r 1160801

July 2014 • Supersedes 11/2013

Reference Information

Capacitor BanksCBC-8000 Capacitor Bank ControlCommunications R1160-80-1

Communications Point Data Base

forCommunications Protocol DNP3

For Use With Eaton’s Cooper Power Systems

CBC-8000 Capacitor Bank Controls

CBC-8000 DNP3 Device Profile Data DictionaryCBC-8000 DNP3 Map Points

July 10, 2014 v1.30

THE INFORMATION CONTAINED IN THIS DOCUMENT IS THE PROPERTY OF COOPER INDUSTRIES, INC. UNAUTHORIZED REPRODUCTION OR MODIFICATION IS PROHIBITED.

Document Date Description1.00 5/16/2012 Initial Release1.10 4/29/2013 Ethernet Release Updates1.20 11/19/2013 Firmware Version 2.0.0 Updates1.30 7/10/2014 Firmware Version 2.2.2 Updates

Page 1 Cover Page

CBC-8000 DNP3 Device Profile Data DictionaryINPUT SUBSYSTEM

Binary Inputs Default Static Variation Default Event Variation Obj 01 Var 1 Binary Input – Packed format Obj 02 Var 1 Binary Input Event – Without time (with time stamps disabled in configuration)

Obj 02 Var 2 Binary Input Event – With absolute time (with time stamps enabled in configuration)

Point Name Index Hex IndexDefault Event Class

Bank State 00 00 1

SCADA Override Mode 01 01 1

NC Lockout 02 02 1

CVR Mode 03 03 1

Line Voltage High Alarm 04 04 1Line Voltage Low Alarm 05 05 1Line Voltage THD Alarm 06 06 1VAR KVAR High Alarm 07 07 1VAR KVAR Low Alarm 08 08 1VAR kW High Alarm 09 09 1VAR kW Low Alarm 10 0A 1VAR Leading Pf Alarm 11 0B 1VAR Lagging Pf Alarm 12 0C 1Temperature High Alarm 13 0D 1Temperature Low Alarm 14 0E 1Va High Alarm 15 0F 1Va Low Alarm 16 10 1Vb High Alarm 17 11 1Vb Low Alarm 18 12 1Vc High Alarm 19 13 1Vc Low Alarm 20 14 1Ia High Alarm 21 15 1Ia Low Alarm 22 16 1Ib High Alarm 23 17 1Ib Low Alarm 24 18 1Ic High Alarm 25 19 1Ic Low Alarm 26 1A 1NC Total Alarm 27 1B 1NC Fundamental Alarm 28 1C 1NC THD Alarm 29 1D 1Phase A Total Voltage Hi Alarm 30 1E 1Phase A Total Voltage Lo Alarm 31 1F 1Phase A Voltage THD Alarm 32 20 1Phase A Total Current Alarm 33 21 1Phase A Current THD Alarm 34 22 1Phase A Leading PF Alarm 35 23 1Phase A Lagging PF Alarm 36 24 1Phase A kW Hi Alarm 37 25 1Phase A kW Lo Alarm 38 26 1Phase A kVAR Hi Alarm 39 27 1Phase A kVAR Lo Alarm 40 28 1Phase B Total Voltage Hi Alarm 41 29 1Phase B Total Voltage Lo Alarm 42 2A 1Phase B Voltage THD Alarm 43 2B 1Phase B Total Current Alarm 44 2C 1

Description

Indicates state of capacitor bank.

Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.

Indicates if CBC is in SCADA override mode (0=no,1=yes). Mode is enabled via CROB 1, 27, or 28 control. Mode is disabled via CROB 11 or local time reaches SCADA override clear time (if ignore SCADA override clear time setting is disabled).Set if CBC is in NC lockout state. Cleared via CROB 2 control or front panel Neutral Lockout Reset button press (if CBC is in Manual mode).

Indicates if CBC is in CVR mode (0=no,1=yes). Mode is enabled or disabled via CROB 9 control. Mode is also disabled when local time reaches CVR disable time.

Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.







Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.

Page 2 Binary Inputs





Description

Phase B Current THD Alarm 45 2D 1Phase B Leading PF Alarm 46 2E 1Phase B Lagging PF Alarm 47 2F 1Phase B kW Hi Alarm 48 30 1Phase B kW Lo Alarm 49 31 1Phase B kVAR Hi Alarm 50 32 1Phase B kVAR Lo Alarm 51 33 1Phase C Total Voltage Hi Alarm 52 34 1Phase C Total Voltage Lo Alarm 53 35 1Phase C Voltage THD Alarm 54 36 1Phase C Total Current Alarm 55 37 1Phase C Current THD Alarm 56 38 1Phase C Leading PF Alarm 57 39 1Phase C Lagging PF Alarm 58 3A 1Phase C kW Hi Alarm 59 3B 1Phase C kW Lo Alarm 60 3C 1Phase C kVAR Hi Alarm 61 3D 1Phase C kVAR Lo Alarm 62 3E 1VAR Power Flow Alarm 63 3F 1PhA Power Flow Alarm 64 40 1PhB Power Flow Alarm 65 41 1PhC Power Flow Alarm 66 42 1Operation Failed Alarm 67 43 1Max Operation Count Alarm 68 44 1Bad Active Close Relay Alarm 69 45 1Bad Active Trip Relay Alarm 70 46 1Abnormal Delta Voltage Alarm 71 47 1OVUV Track Timer Alarm 72 48 1Emergency Track Timer Alarm 73 49 1Fault Current Timer Alarm 74 4A 1VAR Track Timer Alarm 75 4B 1Va Timer Alarm 76 4C 1Vb Timer Alarm 77 4D 1Vc Timer Alarm 78 4E 1Ia Timer Alarm 79 4F 1Ib Timer Alarm 80 50 1Ic Timer Alarm 81 51 1Relay Sense Failure Alarm 82 52 1

Reclose Block Alarm 83 53 1

Fault Current Alarm 84 54 1Manual Mode 85 55 1Remote Mode 86 56 1Auto Mode 87 57 1OVUV Control Status 88 58 1VAR Control Status 89 59 1Time Control Status 90 5A 1


Tied to ProView NXG Data Alarm.



Indicates Power flow direction (0=normal,1=reverse). Tied to Proview Status Alarm.Tied to NC Verification function.

Set if voltage detected on the Close relay output during non-bank operation.Set if voltage detected on the Trip relay output during non-bank operation.

Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Indicates Power flow direction (0=normal,1=reverse). Tied to Proview Status Alarm.Indicates Power flow direction (0=normal,1=reverse). Tied to Proview Status Alarm.Indicates Power flow direction (0=normal,1=reverse). Tied to Proview Status Alarm.

Set when timer running.Set when timer running.Set when timer running.Set when timer running.Set when timer running.

Tied to delta voltage percent function.Set when timer running.Set when timer running.Set when timer running.Set when timer running.

Indicates CBC is in Remote mode. Mutually exclusive with respect to Auto and Manual mode (i.e. only one mode allowed at a time).Indicates CBC is in Auto mode. Mutually exclusive with respect to Manual and Remote mode (i.e. only one mode allowed at a time).Indicates status of Season 1, Season 2, or non-seasonal OVUV control setting. Does not indicate comms loss control status or CVR control status.Indicates status of Season 1, Season 2, or non-seasonal VAR control setting. Does not indicate comms loss control status.Indicates status of Season 1, Season 2, or non-seasonal Time control setting. Does not indicate comms loss control status.

Set when timer running.Set when voltage is not detected on either relay output during bank operate time.

Set when remote close command received during reclose delay time indicating that the close command will be ignored. Cleared when reclose delay time expires.

Indicates CBC is in Manual mode. Mutually exclusive with respect to Auto and Remote mode (i.e. only one mode allowed at a time).






