Schneider / MiCOM P821 T/J31 10E setting parameters & highlights (SC5012)

Overview

MiCOM P821 is an advanced Breaker Failure relay with backup protection functions. It offers a range of protection functions, combined with extensive monitoring capacities to give you optimized efficiency and maximum control for your electric schemes. It is suitable for all voltage levels.

For more detailed information on “MiCOM P821” relays, refer to Schneider protection relays manuals.

To see other supported devices, click here.

Setting Parameters

Breaker Failure Protection Settings for Group1

Address	Group	Description	Settings range	Step	Unit	Format	Default settings
0200	Setting group n°1	Breaker Failure	0-1	1	–	F24	0
0201		Threshold I<	5 to 400	1	In/100	F1	10
0202		TBF1 delay	0 to 4000	5	1/1000 s	F1	10
0203		TBF2 delay	0 to 4000	5	1/10	F1	40
0204		1st stage Reset	0 – 1	1		F27	0
0205		End fault	0 – 1	1		F42	0
0206		I_DZ> threshold	5 – 400	1	In/100	F1	100
0207		DZ delay	0 to 40000	5	1/1000 s	F1	10
0208		Pole Discrepancy	0 – 1	1		F43	0
0209		I_PD> Threshold	8 – 400	1	In/100	F1	80
020A		I_PD< Threshold	5 – 100	1	In/100	F1	40
020B		PD Delay	0 to 40000	5	1/1000 s	F1	10
020C		Phase Breaker failure	0-1	1		F56	0
020D		Earth Breaker failure	0-1	1		F57	0
020E		I0< Threshold	N: 5 to 400 S: 1 to 400 VS: 2 to 800	1	In/100 In/100 In/1000	F1	N: 10 S: 5 VS: 25
020F		Phase Delay stage 1	0 to 40000	5	1/1000 s	F1
0210		Phase Delay stage 2	0 to 40000	5	1/1000 s	F1
0211		CB Fail Neg. Seq.	0 to 1	1		F24
0212		I2< BF	5 to 200	1	1/100	F1
0213		Neg. Delay stage 1	0 to 40000	5	1/1000 s	F1
0214		Neg. Delay stage 2	0 to 40000	5	1/1000 s	F1
0215		CB unhealthy	0 to 1	1		F24
0216		CB unh. stage 1	0 to 40000	5	1/1000 s	F1
0217		CB unh. stage 2	0 to 40000	5	1/1000 s	F1
0218		Ie DZ>threshold	N: 5 to 400 S: 1 to 400 VS: 2 to 800	1	In/100 In/100 In/1000	F1
0219		External Non I Reset by	0 to 2	1		F62

