IN.2 Index
C–C
SEL-411L Relay Date Code 20151029
front-panel operations P.1 2. 13 ,
P.12.27
one-line diagrams
P. 1 2. 3 7 –P.12 .50
pushbutton navigation
P. 1 2. 1 3
status and alarm
P. 12 . 8
Best Choice Ground Directional Element
P.1.3
See also Ground Directional
Elements
Boolean Equations
P. 14 .4
See also SEL
OGIC Control
Equations
Breaker Bit
C.3.19
BREAKER Command P.9.16, P.1 5.4 –
P. 15 . 5
BREAKER CONTROL
front panel
P.7.23–P.7.24, P.12.16–
P.12.17
Breaker Failure Protection
See Circuit Breaker Failure
Breaker History Report
See Circuit Breaker‚ history report
Breaker Monitor
See Circuit Breaker‚ monitor
Breaker Report
See Circuit Breaker‚ breaker report
C
C37.118
See Synchrophasors, protocols
C37.94 fiber-optic interface
P.3.267
Cable
See Communications
CCVT
P.1.3
See also CVT Transient Detection
CEVENT Command
P.8.24–P.8.25,
P. 15 . 6–P.15.9
See also Event Report
Charging Current Compensation
P.3.13,
P. 3. 7 1, P.3.73, P.3.75, P.3.95
In-line transformers
P.3.16, P.11.21
See also line charging compensation
CHISTORY Command
P.8.30, P.15.10
See also Event History
Circuit Breaker
breaker report
P.9.17
Compressed ASCII CBR
P.9.19
contact wear curve
P.9.5–P.9.6
choose midpoint
P.9.5
creating
P.9.5
I
2
t P.9 .6
maximum interrupted current
limit
P.9.6
mechanical circuit breaker
service life
P.9 .5
contact wear monitor
P.9 .3–P.9.9
loading maintenance data
P.9 .3
preload contact wear
P.9 .6
history report
P. 9. 18
maintenance curve
P.9 .4
monitor
P.9.1–P.9.19
application example
P.9.3–P. 9 .1 6
electrical operating time
P.9.10
application example
P.9.11
enabling
P.9 .2
external trip initiation
P. 9 .7
inactivity time
P.9.15
application example
P.9.15
kA interrupt monitor
P.9.9
mechanical operating time
P.9.9
application example
P.9.9
motor running time
P.9.16
application example
P.9.16
pole discrepancy
P.9.14
application example
P.9.15
B1PDD time equation
P. 9. 1 4
pole scatter
P.9.12
application example
P.9.13
Circuit Breaker Failure
P.3.247–P.3.257
failure to interrupt fault current
Scheme 1 P.3.248
Scheme 2
P.3.249–P.3.251
failure to interrupt load current
P.3.252
flashover
P.3.253
logic diagrams
P.3.256–P.3.257
no current/residual current
P.3.251
retrip
single-pole
P.3.250–P.3.251
three-pole
P.3.248
subsidence current
P.3.248
types
P.3.247
Circuit Breaker Jumper
P.2.14
See also Jumpers
Circuit Breaker Monitor
See Circuit Breaker, monitor
Cleaning
P. 10 .2
Close
CLOSE n Command
P.15.10
manual
P. 4. 4 0
output
P.1 0. 24–P.10.27
Commands
P. 15 .1 –P.15.65
89CLOSE
P.15.2
89OPEN
P. 15 .2
ACCESS
P.15. 3
ASCII
P.1 5.1–P.15.65
BREAKER
P. 9. 16 , P.15.4–P.1 5. 5
CBREAKER
P.9.19
CEVENT
P.8.24, P.15. 6–P. 1 5. 9
CHISTORY
P.8.30, P.1 5.10
CLOSE n
P.15.10
COM
P.1 5.11 –P.15.13
CSER
P.8.32–P.8.33, P.15.15–
P.1 5.1 6
CSTATUS
P.11.40, P.15.17
CSUMMARY
P.8.28, P.15. 17–
P.1 5.1 8
EVENT
P.8.15–P.8.16, P.15.20 –
P.1 5.2 3
FILE
P.15.24
HELP
P.15. 26
HISTORY
P.8.29, P.8.30, P.15.27 –
P.1 5.2 8
ID
P.15.28
METER
P.9.25, P.15.32–P.15.38
OPEN n
P. 15 .3 9
PASSWORD
P.15.39–P.15.40
PULSE
P.11.8, P.1 5.42 –P.15. 43
QUIT
P.15.43
SER
P. 8. 3 1–P.8.32, P.1 5.43 –P.15. 45
SET
P.15.45–P.15.49
SHOW
P. 15 .4 9
STATUS
P.1 1. 39–P.1 1. 40, P.15. 53 –
P.1 5.5 4
SUMMARY
P.8.27, P. 1 5. 5 5
TARGET
P. 11 .8 , P.15.56–P.15.57
TEC
P.3.122–P.3.123, P.15.57
TEST DB
P.1 1. 8, P.15.57–P.15.58
TEST DB2
P. 11 .8
TEST FM
P.1 1. 9, P.15.59–P.15.61
TIME Q
P. 1 3. 4 –P. 13 . 5 , P.1 5.62
TRIGGER
P.8.5, P.15. 62
VERSION
P.15.63–P.15.64
Commissioning
procedure
P.1 0.27 –P.10.28
Commissioning Testing
P. 1 1. 2
See also Testing
Communications
ASCII commands
See ASCII Commands
cable
P.2.38, P.1 0.5 , C.1.3
DNP3
See DNP3
EIA-232
C.1.2–C.1.3
hardware flow control
C.2.1
pin functions
C.1.3
EIA-485
C.1.4, C.2.17
IEC 61850
See IEC 61850
interfaces
P.2.10, C.1.1
LMD
See Distributed Port Switch
M
IRRORED BITS communications
See M
IRRORED BITS
Communications
protocol
C.1.1
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