Description

Temperature Control Status 91 5B 1

Ignore SCADA Override Clear Time 92 5C 1In Daylight Savings 93 5D 1Bank Tripped 94 5E 1Bank Closed 95 5F 1Va Control Status 96 60 1Vb Control Status 97 61 1Vc Control Status 98 62 1Ia Control Status 99 63 1Ib Control Status 100 64 1Ic Control Status 101 65 1OVUV Comms Loss Ctrl Status 102 66 1VAR Comms Loss Ctrl Status 103 67 1Temp Comms Loss Ctrl Status 104 68 1Va Comms Loss Ctrl Status 105 69 1Vb Comms Loss Ctrl Status 106 6A 1Vc Comms Loss Ctrl Status 107 6B 1Ia Comms Loss Ctrl Status 108 6C 1Ib Comms Loss Ctrl Status 109 6D 1Ic Comms Loss Ctrl Status 110 6E 1Time Comms Loss Ctrl Status 111 6F 1Phase AB Voltage High Alarm 112 70 1Phase AB Voltage Low Alarm 113 71 1Phase BC Voltage High Alarm 114 72 1Phase BC Voltage Low Alarm 115 73 1Phase CA Voltage High Alarm 116 74 1Phase CA Voltage Low Alarm 117 75 1Phase Voltage Unbalance % Alarm 118 76 1Phase A Current Sensor on Load Side 119 77 1Phase B Current Sensor on Load Side 120 78 1Phase C Current Sensor on Load Side 121 79 1

Indicates status of Va control actions. 0 if both min and max threshold actions are set to none, else 1.Indicates status of Vb control actions. 0 if both min and max threshold actions are set to none, else 1.Indicates status of Vc control actions. 0 if both min and max threshold actions are set to none, else 1.Indicates status of Ia control actions. 0 if both min and max threshold actions are set to none, else 1.Indicates status of Ib control actions. 0 if both min and max threshold actions are set to none, else 1.

Indicates status of temperature control actions. 0 if both min and max threshold actions are set to none, else 1. Applies to the appropriate season when seasonal control enabled. Season 1 actions apply when seasonal control disabled.Indicates the status of the ignore SCADA override clear time setting.Set if CBC local time is in Daylight savings period and DST support is enabled.Indicates capacitor bank is tripped. Mutually exclusive with respect to Bank Closed status point.Indicates capacitor bank is closed. Mutually exclusive with respect to Bank Tripped status point.

Indicates status of comms loss control setting.Indicates status of comms loss control setting.Indicates status of comms loss control setting.Indicates status of comms loss control setting.Indicates status of comms loss control setting.

Indicates status of Ic control actions. 0 if both min and max threshold actions are set to none, else 1.Indicates status of comms loss control setting.Indicates status of comms loss control setting.Indicates status of comms loss control setting.Indicates status of comms loss control setting.

Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.

Indicates status of comms loss control setting.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.Tied to ProView NXG Data Alarm.



Counters Default Static Variation Default Event VariationObj 20 Var 2 Counter – 16-bit with flag None Supported

Point Name Index Hex Index

Total Operations Count 00 00OV Operations Count 01 01UV Operations Count 02 02Close Operation Count 03 03Trip Operation Count 04 04

Page 5 Counters


Analog Inputs Default Static Variation Default Event Variation Obj 30, see table for variation Obj 32, see table for varation


Division Scale Factor Units Associated

Obj 34 Analog DeadbandObj 30 Default

Variation

Obj 32 Default Variation (time

stamp disabled)

Obj 32 Default Variation (time stamp enabled)

Enumeration Table(See S1160-80-3) Description

Serial Number 00 00 - 1 -- -- 1 -- -- --Last Control Reason 01 01 - 1 Lookup -- 2 -- -- Reason For Last ControlFirmware Major Revision 02 02 - 1 -- -- 2 -- -- -- High nibble is the major version number, low nibble is the minor version number.

Firmware Minor Revision 03 03 - 1 -- -- 2 -- -- -- Lowest value in the overall FW revision: Major.Minor.Version

Temperature 04 04 - 10 Degrees -- 2 -- -- --Average Delta Voltage 05 05 1 10 Volts AD-000 2 2 4 -- Average change in voltage due to an operation.

Average High Voltage 06 06 - 10 Volts -- 2 -- -- -- Uses a window average based on the Line Voltage Average Time setting (same setting as Hi/Lo Average Time on HMI and ProView NXG).

Average Low Voltage 07 07 - 10 Volts -- 2 -- -- -- Uses a window average based on the Line Voltage Average Time setting (same setting as Hi/Lo Average Time on HMI and ProView NXG).

Frozen Average High Voltage 08 08 - 10 Volts -- 2 -- -- --Frozen Average Low Voltage 09 09 - 10 Volts -- 2 -- -- --NC Fault Current 10 0A - 10 Amps -- 2 -- -- -- NC current value at time of lockout.

Average Line Voltage 11 0B - 10 Volts -- 2 -- -- -- Uses a window average based on the Line Voltage Average Time setting (same setting as Hi/Lo Average Time on HMI and ProView NXG).

Line Voltage Total 12 0C 1 10 Volts AD-001 2 2 4 --Line Voltage Fundamental 13 0D 1 10 Volts AD-002 2 2 4 --Line Voltage 3rd Harmonic 14 0E - 10 Volts -- 2 -- -- --Line Voltage 5th Harmonic 15 0F - 10 Volts -- 2 -- -- --Line Voltage 7th Harmonic 16 10 - 10 Volts -- 2 -- -- --Line Voltage 9th Harmonic 17 11 - 10 Volts -- 2 -- -- --Line Voltage 11th Harmonic 18 12 - 10 Volts -- 2 -- -- --Line Voltage 13th Harmonic 19 13 - 10 Volts -- 2 -- -- --Line Voltage THD 20 14 - 1 % -- 2 -- -- --NC Fundamental 21 15 1 10 Amps AD-003 2 2 4 --NC Total 22 16 1 10 Amps AD-004 2 2 4 --NC 3rd Harmonic 23 17 - 10 Amps -- 2 -- -- --NC 5th Harmonic 24 18 - 10 Amps -- 2 -- -- --NC 7th Harmonic 25 19 - 10 Amps -- 2 -- -- --NC 9th Harmonic 26 1A - 10 Amps -- 2 -- -- --NC 11th Harmonic 27 1B - 10 Amps -- 2 -- -- --NC 13th Harmonic 28 1C - 10 Amps -- 2 -- -- --NC THD 29 1D - 1 % -- 2 -- -- --VAR kW 30 1E 1 1 kW AD-005 2 2 4 --VAR kVA 31 1F - 1 kVA -- 2 - - --VAR kVARs 32 20 1 1 kVAR AD-006 2 2 4 --VAR Power Factor 33 21 1 1000 -- AD-007 2 2 4 --VAR Total Current 34 22 1 Amps -- 2 -- -- --VAR Fundamental Current 35 23 1 Amps -- 2 -- -- --VAR Fundamental Voltage 36 24 1 Volts -- 2 -- -- --VAR Fundamental Phase 37 25 1 Degrees -- 2 -- -- --Va Secondary 38 26 1 10 Volts AD-008 2 2 4 --Vb Secondary 39 27 1 10 Volts AD-009 2 2 4 --Vc Secondary 40 28 1 10 Volts AD-010 2 2 4 --Ia 41 29 1 10 Amps AD-011 2 2 4 --Ib 42 2A 1 10 Amps AD-012 2 2 4 --Ic 43 2B 1 10 Amps AD-013 2 2 4 --Phase A Total Voltage 44 2C 1 1 Volts AD-014 2 2 4 --Phase A Fundamental Voltage 45 2D 1 1 Volts AD-015 2 2 4 --Phase A Voltage 3rd Harmonic 46 2E - 1 Volts -- 2 -- -- --Phase A Voltage 5th Harmonic 47 2F - 1 Volts -- 2 -- -- --Phase A Voltage 7th Harmonic 48 30 - 1 Volts -- 2 -- -- --Phase A Voltage 9th Harmonic 49 31 - 1 Volts -- 2 -- -- --Phase A Voltage 11th Harmonic 50 32 - 1 Volts -- 2 -- -- --Phase A Voltage 13th Harmonic 51 33 - 1 Volts -- 2 -- -- --Phase A Voltage THD 52 34 - 1 % -- 2 -- -- --Phase A Total Current 53 35 1 1 Amps AD-016 2 2 4 --Phase A Fundamental Current 54 36 1 1 Amps AD-017 2 2 4 --Phase A Current 3rd Harmonic 55 37 - 1 Amps -- 2 -- -- --Phase A Current 5th Harmonic 56 38 - 1 Amps -- 2 -- -- --Phase A Current 7th Harmonic 57 39 - 1 Amps -- 2 -- -- --Phase A Current 9th Harmonic 58 3A - 1 Amps -- 2 -- -- --Phase A Current 11th Harmonic 59 3B - 1 Amps -- 2 -- -- --Phase A Current 13th Harmonic 60 3C - 1 Amps -- 2 -- -- --Phase A Current THD 61 3D - 1 % -- 2 -- -- --Phase A Power Factor 62 3E 1 1000 -- AD-018 2 2 4 --