Other Setting Parameters

Address	Group	Description	Settings range	Step	Unit	Format	Default settings
0100	Remote settings	Address	1 to 255	1	–	F1	1
0101		Language	0 to 7	–	–	F1	–
0102		Password characters 1 and 2	32 -127	1	–	F10	AA
0103		Password characters 3 and 4	32 -127	1	–	F10	AA
0104		Frequency	50-60	10	Hz	F1	50
0105		Phase A Labelling	L1 – A – R	VTA		F25	A
0106		Phase B Labelling	L2 – B – S	VTA		F25	B
0107		Phase C Labelling	L3 – C – T	VTA		F25	C
0108		Earth Labelling	N – E – o	VTA		F25	N
0109		Default display	1-3	1	–	F26	1
010A		User reference (characters 1 and 2)	32-127	1		F10	AL
010B		User reference (characters 3 and 4)	32-127	1		F10	ST
010C		Fault number to be displayed	1-5	1		F49	5
010D		Configuration of the logic inputs validation edge		0		F11	0
010E		Reserved
010F		Type of the logic inputs input voltage	0-1	1		F50	0
0110	CB supervision	CB operation number		1		F1
0111		CB operating time		1	1/10 sec	F1
0112 to 0113		San IA			An	F18
0113 to 0114		San IB			An	F18
0114 to 0115		San IC			An	F18
0118		Wiring security	0 – 1	1		F52
0119		Relay to test 1	1 – 8	1		F53
011A		Relay to test 1	1 – 8	1		F53
011B to 011E		Reserved
011F		Latched relays				F14
120	Ratios	Phase CT: primary value	1 to 50000	1		F14	1000
0121		Phase CT: secondary value	1 to 5	4		F1	1
0122	Trip relay allocation	Trip relay functionality (word 1)	0 to 65535	1		F6
0123	Latching	Trip relay latching function (word 1)	0 to 255	1	10 V	F8
0124	Ratio	Earth CT: primary value	1 to 50000	1		F1	1000
0125		Earth CT: secondary value	1 to 5	4		F1	1
0126		Trip relay functionality (word 2)	0 to 65535	1		F6’
0127	Latching	Trip relay latching function (word 2)	0 to 65535	1		F8’
0128 to 012F		Reserved
0130	Communication	Baud rate	0 to 7	1	–	F4	6 = 19200 bauds
0131		Parity	0 to 2	1	–	F5	0 = without
0132		Data bits	0 to 1	1		F28	1 = 8 bits
0133		Number of stop bits	0 to 1	1	–	F29	0 = 1 stop bit
0134		Comm. Available	0 to 1	1	–	F30	1 = COM available
0135		Date Format	0 to 1	0		F48	0 = Private
0136		Reserved
0137		AddressRear Port
0138 to 013F		Reserved
0140	Setting group	Active setting group	1 to 2	1	–	F1	1
0141		Validation of instantaneous self resetting	0 to 1	1		F1	0
0142		Configuration of the change of the setting group	0 to 1	1		F47	1
0143		Configuration of Battery and RAM error alarms	0 to 1	1		F1	0
0144		conf. TS AC/DC visible
0145 to 014F		Reserved
0150	LEDs configuration	LED 5 (Word 1)		1	–	F19	0
0151		LED 6 (Word 1)		1	–	F19
0152		LED 7 (Word 1)		1	–	F19
0153		LED 8 (Word 1)		1		F19
0154		LED 5 (Word 2)		1		F19’
0155		LED 6 (Word 2)		1		F19’
0156		LED 7 (Word 2)		1		F19’
0157		LED 8 (Word 2)		1		F19’	0
0158		LED 5 (Word 3)				F19’’
0159		LED 6 (Word 3)				F19’’
