Voltage Regulators
Technical Data
TD225006EN
Effective XXX 2015
Supersedes 240-40 August 2012
COOPER POWER
SERIES
Communications Point Availability
Available Data Points for CL-7 Communications Protocols
For use with Eaton’s Cooper Power series
CL-7 Voltage Regulator Control
CL-7 Available Data Points
CL-7 Communications Point Availability
June 4, 2015
v2.00
THE INFORMATION CONTAINED IN THIS DOCUMENT IS THE PROPERTY OF EATON.
UNAUTHORIZED REPRODUCTION OR MODIFICATION IS PROHIBITED.
Document
1.00
2.00
Date
4/29/2013
6/4/2015
Description
Initial Release
Updates for Summer 2015 release
The data points listed in this document are available for mapping to any of the CL-7 SCADA protocol
User Maps as described in service document MN225021EN (previously S225-70-3), CL-7 Regulator Control Communications.
Page 1
Cover Page
CL-7 Available Data Points
Binary Input Points
Description
VR1 Bandwidth Low
VR1 Bandwidth High
VR1 Voltage Limiter Low
VR1 Voltage Limiter High
Voltage Reduction Active
VR1 Auto Operation Blocking Status Blocked (Follows FC069)
VR1 HMI LED Auto Tap Blocked ON
VR1 System Power Direction Indeterminate
VR1 System Power Direction Reverse
VR1 Control Power Direction Reverse
VR1 Blocking Relay Active
VR1 HMI LED Neutral Position On
VR1 HMI Switch Auto/Manual Auto
HMI Switch Supervisory Off
HMI LED Alarm On
HMI LED Warning On
HMI LED Diagnostic Error On
VR1 Motor Trouble
Tap To Neutral Active
Soft Add-Amp Active
AltConfigActive
Configurable Logic Output from SCADA Tap to Neutral Activate
Configurable Logic Output from SCADA Voltage Reduction Level 1 Activate
Configurable Logic Output from SCADA Voltage Reduction Level 2 Activate
Configurable Logic User Defined LED 1 On
Configurable Logic User Defined LED 2 On
Configurable Logic User Defined LED 3 On
Configurable Logic Point 01 to SCADA
Configurable Logic Point 02 to SCADA
Configurable Logic Point 03 to SCADA
Configurable Logic Point 04 to SCADA
Configurable Logic Point 05 to SCADA
Configurable Logic Point 06 to SCADA
Configurable Logic Point 07 to SCADA
Configurable Logic Point 08 to SCADA
VR1 Source Voltage Calculation ENABLED
Analog Voltage Reduction #1 ACTIVE
Analog Voltage Reduction #2 ACTIVE
VR1 HMI Switch Power Internal
VR1 HMI Switch Power External
VR1 HMI Switch Auto/Manual Manual
VR1 HMI Switch Auto/Manual Off
ARL Ready State Ready
ARL AltConfig ACTIVE
Tap To Neutral Enabled
PMT Mode A Enabled
PMT Mode B Enabled
Event Recorder Enabled
Data Alarms Enabled
Status Alarms Enabled
Data Profiler Enabled
Interval Ops Enabled
Daylight Saving Time Enable
Daylight Saving Time Active
LoopShare Comms Loss Of Communications
Leader/Follower Unable To Operate
Leader/Follower Inactive/Not Ready
LoopShare Comms Active
AltConfig1 Reg Blocked
AltConfig2 Reg Blocked
AltConfig3 Reg Blocked
AltConfig1 Tap To Neutral Enabled
AltConfig2 Tap To Neutral Enabled
AltConfig3 Tap To Neutral Enabled
General Purpose Input 1
Page 2
Binary Input Points
CL-7 Available Data Points
Binary Input Points
Description
General Purpose Input 2
General Purpose Input 3
VR2 Bandwidth Low
VR3 Bandwidth Low
VR2 Bandwidth High
VR3 Bandwidth High
VR2 Voltage Limiter Low
VR3 Voltage Limiter Low
VR2 Voltage Limiter High
VR3 Voltage Limiter High
VR2 Auto Operation Blocking Status Blocked
VR3 Auto Operation Blocking Status Blocked
VR2 HMI LED Auto Tap Blocked ON
VR3 HMI LED Auto Tap Blocked ON
VR2 System Power Direction Indeterminate
VR3 System Power Direction Indeterminate
VR2 System Power Direction Reverse
VR3 System Power Direction Reverse
VR2 Blocking Relay Active
VR3 Blocking Relay Active
VR2 Control Power Direction
VR3 Control Power Direction
VR2 HMI LED Neutral Position On
VR3 HMI LED Neutral Position On
VR2 HMI Switch Auto/Manual Auto
VR3 HMI Switch Auto/Manual Auto
VR2 Motor Trouble
VR3 Motor Trouble
VR2 Source Voltage Calculation On
VR3 Source Voltage Calculation On
VR2 HMI Switch Power Internal
VR3 HMI Switch Power Internal
VR2 HMI Switch Power External
VR3 HMI Switch Power External
VR2 HMI Switch Auto/Manual Manual
VR3 HMI Switch Auto/Manual Manual
VR2 HMI Switch Auto/Manual Off
VR3 HMI Switch Auto/Manual Off
Configurable Logic Point 09 to SCADA
Configurable Logic Point 10 to SCADA
Configurable Logic Point 11 to SCADA
Configurable Logic Point 12 to SCADA
Configurable Logic Point 13 to SCADA
Configurable Logic Point 14 to SCADA
Configurable Logic Point 15 to SCADA
Configurable Logic Point 16 to SCADA
Configurable Logic Point 17 to SCADA
Configurable Logic Point 18 to SCADA
Configurable Logic Point 19 to SCADA