Page 6 Analog Inputs






Variation


stamp disabled)



Phase A kW 63 3F 1 1 kW AD-019 2 2 4 --Phase A kVA 64 40 - 1 kVA -- 2 -- -- --Phase A kVARs 65 41 1 1 kVAR AD-020 2 2 4 --Phase A VI Phase 66 42 - 1 Degrees -- 2 -- -- --Phase B Total Voltage 67 43 1 1 Volts AD-021 2 2 4 --Phase B Fundamental Voltage 68 44 1 1 Volts AD-022 2 2 4 --Phase B Voltage 3rd Harmonic 69 45 - 1 Volts -- 2 -- -- --Phase B Voltage 5th Harmonic 70 46 - 1 Volts -- 2 -- -- --Phase B Voltage 7th Harmonic 71 47 - 1 Volts -- 2 -- -- --Phase B Voltage 9th Harmonic 72 48 - 1 Volts -- 2 -- -- --Phase B Voltage 11th Harmonic 73 49 - 1 Volts -- 2 -- -- --Phase B Voltage 13th Harmonic 74 4A - 1 Volts -- 2 -- -- --Phase B Voltage THD 75 4B - 1 % -- 2 -- -- --Phase B Total Current 76 4C 1 1 Amps AD-023 2 2 4 --Phase B Fundamental Current 77 4D 1 1 Amps AD-024 2 2 4 --Phase B Current 3rd Harmonic 78 4E - 1 Amps -- 2 -- -- --Phase B Current 5th Harmonic 79 4F - 1 Amps -- 2 -- -- --Phase B Current 7th Harmonic 80 50 - 1 Amps -- 2 -- -- --Phase B Current 9th Harmonic 81 51 - 1 Amps -- 2 -- -- --Phase B Current 11th Harmonic 82 52 - 1 Amps -- 2 -- -- --Phase B Current 13th Harmonic 83 53 - 1 Amps -- 2 -- -- --Phase B Current THD 84 54 - 1 % -- 2 -- -- --Phase B Power Factor 85 55 1 1000 -- AD-025 2 2 4 --Phase B kW 86 56 1 1 kW AD-026 2 2 4 --Phase B kVA 87 57 - 1 kVA -- 2 -- -- --Phase B kVARs 88 58 1 1 kVAR AD-027 2 2 4 --Phase B VI Phase 89 59 - 1 Degrees -- 2 -- -- --Phase C Total Voltage 90 5A 1 1 Volts AD-028 2 2 4 --Phase C Fundamental Voltage 91 5B 1 1 Volts AD-029 2 2 4 --Phase C Voltage 3rd Harmonic 92 5C - 1 Volts -- 2 -- -- --Phase C Voltage 5th Harmonic 93 5D - 1 Volts -- 2 -- -- --Phase C Voltage 7th Harmonic 94 5E - 1 Volts -- 2 -- -- --Phase C Voltage 9th Harmonic 95 5F - 1 Volts -- 2 -- -- --Phase C Voltage 11th Harmonic 96 60 - 1 Volts -- 2 -- -- --Phase C Voltage 13th Harmonic 97 61 - 1 Volts -- 2 -- -- --Phase C Voltage THD 98 62 - 1 % -- 2 -- -- --Phase C Total Current 99 63 1 1 Amps AD-030 2 2 4 --Phase C Fundamental Current 100 64 1 1 Amps AD-031 2 2 4 --Phase C Current 3rd Harmonic 101 65 - 1 Amps -- 2 -- -- --Phase C Current 5th Harmonic 102 66 - 1 Amps -- 2 -- -- --Phase C Current 7th Harmonic 103 67 - 1 Amps -- 2 -- -- --Phase C Current 9th Harmonic 104 68 - 1 Amps -- 2 -- -- --Phase C Current 11th Harmonic 105 69 - 1 Amps -- 2 -- -- --Phase C Current 13th Harmonic 106 6A - 1 Amps -- 2 -- -- --Phase C Current THD 107 6B - 1 % -- 2 -- -- --Phase C Power Factor 108 6C 1 1000 -- AD-032 2 2 4 --Phase C kW 109 6D 1 1 kW AD-033 2 2 4 --Phase C kVA 110 6E - 1 kVA -- 2 -- -- --Phase C kVARs 111 6F 1 1 kVAR AD-034 2 2 4 --Phase C VI Phase 112 70 - 1 Degrees -- 2 -- -- --Reason for Ignored Control 113 71 - 1 Lookup -- 2 -- -- Reason for Ignored ControlSingle Phase Delta KVAR 114 72 - 1 kVAR -- 2 -- -- --Phase A Delta KVAR 115 73 - 1 kVAR -- 2 -- -- --Phase B Delta KVAR 116 74 - 1 kVAR -- 2 -- -- --Phase C Delta KVAR 117 75 - 1 kVAR -- 2 -- -- --3 Phase Total Delta KVAR 118 76 - 1 kVAR -- 2 -- -- --

24-hour Average High Voltage 119 77 - 10 Volts -- 2 -- -- -- Uses a window average based on the Line Voltage Average Time setting (same setting as Hi/Lo Average Time on HMI and ProView NXG).

24-hour Average Low Voltage 120 78 - 10 Volts -- 2 -- -- -- Uses a window average based on the Line Voltage Average Time setting (same setting as Hi/Lo Average Time on HMI and ProView NXG).

Bank Confirmation Status 121 79 - 1 Lookup -- 2 -- -- Bank Confirmation StatusPhase A Delta KVAR Percent 122 7A - 1 % -- 2 -- -- --Phase B Delta KVAR Percent 123 7B - 1 % -- 2 -- -- --Phase C Delta KVAR Percent 124 7C - 1 % -- 2 -- -- --Phase AB Voltage 125 7D - 1 Volts -- 2 -- -- --Phase AB Angle 126 7E - 1 Degrees -- 2 -- -- --







Variation


stamp disabled)



Phase BC Voltage 127 7F - 1 Volts -- 2 -- -- --Phase BC Angle 128 80 - 1 Degrees -- 2 -- -- --Phase CA Voltage 129 81 - 1 Volts -- 2 -- -- --Phase CA Angle 130 82 - 1 Degrees -- 2 -- -- --Phase Unbalance Percent 131 83 - 10 % -- 2 -- -- --


CBC-8000 DNP3 Device Profile Data DictionaryOUTPUT SUBSYSTEM

Analog Deadbands Default Static VariationObj 34 Var 1 Analog Input Deadband – 16-bit

Point Name Index Hex Index Division Scale Factor Units

AssociatedObj 30 Analog

Input

Avg Delta Voltage 00 00 10 Volts AI-005Line Voltage Total 01 01 10 Volts AI-012Line Voltage Fundamental 02 02 10 Volts AI-013NC Fundamental 03 03 10 Amps AI-021NC Total 04 04 10 Amps AI-022Three Phase kW 05 05 1 kW AI-030Three Phase kVAR 06 06 1 kVAR AI-032Three Phase Power Factor 07 07 1000 -- AI-033Va Secondary 08 08 10 Volts AI-038Vb Secondary 09 09 10 Volts AI-039Vc Secondary 10 0A 10 Volts AI-040Ia 11 0B 10 Amps AI-041Ib 12 0C 10 Amps AI-042Ic 13 0D 10 Amps AI-043Phase A Total Voltage 14 0E 1 Volts AI-044Phase A Fundamental Voltage 15 0F 1 Volts AI-045Phase A Total Current 16 10 1 Amps AI-053Phase A Fundamental Current 17 11 1 Amps AI-054Phase A Power Factor 18 12 1000 -- AI-062Phase A kW 19 13 1 kW AI-063Phase A kVAR 20 14 1 kVAR AI-065Phase B Total Voltage 21 15 1 Volts AI-067Phase B Fundamental Voltage 22 16 1 Volts AI-068Phase B Total Current 23 17 1 Amps AI-076Phase B Fundamental Current 24 18 1 Amps AI-077Phase B Power Factor 25 19 1000 -- AI-085Phase B kW 26 1A 1 kW AI-086Phase B kVAR 27 1B 1 kVAR AI-088Phase C Total Voltage 28 1C 1 Volts AI-090Phase C Fundamental Voltage 29 1D 1 Volts AI-091Phase C Total Current 30 1E 1 Amps AI-099Phase C Fundamental Current 31 1F 1 Amps AI-100Phase C Power Factor 32 20 1000 -- AI-108Phase C kW 33 21 1 kW AI-109Phase C kVAR 34 22 1 kVAR AI-111