015A		LED 7 (Word 3)				F19’’
015B		LED 8 (Word 3)				F19’’
015C to 015F		Reserved
0160	Logic inputs configuration	Logic input 1 (Word 1)	VTA	1	–	F15	0
0161		Logic input 2 (Word 1)	VTA	1	–	F15	0
0162		Logic input 3 (Word 1)	VTA	1	–	F15	0
0163		Logic input 4 (Word 1)	VTA	1	–	F15	0
0164		Logic input 5 (Word 1)	VTA	1	–	F15	0
019A		Logic input 1 (Word 2)	VTA	1	–	F15’	0
019B		Logic input 2 (Word 2)	VTA	1	–	F15’	0
019C		Logic input 3 (Word 2)	VTA	1	–	F15’	0
019D		Logic input 4 (Word 2)	VTA	1	–	F15’	0
019E		Logic input 5 (Word 2)	VTA	1	–	F15’	0
0165		Aux. Timer 1	0 to 20000	1	1/100 s	F1	0
0166		Aux. Timer 2	0 to 20000	1	1/100 s	F1	0
0167	Allocation of information to auxiliary output contact (RL2 to RL8)	Phase A Retrip (DTA’)	0 to 7F	1	–	F14	0
0168		Phase B Retrip (DTA’)	0 to 7F	1	–	F14	0
0169		Phase C Retrip (DTA’)	0 to 7F	1	–	F14	0
016A		Retrip 1st stage (DTA’ \| DTB’ \| DTC’)	0 to 7F	1	–	F14	0
016B		General retrip (DTG)	0 to 7F	1	–	F14	0
016C		End fault protection (T_DZ)	0 to 7F	1	–	F14	0
016D		3 poles discrepancy	0 to 7F	1	–	F14	0
016E		Taux 1	0 to 7F	1	–	F14	0
016F		Taux 2	0 to 7F	1	–	F14	0
0170	Allocation of information to auxiliary output contact (RL2 to RL8)	Trip	0 – 7 or 0 – 127	1	–	F14	0
0170	Disturbance records	Pre-time	1 to 30	1	1/10 sec	F1	1
0171		Post-time (phase 1 only)	1 to 30	1	1/10 sec	F1	1
0172		Disturbance record (Trigger Configuration)	0 to 1	1	–	F22	0
0173	CB supervision	Operating time	0-1	1	–	F44	0
0174		Operating time threshold	10 to 500	1	1/100 sec	F1	1
0175		Number of operations	0-1	1	–	F44	0
0176		Max number of the CB operation	0 to 50000	1	–	F1	0
0177		SAn summation	0 – 1	1	–	F44	0
0178		SAn summation threshold	0 to 4000	1E+7	10e6 An
0179		n	1 to 2	1		F1	1
017A		Tripping pulse	10 to 500	10	1/100 sec	F1	10
017B	Relay allocation	1st stage Earth Retrip (DTE’)	0 – 7F	1	–	F14	0
017C		Opening time on external order	0 – 7F	1		F14	0
017D		Number of tripping operation threshold	0 – 7F	1		F14	0
017E		SAn threshold	0 – 7F	1		F14	0
017F		Stage 1 opening time threshold	0 – 7F	1		F14	0
0180 to 0187		Reserved
0188		Phase Non I stage1	0 – 7F	1		F14
0189		Earth Non I stage1	0 – 7F	1		F14
018A		Negative Non I stage1	0 – 7F	1		F14
018B		t Equ. A	0 – FFFF			F14
018C		t Equ. B	0 – FFFF			F14
018D		t Equ. C	0 – FFFF			F14
018E		t Equ. D	0 – FFFF			F14
018F		t Equ. E	0 – FFFF			F14
0190		t Equ. F	0 – FFFF			F14
0191		t Equ. G	0 – FFFF			F14
0192		t Equ. H	0 – FFFF			F14
0193		Non I stage1	0 – 7F	1		F14
0194		Non I stage2	0 – 7F	1		F14
0195		Negative stage1	0 – 7F	1		F14
0196		CB Unhealthy stage1	0 – 7F	1		F14
0197		CB Unhealthy stage2	0 – 7F	1		F14
0198		Blokc Logic 1	0 – FFFF			F66
0199		Blokc Logic 2	0 – FFFF			F66
019F to 01F3		Reserved