Configurable Logic Point 20 to SCADA
Configurable Logic Point 21 to SCADA
Configurable Logic Point 22 to SCADA
Configurable Logic Point 23 to SCADA
Configurable Logic Point 24 to SCADA
Configurable Logic Point 25 to SCADA
Configurable Logic Point 26 to SCADA
Configurable Logic Point 27 to SCADA
Configurable Logic Point 28 to SCADA
Configurable Logic Point 29 to SCADA
Configurable Logic Point 30 to SCADA
Configurable Logic Point 31 to SCADA
Configurable Logic Point 32 to SCADA
Configurable Logic Point 33 to SCADA
Configurable Logic Point 34 to SCADA
Configurable Logic Point 35 to SCADA
Configurable Logic Point 36 to SCADA
Page 3
Binary Input Points
CL-7 Available Data Points
Binary Input Points
Description
Configurable Logic Point 37 to SCADA
Configurable Logic Point 38 to SCADA
Configurable Logic Point 39 to SCADA
Configurable Logic Point 40 to SCADA
Aux Module 1 Contact I/O Input 1
Aux Module 1 Contact I/O Input 2
Aux Module 1 Contact I/O Input 3
Aux Module 1 Contact I/O Input 4
Aux Module 1 Contact I/O Input 5
Aux Module 1 Contact I/O Input 6
Aux Module 1 Contact I/O Input 7
Aux Module 1 Contact I/O Input 8
Aux Module 1 Contact I/O Output 1 State
Aux Module 1 Contact I/O Output 2 State
Aux Module 1 Contact I/O Output 3 State
Aux Module 1 Contact I/O Output 4 State
Aux Module 2 Contact I/O Input 1
Aux Module 2 Contact I/O Input 2
Aux Module 2 Contact I/O Input 3
Aux Module 2 Contact I/O Input 4
Aux Module 2 Contact I/O Input 5
Aux Module 2 Contact I/O Input 6
Aux Module 2 Contact I/O Input 7
Aux Module 2 Contact I/O Input 8
Aux Module 2 Contact I/O Output 1 State
Aux Module 2 Contact I/O Output 2 State
Aux Module 2 Contact I/O Output 3 State
Aux Module 2 Contact I/O Output 4 State
Aux Module 3 Contact I/O Input 1
Aux Module 3 Contact I/O Input 2
Aux Module 3 Contact I/O Input 3
Aux Module 3 Contact I/O Input 4
Aux Module 3 Contact I/O Input 5
Aux Module 3 Contact I/O Input 6
Aux Module 3 Contact I/O Input 7
Aux Module 3 Contact I/O Input 8
Aux Module 3 Contact I/O Output 1 State
Aux Module 3 Contact I/O Output 2 State
Aux Module 3 Contact I/O Output 3 State
Aux Module 3 Contact I/O Output 4 State
Aux Module 4 Contact I/O Input 1
Aux Module 4 Contact I/O Input 2
Aux Module 4 Contact I/O Input 3
Aux Module 4 Contact I/O Input 4
Aux Module 4 Contact I/O Input 5
Aux Module 4 Contact I/O Input 6
Aux Module 4 Contact I/O Input 7
Aux Module 4 Contact I/O Input 8
Aux Module 4 Contact I/O Output 1 State
Aux Module 4 Contact I/O Output 2 State
Aux Module 4 Contact I/O Output 3 State
Aux Module 4 Contact I/O Output 4 State
OMAP File Ready To Read
OMAP Debug Mode
Time Set Event
OMAP Reset
HMI Switch Supervisory On
VR1 Voltage Sag Level 1 Status
VR1 Voltage Sag Level 2 Status
VR1 Voltage Sag Level 3 Status
VR2 Voltage Sag Level 1 Status
VR2 Voltage Sag Level 2 Status
VR2 Voltage Sag Level 3 Status
VR3 Voltage Sag Level 1 Status
VR3 Voltage Sag Level 2 Status
VR3 Voltage Sag Level 3 Status
Page 4
Binary Input Points
CL-7 Available Data Points
Binary Input Points
Description
Block Before Remote Tap
User Input1
User Input2
User Input3
User Input4
Tap -VR1 Dead Phase Status
Tap -VR2 Dead Phase Status
Tap -VR3 Dead Phase Status
Page 5
Binary Input Points
CL-7 Available Data Points
Analog Input Points
Description
VR1 Load Voltage Secondary
VR1 Load Voltage Primary
VR1 Compensated Voltage Secondary
VR1 Load Current Primary
VR1 Source Voltage Secondary
VR1 Source Voltage Primary
VR1 Tap Position
VR1 Percent Reg
VR1 Power Factor
VR1 KVA Load
VR1 kW Load
VR1 KVAR Load
Frequency
VR1 Harm Total Voltage Harmonics
VR1 Harm Total Current Harmonics
VR1 kWh Forward
VR1 KWH Reverse
VR1 KQH Forward
VR1 KQH Reverse
VR1 Operations Counter
VR1 Load Current Real
VR1 Load Current Reactive
VR1 Phase Angle
Voltage Reduction In Effect
Active Configuration
Active Adaptive Add Amp Level
VR1 Calculated Motor Voltage
VR1 Contact Duty Cycle Monitor
VR1 User Voltage Calibration
VR1 User Current Calibration
VR1 Ops Count Last Change
Leader/Follower State
Battery Voltage
Battery Current
VR2 Load Voltage Secondary
VR3 Load Voltage Secondary
Average Load Voltage Secondary
VR2 Load Voltage Primary
VR3 Load Voltage Primary
Average Load Voltage Primary
VR2 Compensated Voltage Secondary
VR3 Compensated Voltage Secondary
Average Compensated Voltage Secondary
VR2 Load Current Primary
VR3 Load Current Primary
Average Load Current Primary
VR2 Source Voltage Secondary
VR3 Source Voltage Secondary
Average Source Voltage Secondary
VR2 Source Voltage Primary
VR3 Source Voltage Primary
Average Source Voltage Primary