Page 9 Analog Deadbands


Analog Outputs Default Static Variation Default Event VariationObj 40 Var 2 Analog Output Status – 16-bit with flag None Supported

Point Name Index Hex Index Division Scale Factor Units Enumeration Table

(See S1160-80-3) Description

Season 1 OV Threshold 00 00 10 Volts --Season 1 UV Threshold 01 01 10 Volts --Season 1 OV Track Time 02 02 1 Seconds --Season 1 UV Track Time 03 03 1 Seconds --Daily Auto Control Limit 04 04 1 -- --Auto Close Delay 05 05 1 Seconds --Manual Close Delay 06 06 1 Seconds --Trip Delay 07 07 1 Seconds --Bank Operate Time 08 08 1 Seconds --Reclose Delay 09 09 1 Minutes --Comms Loss Time 10 0A 1 Minutes --CVR OV Threshold 11 0B 10 Volts --CVR UV Threshold 12 0C 10 Volts --CVR Disable Time 13 0D 1 Minutes --Emergency OV Threshold 14 0E 10 Volts --Emergency UV Threshold 15 0F 10 Volts --Emergency Voltage Track Time 16 10 1 Seconds --Comms Loss OV Threshold 17 11 10 Volts --Comms Loss UV Threshold 18 12 10 Volts --Line Voltage Average Time 19 13 1 Seconds --Season 2 OV Threshold 20 14 10 Volts --Season 2 UV Threshold 21 15 10 Volts --Season 2 OV Track Time 22 16 1 Seconds --Season 2 UV Track Time 23 17 1 Seconds --Unused - Deprecated 24 18 -- -- --Random Voltage Time 25 19 1 Minutes --Adaptive Voltage Hysteresis 26 1A 10 Volts --Delta Voltage Percent 27 1B 1 % --Delta Voltage Sample Count 28 1C 1 KVAR -- Number of operations to average over for determining average delta voltage.

Season 1 VAR Trip Threshold 29 1D 1 KVAR --Season 1 VAR Close Threshold 30 1E 1 KVAR --Season 1 VAR Track Time 31 1F 1 Seconds --Season 2 VAR Trip Threshold 32 20 1 KVAR --Season 2 VAR Close Threshold 33 21 1 KVAR --Season 2 VAR Track Time 34 22 1 Seconds --VAR Sensor Phase Adjust 35 23 1 Degrees --VAR Bank Size 36 24 1 KVAR --Voltage Control Priority 37 25 1 -- --VAR Control Priority 38 26 1 -- --Temperature Control Priority 39 27 1 -- --Va Control Priority 40 28 1 -- --Vb Control Priority 41 29 1 -- --Vc Control Priority 42 2A 1 -- --Ia Control Priority 43 2B 1 -- --Ib Control Priority 44 2C 1 -- --Ic Control Priority 45 2D 1 -- --Va Minimum Threshold 46 2E 10 Volts --

Page 10 Analog Outputs





Va Maximum Threshold 47 2F 10 Volts --Va Minimum Hysteresis 48 30 10 Volts --Va Maximum Hysteresis 49 31 10 Volts --Va Minimum Track Time 50 32 1 Seconds --Va Maximum Track Time 51 33 1 Seconds --Va Minimum Action 52 34 1 Lookup ActionVa Maximum Action 53 35 1 Lookup ActionVb Minimum Threshold 54 36 10 Volts --Vb Maximum Threshold 55 37 10 Volts --Vb Minimum Hysteresis 56 38 10 Volts --Vb Maximum Hysteresis 57 39 10 Volts --Vb Minimum Track Time 58 3A 1 Seconds --Vb Maximum Track Time 59 3B 1 Seconds --Vb Minimum Action 60 3C 1 Lookup ActionVb Maximum Action 61 3D 1 Lookup ActionVc Minimum Threshold 62 3E 10 Volts --Vc Maximum Threshold 63 3F 10 Volts --Vc Minimum Hysteresis 64 40 10 Volts --Vc Maximum Hysteresis 65 41 10 Volts --Vc Minimum Track Time 66 42 1 Seconds --Vc Maximum Track Time 67 43 1 Seconds --Vc Minimum Action 68 44 1 Lookup ActionVc Maximum Action 69 45 1 Lookup ActionIa Minimum Threshold 70 46 10 Amps --Ia Maximum Threshold 71 47 10 Amps --Ia Minimum Hysteresis 72 48 10 Amps --Ia Maximum Hysteresis 73 49 10 Amps --Ia Minimum Track Time 74 4A 1 Seconds --Ia Maximum Track Time 75 4B 1 Seconds --Ia Minimum Action 76 4C 1 Lookup ActionIa Maximum Action 77 4D 1 Lookup ActionIb Minimum Threshold 78 4E 10 Amps --Ib Maximum Threshold 79 4F 10 Amps --Ib Minimum Hysteresis 80 50 10 Amps --Ib Maximum Hysteresis 81 51 10 Amps --Ib Minimum Track Time 82 52 1 Seconds --Ib Maximum Track Time 83 53 1 Seconds --Ib Minimum Action 84 54 1 Lookup ActionIb Maximum Action 85 55 1 Lookup ActionIc Minimum Threshold 86 56 10 Amps --Ic Maximum Threshold 87 57 10 Amps --Ic Minimum Hysteresis 88 58 10 Amps --Ic Maximum Hysteresis 89 59 10 Amps --Ic Minimum Track Time 90 5A 1 Seconds --Ic Maximum Track Time 91 5B 1 Seconds --Ic Minimum Action 92 5C 1 Lookup ActionIc Maximum Action 93 5D 1 Lookup ActionSeason 1 Month 94 5E 1 -- -- 0=Disable, 1=January, etc.






