Schweitzer Engineering Laboratories SEL-701 - Page 464

701 Motor Protection Relay Date Code 20010719
Index
IN.12
% Thermal Capacity
analog output 4.42
interpreting values
E.12
RTD
4.34
thermal element
4.8
Thermal Capacity
See also % Thermal Capacity
alarm setting
4.21
average & peak values
8.9
learned starting
4.21
load profile
8.7
meter
5.16, 6.17, 8.4
required to start
4.21, E.13
RTD % thermal capacity
4.34
starting
8.12, 8.14
Thermal Element 4.8–4.22
alarm
4.21
front-panel reset
5.22
functional test
7.13
generic curves, figure
4.13
generic curves, table
4.14
generic method
4.8, 4.11
lockout
B.21
motor cooling time
4.22
rating method
4.8, 4.9
example
4.10
RTD biasing
4.34
setting examples
locked rotor trip time dial
4.10
rating method
4.10
user method
4.18
setting methods
4.8
starting protection
E.8, E.9
theoretical description
E.1
user method
4.8, 4.17
example
4.18
Thermal Element Biasing 4.34
Thermal Limit
3000 HP motor example 4.19
generic curves, figure
4.13
time per curve
4.11
Thermal Model
See Thermal Element
Thermistors 2.18
Thermocouples 2.18
Time Between Starts
lockout B.21
meter
5.16, 6.17, 8.4
protection
4.25
TIME Command 6.30
Time to Thermal Trip
meter 5.16, 6.17, 8.4
Torque
mounting nut spec 2.4
TRIGGER Command 6.31
Trip Contact
fail-safe operation 4.45
minimum duration timer
4.45
wiring diagrams
2.15
Trip Counters 8.10
Trip Logic
factory default 4.47
Trip Reset
front-panel function 5.10
Trip Voting 4.34
Troubleshooting Procedure 10.6
Typographic Conventions 1.3
Unbalance Current
See Current, unbalance
Underpower Element 4.39
logic diagram
B.32
Upgrade
See Firmware Upgrade
View Relay Word
See also TARGET Command
Voltage-Based Protection 4.37
frequency elements
4.41
overvoltage elements
4.37
logic diagram
B.37
power factor elements
4.40
reactive power (VAR) elements
4.38
relay models
4.37
tripping logic
4.47
underpower elements
4.39
undervoltage elements
4.37
logic diagram
B.32