Description of Mapping Format

Code	Format Description		Format Data
	Type	Description	Bit	Value	Data
F1	Unsigned Integer	Numerical Data: 0 – 65535	–	–	–
F2	Signed Integer	Numerical Data: -32768 – 32767	–	–	–
F3		Reserved
F4	Unsigned Integer	Communications Speed	–	0	300
			–	1	600
			–	2	1200
			–	3	2400
			–	4	4800
			–	5	9600
			–	6	19200
			–	7	38400
F5	Unsigned Integer	Communications Parity	–	0	None
			–	1	Even
			–	2	Odd
F6	Unsigned Integer	Trip Relay Mapping (Part 1)	0	1	DTA’
			1	2	DTB’
			2	4	DTC’
			3	8	Stage 1
			4	16	Stage 2
			5	32	Dead zone
			6	64	Pole Discrepancy
			7	128	Aux. 1
			8	256	Aux. 2
			9	512	DTE’
			10	1024	Trip Phase Non I stage1
			11	2048	Trip Neg. Non I stage1
			12	4096	Trip Neg. stage1
			13	8192	Trip Non I stage1
			14	16384	Trip Unhealthy stage1
			15	32768	Trip Unhealthy stage2
F6′	Unsigned Integer	Trip Relay Mapping (Part 2)	0	1	Trip Equation A
			1	2	Trip Equation B
			2	4	Trip Equation C
			3	8	Trip Equation D
			4	16	Trip Equation E
			5	32	Trip Equation F
			6	64	Trip Equation G
			7	128	Trip Equation H
			8	256	Trip Earth Non I stage1
			9	512	Trip Non I stage2
F7		Reserved	–	–	–
F8	Unsigned Integer	Trip Relay Latching Mapping (Part 1)	0	1	DTA’
			1	2	DTB’
			2	4	DTC’
			3	8	Stage 1
			4	16	Stage 2
			5	32	Dead zone
			6	64	Pole Discrepancy
			7	128	Aux. 1
			8	256	Aux. 2
			9	512	DTE’
			10	1024	Phase Non I stage1
			11	2048	Negative Non I stage1
			12	4096	Negative stage1
			13	8192	Non I stage1
			14	16384	Unhealthy stage1
			15	32768	Unhealthy stage2
F8′	Unsigned Integer	Trip Relay Latching Mapping (Part 2)	0	1	Earth Non I stage1
			1	2	Non I stage2
F9	Unsigned Integer	Remote Control Word 1	0	1	Unlatch Trip Contact
			1	2	Acknowledge 1st Alarm
			2	4	Acknowledge All Alarms
			3	8	Reserved
			4	16	Reserved
			5	32	Change Setting Group
			6	64	Reserved
			7	128	Reserved
			8	256	Disturbance Record Remote Start
			9	512	Reserved
			10	1024	Reserved
			11	2048	Reserved
			12	4096	Manual event/fault/distur acknowledgement mode
			13	8192	Acknowledge Oldest Event Record
			14	16384	Acknowledge Oldest Fault Record
			15	32768	Acknowledge Hardware SRAM Alarm
F10		ASCII Characters	–	32 – 127	ASCII Character 1
			–	32 – 127	ASCII Character 2
F10′		ASCII Characters	–	32 – 127	ASCII Character 1
				32 – 127	ASCII Character 2
				32 – 127	ASCII Character 3
				32 – 127	ASCII Character 4
				32 – 127	ASCII Character 5
				32 – 127	ASCII Character 6
				32 – 127	ASCII Character 7
				32 – 127	ASCII Character 8
F11		Reserved	–	–	–
F12	Unsigned Integer	Logic Inputs	0	1	Logic Input Number 1
			1	2	Logic Input Number 2
			2	4	Logic Input Number 3
			3	8	Logic Input Number 4
			4	16	Logic Input Number 5
F13	Unsigned Integer	Output Contacts status	0	1	Output Contact RL1 (Trip)
			1	2	Output Contact RL2
			2	4	Output Contact RL3
			3	8	Ouptut Contact RL4
			4	16	Ouput Contact RL0 (Watchdog)
			5	32	Ouput Contact RL5
			6	64	Ouput Contact RL6
			7	128	Output Contact RL7
			8	256	Output Contact RL8
F14	Unsigned Integer	Output Contact Mapping	0	1	Ouput Contact RL2
			1	2	Ouput Contact RL3
			2	4	Ouput Contact RL4
			3	8	Ouput Contact RL5
			4	16	Ouput Contact RL6
			5	32	Ouput Contact RL7
			6	64	Ouput Contact RL8
F15	Unsigned Integer	Logic Input Mapping(word 1)	0	1	Trip phase A
			1	2	Trip phase B
			2	4	Trip phase C
			3	8	Trip 3 phase
			4	16	Relay unlatch
			5	32	52a
			6	64	52b
			7	128	tAux1
			8	256	tAux2
			9	512	Change Setting group
			10	1024	Disturbance recorder external start
			11	2048	Secu. 1