VR2 Tap Position
VR3 Tap Position
Average Tap Position
VR2 Percent Reg
VR3 Percent Reg
Average Percent Reg
VR2 Power Factor
VR3 Power Factor
Average Power Factor
VR2 KVA Load
VR3 KVA Load
Total KVA Load
VR2 kW Load
Page 6
Analog Input Points
CL-7 Available Data Points
Analog Input Points
Description
VR3 kW Load
Total kW Load
VR2 KVAR Load
VR3 KVAR Load
Total KVAR Load
VR2 Harm Total Voltage Harmonics
VR3 Harm Total Voltage Harmonics
VR2 Harm Total Current Harmonics
VR3 Harm Total Current Harmonics
VR2 kWh Forward
VR3 kWh Forward
Total kWh Forward
VR2 KWH Reverse
VR3 KWH Reverse
Total KWH Reverse
VR2 KQH Forward
VR3 KQH Forward
Total KQH Forward
VR2 KQH Reverse
VR3 KQH Reverse
Total KQH Reverse
VR2 Operations Counter
VR3 Operations Counter
HMI Last Self-Test Results
VR2 Load Current Real
VR3 Load Current Real
Average Load Current Real
VR2 Load Current Reactive
VR3 Load Current Reactive
Average Load Current Reactive
VR2 Phase Angle
VR3 Phase Angle
VR2 Calculated Motor Voltage
VR3 Calculated Motor Voltage
VR2 Contact Duty Cycle Monitor
VR3 Contact Duty Cycle Monitor
VR2 User Voltage Calibration
VR3 User Voltage Calibration
VR2 User Current Calibration
VR3 User Current Calibration
VR2 Ops Count Last Change
VR3 Ops Count Last Change
VR1 Forward Demand Load Voltage Minimum
VR1 Forward Demand Load Voltage Maximum
VR1 Forward Demand Load Voltage Present
VR1 Forward Demand Source Voltage Minimum
VR1 Forward Demand Source Voltage Maximum
VR1 Forward Demand Source Voltage Present
VR1 Forward Demand Compensated Voltage Minimum
VR1 Forward Demand Compensated Voltage Maximum
VR1 Forward Demand Compensated Voltage Present
VR1 Forward Demand Load Current Minimum
VR1 Forward Demand Load Current Maximum
VR1 Forward Demand Load Current Present
VR1 Forward Demand KVA Load Minimum
VR1 Forward Demand KVA Load Maximum
VR1 Forward Demand KVA Load Present
VR1 Forward Demand KW Load Minimum
VR1 Forward Demand KW Load Maximum
VR1 Forward Demand KW Load Present
VR1 Forward Demand KVAR Load Minimum
VR1 Forward Demand KVAR Load Maximum
VR1 Forward Demand KVAR Load Present
VR1 Forward Power Factor Minimum
VR1 Forward Power Factor Maximum
VR1 Forward Load Current Real Minimum
Page 7
Analog Input Points
CL-7 Available Data Points
Analog Input Points
Description
VR1 Forward Load Current Real Maximum
VR1 Forward Load Current Real Present
VR1 Forward Load Current Reactive Minimum
VR1 Forward Load Current Reactive Maximum
VR1 Forward Load Current Reactive Present
VR1 Minimum Tap Position
VR1 Maximum Tap Position
VR1 Maximum Percent Boost
VR1 Maximum Percent Buck
VR1 Reverse Demand Load Voltage Minimum
VR1 Reverse Demand Load Voltage Maximum
VR1 Reverse Demand Load Voltage Present
VR1 Reverse Demand Source Voltage Minimum
VR1 Reverse Demand Source Voltage Maximum
VR1 Reverse Demand Source Voltage Present
VR1 Reverse Demand Compensated Voltage Minimum
VR1 Reverse Demand Compensated Voltage Maximum
VR1 Reverse Demand Compensated Voltage Present
VR1 Reverse Demand Load Current Minimum
VR1 Reverse Demand Load Current Maximum
VR1 Reverse Demand Load Current Present
VR1 Reverse Demand KVA Load Minimum
VR1 Reverse Demand KVA Load Maximum
VR1 Reverse Demand KVA Load Present
VR1 Reverse Demand KW Load Minimum
VR1 Reverse Demand KW Load Maximum
VR1 Reverse Demand KW Load Present
VR1 Reverse Demand KVAR Load Minimum
VR1 Reverse Demand KVAR Load Maximum
VR1 Reverse Demand KVAR Load Present
VR1 Reverse Power Factor Minimum
VR1 Reverse Power Factor Maximum
VR1 Reverse Load Current Real Minimum
VR1 Reverse Load Current Real Maximum
VR1 Reverse Load Current Real Present
VR1 Reverse Load Current Reactive Minimum
VR1 Reverse Load Current Reactive Maximum
VR1 Reverse Load Current Reactive Present
VR2 Forward Demand Load Voltage Minimum
VR2 Forward Demand Load Voltage Maximum
VR2 Forward Demand Load Voltage Present
VR2 Forward Demand Source Voltage Minimum
VR2 Forward Demand Source Voltage Maximum
VR2 Forward Demand Source Voltage Present
VR2 Forward Demand Compensated Voltage Minimum
VR2 Forward Demand Compensated Voltage Maximum
VR2 Forward Demand Compensated Voltage Present
VR2 Forward Demand Load Current Minimum
VR2 Forward Demand Load Current Maximum
VR2 Forward Demand Load Current Present
VR2 Forward Demand KVA Load Minimum
VR2 Forward Demand KVA Load Maximum
VR2 Forward Demand KVA Load Present
VR2 Forward Demand KW Load Minimum
VR2 Forward Demand KW Load Maximum
VR2 Forward Demand KW Load Present
VR2 Forward Demand KVAR Load Minimum
VR2 Forward Demand KVAR Load Maximum
