C | 1 | 1309 | MM | % | Tenths |
| MinVUnbalBN | Min Voltage Unbalance B-N | 1 | 1312 | MM | % | Tenths |
| MinVUnbalCA | Min Voltage Unbalance C-A | 1 | 1310 | MM | % | Tenths |
| MinVUnbalCN | Min Voltage Unbalance C-N | 1 | 1313 | MM | % | Tenths |
| MinVUnbalLLW | Min Voltage Unbalance L-L Worst | 1 | 1314 | MM | % | Tenths |
| MinVUnbalLNW | Min Voltage Unbalance L-N Worst | 1 | 1315 | MM | % | Tenths |
| NominalCurrent | Circuit breaker Nominal Current | 1 | 8750 | PM | A | Unity |
| OverFreqAlrm | Over Frequency Alarm Status | 1 | 8859 | PM | Bit 11; ON = active, OFF = inactive | |
| OverFreqPreAlrm | Over Frequency Pre-Alarm Status | 1 | 8863 | PM | Bit 11; ON = active, OFF = inactive | |
| OverIAAlrm | Over IA Demand Alarm Status | 1 | 8859 | PM | Bit 1; ON = active, OFF = inactive | |
| OverIAPreAlrm | Over IA Demand Pre-Alarm Status | 1 | 8863 | PM | Bit 1; ON = active, OFF = inactive | |
| OverIBAlrm | Over IB Demand Alarm Status | 1 | 8859 | PM | Bit 2; ON = active, OFF = inactive | |
| OverIBPreAlrm | Over IB Demand Pre-Alarm Status | 1 | 8863 | PM | Bit 2; ON = active, OFF = inactive | |
| OverICAlrm | Over IC Demand Alarm Status | 1 | 8859 | PM | Bit 3; ON = active, OFF = inactive | |
| OverICPreAlrm | Over IC Demand Pre-Alarm Status | 1 | 8863 | PM | Bit 3; ON = active, OFF = inactive | |
| OverINAlrm | Over IN Demand Alarm Status | 1 | 8859 | PM | Bit 4; ON = active, OFF = inactive | |
| OverINPreAlrm | Over IN Demand Pre-Alarm Status | 1 | 8863 | PM | Bit 4; ON = active, OFF = inactive | |
| OverVoltAlrm | Over Voltage Alarm Status | 1 | 8859 | PM | Bit 6; ON = active, OFF = inactive | |
| OverVoltPreAlrm | Over Voltage Pre-Alarm Status | 1 | 8863 | PM | Bit 6; ON = active, OFF = inactive | |
| PF_PkkVAD | PF Coincident w/Peak KVA Demand | 3 | 2239 | MM | Thousandths | |
| PF_PkkVARD | PF Coincident w/Peak KVAR Demand | 3 | 2233 | MM | Thousandths | |
| PF_PkkWD | PF Coincident w/Peak KW Demand | 3 | 2227 | MM | Thousandths | |
| PFA | Power Factor A | 3 | 1046 | MM | PF format* | |
| PFB | Power Factor B | 3 | 1047 | MM | PF format* | |
| PFC | Power Factor C | 3 | 1048 | MM | PF format* | |
| PFTtl | Power Factor Total | 3 | 1049 | MM | PF format* | |
| PhaRotAlrm | Phase Rotation Alarm Status | 1 | 8859 | PM | Bit 12; ON = active, OFF = inactive | |
| PkIAD | Peak Demand Current A | 1 | 2204 | MM | A | Scale A |
| PkIBD | Peak Demand Current B | 1 | 2205 | MM | A | Scale A |
| PkICD | Peak Demand Current C | 1 | 2206 | MM | A | Scale A |
| PkIND | Peak Demand Current N | 1 | 2207 | MM | A | Scale A |
| PkKFDA | Peak K-Factor Demand A | 1 | 2216 | MM | No Units | Tenths |
| PkKFDB | Peak K-Factor Demand B | 1 | 2217 | MM | No Units | Tenths |
| PkKFDC | Peak K-Factor Demand C | 1 | 2218 | MM | No Units | Tenths |
| PkKFDN | Peak K-Factor Demand N | 1 | 2219 | MM | No Units | Tenths |
| PkkVAD | Peak Demand Apparent Power | 1 | 2237 | MM | kVA | Scale A |
| PkkVARD | Peak Demand Reactive Power | 1 | 2231 | MM | kVAR | Scale A |
| PkkWD | Peak Demand Active Power | 1 | 2225 | MM | kW | Scale A |
| PredIAD | Predicted Demand Current A | 1 | 2208 | MM | A | Scale A |
| PredIBD | Predicted Demand Current B | 1 | 2209 | MM | A | Scale A |
| PredICD | Predicted Demand Current C | 1 | 2210 | MM | A | Scale A |
| PredIND | Predicted Demand Current N | 1 | 2211 | MM | A | Scale A |
