Eaton 600 A 25 kV class PUSH-OP Installation, Operation And Maintenance Instructions

TABLE 5-3. Function Codes (continued)
Func.
Code
Level 1
Main Menu
Level 2
Sub-Menu
Level 3
Parameter
Security Level Factory Setting
Key Entry Limit
Read Edit Reset Low High
31 Metering Reverse Demand 031 Rev Compensated
Voltage High
XXX.X Volts
(Date / Time shown)
0 NA 1 NA NA NA
• This is the highest value of the calculated secondary voltage at the center of regulation during reverse power flow (since last
reset), as a demand value, according to the demand time interval at FC 46.
• The reverse line-drop compensation settings for resistance and reactance (FC 54 and FC 55) are used in this calculation.
• Date and time of the occurrence of the highest compensated is displayed.
• The control requires source voltage from a differential or source potential transformer or from the source voltage calculation
(see FC 39) to obtain this parameter. Lack of this voltage will result in the parameter displaying dashes.
31
Metering Reverse Demand 031 Rev Compensated
Voltage Low
XXX.X Volts
(Date / Time shown)
0 NA 1 NA NA NA
• This is the lowest value of the calculated secondary voltage at the load center during reverse power flow (since last reset), as
a demand value, according to the demand time interval at FC 46.
• The reverse line-drop compensation settings for resistance and reactance (FC 54 and FC 55) are used in this calculation.
• Date and time of the occurrence of the lowest compensated voltage is displayed.
• The control requires source voltage from a differential or source potential transformer or from the source voltage calculation
(see FC 39) to obtain this parameter. Lack of this voltage will result in the parameter displaying dashes.
31
Metering Reverse Demand 031 Rev Compensated
Voltage Present
XXX.X Volts
0 NA NA NA NA NA
• This is the present value of the calculated secondary load center during reverse power flow), as a demand value, according to
the demand time interval at FC 46.
• The reverse line-drop compensation settings for resistance and reactance (FC 54 and FC 55) are used in this calculation.
• The control requires source voltage from a differential or source potential transformer or from the source voltage calculation
(see FC 39) to obtain this parameter. Lack of this voltage will result in the parameter displaying dashes.
32 Metering Reverse Demand 032 Reverse Load
Current High
XXX.X A
(Date / Time shown)
0 NA 1 NA NA NA
• This is the highest value of the load current during reverse power flow (since the last reset), as a demand value, according to
the demand time interval at FC 46.
• Date and time of the occurrence of the highest load current is displayed.
• The control requires source voltage from a differential or source potential transformer or from the source voltage calculation
(see FC 39) to obtain this parameter. Lack of this voltage will result in the parameter displaying dashes.
32
Metering Reverse Demand 032 Reverse Load
Current Low
XXX.X A
(Date / Time shown)
0 NA 1 NA NA NA
• This is the lowest value of the load current during reverse power flow (since the last reset), as a demand value, according to
the demand time interval at FC 46.
• Date and time of the occurrence of the lowest load current is displayed.
• The control requires source voltage from a differential or source potential transformer or from the source voltage calculation
(see FC 39) to obtain this parameter. Lack of this voltage will result in the parameter displaying dashes.
45
CL-6 SERIES CONTROL INSTALLATION, OPERATION, AND MAINTENANCE INSTRUCTIONS MN225016EN January 2016

Eaton 600 A 25 kV class PUSH-OP Specifications

General

Brand	Eaton
Model	600 A 25 kV class PUSH-OP
Category	Cables and connectors
Language	English