Rockwell Automation 1407-CGCM Combination Generator Control Module - Manual (Page 241)

Rockwell Automation Publication 1407-UM001G-EN-P - April 2013 241
Index
L
limiters
187
limiting functions
50
generator capability curve 50
over-excitation limit 52
under-excitation 53
volts hertz 51
line drop compensation
47
inputs 215
load compensator mode
185
load share tab
98
load sharing 225
inputs 225
outputs 226
loss of excitation
current 55
inputs 216 , 217
outputs 217
power 57
loss of operating power 219
inputs 219
outputs 219
loss of sensing 56 , 218
inputs 218
outputs 218
M
math models 185
metering
64 , 160 , 227
functions 10
inputs 227
outputs 227
parameters 64
mounting
clearance 13
dimensions 14
enviromental considerations 13
requirements 13
O
OEL tab
83
operation
37
operational functions 43
excitation control modes 44
limiting 50
metering 64
protection 54
real power load sharing 63
redundancy 66
synchronizing 59
watchdog timer 69
operational test functions
114
apply verify PMG power 115
spin the generator 115
verify adjust AVR mode 116
verify adjust FCR operation 115
verify metered voltages 116
verify phase rotation 116
verify redundancy operation 117
outputs
11
over-excitation limit 52
inputs 214
outputs 214
over-excitation voltage 55
inputs 217
outputs 217
over-frequency 58
P
phase rotation check
221 , 222
inputs 221
outputs 222
phase rotation fault
59
power factor mode 211
inputs 211
outputs 211
power factor regulation mode 47
power inputs
40
control power 40
excitation power 40
power tab
103
power up 24V DC
107
preparation 71
equipment required 72
record system parameters 72
protection 163 , 216
definite time over-frequency 219
definite time overfrequency 220
definite time under-frequency 220
general 216
generator over-current 222
generator over-voltage 217 , 218
generator under-voltage 218
loss of excitation 216 , 217
loss of operating power 219
loss of sensing 218
over-excitation voltage 217
phase rotation check 221 , 222
reverse power 220 , 221
reverse VAR 219
rotating diode monitor 221
protection functions
10 , 54
generator over-current 59
generator over-voltage 55
generator under-voltage 55
loss of excitation current 55
loss of excitation power 57
loss of sensing 56
over-excitation voltage 55
over-frequency 58
phase rotation fault 59
reverse power 58
reverse VAR 57
rotating diode failure 58
under-frequency 58