Season 1 Day of Month 95 5F 1 -- -- 0=DisableSeason 2 Month 96 60 1 -- -- 0=Disable, 1=January, etc.Season 2 Day of Month 97 61 1 -- -- 0=DisableSeason 1 ON Time 98 62 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 1 OFF Time 99 63 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 1 Weekend ON Time 100 64 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 1 Weekend OFF Time 101 65 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 2 ON Time 102 66 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 2 OFF Time 103 67 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 2 Weekend ON Time 104 68 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 2 Weekend OFF Time 105 69 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Season 1 OFF Time State 106 6A 1 Lookup Time StateSeason 2 OFF Time State 107 6B 1 Lookup Time StateLine Voltage High Alarm Threshold 108 6C 10 Volts -- Data Alarm Setting in ProView NXG.Line Voltage Low Alarm Threshold 109 6D 10 Volts -- Data Alarm Setting in ProView NXG.Line Voltage Alarm Threshold High Time 110 6E 1 Seconds -- Data Alarm Setting in ProView NXG.Line Voltage Alarm Threshold Low Time 111 6F 1 Seconds -- Data Alarm Setting in ProView NXG.Line Voltage THD Alarm Threshold 112 70 1 % -- Data Alarm Setting in ProView NXG.Line Voltage THD Alarm Threshold Time 113 71 1 Seconds -- Data Alarm Setting in ProView NXG.VAR kVAR Lag Alarm Threshold 114 72 1 KVAR -- Data Alarm Setting in ProView NXG.VAR kVAR Lead Alarm Threshold 115 73 1 KVAR -- Data Alarm Setting in ProView NXG.VAR kVAR Lag Alarm Threshold Time 116 74 1 Seconds -- Data Alarm Setting in ProView NXG.VAR kVAR Lead Alarm Threshold Time 117 75 1 Seconds -- Data Alarm Setting in ProView NXG.VAR kW High Alarm Threshold 118 76 1 KW -- Data Alarm Setting in ProView NXG.VAR kW Low Alarm Threshold 119 77 1 KW -- Data Alarm Setting in ProView NXG.VAR kW High Alarm Threshold Time 120 78 1 Seconds -- Data Alarm Setting in ProView NXG.VAR kW Low Alarm Threshold Time 121 79 1 Seconds -- Data Alarm Setting in ProView NXG.VAR Leading PF Alarm Threshold 122 7A 1000 -- -- Data Alarm Setting in ProView NXG.VAR Lagging PF Alarm Threshold 123 7B 1000 -- -- Data Alarm Setting in ProView NXG.VAR Lagging PF Alarm Threshold Time 124 7C 1 Seconds -- Data Alarm Setting in ProView NXG.VAR Leading PF Alarm Threshold Time 125 7D 1 Seconds -- Data Alarm Setting in ProView NXG.Temperature High Alarm Threshold 126 7E 10 Degrees -- Data Alarm Setting in ProView NXG.Temperature Low Alarm Threshold 127 7F 10 Degrees -- Data Alarm Setting in ProView NXG.Temperature High Alarm Threshold Time 128 80 1 Seconds -- Data Alarm Setting in ProView NXG.Temperature Low Alarm Threshold Time 129 81 1 Seconds -- Data Alarm Setting in ProView NXG.Va High Alarm Threshold 130 82 10 Volts -- Data Alarm Setting in ProView NXG.Va Low Alarm Threshold 131 83 10 Volts -- Data Alarm Setting in ProView NXG.Va High Alarm Threshold Time 132 84 1 Seconds -- Data Alarm Setting in ProView NXG.Va Low Alarm Threshold Time 133 85 1 Seconds -- Data Alarm Setting in ProView NXG.Vb High Alarm Threshold 134 86 10 Volts -- Data Alarm Setting in ProView NXG.Vb Low Alarm Threshold 135 87 10 Volts -- Data Alarm Setting in ProView NXG.Vb High Alarm Threshold Time 136 88 1 Seconds -- Data Alarm Setting in ProView NXG.Vb Low Alarm Threshold Time 137 89 1 Seconds -- Data Alarm Setting in ProView NXG.Vc High Alarm Threshold 138 8A 10 Volts -- Data Alarm Setting in ProView NXG.Vc Low Alarm Threshold 139 8B 10 Volts -- Data Alarm Setting in ProView NXG.Vc High Alarm Threshold Time 140 8C 1 Seconds -- Data Alarm Setting in ProView NXG.Vc Low Alarm Threshold Time 141 8D 1 Seconds -- Data Alarm Setting in ProView NXG.Ia High Alarm Threshold 142 8E 10 Amps -- Data Alarm Setting in ProView NXG.






Ia Low Alarm Threshold 143 8F 10 Amps -- Data Alarm Setting in ProView NXG.Ia High Alarm Threshold Time 144 90 1 Seconds -- Data Alarm Setting in ProView NXG.Ia Low Alarm Threshold Time 145 91 1 Seconds -- Data Alarm Setting in ProView NXG.Ib High Alarm Threshold 146 92 10 Amps -- Data Alarm Setting in ProView NXG.Ib Low Alarm Threshold 147 93 10 Amps -- Data Alarm Setting in ProView NXG.Ib High Alarm Threshold Time 148 94 1 Seconds -- Data Alarm Setting in ProView NXG.Ib Low Alarm Threshold Time 149 95 1 Seconds -- Data Alarm Setting in ProView NXG.Ic High Alarm Threshold 150 96 10 Amps -- Data Alarm Setting in ProView NXG.Ic Low Alarm Threshold 151 97 10 Amps -- Data Alarm Setting in ProView NXG.Ic High Alarm Threshold Time 152 98 1 Seconds -- Data Alarm Setting in ProView NXG.Ic Low Alarm Threshold Time 153 99 1 Seconds -- Data Alarm Setting in ProView NXG.NC Fundamental Alarm Threshold 154 9A 10 Amps -- Data Alarm Setting in ProView NXG.NC Fundamental Alarm Threshold Time 155 9B 1 Seconds -- Data Alarm Setting in ProView NXG.NC Total Alarm Threshold 156 9C 10 Amps -- Data Alarm Setting in ProView NXG.NC Total Alarm Threshold Time 157 9D 1 Seconds -- Data Alarm Setting in ProView NXG.NC THD Alarm Threshold 158 9E 1 % -- Data Alarm Setting in ProView NXG.NC THD Alarm Threshold Time 159 9F 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A Total Voltage High Alarm Threshold 160 A0 1 Volts -- Data Alarm Setting in ProView NXG.Phase A Total Voltage Low Alarm Threshold 161 A1 1 Volts -- Data Alarm Setting in ProView NXG.Phase A Total Voltage High Alarm Threshold Time 162 A2 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A Total Voltage Low Alarm Threshold Time 163 A3 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A Voltage THD Alarm Threshold 164 A4 1 % -- Data Alarm Setting in ProView NXG.Phase A Voltage THD Alarm Threshold Time 165 A5 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A Total Current Alarm Threshold 166 A6 1 Amps -- Data Alarm Setting in ProView NXG.Phase A Total Current Alarm Threshold Time 167 A7 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A Current THD Alarm Threshold 168 A8 1 Amps -- Data Alarm Setting in ProView NXG.Phase A Current THD Alarm Threshold Time 169 A9 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A Leading PF Alarm Threshold 170 AA 1000 -- -- Data Alarm Setting in ProView NXG.Phase A Lagging PF Alarm Threshold 171 AB 1000 -- -- Data Alarm Setting in ProView NXG.Phase A Lagging PF Alarm Threshold Time 172 AC 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A Leading PF Alarm Threshold Time 173 AD 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A kW High Alarm Threshold 174 AE 1 KW -- Data Alarm Setting in ProView NXG.Phase A kW Low Alarm Threshold 175 AF 1 KW -- Data Alarm Setting in ProView NXG.Phase A kW High Alarm Threshold Time 176 B0 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A kW Low Alarm Threshold Time 177 B1 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A kVAR Lag Alarm Threshold 178 B2 1 KVAR -- Data Alarm Setting in ProView NXG.Phase A kVAR Lead Alarm Threshold 179 B3 1 KVAR -- Data Alarm Setting in ProView NXG.Phase A kVAR Lag Alarm Threshold Time 180 B4 1 Seconds -- Data Alarm Setting in ProView NXG.Phase A kVAR Lead Alarm Threshold Time 181 B5 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B Total Voltage High Alarm Threshold 182 B6 1 Volts -- Data Alarm Setting in ProView NXG.Phase B Total Voltage Low Alarm Threshold 183 B7 1 Volts -- Data Alarm Setting in ProView NXG.Phase B Total Voltage High Alarm Threshold Time 184 B8 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B Total Voltage Low Alarm Threshold Time 185 B9 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B Voltage THD Alarm Threshold 186 BA 1 % -- Data Alarm Setting in ProView NXG.Phase B Voltage THD Alarm Threshold Time 187 BB 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B Total Current Alarm Threshold 188 BC 1 Amps -- Data Alarm Setting in ProView NXG.Phase B Total Current Alarm Threshold Time 189 BD 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B Current THD Alarm Threshold 190 BE 1 Amps -- Data Alarm Setting in ProView NXG.