VR2 Forward Demand KVAR Load Present
VR2 Forward Power Factor Minimum
VR2 Forward Power Factor Maximum
VR2 Forward Load Current Real Minimum
VR2 Forward Load Current Real Maximum
VR2 Forward Load Current Real Present
VR2 Forward Load Current Reactive Minimum
VR2 Forward Load Current Reactive Maximum
Page 8
Analog Input Points
CL-7 Available Data Points
Analog Input Points
Description
VR2 Forward Load Current Present
VR2 Minimum Tap Position
VR2 Maximum Tap Position
VR2 Maximum Percent Boost
VR2 Maximum Percent Buck
VR2 Reverse Demand Load Voltage Minimum
VR2 Reverse Demand Load Voltage Maximum
VR2 Reverse Demand Load Voltage Present
VR2 Reverse Demand Source Voltage Minimum
VR2 Reverse Demand Source Voltage Maximum
VR2 Reverse Demand Source Voltage Present
VR2 Reverse Demand Compensated Voltage Minimum
VR2 Reverse Demand Compensated Voltage Maximum
VR2 Reverse Demand Compensated Voltage Present
VR2 Reverse Demand Load Current Minimum
VR2 Reverse Demand Load Current Maximum
VR2 Reverse Demand Load Current Present
VR2 Reverse Demand KVA Load Minimum
VR2 Reverse Demand KVA Load Maximum
VR2 Reverse Demand KVA Load Present
VR2 Reverse Demand KW Load Minimum
VR2 Reverse Demand KW Load Maximum
VR2 Reverse Demand KW Load Present
VR2 Reverse Demand KVAR Load Minimum
VR2 Reverse Demand KVAR Load Maximum
VR2 Reverse Demand KVAR Load Present
VR2 Reverse Power Factor Minimum
VR2 Reverse Power Factor Maximum
VR2 Reverse Load Current Real Minimum
VR2 Reverse Load Current Real Maximum
VR2 Reverse Load Current Real Present
VR2 Reverse Load Current Reactive Minimum
VR2 Reverse Load Current Reactive Maximum
VR2 Reverse Load Current Reactive Present
VR3 Forward Demand Load Voltage Minimum
VR3 Forward Demand Load Voltage Maximum
VR3 Forward Demand Load Voltage Present
VR3 Forward Demand Source Voltage Minimum
VR3 Forward Demand Source Voltage Maximum
VR3 Forward Demand Source Voltage Present
VR3 Forward Demand Compensated Voltage Minimum
VR3 Forward Demand Compensated Voltage Maximum
VR3 Forward Demand Compensated Voltage Present
VR3 Forward Demand Load Current Minimum
VR3 Forward Demand Load Current Maximum
VR3 Forward Demand Load Current Present
VR3 Forward Demand KVA Load Minimum
VR3 Forward Demand KVA Load Maximum
VR3 Forward Demand KVA Load Present
VR3 Forward Demand KW Load Minimum
VR3 Forward Demand KW Load Maximum
VR3 Forward Demand KW Load Present
VR3 Forward Demand KVAR Load Minimum
VR3 Forward Demand KVAR Load Maximum
VR3 Forward Demand KVAR Load Present
VR3 Forward Power Factor Minimum
VR3 Forward Power Factor Maximum
VR3 Forward Load Current Real Minimum
VR3 Forward Load Current Real Maximum
VR3 Forward Load Current Real Present
VR3 Forward Load Current Reactive Minimum
VR3 Forward Load Current Reactive Maximum
VR3 Forward Load Current Present
VR3 Minimum Tap Position
VR3 Maximum Tap Position
VR3 Maximum Percent Boost
Page 9
Analog Input Points
CL-7 Available Data Points
Analog Input Points
Description
VR3 Maximum Percent Buck
VR3 Reverse Demand Load Voltage Minimum
VR3 Reverse Demand Load Voltage Maximum
VR3 Reverse Demand Load Voltage Present
VR3 Reverse Demand Source Voltage Minimum
VR3 Reverse Demand Source Voltage Maximum
VR3 Reverse Demand Source Voltage Present
VR3 Reverse Demand Compensated Voltage Minimum
VR3 Reverse Demand Compensated Voltage Maximum
VR3 Reverse Demand Compensated Voltage Present
VR3 Reverse Demand Load Current Minimum
VR3 Reverse Demand Load Current Maximum
VR3 Reverse Demand Load Current Present
VR3 Reverse Demand KVA Load Minimum
VR3 Reverse Demand KVA Load Maximum
VR3 Reverse Demand KVA Load Present
VR3 Reverse Demand KW Load Minimum
VR3 Reverse Demand KW Load Maximum
VR3 Reverse Demand KW Load Present
VR3 Reverse Demand KVAR Load Minimum
VR3 Reverse Demand KVAR Load Maximum
VR3 Reverse Demand KVAR Load Present
VR3 Reverse Power Factor Minimum
VR3 Reverse Power Factor Maximum
VR3 Reverse Load Current Real Minimum
VR3 Reverse Load Current Real Maximum
VR3 Reverse Load Current Real Present
VR3 Reverse Load Current Reactive Minimum
VR3 Reverse Load Current Reactive Maximum
VR3 Reverse Load Current Reactive Present
Average Forward Load Voltage Minimum
Average Forward Load Voltage Maximum
Average Forward Load Voltage Present
Average Forward Compensated Voltage Minimum
Average Forward Compensated Voltage Maximum
Average Forward Compensated Voltage Present
Average Forward Load Current Minimum
Average Forward Load Current Maximum
Average Forward Load Current Present
Average Forward Source Voltage Minimum
Average Forward Source Voltage Maximum
