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Page 12-5
IL17569
Effective June, 2001
Table 12.4 Event General Cause Table
Cause
Cause Description
Value Given
PwrOn
The FP-5000 is powered on
No value associated with this cause
PwrOff
The FP-5000 is powered off
No value associated with this cause
FltPwrOp
Transition to Fault Powered Operation
No value associated with this cause
SetChange
The program settings are changed and saved
The Setpoint Sequence number
PRSetGrpCh
The protection active setting group is changed
The new active setting group number
(#1 - #4)
SetRTC
The real time clock is set to a new date/time
No value associated with this cause
Trig Wfm Capt
The trigger for a waveform capture is activated
The event that has caused the trigger –
dV/dI, Logic, PB, Comm
Rst Trip/Alm
A reset of the trip or alarm is performed
No value associated with this cause
Reset Energy
The energy values are reset
No value associated with this cause
RstCurPKDmd
The current peak demand values are reset
No value associated with this cause
RstPwrPKDmd
The power peak demand values are reset
No value associated with this cause
RstMinMax
The min and max values are reset
No value associated with this cause
RstHistLog
The history log has been reset
No value associated with this cause
ClrDataLogger
The data logger saved data is cleared
No value associated with this cause
Default Set
The setpoints are returned to the default settings
The Setpoint Sequence number
Every pickup and dropout of an enabled protection function can be logged in the Event log. Each class of pickups must be programmed to be
logged (see Section 5). Observing pickups in the Event log can show if a current or voltage transient is causing a pickup. Most values given
with each log can be accessed by selecting the line immediately below the Cause and pressing Enter. The information given is a series of
status flags that show the state of that status at the time of the event. Table 12.5 shows all the possible event causes that are a pickup or a
dropout of a protective function.
12.5 Event Pickup, or Dropout Cause Table
Cause
Cause Description
Value Given
50P IOC
Phase Instantaneous Over Current
IOC Pickup Status – contains status flags that describe
is picked up or dropped out
the state of all possible IOC pickups
50X IOC
IX (ground) Instantaneous Over
IOC Pickup Status – contains status flags
Current is picked up or dropped out
that describe the state of all possible IOC pickups
50R IOC
IR Residual Instantaneous Over Current
IOC Pickup Status – contains status flags that describe
is picked up or dropped out
the state of all possible IOC pickups
51P TOC
Phase Time Over Current is picked up
TOC Pickup Status – contains the status flags that
or dropped out
describe the state of all possible TOC pickups
51X TOC
IX (ground) Time Over Current has
TOC Pickup Status – contains the status flags that describe
picked up or dropped out
the state of all possible TOC pickups
51R TOC
IR Residual Time Over Current has
TOC Pickup Status – contains the status flags that describe
picked up or dropped out
the state of all possible TOC pickups
59M OV
Main Phase Over Voltage has picked
Voltage Pickup Status – contains the status flags that
up or dropped out
describe all under and over voltage pickups
27M UV
Main Phase Under Voltage has picked
Voltage Pickup Status – contains the status flags that
up or dropped out
describe all under and over voltage pickups
Summary of Contents for 66D2041G01
Page 1: ...IL17569 Effective June 2001 Instructions for FP 5000 Protective Relay ...
Page 7: ...IL17569 Table of Contents 6 Effective June 2001 This page left blank intentionally ...
Page 13: ...IL17569 Page 2 2 Effective June 2001 Figure 2 2 FP 5000 Simple Wye Connected Application ...
Page 14: ...Page 2 3 IL17569 Effective June 2001 Figure 2 3 FP 5000 Simple Open Delta Application ...
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Page 25: ...IL17569 Page 3 6 Effective June 2001 This page left blank intentionally ...
Page 98: ...IL17569 Page 5 50 Effective June 2001 This page left blank intentionally ...
Page 108: ...IL17569 Page 6 10 Effective June 2001 Figure 6 10 Common Ct Wiring Configurations ...
Page 141: ...IL17569 Page 11 4 Effective June 2001 This page left blank intentionally ...
Page 165: ...IL17569 Page Appendix 6 Effective June 2001 Figure 13 2 ANSI Very Inverse ...
Page 166: ...Page Appendix 7 IL17569 Effective June 2001 Figure 13 3 ANSI Extremely Inverse ...
Page 167: ...IL17569 Page Appendix 8 Effective June 2001 Figure 13 4 IEC A Figure 13 4 IEC A ...
Page 168: ...Page Appendix 9 IL17569 Effective June 2001 Figure 13 5 IEC B ...
Page 169: ...IL17569 Page Appendix 10 Effective June 2001 Figure 13 6 IEC C ...
Page 170: ...Page Appendix 11 IL17569 Effective June 2001 Figure 13 7 IEC ...
Page 171: ...IL17569 Page Appendix 12 Effective June 2001 Figure 13 8 ANSI ...
Page 172: ...Page Appendix 13 IL17569 Effective June 2001 Figure 13 9 Thermal ...
Page 173: ...IL17569 Page Appendix 14 Effective June 2001 Figure 13 10 Phase I4 t ...
Page 174: ...Page Appendix 15 IL17569 Effective June 2001 Figure 13 11 Phase I2 t ...
Page 175: ...IL17569 Page Appendix 16 Effective June 2001 Figure 13 12 Phase It ...
Page 176: ...Page Appendix 17 IL17569 Effective June 2001 Figure 13 13 Phase 12 I4 t ...
Page 177: ...IL17569 Page Appendix 18 Effective June 2001 Figure 13 14 Phase I2 t ...
Page 178: ...Page Appendix 19 IL17569 Effective June 2001 Figure 13 15 Ground IT ...
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Page 187: ...Publication No IL17569 June 2001 Pittsburgh Pennsylvania U S A ...