Phase B Current THD Alarm Threshold Time 191 BF 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B Leading PF Alarm Threshold 192 C0 1000 -- -- Data Alarm Setting in ProView NXG.Phase B Lagging PF Alarm Threshold 193 C1 1000 -- -- Data Alarm Setting in ProView NXG.Phase B Lagging PF Alarm Threshold Time 194 C2 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B Leading PF Alarm Threshold Time 195 C3 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B kW High Alarm Threshold 196 C4 1 KW -- Data Alarm Setting in ProView NXG.Phase B kW Low Alarm Threshold 197 C5 1 KW -- Data Alarm Setting in ProView NXG.Phase B kW High Alarm Threshold Time 198 C6 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B kW Low Alarm Threshold Time 199 C7 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B kVAR Lag Alarm Threshold 200 C8 1 KVAR -- Data Alarm Setting in ProView NXG.Phase B kVAR Lead Alarm Threshold 201 C9 1 KVAR -- Data Alarm Setting in ProView NXG.Phase B kVAR Lag Alarm Threshold Time 202 CA 1 Seconds -- Data Alarm Setting in ProView NXG.Phase B kVAR Lead Alarm Threshold Time 203 CB 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C Total Voltage High Alarm Threshold 204 CC 1 Volts -- Data Alarm Setting in ProView NXG.Phase C Total Voltage Low Alarm Threshold 205 CD 1 Volts -- Data Alarm Setting in ProView NXG.Phase C Total Voltage High Alarm Threshold Time 206 CE 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C Total Voltage Low Alarm Threshold Time 207 CF 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C Voltage THD Alarm Threshold 208 D0 1 % -- Data Alarm Setting in ProView NXG.Phase C Voltage THD Alarm Threshold Time 209 D1 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C Total Current Alarm Threshold 210 D2 1 Amps -- Data Alarm Setting in ProView NXG.Phase C Total Current Alarm Threshold Time 211 D3 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C Current THD Alarm Threshold 212 D4 1 Amps -- Data Alarm Setting in ProView NXG.Phase C Current THD Alarm Threshold Time 213 D5 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C Leading PF Alarm Threshold 214 D6 1000 -- -- Data Alarm Setting in ProView NXG.Phase C Lagging PF Alarm Threshold 215 D7 1000 -- -- Data Alarm Setting in ProView NXG.Phase C Lagging PF Alarm Threshold Time 216 D8 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C Leading PF Alarm Threshold Time 217 D9 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C kW High Alarm Threshold 218 DA 1 KW -- Data Alarm Setting in ProView NXG.Phase C kW Low Alarm Threshold 219 DB 1 KW -- Data Alarm Setting in ProView NXG.Phase C kW High Alarm Threshold Time 220 DC 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C kW Low Alarm Threshold Time 221 DD 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C kVAR Lag Alarm Threshold 222 DE 1 KVAR -- Data Alarm Setting in ProView NXG.Phase C kVAR Lead Alarm Threshold 223 DF 1 KVAR -- Data Alarm Setting in ProView NXG.Phase C kVAR Lag Alarm Threshold Time 224 E0 1 Seconds -- Data Alarm Setting in ProView NXG.Phase C kVAR Lead Alarm Threshold Time 225 E1 1 Seconds -- Data Alarm Setting in ProView NXG.VAR Power Flow Time 226 E2 1 Seconds -- Status Alarm Setting in ProView NXG.Phase A Power Flow Time 227 E3 1 Seconds -- Status Alarm Setting in ProView NXG.Phase B Power Flow Time 228 E4 1 Seconds -- Status Alarm Setting in ProView NXG.Phase C Power Flow Time 229 E5 1 Seconds -- Status Alarm Setting in ProView NXG.Season 1 Temperature Minimum Threshold 230 E6 10 Degrees --Season 1 Temperature Maximum Threshold 231 E7 10 Degrees --Season 1 Temperature Minimum Hysteresis 232 E8 10 Degrees --Season 1 Temperature Maximum Hysteresis 233 E9 10 Degrees --Season 1 Temperature Minimum Track Time 234 EA 1 Seconds --Season 1 Temperature Maximum Track Time 235 EB 1 Seconds --Season 1 Minimum Action 236 EC 1 Lookup ActionSeason 1 Maximum Action 237 ED 1 Lookup ActionSeason 2 Temperature Minimum Threshold 238 EE 10 Degrees --






Season 2 Temperature Maximum Threshold 239 EF 10 Degrees --Season 2 Temperature Minimum Hysteresis 240 F0 10 Degrees --Season 2 Temperature Maximum Hysteresis 241 F1 10 Degrees --Season 2 Temperature Minimum Track Time 242 F2 1 Seconds --Season 2 Temperature Maximum Track Time 243 F3 1 Seconds --Season 2 Minimum Action 244 F4 1 Lookup ActionSeason 2 Maximum Action 245 F5 1 Lookup ActionNC Fault Control Threshold 246 F6 10 Amps --NC Fault Control Track Time 247 F7 1 Seconds --NC Fault Control Hysteresis 248 F8 10 Amps --NC Verification Setpoint 249 F9 10 Amps --NC Verification Retry Count 250 FA 1 -- --SCADA Override Release Time 251 FB 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Time Zone 252 FC 1 Minutes -- Number of minutes from GMT. (-) is east and (+) is west.VAR Power Flow Alarm Flags 253 FD 1 Lookup Status Alarm Flags Status Alarm Setting in ProView NXG.Phase A Power Flow Alarm Flags 254 FE 1 Lookup Status Alarm Flags Status Alarm Setting in ProView NXG.Phase B Power Flow Alarm Flags 255 FF 1 Lookup Status Alarm Flags Status Alarm Setting in ProView NXG.Phase C Power Flow Alarm Flags 256 100 1 Lookup Status Alarm Flags Status Alarm Setting in ProView NXG.Line Voltage High Alarm Flags 257 101 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Line Voltage Low Alarm Flags 258 102 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Line Voltage THD Alarm Flags 259 103 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.VAR kVAR Lag Alarm Flags 260 104 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.VAR kVAR Lead Alarm Flags 261 105 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.VAR kW High Alarm Flags 262 106 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.VAR kW Low Alarm Flags 263 107 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.VAR Leading PF Alarm Flags 264 108 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.VAR Lagging PF Alarm Flags 265 109 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Temperature High Alarm Flags 266 10A 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Temperature Low Alarm Flags 267 10B 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Va High Alarm Flags 268 10C 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Va Low Alarm Flags 269 10D 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Vb High Alarm Flags 270 10E 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Vb Low Alarm Flags 271 10F 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Vc High Alarm Flags 272 110 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Vc Low Alarm Flags 273 111 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Ia High Alarm Flags 274 112 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Ia Low Alarm Flags 275 113 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Ib High Alarm Flags 276 114 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Ib Low Alarm Flags 277 115 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Ic High Alarm Flags 278 116 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Ic Low Alarm Flags 279 117 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.NC Total Alarm Flags 280 118 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.NC Fundamental Alarm Flags 281 119 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.NC THD Alarm Flags 282 11A 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A Total Voltage High Alarm Flags 283 11B 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A Total Voltage Low Alarm Flags 284 11C 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A Voltage THD Alarm Flags 285 11D 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A Total Current Alarm Flags 286 11E 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.






Phase A Current THD Alarm Flags 287 11F 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A Leading PF Alarm Flags 288 120 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A Lagging PF Alarm Flags 289 121 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A kW High Alarm Flags 290 122 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A kW Low Alarm Flags 291 123 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A kVAR Lag Alarm Flags 292 124 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase A kVAR Lead Alarm Flags 293 125 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B Total Voltage High Alarm Flags 294 126 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B Total Voltage Low Alarm Flags 295 127 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B Voltage THD Alarm Flags 296 128 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B Total Current Alarm Flags 297 129 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B Current THD Alarm Flags 298 12A 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B Leading PF Alarm Flags 299 12B 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B Lagging PF Alarm Flags 300 12C 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B kW High Alarm Flags 301 12D 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B kW Low Alarm Flags 302 12E 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B kVAR Lag Alarm Flags 303 12F 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase B kVAR Lead Alarm Flags 304 130 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C Total Voltage High Alarm Flags 305 131 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C Total Voltage Low Alarm Flags 306 132 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C Voltage THD Alarm Flags 307 133 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C Total Current Alarm Flags 308 134 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C Current THD Alarm Flags 309 135 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C Leading PF Alarm Flags 310 136 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C Lagging PF Alarm Flags 311 137 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C kW High Alarm Flags 312 138 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C kW Low Alarm Flags 313 139 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C kVAR Lag Alarm Flags 314 13A 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase C kVAR Lead Alarm Flags 315 13B 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.VAR Control Flags 316 13C 1 Lookup VAR Control FlagsVoltage Control Flags 317 13D 1 Lookup Voltage Control FlagsPhase Input Control Flags 1 318 13E 1 Lookup Phase Control Flags Byte 1Phase Input Control Flags 2 319 13F 1 Lookup Phase Control Flags Byte 2Time Control Flags 1 320 140 1 Lookup Time Control Flags Byte 1Time Control Flags 2 321 141 1 Lookup Time Control Flags Byte 2Temperature Control Flags 322 142 1 Lookup Temperature Control FlagsNC Control Flags 323 143 1 Lookup Neutral Current FlagsUnused - Deprecated 324 144 -- -- --Unused - Deprecated 325 145 -- -- --Unused - Deprecated 326 146 -- -- --Unused - Deprecated 327 147 -- -- --Unused - Deprecated 328 148 -- -- --Unused - Deprecated 329 149 -- -- --Unused - Deprecated 330 14A -- -- --Unused - Deprecated 331 14B -- -- --Phase A Phase Adjust 332 14C 1 Degrees --Unused - Deprecated 333 14D -- -- --Unused - Deprecated 334 14E -- -- --