Average Forward Source Voltage Present
Total Forward KVA Load Minimum
Total Forward KVA Load Maximum
Total Forward KVA Load Present
Total Forward kW Load Minimum
Total Forward kW Load Maximum
Total Forward kW Load Present
Total Forward KVAR Load Minimum
Total Forward KVAR Load Maximum
Total Forward KVAR Load Present
Average Forward Load Current Real Minimum
Average Forward Load Current Real Maximum
Average Forward Load Current Real Present
Average Forward Load Current Reactive Minimum
Average Forward Load Current Reactive Maximum
Average Forward Load Current Reactive Present
Average Minimum Tap Position
Average Maximum Tap Position
Average Maximum Percent Boost
Average Maximum Percent Buck
Average Reverse Load Voltage Minimum
Average Reverse Load Voltage Maximum
Average Reverse Load Voltage Present
Average Reverse Compensated Voltage Minimum
Average Reverse Compensated Voltage Maximum
Page 10
Analog Input Points
CL-7 Available Data Points
Analog Input Points
Description
Average Reverse Compensated Voltage Present
Average Reverse Load Current Minimum
Average Reverse Load Current Maximum
Average Reverse Load Current Present
Average Reverse Source Voltage Minimum
Average Reverse Source Voltage Maximum
Average Reverse Source Voltage Present
Total Reverse KVA Load Minimum
Total Reverse KVA Load Maximum
Total Reverse KVA Load Present
Total Reverse kW Load Minimum
Total Reverse kW Load Maximum
Total Reverse kW Load Present
Total Reverse KVAR Load Minimum
Total Reverse KVAR Load Maximum
Total Reverse KVAR Load Present
Average Reverse Load Current Real Minimum
Average Reverse Load Current Real Maximum
Average Reverse Load Current Real Present
Average Reverse Load Current Reactive Minimum
Average Reverse Load Current Reactive Maximum
Average Reverse Load Current Reactive Present
VR1 Operations 24HR Counter
VR1 Operations 30DY Counter
VR1 Operations Month Counter
VR1 Operations Last Month Counter
VR1 Operations Year Counter
VR1 Operations Last Year Counter
VR1 TPI Neutral Resynch Counter
VR1 Lower to Neutral Sync Retry Counter
VR1 Raise to Neutral Sync Retry Counter
VR1 Taps Past 16R Counter
VR1 Taps Past 16L Counter
Measured/Incremental TPI Mismatch Count
COM1 Rx Message Counter
COM2 Rx Message Counter
COM1 Tx Message Counter
COM2 Tx Message Counter
COM1 Message Error Counter
COM2 Message Error Counter
VR2 Operations 24HR Counter
VR3 Operations 24HR Counter
VR2 Operations 30DY Counter
VR3 Operations 30DY Counter
VR2 Operations Month Counter
VR3 Operations Month Counter
VR2 Operations Last Month Counter
VR3 Operations Last Month Counter
VR2 Operations Year Counter
VR3 Operations Year Counter
VR2 Operations Last Year Counter
VR3 Operations Last Year Counter
VR2 TPI Neutral Resynch Counter
VR3 TPI Neutral Resynch Counter
VR2 Lower to Neutral Sync Retry Counter
VR3 Lower to Neutral Sync Retry Counter
VR2 Raise to Neutral Sync Retry Counter
VR3 Raise to Neutral Sync Retry Counter
VR2 Taps Past 16R Counter
VR3 Taps Past 16R Counter
VR2 Taps Past 16L Counter
VR3 Taps Past 16L Counter
Regulator Tap Position Sync Count
Forward Set Voltage
Forward Bandwidth
Forward Time Delay
Page 11
Analog Input Points
CL-7 Available Data Points
Analog Input Points
Description
VR1 Duration of Last Level1
VR1 Duration of Longest Level1
VR1 Duration of Last Level2
VR1 Duration of Longest Level2
VR1 Duration of Last Level3
VR1 Duration of Longest Level3
VR2 Duration of Last Level1
VR2 Duration of Longest Level1
VR2 Duration of Last Level2
VR2 Duration of Longest Level2
VR2 Duration of Last Level3
VR2 Duration of Longest Level3
VR3 Duration of Last Level1
VR3 Duration of Longest Level1
VR3 Duration of Last Level2
VR3 Duration of Longest Level2
VR3 Duration of Last Level3
VR3 Duration of Longest Level3
VR2 Basic Forward Set Voltage
VR2 Basic Forward Bandwidth
VR2 Basic Forward Time Delay
VR2 Basic Forward LDC Resistance
VR2 Basic Forward LDC Reactance
VR2 Basic Reverse Set Voltage
VR2 Basic Reverse Bandwidth
VR2 Basic Reverse Time Delay
VR2 Basic Reverse LDC Resistance
VR2 Basic Reverse LDC Reactance
VR3 Basic Forward Set Voltage
VR3 Basic Forward Bandwidth
VR3 Basic Forward Time Delay
VR3 Basic Forward LDC Resistance
VR3 Basic Forward LDC Reactance
VR3 Basic Reverse Set Voltage
VR3 Basic Reverse Bandwidth
VR3 Basic Reverse Time Delay
VR3 Basic Reverse LDC Resistance
VR3 Basic Reverse LDC Reactance
Nominal Secondary Load Voltage
Software Version Revision Number value
Software Version Revision Major Number
Software Version Revision Minor Number
Software Version Revision Developer Number
