Schweitzer Engineering Laboratories SEL-701 - Page 454

701 Motor Protection Relay Date Code 20010719
Index
IN.2
Commissioning Procedure 7.2–7.7
clear data buffers
7.6
connection check
7.3
required equipment
7.2
Communication Cables
EIA-232 2.21, 6.3
EIA-485
2.22
null-modem
6.3
PC-to-relay cable pinout
6.3
Compressed ASCII Commands D.19
CASCII
D.21
CEVENT
D.26
CHISTORY
D.25
CME E
D.28
CME M
D.29
CME T
D.30
command table
D.19
CSTATUS
D.24
Contact Inputs 2.16
factory configuration
2.16–2.17
factory logic diagram
4.48
wetting voltage
2.16
wiring diagram
2.17
Contact Outputs 2.13–2.16
control equations
B.29
deengergized position
2.13
factory configuration
2.15–2.16
factory logic diagram
4.48
fail-safe operation
2.13, 2.15
fail-safe settings
4.45
Modbus control
C.14
nonfail-safe operation
2.13, 2.15
wiring diagrams
2.14, 2.15, 2.16
CONTROL Command 6.12
CT Ratio
selection 2.10
setting
4.1
setting example
4.4
Current Unbalance
See also Meter
elements
4.27
logic diagram
B.33
percent unbalance equations
4.27
functional test
7.12
load profile
8.7
meter
8.2
protection
using % unbalance element
4.27
using overcurrent element
4.25
using thermal element
4.8
Current Unbalance Element
glossary entry GL3
Currents
See also Ground CT; Meter
average running
8.9
connections
ground/neutral
2.11
phase
2.10
demand
8.3
load profile
8.7
starting
8.12, 8.14
wiring diagrams
phase
2.7, 2.8
residual IN
2.8
Cut & Drill Dimensions
See Dimensions, cut & drill
DATE command 6.12
Demand Meter 8.3
See also Meter, demand
front-panel function
5.16
glossary entry
GL.3
serial port command
6.16
time constant setting, DMTC
4.5
Diagrams
front panel 5.1, 5.4
installation/mechanical
cut & drill dimensions
2.3
ground CT placement
2.12
mechanical dimensions
2.2
mounting
2.4
rear panel
2.5
side panel
2.6
logic
current unbalance elements
B.33
factory contact inputs
4.48
factory contact outputs
4.48
factory event triggering
4.49
factory tripping
4.47
frequency elements
B.39
load jam elements
B.40
load loss
B.40, B.41
overcurrent elements
B.35