Phase B Phase Adjust 335 14F 1 Degrees --Unused - Deprecated 336 150 -- -- --Unused - Deprecated 337 151 -- -- --Phase C Phase Adjust 338 152 1 Degrees --Unused - Deprecated 339 153 -- -- --Unused - Deprecated 340 154 -- -- --VAR Current Input 341 155 1 -- -- 0="Phase A", 1="Phase B", 2="Phase C"VAR Voltage Input 342 156 1 -- -- 0="CBC Line", 1="Phase A", 2="Phase B", 3="Phase C"Unused - Deprecated 343 157 -- -- --Power Setup Flags 344 158 1 Lookup Power Setup FlagsSelect Timeout 345 159 1 Seconds -- DNP3 Select before operate time.Status Link Timeout 346 15A 1 Minutes -- Applies only to Serial comms.App Confirm Timeout 347 15B 1 msX10 --App Confirm Retries 348 15C 1 -- --Clock Valid time 349 15D 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Class 1 Min Events 350 15E 1 -- --Class 2 Min Events 351 15F 1 -- --Class 3 Min Events 352 160 1 -- --Unsolicited Notification Delay Class1 353 161 1 msX10 --Unsolicited Notification Delay Class2 354 162 1 msX10 --Unsolicited Notification Delay Class3 355 163 1 msX10 --Va Sensor Ratio 356 164 1 -- --Ia Sensor Ratio 357 165 10 -- --Vb Sensor Ratio 358 166 1 -- --Ib Sensor Ratio 359 167 10 -- --Vc Sensor Ratio 360 168 1 -- --Ic Sensor Ratio 361 169 10 -- --Line Voltage PT ratio 362 16A 10 -- --NC Sensor Ratio 363 16B 10 -- --24-hour Report Time 364 16C 1 Minutes -- Time of Day. 1042 minutes = 17:22 (HH:MM).Delta KVAR Pass Percent 365 16D 1 % --Phase AB High Alarm Threshold 366 16E 1 Volts -- Data Alarm Setting in ProView NXG.Phase AB Low Alarm Threshold 367 16F 1 Volts -- Data Alarm Setting in ProView NXG.Phase AB High Alarm Threshold Time 368 170 1 Seconds -- Data Alarm Setting in ProView NXG.Phase AB Low Alarm Threshold Time 369 171 1 Seconds -- Data Alarm Setting in ProView NXG.Phase BC High Alarm Threshold 370 172 1 Volts -- Data Alarm Setting in ProView NXG.Phase BC Low Alarm Threshold 371 173 1 Volts -- Data Alarm Setting in ProView NXG.Phase BC High Alarm Threshold Time 372 174 1 Seconds -- Data Alarm Setting in ProView NXG.Phase BC Low Alarm Threshold Time 373 175 1 Seconds -- Data Alarm Setting in ProView NXG.Phase CA High Alarm Threshold 374 176 1 Volts -- Data Alarm Setting in ProView NXG.Phase CA Low Alarm Threshold 375 177 1 Volts -- Data Alarm Setting in ProView NXG.Phase CA High Alarm Threshold Time 376 178 1 Seconds -- Data Alarm Setting in ProView NXG.Phase CA Low Alarm Threshold Time 377 179 1 Seconds -- Data Alarm Setting in ProView NXG.Phase Unbalance High Percent Threshold 378 17A 1 % -- Data Alarm Setting in ProView NXG.Phase Unbalance High Percent Threshold Time 379 17B 1 Seconds -- Data Alarm Setting in ProView NXG.Phase AB High Alarm Flags 380 17C 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase AB Low Alarm Flags 381 17D 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase BC High Alarm Flags 382 17E 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.






Phase BC Low Alarm Flags 383 17F 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase CA High Alarm Flags 384 180 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase CA Low Alarm Flags 385 181 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Phase Unbalance Alarm Flags 386 182 1 Lookup Data Alarm Flags Data Alarm Setting in ProView NXG.Comms Logging Flags 387 183 1 Lookup Comms Logging Flags


CBC-8000 DNP3 Device Profile Data DictionaryOUTPUT SUBSYSTEM - Control Output Relay Block Operations and Status

Description Index Hex Index Obj Var Desc Operation Type Point Name Description

Binary Output 00 00 12 01 CROB Pulse ON, Trip/Close; Latch ON/OFF, Null Trip/Close Requests Trip or Close operation.

Binary Output 01 01 12 01 CROB Pulse ON, Trip/Close; Latch ON/OFF, Null SCADA Override Trip/Close Requests SCADA override Trip or Close operation. Puts CBC into SCADA override mode.

Binary Output 02 02 12 01 CROB Pulse ON, Null Reset NC Lockout Releases CBC from NC Lockout state.

Binary Output 03 03 12 01 CROB Pulse ON, Null Clear Counters Resets all binary counters to 0 and saves time stamp of clear operation.

Binary Output 04 04 12 01 CROB Pulse ON, Null Clear High/Low Voltage Resets the average high and low voltages to 0 and saves time stamp of clear operation.

Binary Output 05 05 12 01 CROB Pulse ON, Null Freeze High/Low Voltage Copies average high and low voltages to frozen values.

Binary Output 06 06 12 01 CROB Pulse ON, Null Freeze & Clear High/Low Voltage Copies average high and low voltages to frozen values, resets average high and low voltages to 0, and saves time stamp of clear operation.

Binary Output 07 07 12 01 CROB Pulse ON, Null Clear Average Delta Voltage Resets the average delta voltage and all operation delta voltages to 0.

Binary Output 08 08 12 01 CROB Pulse ON, Null Update Firmware Causes CBC to update its main firmware with the image that is stored in external flash.

Binary Output 09 09 12 01 CROB Latch ON/OFF, Null CVR Mode Causes CBC to enter or exit CVR mode (Latch ON = enter).

Binary Output 10 0A 12 01 CROB Latch ON/OFF, Null Set Auto/Remote Mode Puts CBC into Auto or Remote mode (Latch ON = Auto, Latch OFF = Remote). Ignored if CBC is in Manual mode.

Binary Output 11 0B 12 01 CROB Pulse ON, Null Clear SCADA Override Takes CBC out of SCADA override mode.

Binary Output 12 0C 12 01 CROB Latch ON/OFF, Null Enable Event Time Stamp Enables/disables storage of time stamps for DNP events.

Binary Output 13 0D 12 01 CROB Latch ON/OFF, Null Enable OVUV Control Enables/disables OVUV control (specifically, season 1 and 2 control settings).

Binary Output 14 0E 12 01 CROB Latch ON/OFF, Null Enable VAR Control Enables/disables VAR control (specifically, season 1 and 2 control settings).

Binary Output 15 0F 12 01 CROB Latch ON/OFF, Null Enable Temp Control Latch OFF sets all threshold actions to none. Latch ON resets the actions to their original settings (if actions were none than they would be set to none).

Binary Output 16 10 12 01 CROB Latch ON/OFF, Null Enable Va Control Latch OFF sets all threshold actions to none. Latch ON resets the actions to their original settings (if actions were none than they would be set to none).

Binary Output 17 11 12 01 CROB Latch ON/OFF, Null Enable Vb Control Latch OFF sets all threshold actions to none. Latch ON resets the actions to their original settings (if actions were none than they would be set to none).

Binary Output 18 12 12 01 CROB Latch ON/OFF, Null Enable Vc Control Latch OFF sets all threshold actions to none. Latch ON resets the actions to their original settings (if actions were none than they would be set to none).

Binary Output 19 13 12 01 CROB Latch ON/OFF, Null Enable Ia Control Latch OFF sets all threshold actions to none. Latch ON resets the actions to their original settings (if actions were none than they would be set to none).

Binary Output 20 14 12 01 CROB Latch ON/OFF, Null Enable Ib Control Latch OFF sets all threshold actions to none. Latch ON resets the actions to their original settings (if actions were none than they would be set to none).