			12	4096	Secu. 2
			13	8192	LEDs reset
			14	16384	CB unhealthy
			15	32768	Block Logic 1
F15′	Unsigned Integer	Logic Input Mapping(word 2)	0	1	Block Logic 2
			1	2	SYNCHRO
			2	4	External Non I Trip order
F16		Reserved
F17	Unsigned Integer	Internal logic data	0	1	Latching
			1	2	Trip
F18	Signed Long Integer	Numerical Data : -2147483648 to 2147483647	–	–	–
F19	Unsigned Integer	User Configurable LED Mapping (Part 1)	0	1	External DTA
			1	2	External DTB
			2	4	External DTC
			3	8	External DTRI
			4	16	Backup DTA’
			5	32	Backup DTB’
			6	64	Backup DTC’
			7	128	t Stage 1
			8	256	t Stage 2
			9	512	Problem secu 1
			10	1024	Problem secu 2
			11	2048	t_DZ
			12	4096	tPD
			13	8192	tAux1
			14	16384	tAux2
			15	32768	Backup DTE’
F19′	Unsigned Integer	User Configurable LED Mapping (Part 2)	0	1	CB Open time ext.
			1	2	CB operation Nb
			2	4	Sum A n
			3	8	CB Open time st.1
			4	16	Earth Non I stage1
			5	32	Negative Non I stage1
			6	64	Retrip order negative
			7	128	Non I general retrip
			8	256	CB Unhealthy stage1
			9	512	CB Unhealthy stage2
			10	1024	Logic Equation A
			11	2048	Logic Equation B
			12	4096	Logic Equation C
			13	8192	Logic Equation D
			14	16384	Logic Equation E
			15	32768	Logic Equation F
F19”	Unsigned Integer	User Configurable LED Mapping (Part 3)	0	1	Logic Equation G
			1	2	Logic Equation H
			2	4	Phase.Non I Stage1
			3	8	Non I general back-up
F20	Unsigned Integer	Logic Input Data Status	0	1	External trip order phase A
			1	2	External trip order phase B
			2	4	External trip order phase C
			3	8	External trip order 3 phase
			4	16	Relay Unlatch
			5	32	52a
			6	64	52b
			7	128	tAux1
			8	256	tAux2
			9	512	Change Setting group
			10	1024	Disturbance record Start
			11	2048	Secu. 1
			12	4096	Secu. 2
			13	8192	LEDs reset
			14	16384	CB Unhealthy
			15	32768	Block Logic 1
F20′	Unsigned Integer	Logic Input Data Status	0	1	Block Logic 2
			1	2	GPS time synchro
			2	4	External non I input
			3	8	Reserved
F21	Unsigned Integer	Software Version	–	10	Version 1.A
			–	11	Version 1.B
			–	20	Version2.A etc…
F22	Unsigned Integer	Disturbance record start kinds	0	1	Disturbance record starts on Ins.
			1	2	Disturbance record starts onTrip
F23	Unsigned Integer	Quick Read Status Byte Format	0	1	Major Hardware Alarm Present
			1	2	Minor Hardware Alarm Present
			2	4	Non-Acknowledged Event Available
			3	8	Time Synchronisation State
			4	16	Non-Acknowledged Disturbance Record Available
			5	32	Non-Acknowledged Fault Record Available
F24	Unsigned Integer	Breaker failure functionality	–	0	Disabled/No
			–	1	Enabled/Yes
F25	Characters ASCII
F26	Unsigned Integer	Default Display Selection	–	1	IA RMS Measurement
			–	2	IB RMS Measurement
			–	3	IC RMS Measurement
			–	4	IN RMS Measurement
			–	5	IA, IB, IC, IN RMS Measurements
F27	Unsigned Integer	1st stage reset configuration	–	0	Disabled/No
				1	Enabled/Yes
F28	Unsigned Integer	Communications data Bits	0	1	7 bit data
			1	2	8 bit datas
F29	Unsigned Integer	Communications Stop Bits	–	0	1 Stop Bit
			–	1	2 Stop Bits
F30	Unsigned Integer	Rear communication Availability	0	1	Communications Disabled
			1	2	Communications Enabled
F31	Unsigned Integer	50 BF flag	0	1	1st stage delayed Breaker failure data
			1	2	2nd stage delayed Breaker failure data
			2	4	Configuration problem
			3	8	Non I stage 1
			4	16	Non I stage 2
			5	32	CB Unhealthy stage1
			6	64	CB Unhealthy stage2
			7	128	Phase configuration problem
			8	256	Earth configuration problem
			9	512	Negative configuration problem

