Control and Testing

	Parameter			Address
	Default	Min	Max	Unit	Logic Diagram
Local control panel	LOC: Param. change enabl.					003 010
	0: No
	Setting the enable for changing values from the local control panel.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
“Logical” communication interface 1	COMM1: Sel.spontan.sig.test						003 180
	060 000: MAIN: Without function				Fig. 3-16
	Signal selection for testing purposes.
	COMM1: Test spont.sig.start						003 184
	0: don't execute				Fig. 3-16
	Triggering of transmission of a selected signal as “starting”.
	COMM1: Test spont.sig. end						003 186
	0: don't execute				Fig. 3-16
	Triggering of transmission of a selected signal as “ending”.
	COMM1: Sel. pos. dev.test						221 105
	0: Not assigned
	Select a device DEVxx for testing the transmission of switchgear device position in monitoring direction.
	COMM1: Test position dev.						221 106
	0: don't execute
	Carry out a test to check the transmission of switchgear device position in monitoring direction for the device selected at COMM1: Sel. pos. dev.test.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
“Logical” communication interface 2	COMM2: Sel.spontan.sig.test						103 180
	060 000: MAIN: Without function				Fig. 3-18
	Signal selection for testing purposes.
	COMM2: Test spont.sig.start						103 184
	0: don't execute				Fig. 3-18
	Triggering of transmission of a selected signal as "starting".
	COMM2: Test spont.sig. end						103 186
	0: don't execute				Fig. 3-18
	Triggering of transmission of a selected signal as "ending".

	Parameter			Address
	Default	Min	Max	Unit	Logic Diagram
IEC 61850 Communication	IEC: Sel.spontan.sig.test					104 245
	060 000: MAIN: Without function
	IEC: Test spont.sig.start					104 246
	0: don't execute
	IEC: Test spont.sig. end					104 247
	0: don't execute
	IEC: Sel. pos. DEV test					104 248
	0: Not assigned
	IEC: Test position DEV					104 249
	0: don't execute

	Parameter			Address
	Default	Min	Max	Unit	Logic Diagram
Generic Object Orientated Substation Events	GOOSE: IED01-16 linked					107 251
	2:
	GOOSE: IED17-32 linked					107 252
	2:
	GOOSE: ExtDev01-16 linked					107 253
	2:
	GOOSE: ExtDev17-32 linked					107 254
	2:
	GOOSE: OrdRun01-16 linked					107 248
	2:
	GOOSE: OrdRun17-32 linked					107 249
	2:
	GOOSE: Uniqueness 1-16					007 217
	Not measured	0	65535
	GOOSE: Uniqueness 17-32					007 218
	Not measured	0	65535

	Parameter			Address
	Default	Min	Max	Unit	Logic Diagram
IEC Generic Substation Status Events	GSSE: Reset statistics					105 171
	0: don't execute
	Command to reset monitoring counters as listed below.
	GSSE: Enroll. IEDs flags L					105 160
	Not measured	0	65535
	Bar with state bits for all GSSE inputs, showing if the respective GSSE sending device has logged-on and is transmitting free of fault (input 1 to 16).
	GSSE: Enroll. IEDs flags H					105 161
	Not measured	0	65535
	Bar with state bits for all GSSE inputs, showing if the respective GSSE sending device has logged-on and is transmitting free of fault (input 17 to 32).
	GSSE: Tx message counter					105 162
	Not measured	0	65535
	Shows the number of GSSE messages sent. This counter is reset by GSSE: Reset statistics.
	GSSE: Rx message counter					105 163
	Not measured	0	65535
	Shows the number of GSSE messages received. This counter is reset by GSSE: Reset statistics.
	GSSE: No. bin.state chang.					105 164
	Not measured	0	65535
	Number of state changes included in a GSSE sent. This counter is reset by GSSE: Reset statistics.
	GSSE: Tx last sequence					105 165
	Not measured	0	65535
	State of the continuous counter sequence for the message counter sent with each GSSE.
	GSSE: Tx last message					105 166
	Not measured	0	65535
	State of the continuous counter sequence for state changes sent with each GSSE.
	GSSE: No. reject. messages					105 167
	Not measured	0	65535
	Number of telegram rejections having occurred because of non-plausible message content. This counter is reset by GSSE: Reset statistics.
	GSSE: IED view selection					105 170
	1: Remote IED
	Setting for which GSSE sending device the following statistics information is to be displayed.
	GSSE: IED receiv. messages					105 172
	Not measured	0	65535
	Counter of the received GSSE telegrams.
	GSSE: IED Rx last sequence					105 173
	Not measured	0	65535
	State of the continuous counter sequence for the message counter received with each GSSE.
	GSSE: IED Rx last message					105 174
	Not measured	0	65535
	State of the continuous counter sequence for state changes received with each GSSE.
	GSSE: IED missed messages					105 175
	Not measured	0	65535
	Number of missing GSSE messages (gaps in the continuous sequence numbering). This counter is reset by GSSE: Reset statistics.
	GSSE: IED missed changes					105 176
	Not measured	0	65535
	Number of missing state changes (gaps in the continuous sequence numbering). This counter is reset by GSSE: Reset statistics.
	GSSE: IED time-outs					105 177
	Not measured	0	65535
	Number of GSSE received after the validity time period has elapsed. This counter is reset by GSSE: Reset statistics.