Binary Output 21 15 12 01 CROB Latch ON/OFF, Null Enable Ic Control Latch OFF sets all threshold actions to none. Latch ON resets the actions to their original settings (if actions were none than they would be set to none).

Binary Output 22 16 12 01 CROB Latch ON/OFF, Null Enable Time Control Enables/disables Time control (specifically, season 1 and 2 control settings).

Binary Output 23 17 12 01 CROB Latch ON/OFF, Null Allow Unsolicited Reporting Enables/disables setting that indicates CBC supports unsolicited event reporting.

Binary Output 24 18 12 01 CROB Latch ON/OFF, Null Enable Analog Events Enables/disables storage of analog input events.

Binary Output 25 19 12 01 CROB Pulse ON, Trip; Latch ON, Null Trip Control Requests Trip operation.

Binary Output 26 1A 12 01 CROB Pulse ON, Close; Latch ON, Null Close Control Requests Close Operation.

Binary Output 27 1B 12 01 CROB Pulse ON, Trip; Latch ON, Null SCADA Override Trip Requests SCADA override Trip operation. Puts CBC into SCADA override mode.

Binary Output 28 1C 12 01 CROB Pulse ON, Close; Latch ON, Null SCADA Override Close Requests SCADA override Close operation. Puts CBC into SCADA override mode.

Binary Output 29 1D 12 01 CROB Latch ON/OFF, Null Enable OVUV Comms Loss Control Enables/disables comms loss control setting.

Binary Output 30 1E 12 01 CROB Latch ON/OFF, Null Enable VAR Comms Loss Control Enables/disables comms loss control setting.

Binary Output 31 1F 12 01 CROB Latch ON/OFF, Null Enable Temp Comms Loss Control Enables/disables comms loss control setting.

Binary Output 32 20 12 01 CROB Latch ON/OFF, Null Enable Va Comms Loss Control Enables/disables comms loss control setting.

Binary Output 33 21 12 01 CROB Latch ON/OFF, Null Enable Vb Comms Loss Control Enables/disables comms loss control setting.

Binary Output 34 22 12 01 CROB Latch ON/OFF, Null Enable Vc Comms Loss Control Enables/disables comms loss control setting.

Binary Output 35 23 12 01 CROB Latch ON/OFF, Null Enable Ia Comms Loss Control Enables/disables comms loss control setting.

Binary Output 36 24 12 01 CROB Latch ON/OFF, Null Enable Ib Comms Loss Control Enables/disables comms loss control setting.

Binary Output 37 25 12 01 CROB Latch ON/OFF, Null Enable Ic Comms Loss Control Enables/disables comms loss control setting.

Binary Output 38 26 12 01 CROB Latch ON/OFF, Null Enable Time Comms Loss Control Enables/disables comms loss control setting.

Binary Output 39 27 12 01 CROB Latch ON/OFF, Null Enable Ignore SCADA Override Cear Time Enables/disables ignore SCADA override clear time setting.

Binary Output 40 28 12 01 CROB Latch ON/OFF, Null Delta KVAR Confirmation DNP Reporting Enables/disables storage of delta KVAR DNP analog event data.

Binary Output 41 29 12 01 CROB Latch ON/OFF, Null Set Phase A Current Sensor to Load SideBinary Output 42 2A 12 01 CROB Latch ON/OFF, Null Set Phase B Current Sensor to Load SideBinary Output 43 2B 12 01 CROB Latch ON/OFF, Null Set Phase C Current Sensor to Load Side

Binary Output 00 00 10 02 Status Trip/Close Status of associated Object 12 control point.

Binary Output 01 01 10 02 Status SCADA Override Trip/Close Status of associated Object 12 control point.

Binary Output 02 02 10 02 Status Reset NC Lockout Status of associated Object 12 control point.

Binary Output 03 03 10 02 Status Clear Counters Status of associated Object 12 control point.

Binary Output 04 04 10 02 Status Clear High/Low Voltage Status of associated Object 12 control point.

Binary Output 05 05 10 02 Status Freeze High/Low Voltage Status of associated Object 12 control point.

Binary Output 06 06 10 02 Status Freeze & Clear High/Low Voltage Status of associated Object 12 control point.

Binary Output 07 07 10 02 Status Clear Average Delta Voltage Status of associated Object 12 control point.

Binary Output 08 08 10 02 Status Update Firmware Status of associated Object 12 control point.

Binary Output 09 09 10 02 Status CVR Mode Status of associated Object 12 control point.

Binary Output 10 0A 10 02 Status Set Auto/Remote Mode Status of associated Object 12 control point.

Binary Output 11 0B 10 02 Status Clear SCADA Override Status of associated Object 12 control point.

Binary Output 12 0C 10 02 Status Enable Event Time Stamp Status of associated Object 12 control point.

Binary Output 13 0D 10 02 Status Enable OVUV Control Status of associated Object 12 control point.Binary Output 14 0E 10 02 Status Enable VAR Control Status of associated Object 12 control point.Binary Output 15 0F 10 02 Status Enable Temp Control Status of associated Object 12 control point.Binary Output 16 10 10 02 Status Enable Va Control Status of associated Object 12 control point.Binary Output 17 11 10 02 Status Enable Vb Control Status of associated Object 12 control point.Binary Output 18 12 10 02 Status Enable Vc Control Status of associated Object 12 control point.Binary Output 19 13 10 02 Status Enable Ia Control Status of associated Object 12 control point.

Page 19 CROB

CBC-8000 DNP3 Device Profile Data DictionaryOUTPUT SUBSYSTEM - Control Output Relay Block Operations and Status

Description Index Hex Index Obj Var Desc Operation Type Point Name Description

Binary Output 20 14 10 02 Status Enable Ib Control Status of associated Object 12 control point.Binary Output 21 15 10 02 Status Enable Ic Control Status of associated Object 12 control point.Binary Output 22 16 10 02 Status Enable Time Control Status of associated Object 12 control point.Binary Output 23 17 10 02 Status Allow Unsolicited Reporting Status of associated Object 12 control point.Binary Output 24 18 10 02 Status Enable Analog Events Status of associated Object 12 control point.Binary Output 25 19 10 02 Status Trip Control Status of associated Object 12 control point.Binary Output 26 1A 10 02 Status Close Control Status of associated Object 12 control point.Binary Output 27 1B 10 02 Status SCADA Override Trip Status of associated Object 12 control point.Binary Output 28 1C 10 02 Status SCADA Override Close Status of associated Object 12 control point.Binary Output 29 1D 10 02 Status Enable OVUV Comms Loss Control Status of associated Object 12 control point.Binary Output 30 1E 10 02 Status Enable VAR Comms Loss Control Status of associated Object 12 control point.Binary Output 31 1F 10 02 Status Enable Temp Comms Loss Control Status of associated Object 12 control point.Binary Output 32 20 10 02 Status Enable Va Comms Loss Control Status of associated Object 12 control point.Binary Output 33 21 10 02 Status Enable Vb Comms Loss Control Status of associated Object 12 control point.Binary Output 34 22 10 02 Status Enable Vc Comms Loss Control Status of associated Object 12 control point.Binary Output 35 23 10 02 Status Enable Ia Comms Loss Control Status of associated Object 12 control point.Binary Output 36 24 10 02 Status Enable Ib Comms Loss Control Status of associated Object 12 control point.Binary Output 37 25 10 02 Status Enable Ic Comms Loss Control Status of associated Object 12 control point.Binary Output 38 26 10 02 Status Enable Time Comms Loss Control Status of associated Object 12 control point.Binary Output 39 27 10 02 Status Enable Ignore SCADA Override Clear Time Status of associated Object 12 control point.Binary Output 40 28 10 02 Status Delta KVAR Confirmation DNP Reporting Status of associated Object 12 control point.Binary Output 41 29 10 02 Status Set Phase A Current Sensor to Load Side Status of associated Object 12 control point.Binary Output 42 2A 10 02 Status Set Phase B Current Sensor to Load Side Status of associated Object 12 control point.Binary Output 43 2B 10 02 Status Set Phase C Current Sensor to Load Side Status of associated Object 12 control point.

Page 20 CROB

CBC-8000 Capacitor Bank Control Communications Protocol DNP3

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