Software Version Revision Date
Software Version Revision Month Date
Software Version Revision Year
Page 12
Analog Input Points
CL-7 Available Data Points
Counter Input Points
Description
VR1 Operations Counter
VR1 Operations 24HR Counter
VR1 Operations 30DY Counter
VR1 Operations Month Counter
VR1 Operations Last Month Counter
VR1 Operations Year Counter
VR1 Operations Last Year Counter
VR1 TPI Neutral Resynch Counter
VR1 Lower to Neutral Sync Retry Counter
VR1 Raise to Neutral Sync Retry Counter
VR1 Taps Past 16R Counter
VR1 Taps Past 16L Counter
Measured/Incremental TPI Mismatch Count
COM1 Rx Message Counter
COM2 Rx Message Counter
COM1 Tx Message Counter
COM2 Tx Message Counter
COM1 Message Error Counter
COM2 Message Error Counter
VR2 Operations Counter
VR3 Operations Counter
VR2 Operations 24HR Counter
VR3 Operations 24HR Counter
VR2 Operations 30DY Counter
VR3 Operations 30DY Counter
VR2 Operations Month Counter
VR3 Operations Month Counter
VR2 Operations Last Month Counter
VR3 Operations Last Month Counter
VR2 Operations Year Counter
VR3 Operations Year Counter
VR2 Operations Last Year Counter
VR3 Operations Last Year Counter
VR2 TPI Neutral Resynch Counter
VR3 TPI Neutral Resynch Counter
VR2 Lower to Neutral Sync Retry Counter
VR3 Lower to Neutral Sync Retry Counter
VR2 Raise to Neutral Sync Retry Counter
VR3 Raise to Neutral Sync Retry Counter
VR2 Taps Past 16R Counter
VR3 Taps Past 16R Counter
VR2 Taps Past 16L Counter
VR3 Taps Past 16L Counter
Regulator Tap Position Sync Count
Page 13
Counter Input Points
CL-7 Available Data Points
Binary Output Points
Description
VR1 Raise Tap
VR1 Lower Tap
Auto Block Enable
VR1 Source Side Voltage Calculation
Interval Operations Counters Enable
VR1 Operations Counter Month Reset
VR1 Operations Counter Year Reset
VR1 Operations Counter 24HR Reset
VR1 Operations Counter 30DY Reset
VR1 Operations Counter Last Month Reset
VR1 Operations Counter Last Year Reset
VR1 TPI Neutral Mismatch Reset
VR1 Lower To Neutral sync Retry Count Reset
VR1 Raise To Neutral Sync Retry Count Reset
VR1 Taps Past 16L Counter Reset
VR1 Taps Past 16R Counter Reset
Rx COM1 Counter Reset
Rx COM2 Counter Reset
Tx COM1 Counter Reset
Tx COM2 Counter Reset
Message Error COM1 Counter Reset
Message Error COM2 Counter Reset
Reset Energy All
Reset All Demand Values
Event Recorder Enable
Data Profiler Enable
Data Profiler Snapshot
Tap To Neutral Feature Enable
PMT Mode A Enable
PMT Mode B Enable
PMT Mode A Test
PMT Mode B Test
Data Alarms Enable
Status Alarms Enable
VR1 Time On Tap Reset
Top Side Port LoopShare Enabled
Bottom Side Port LoopShare Enabled
Leader/Follower Enable
Configurable Logic Output from SCADA Tap to Neutral Activate
Configurable Logic Output from SCADA Voltage Reduction Level 1 Activate
Configurable Logic Output from SCADA Voltage Reduction Level 2 Activate
Configurable Logic Output from SCADA 1
Configurable Logic Output from SCADA 2
Configurable Logic Output from SCADA 3
Configurable Logic Output from SCADA 4
Configurable Logic Output from SCADA 5
Configurable Logic Output from SCADA 6
Configurable Logic Output from SCADA 7
Configurable Logic Output from SCADA 8
AltConfig1 Auto Block Enable
AltConfig1 Tap To Neutral Feature Enable
AltConfig2 Auto Block Enable
AltConfig2 Tap To Neutral Feature Enable
AltConfig3 Auto Block Enable
AltConfig3 Tap To Neutral Feature Enable
ARL AltConfigTerminate
ARLC Ready
ARLC Activate
Max Deviation Cancel Alt Mode
Test Battery
VR2 Raise Tap
VR3 Raise Tap
VR2 Lower Tap
VR3 Lower Tap
VR2 Source Side Voltage Calculation
Page 14
Binary Output Points
CL-7 Available Data Points
Binary Output Points
Description
VR3 Source Side Voltage Calculation
VR2 Operations Counter Month Reset
VR3 Operations Counter Month Reset
VR2 Operations Counter Year Reset
VR3 Operations Counter Year Reset
VR2 Operations Counter 24HR Reset
VR3 Operations Counter 24HR Reset
VR2 Operations Counter 30DY Reset
VR3 Operations Counter 30DY Reset
VR2 Operations Counter Last Month Reset
VR3 Operations Counter Last Month Reset
VR2 Operations Counter Last Year Reset
VR3 Operations Counter Last Year Reset
VR2 TPI Neutral Mismatch Reset
VR3 TPI Neutral Mismatch Reset
VR2 Lower to neutral sync retry count Reset
VR3 Lower to neutral sync retry count Reset
VR2 Raise to neutral sync retry count Reset
VR3 Raise to neutral sync retry count Reset
VR2 Taps Past 16L Counter Reset
VR3 Taps Past 16L Counter Reset
VR2 Taps Past 16R Counter Reset
VR3 Taps Past 16R Counter Reset
VR2 Time On Tap Reset
VR3 Time On Tap Reset
Reset KWHR Fwd
