GE MiCOM P40 Agile Technical Manual page 374

P44x/EN PL/Hb6
(PL) 6-54
Ordinal English Text
1074 V>2 Timer Block
298 V>2 Trip
406 V>3 Start
408 V>3 Start A
409 V>3 Start B
410 V>3 Start C
1075 V>3 Timer Block
414 V>3 Trip
407 V>4 Start
411 V>4 Start A
412 V>4 Start B
413 V>4 Start C
1076 V>4 Timer Block
415 V>4 Trip
213 V3< Alarm
215 V3> Alarm
214 V4< Alarm
216 V4> Alarm
205 Val/Fail Acq Al.
1224 Virtual Input 1
1225 to Virtual Input 2 to
1287 Virtual Input 64
512 Virtual output 1
513 to Virtual output 2
543 Virtual output 32
389 VN>1 Start
1077 VN>1 Timer Block
391 VN>1 Trip
390 VN>2 Start
1078 VN>2 Timer Block
392 VN>2 Trip
Description
Block phase overvoltage stage 2 time delay
Set to 1: 'V>2 Time Delay' will be blocked and V>2 will
start but will not issue any trip command.
Reset to 0: Opto input power off if signal assigned to
an opto input OR DDB at 0 if signal assigned to a DDB
cell
nd
Overvoltage 2 stage 3-phase 2 trip
Overvoltage stage 3 start
Overvoltage phase A stage 3 start
Overvoltage phase B stage 3 start
Overvoltage phase C stage 3 start
Block phase overvoltage stage 3 time delay
Set to 1: 'V>3 Time Delay' will be blocked and V>3 will
start but will not issue any trip command.
Reset to 0: Opto input power off if signal assigned to
an opto input OR DDB at 0 if signal assigned to a DDB
cell
Overvoltage stage 3 trip
Overvoltage stage 4 start
Overvoltage phase A stage 4 start
Overvoltage phase B stage 4 start
Overvoltage phase C stage 4 start
Block phase overvoltage stage 4 time delay
Set to 1: 'V>4 Time Delay' will be blocked and V>4 will
start but will not issue any trip command.
Reset to 0: Opto input power off if signal assigned to
an opto input OR DDB at 0 if signal assigned to a DDB
cell
Overvoltage stage 4 trip
Third undervoltage stage Alarm
Third overvoltage stage Alarm
Fourth undervoltage stage Alarm
Fourth overvoltage stage Alarm
Relays with IEC 61850 9-2 Ethernet board only with
software version up to D4.x
Alarm NCIT (9-2 Ethernet) - Frame from Merge Units
failed.
Any Logical Node is synchronized with Internal (local)
synchronization
Goose input n° 1 - Allows binary signals that are
mapped to virtual inputs to interface into PSL
Goose input n° 2 to
Goose input n° 32
Goose output n° 1 - Allows user to control a binary
signal which can be mapped via SCADA protocol
output to other devices
Goose output n° 2 to
Goose output n° 32
Neutral overvoltage stage 1 pick up
Block earth overvoltage stage 1 time delay
Neutral overvoltage stage 1 trip
Neutral overvoltage stage 2 pick up
Block earth overvoltage stage 2 time delay
Neutral overvoltage stage 2 trip
Programmable Logic
MiCOM 40 Agile P442, P444
Source
PSL (IN) V>2
PSl (OUT)
Overvoltage
PSL
PSL
PSL
PSL
PSL (IN) V>3
PSL
PSL
PSL
PSL
PSL
PSL (IN) V>4
PSL
PSL(IN)
PSL(IN)
PSL(IN)
PSL(IN)
PSL (OUT)
SW
SW
PSL
PSL
PSL
PSL (IN)
VN>1
PSL
PSL
PSL (IN)
VN>2
PSL