Sel SEL-421 - Page 694

IN.4 Index
E–E
SEL-421 Relay Date Code 20111215
DC Battery System Monitor U.1.3,
A.2.21–A.2.26
ac ripple, definition
A.2.21
ac ripple, measuring
A.2.23
alarm
A.2.25
application example
A.2.22–A.2.25
dc ground detection
A.2.24
equalize mode voltage level
A.2.22
float high voltage level
A.2.22
float low voltage level
A.2.22
metering
A.2.25
open-circuit voltage level
A.2.22
reset metering
A.2.26
thresholds, warn and fail
A.2.22
trip/close voltage level
A.2.22
Vdc1
A.2.21
Vdc2
A.2.21
DCB
R.1.88–R.1.91
application example
A.1.74–A.1.77
blocking signal extension
R.1.89–
R.1.90
coordination timers
R.1.88–R.1.89
logic diagram
R.1.91
starting elements
R.1.89
stopping elements
R.1.90
DCUB
R.1.100–R.1.104
logic diagrams
R.1.103–R.1.104
loss-of-guard, LOG
R.1.100
permissive trip blocking, UBB
R.1.100
POTT scheme similarities
R.1.100
three-terminal lines
R.1.100–
R.1.101
timers
R.1.101
debounce
See Control Inputs
Demand Metering
A.2.33–A.2.37
See also Meter
reset
A.2.37
DFDT
R.1.15
DIAGNOSTICS.TXT
R.4.8
Dimensions
U.2.31
rack units, defined
U.2.1
Directional Comparison Blocking
See DCB
Directional Comparison Unblocking
See DCUB
Directional Control
R.1.39
See also Ground Directional
Elements; Phase and Negative-
Sequence Directional Elements
Directional Elements
See Ground Directional Elements;
Phase and Negative-Sequence
Directional Elements
Directional Overcurrent Elements
See Overcurrent Elements
Display
See LCD, Front Panel
Display Points
U.5.7–U.5.13
creating, application examples
U.5.12–U.5.13
deleting, application example
U.4.21–U.4.23
Distance Elements
See Mho Ground Distance
Elements; Quadrilateral Ground
Distance Elements
Distributed Port Switch
R.4.1, R.5.21
DNP3
A.6.3, A.7.2–A.7.3, R.6.1–R.6.31
access method
R.6.4, R.6.5
application example
R.6.27–R.6.31
conformance testing
R.6.4
Device Profile document
R.6.12
event data
R.6.3
objects
R.6.2, R.6.13–R.6.16
polling
See DNP3, access method
settings
R.6.8
testing
R.6.11
User’s Group
R.6.1
E
Earthing
See Grounding
EIA-232
See Communications
EIA-485
See Communications
Energy Metering
A.2.37–A.2.38
See also Meter
accuracy
A.2.38
reset
A.2.38
EPMU, setting
See Synchrophasors
ESS, setting
See Current and Voltage Source
Selection
Ethernet
U.1.4
See also Communications Card
Ethernet Card
See Communications Card
Ethernet Card Commands
R.4.10–
R.4.18
2ACCESS
R.4.12
ACCESS
R.4.13
DATE
R.4.13
DNPMAP
R.4.13
HELP
R.4.16
ID
R.4.16
MEMORY
R.4.17
PING
R.4.17
QUIT
R.4.12, R.4.17
STATUS
R.4.18
summary
R.4.11
syntax
R.4.10
TIME
R.4.18
Ethernet Card Settings
FTP
R.4.7
Telnet
R.4.9
EVE Command
A.3.12–A.3.14, R.9.17–
R.9.21
See also Event
Event
data capture initiate
A.3.4–A.3.5
data capture time
A.3.6
duration
A.3.5–A.3.7
effective sample rate, SRATE
A.3.5
ER equation
A.3.4–A.3.5
application example
A.3.4–A.3.5
EVE command
A.3.12–A.3.14,
R.9.17–R.9.21
initiate, TRI command
U.4.42,
A.3.5, R.9.57
application example
ACSELERATOR QuickSet
software
U.4.42–U.4.44
length, LER
A.3.6
prefault, PRE
A.3.6
storage capability
A.3.7
TRIP initiate
A.3.4
Event History
A.3.31–A.3.33
See also Event
ACSELERATOR QuickSet software
U.3.16, A.3.33
blank row
A.3.32
CHISTORY command
A.3.33,
R.9.8–R.9.9
contents
A.3.31
event types
A.3.32
HIS command
A.3.32, R.9.23–
R.9.24
retrieving history
U.3.16, U.4.44–
U.4.46
application example
ACSELERATOR QuickSet
software
U.4.44–U.4.45
terminal
U.4.45
terminal
A.3.32, A.3.33
Event Report
U.1.3, A.3.12–A.3.28
See also Event
*, largest current
A.3.16, A.3.20
>, trigger row
A.3.16, A.3.20
analog section
A.3.14–A.3.20
Compressed ASCII CEVENT
A.3.24–A.3.28
application example
A.3.25–
A.3.28