Reset KWHR Rev
Reset KVARHR Fwd
Reset KVARHR Rev
Tap Position Meas-Incr Mismatch Count Reset
Daylight Saving Time Enable
Reset Forward Load Volts Min
Reset Forward Load Volts Max
Reset Forward Comp Volts Min
Reset Forward Comp Volts Max
Reset Forward Source Volts Min
Reset Forward Source Volts Max
Reset Forward Load Current Min
Reset Forward Load Current Max
Reset Forward kVA Load Min
Reset Forward kVA Load Max
Reset Forward kW Load Min
Reset Forward kW Load Max
Reset Forward kvar Load Min
Reset Forward kvar Load Max
Reset Forward Reactive Load Current Min
Reset Forward Reactive Load Current Max
Reset Forward Real Load Current Min
Reset Forward Real Load Current Max
VR1 Min Tap Position Reset
VR1 Max Tap Position Reset
VR2 Min Tap Position Reset
VR2 Max Tap Position Reset
VR3 Min Tap Position Reset
VR3 Max Tap Position Reset
VR1 Min Boost Reset
VR1 Max Boost Reset
VR2 Min Boost Reset
VR2 Max Boost Reset
VR3 Min Boost Reset
VR3 Max Boost Reset
Reset Reverse Load Volts Min
Reset Reverse Load Volts Max
Reset Reverse Comp Volts Min
Reset Reverse Comp Volts Max
Reset Reverse Source Volts Min
Page 15
Binary Output Points
CL-7 Available Data Points
Binary Output Points
Description
Reset Reverse Source Volts Max
Reset Reverse Load Current Min
Reset Reverse Load Current Max
Reset Reverse kVA Load Min
Reset Reverse kVA Load Max
Reset Reverse kW Load Min
Reset Reverse kW Load Max
Reset Reverse kvar Load Min
Reset Reverse kvar Load Max
Reset Reverse Reactive Load Current Min
Reset Reverse Reactive Load Current Max
Reset Reverse Real Load Current Min
Reset Reverse Real Load Current Max
Configurable Logic Output from SCADA 9
Configurable Logic Output from SCADA 10
Configurable Logic Output from SCADA 11
Configurable Logic Output from SCADA 12
Configurable Logic Output from SCADA 13
Configurable Logic Output from SCADA 14
Configurable Logic Output from SCADA 15
Configurable Logic Output from SCADA 16
Configurable Logic Output from SCADA 17
Configurable Logic Output from SCADA 18
Configurable Logic Output from SCADA 19
Configurable Logic Output from SCADA 20
Configurable Logic Output from SCADA 21
Configurable Logic Output from SCADA 22
Configurable Logic Output from SCADA 23
Configurable Logic Output from SCADA 24
Configurable Logic Output from SCADA 25
Configurable Logic Output from SCADA 26
Configurable Logic Output from SCADA 27
Configurable Logic Output from SCADA 28
Configurable Logic Output from SCADA 29
Configurable Logic Output from SCADA 30
Configurable Logic Output from SCADA 31
Configurable Logic Output from SCADA 32
Configurable Logic Output from SCADA 33
Configurable Logic Output from SCADA 34
Configurable Logic Output from SCADA 35
Configurable Logic Output from SCADA 36
Configurable Logic Output from SCADA 37
Configurable Logic Output from SCADA 38
Configurable Logic Output from SCADA 39
Configurable Logic Output from SCADA 40
HMI Remote Security Override Mode
Regulator Tap Position Sync Count Reset
Voltage Sag Monitoring Enable
Reset All Last And Longest Voltage Sag Duration
Block Before Remote Tap
User Input1
User Input2
User Input3
User Input4
Page 16
Binary Output Points
CL-7 Available Data Points
Analog Output Points
Description
Forward Set Voltage
Forward Bandwidth
Forward Time Delay
Forward LDC Resistance
Forward LDC Reactance
Reverse Set Voltage
Reverse Bandwidth
Reverse Time Delay
Reverse LDC Resistance
Reverse LDC Reactance
Reverse Sense Mode
Reverse Threshold
Voltage Limiting Mode
Voltage Limiting High
Voltage Limiting Low
Voltage Reduction Mode
Local/Digital-Remote Voltage Reduction Setting %
Analog Voltage Reduction Setting 1 %
Analog Voltage Reduction Setting 2 %
Analog Voltage Reduction Setting 3 %
Voltage Reduction Analog Step Count
Voltage Reduction Per Step
Soft Add-Amp Mode
Soft Add-Amp High
Soft Add-Amp Low
Control ID Number
Control Operating Mode
Demand Time Interval
HMI Remote Security Override Elevation
VR1 Regulator Type
VR1 Tap Changer Type
TPI Sense Method
VR1 Regulator Configuration
System Line Voltage
VR1 Overall PT Ratio
VR1 Internal PT Ratio
VR1 CT Rating
Data Profiler Duration
Data Profiler Sample Period
PMT Mode A Time Delay
PMT Mode B Current Limit
PMT Mode B Max Dev
PMT Mode B Time Delay
Com Top Side DNP Remote Address
Com Top Side DNP Active Map
Com Bottom Side DNP Remote Address
Com Bottom Side DNP Active Map
LoopShare Comms Timeout, Sec
LoopShare Table Assignment
LoopShare Transmit Delay, mSec
Leader/Follower Devices Configured
Leader/Follower Tap Wait Timer, mSec
Leader/Follower Timout, Sec