	Parameter			Address
	Default	Min	Max	Unit	Logic Diagram
Measured data input	MEASI: Reset Tmax USER					003 045
	0: don't execute
	Resetting measured maximum temperatures Tmax and Tmax Tx (x=1...9) to updated measured values.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Binary and analog output	OUTP: Reset latch. USER						021 009
	0: don't execute				Fig. 3-33
	Reset of latched output relays from the user interface.
	OUTP: Relay assign. f.test						003 042
	060 000: MAIN: Without function				Fig. 3-34
	Selection of the relay to be tested.
	OUTP: Relay test						003 043
	0: don't execute				Fig. 3-34
	The relay selected for testing is triggered for the duration set at OUTP: Hold-time for test.
	OUTP: Hold-time for test						003 044
	1	1	10	s	Fig. 3-34
	Setting for the time period for which the selected output relay is triggered for functional testing.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Measured data output	MEASO: Reset output USER						037 116
	0: don't execute				Fig. 3-37
	Resetting the measured data output function.

Parameter

Address

Default

Min

Max

Unit

Logic Diagram

Main function

MAIN: General reset USER

003 002

0: don't execute

Fig. 3-71

Reset of the following memories:

▪	All counters
▪	LED indicators
▪	Operating data memory
▪	All event memories
▪	Event counters
▪	Fault data
▪	Measured overload data
▪	Recorded fault values

MAIN: Reset indicat. USER

021 010

0: don't execute

Fig. 3-71

Reset of the following displays:

▪	LED indicators
▪	Fault data

MAIN: Rset.latch.trip USER

021 005

0: don't execute

Fig. 3-67

Reset of latched trip commands from the local control panel.

MAIN: Reset c. cl/tr.cUSER

003 007

0: don't execute

Fig. 3-68

The counters for counting the close and trip commands are reset.

MAIN: Reset IP,max,st.USER

003 033

0: don't execute

Fig. 3-49

The values for the delayed stored maximum phase current are reset (for all ends).

MAIN: Group reset 1 USER

005 253

0: don't execute

Fig. 3-72

MAIN: Group reset 2 USER

005 254

0: don't execute

Fig. 3-72

Group of resetting commands.

MAIN: Man. trip cmd. USER

003 040

0: don't execute

Fig. 3-67

A 100 ms trip command is issued from the local control panel.

Note: The command is only executed if the manual trip command has been configured as trip command 1 or 2.

MAIN: Soft Warm restart

003 039

0: don't execute

A warm restart of the software is carried out. The device functions as it does when the power supply is turned on, except that no hardware tests are carried out.

MAIN: Warm restart

010 166

0: don't execute

A warm restart is carried out. The device functions as it does when the power supply is turned on.

MAIN: Soft Cold restart

000 085

0: don't execute

A cold restart of the software is carried out. This means that all settings and recordings are cleared, but no tests of the hardware are carried out during the restart. Parameter values used by the P632 after a cold restart have been selected in such a manner that the P632 is blocked after a cold restart.

MAIN: Cold restart

009 254

0: don't execute

A cold restart is carried out. A cold restart means that all settings and recordings are cleared. Parameter values used by the P632 after a cold restart have been selected in such a manner that the P632 is blocked after a cold restart.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Operating data recording	OP_RC: Reset record. USER						100 001
	0: don't execute				Fig. 3-77
	The operating data memory and the counter for operation signals are reset.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Monitoring signal recording	MT_RC: Reset record. USER						003 008
	0: don't execute				Fig. 3-78
	Reset of the monitoring signal memory.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Overload recording	OL_RC: Reset record. USER						100 003
	0: don't execute				Fig. 3-82
	Reset of the overload memory.

Parameter

Address

Default

Min

Max

Unit

Logic Diagram

Fault recording

FT_RC: Trigger USER

003 041

0: don't execute

Fig. 3-88

Fault recording is enabled from the local control panel for 500 ms.

FT_RC: Reset record. USER

003 006

0: don't execute

Fig. 3-89

Reset of the following memories:

▪	LED indicators
▪	Fault memory
▪	Fault counter
▪	Fault data
▪	Recorded fault values

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Thermal overload protection	THRM1: Reset replica USER						039 120
	0: don't execute				Fig. 3-136
	Reset of the thermal replica of the thermal overload protection 1.

	Parameter			Address
	Default	Min	Max	Unit	Logic Diagram
Over-/underfrequency protection	f<>: Reset meas.val. USER					003 080
	0: don't execute
	Resetting the measured event values f<>: Max. frequ. for f> and f<>: Min. frequ. for f<.

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Overfluxing protection	V/f: Reset replica USER						035 183
	0: don't execute				Fig. 3-151

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Current transformer supervision	CTS: Reset latch. USER						036 157
	0: don't execute				Fig. 3-157

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Circuit breaker failure protection	CBF_1: Enable USER						003 016
	0: don't execute				Fig. 3-162
	Circuit breaker failure protection is enabled from the local control panel.
	CBF_1: Disable USER						003 015
	0: don't execute				Fig. 3-162
	Circuit breaker failure protection is disabled from the local control panel.

	Parameter			Address
	Default	Min	Max	Unit	Logic Diagram
Circuit breaker failure protection	CBF_2: Enable USER					003 124
	0: don't execute
	CBF_2: Disable USER					003 123
	0: don't execute

	Parameter			Address
	Default	Min	Max	Unit		Logic Diagram
Programmable Logic	LOGIC: Trigger 1						034 038
	0: don't execute				Fig. 3-177
	LOGIC: Trigger 2						034 039
	0: don't execute
	LOGIC: Trigger 3						034 040
	0: don't execute
	LOGIC: Trigger 4						034 041
	0: don't execute
	LOGIC: Trigger 5						034 042
	0: don't execute
	LOGIC: Trigger 6						034 043
	0: don't execute
	LOGIC: Trigger 7						034 044
	0: don't execute
	LOGIC: Trigger 8						034 045
	0: don't execute				Fig. 3-177
	Intervention in the logic at the appropriate point by a 100 ms pulse.