| PredKFDA | Predicted K-Factor Demand A | 1 | 2220 | MM | No Units | Tenths |
| PredKFDB | Predicted K-Factor Demand B | 1 | 2221 | MM | No Units | Tenths |
| PredKFDC | Predicted K-Factor Demand C | 1 | 2222 | MM | No Units | Tenths |
| PredKFDN | Predicted K-Factor Demand N | 1 | 2223 | MM | No Units | Tenths |
| PredkVAD | Predicted KVA Demand | 1 | 2238 | MM | kVA | Scale A |
| PredkVARD | Predicted KVAR Demand | 1 | 2232 | MM | kVAR | Scale A |
| PredkWD | Predicted KW Demand | 1 | 2226 | MM | kW | Scale A |
| R1OpsCounter | Relay 1 Operations Counter | 1 | 9081 | PM | Unity | |
| R2OpsCounter | Relay 2 Operations Counter | 1 | 9082 | PM | Unity | |
| R3OpsCounter | Relay 3 Operations Counter | 1 | 9083 | PM | Unity | |
| R4OpsCounter | Relay 4 Operations Counter | 1 | 9084 | PM | Unity | |
| R5OpsCounter | Relay 5 Operations Counter | 1 | 9085 | PM | Unity | |
| R6OpsCounter | Relay 6 Operations Counter | 1 | 9086 | PM | Unity | |
| ReadyToClose | Breaker Ready to Close | 1 | 661 | BCM | Bit 5; ON = yes, OFF = no | |
| RevPwrAlrm | Reverse Power Alarm Status | 1 | 8859 | PM | Bit 9; ON = active; OFF = inactive | |
| RevPwrPreAlrm | Reverse Power Pre-Alarm Status | 1 | 8863 | PM | Bit 9; ON = active; OFF = inactive | |
| TimeToTrip | Time Remaining to LT Trip | 2 | 8865 | PM | Tenths | |
| TU_BATT_PCT | Trip Unit % Battery | 1 | 8843 | PM | % | Unity |
| TU_SN | Trip Unit Serial Number | 4 | 8700 | PM | ASCII text | |
| TUCommStatus | Trip Unit Internal Comms Status | 1 | 552 | BCM | Bit 11; ON = not responding; OFF = OK | |
| UnderFreqAlrm | Under Frequency Alarm Status | 1 | 8859 | PM | Bit 10; ON = active; OFF = inactive | |
| UnderFreqPreAlrm | Under Frequency Pre-Alarm Status | 1 | 8863 | PM | Bit 10; ON = active; OFF = inactive | |
| UnderVoltAlrm | Under Voltage Alarm Status | 1 | 8859 | PM | Bit 5; ON = active; OFF = inactive | |
| UnderVoltPreAlrm | Under Voltage Pre-Alarm Status | 1 | 8863 | PM | Bit 5; ON = active; OFF = inactive | |
| VAB | Voltage A-B | 1 | 1000 | MM | V | Scale D - Voltage |
| VAN | Voltage A-N | 1 | 1003 | MM | V | Scale D - Voltage |
| VBC | Voltage B-C | 1 | 1001 | MM | V | Scale D - Voltage |
| VBN | Voltage B-N | 1 | 1004 | MM | V | Scale D - Voltage |
| VCA | Voltage C-A | 1 | 1002 | MM | V | Scale D - Voltage |
| VCN | Voltage C-N | 1 | 1005 | MM | V | Scale D - Voltage |
| VigiAlarm | Vigi Alarm Status | 1 | 8860 | PM | Bit 1; ON = active; OFF = inactive | |
| VigiPreAlrm | Vigi Pre-Alarm Status | 1 | 8864 | PM | Bit 1; ON = active; OFF = inactive | |
| VLLAvg | Voltage L-L Avg | 1 | 1006 | MM | V | Scale D - Voltage |
| VLNAvg | Voltage L-N Avg | 1 | 1007 | MM | V | Scale D - Voltage |
| VUnbalAB | Voltage Unbalance A-B | 1 | 1008 | MM | % | Tenths |
| VUnbalAlrm | Voltage Unbalance Alarm Status | 1 | 8859 | PM | Bit 7; ON = active, OFF = inactive | |
| VUnbalAN | Voltage Unbalance A-N | 1 | 1011 | MM | % | Tenths |
| VUnbalBC | Voltage Unbalance B-C | 1 | 1009 | MM | % | Tenths |
| VUnbalBN | Voltage Unbalance B-N | 1 | 1012 | MM | % | Tenths |
| VUnbalCA | Voltage Unbalance C-A | 1 | 1010 | MM | % | Tenths |
| VUnbalCN | Voltage Unbalance C-N | 1 | 1013 | MM | % | Tenths |
| VUnbalLLW | Voltage Unbalance L-L Worst | 1 | 1014 | MM | % | Tenths |
| VUnbalLNW | Voltage Unbalance L-N Worst | 1 | 1015 | MM | % | Tenths |
| VUnbalPreAlrm | Voltage Unbalance Pre-Alarm Status | 1 | 8863 | PM | Bit 7; ON = active, OFF = inactive |