Leader/Follower Retry Delay, Sec
Leader/Follower Retries
Leader/Follower Designation
Leader/Follower Mode
VR1 Operations Counter
AltConfigMode
AltConfigSelect
AltConfig1 Forward Set Voltage
AltConfig1 Forward Bandwidth
AltConfig1 Forward LDC Reactance
AltConfig1 Forward LDC Resistance
AltConfig1 Forward Time Delay
Page 17
Analog Output Points
CL-7 Available Data Points
Analog Output Points
Description
AltConfig1 Reverse Bandwidth
AltConfig1 Reverse LDC Reactance
AltConfig1 Reverse LDC Resistance
AltConfig1 Reverse Sense Mode
AltConfig1 Reverse Set Voltage
AltConfig1 Reverse Time Delay
AltConfig1 Operating Mode
AltConfig1 Voltage Limiting Mode
AltConfig1 Voltage Limiting High
AltConfig1 Voltage Limiting Low
AltConfig1 Voltage Reduction Mode
AltConfig1 LOCAL/DIGITAL-REMOTE Voltage Reduction Setting %
AltConfig1 Analog Voltage Reduction Setting 1 %
AltConfig1 Analog Voltage Reduction Setting 2 %
AltConfig1 Analog Voltage Reduction Setting 3 %
AltConfig1 Soft Add-Amp State
AltConfig1 Soft Add-Amp High
AltConfig1 Soft Add-Amp Low
AltConfig2 Forward Set Voltage
AltConfig2 Forward Bandwidth
AltConfig2 Forward LDC Reactance
AltConfig2 Forward LDC Resistance
AltConfig2 Forward Time Delay
AltConfig2 Reverse Bandwidth
AltConfig2 Reverse LDC Reactance
AltConfig2 Reverse LDC Resistance
AltConfig2 Reverse Sense Mode
AltConfig2 Reverse Set Voltage
AltConfig2 Reverse Time Delay
AltConfig2 Operating Mode
AltConfig2 Voltage Limiting Mode
AltConfig2 Voltage Limiting High
AltConfig2 Voltage Limiting Low
AltConfig2 Voltage Reduction Mode
AltConfig2 LOCAL/DIGITAL-REMOTE Voltage Reduction Setting %
AltConfig2 Analog Voltage Reduction Setting 1 %
AltConfig2 Analog Voltage Reduction Setting 2 %
AltConfig2 Analog Voltage Reduction Setting 3 %
AltConfig2 Soft Add-Amp State
AltConfig2 Soft Add-Amp High
AltConfig2 Soft Add-Amp Low
AltConfig3 Forward Set Voltage
AltConfig3 Forward Bandwidth
AltConfig3 Forward LDC Reactance
AltConfig3 Forward LDC Resistance
AltConfig3 Forward Time Delay
AltConfig3 Reverse Bandwidth
AltConfig3 Reverse LDC Reactance
AltConfig3 Reverse LDC Resistance
AltConfig3 Reverse Sense Mode
AltConfig3 Reverse Set Voltage
AltConfig3 Reverse Time Delay
AltConfig3 Operating Mode
AltConfig3 Voltage Limiting Mode
AltConfig3 Voltage Limiting High
AltConfig3 Voltage Limiting Low
AltConfig3 Voltage Reduction Mode
AltConfig3 LOCAL/DIGITAL-REMOTE Voltage Reduction Setting %
AltConfig3 Analog Voltage Reduction Setting 1 %
AltConfig3 Analog Voltage Reduction Setting 2 %
AltConfig3 Analog Voltage Reduction Setting 3 %
AltConfig3 Soft Add-Amp State
AltConfig3 Soft Add-Amp High
AltConfig3 Soft Add-Amp Low
ARL AltConfigActivate
ARL AltConfigTimer
Page 18
Analog Output Points
CL-7 Available Data Points
Analog Output Points
Description
VR2 Regulator Type
VR3 Regulator Type
VR2 Tap Changer Type
VR3 Tap Changer Type
VR2 Regulator Configuration
VR3 Regulator Configuration
VR2 Overall PT Ratio
VR3 Overall PT Ratio
VR2 Internal PT Ratio
VR3 Internal PT Ratio
VR2 CT Rating
VR3 CT Rating
VR2 Operations Counter
VR3 Operations Counter
Auto Tap Dead Phase Mode
Delay Timer Dead Phase
VR2 Basic Forward Set Voltage
VR2 Basic Forward Bandwidth
VR2 Basic Forward Time Delay
VR2 Basic Forward LDC Resistance
VR2 Basic Forward LDC Reactance
VR2 Basic Reverse Set Voltage
VR2 Basic Reverse Bandwidth
VR2 Basic Reverse Time Delay
VR2 Basic Reverse LDC Resistance
VR2 Basic Reverse LDC Reactance
VR3 Basic Forward Set Voltage
VR3 Basic Forward Bandwidth
VR3 Basic Forward Time Delay
VR3 Basic Forward LDC Resistance
VR3 Basic Forward LDC Reactance
VR3 Basic Reverse Set Voltage
VR3 Basic Reverse Bandwidth
VR3 Basic Reverse Time Delay
VR3 Basic Reverse LDC Resistance
VR3 Basic Reverse LDC Reactance
Nominal Secondary Load Voltage
Bias Co-Generation Alt Mode
AltConfig1 Bias Co-Generation Alt Mode
AltConfig2 Bias Co-Generation Alt Mode
AltConfig3 Bias Co-Generation Alt Mode
Page 19
Analog Output Points
Technical Data TD225006EN
Communications
Point Availability
Effective June 2015
Eaton
1000 Eaton Boulevard
Cleveland, OH 44122
United States
Eaton.com
Eaton’s Cooper Power Systems Division
2300 Badger Drive
Waukesha, WI 53188
United States
Eaton.com/cooperpowerseries
© 2015 Eaton
All Rights Reserved
Printed in USA
Publication No. TD225006EN
June 2015
Supersedes R225-70-35 (5/2013)
Eaton is a registered trademark.
All other trademarks are property
of their respective owners.
For Eaton's Cooper Power series CL-7 voltage
regulator control information
call 1-877-277-4636 or visit:
www.eaton.com/cooperpowerseries.