F32	Unsigned Integer	Security flag	0	1	Security problem1
			1	2	Security problem2
			2	4	EL configured on Secu1
			3	8	EL configured on Secu2
			4	16	Security Configuration problem
F33	Unsigned Integer	Phase current & 50 BF flag	0	1	Indicates the current presence
			1	2	Instant information for current presence
			2	4	Stage 1 information for current presence
			3	8	Indicates the first detection of current presence
F34	Unsigned Integer	CB position	0	1	Wrong configuration of Breaker position
			1	2	Wrong Breaker position
			2	4	CB on Open Position
					Reserved
F35	Unsigned Integer	End fault function data status	0	1	Instantaneous data DZ
			1	2	Delayed data T_DZ
			2	4	DZ Configuration problem
			3	8	Phase A threshold crossed
			4	16	Phase B threshold crossed
			5	32	Phase C threshold crossed
F36	Unsigned Integer	Pole discrepancy function data status	0	1	Instantaneous data PD
			1	2	Delayed data T_PD
			2	4	PD Configuration problem
			3	8	Phase A threshold crossed
			4	16	Phase B threshold crossed
			5	32	Phase C threshold crossed
F37	Unsigned Integer	End fault protection memorisation	0	1	Instantaneous data DZ
			1	2	Delayed data T_DZ
F38	Unsigned Integer	Pole discrepancy function memorisation	0	1	Instantaneous data PD
			1	2	Delayed data T_PD
F39		Reserved
F40	Unsigned Integer	Aux. data Memorisation	0	1	Aux1
			1	2	Aux2
F41		Communications Port Allocation	–	0	Front and Rear Port ModBus Communications
			–	1	Front Port ModBus and Rear Port Courier Communications
			–	2	Front Port ModBus and Rear Port VDEW Communications
F42	Unsigned Integer	End Fault protection function	0	1	Disabled
			1	2	Enabled
F43	Unsigned Integer	Pole discrepancy function	0	1	Disabled
			1	2	Enabled
F44	Unsigned Integer	Breaker supervision function	0	1	Disabled
			1	2	Enabled
F45	Unsigned Integer	Hardware Alarm Status	0	1	Watchdog
			1	2	User Communications Failure
			2	4	SETTING Failure
			3	8	ANA Failure
			4	16	Real Time Clock Failure
			5	32	EEPROM Failure
			6	64	SRAM Failure
			7	128	DEFAUT SETTING
			8	256	Main Power Supply
			9	512	Auxiliary Power Supplies
			10	1024	Transformers Offset Failure
F46	Unsigned Integer	50 BF supervision flag	0	1	Breaker longest operating time elapsed on external order
			1	2	Breaker longest operating time elapsed on 1st stage order
			2	4	Maximum number of breaker operation reached
			3	8	CB SA2N elapsed
F47	Unsigned Integer	Configuration group change	–	0	change on Input edge or remote order or via front panel
			–	1	change on Input level change
F48	Unsigned integer	Modbus Date Format Configuration		0	Private
				1	IEC
F49	Unsigned Integer	Fault number to be displayed	–	0	None
			–	1~25	1~25
F50	Unsigned Integer	Opto Power Supply Configuration	–	0	DC Supply
			–	1	AC Supply
F51	Unsigned Integer	Remote Control Word 2	0	1	Unlatch trip relaly
			1	2	Unlatch output relay
			2	4	Reserved
			3	8	Reset SA2n
			4	16	Reset CB Open Number
			5	32	Reset event number
					Reserved
F52	Unsigned Integer	Wiring check function	–	0	Disable
			–	1	Enable
F53	Unsigned Integer	Relay to test	0	1	Relay 1 (Trip)
			1	2	Relay 2
			2	4	Relay 3
			3	8	Relay 4(watch dog)
			4	16	Relay 5
			5	32	Relay 6
			6	64	Relay 7
			7	128	Relay 8
F54	Unsigned Integer	Aux. Input Data	0	1	Disable
			1	2	Enable
F55	Unsigned Integer	Number of disturbance records	–	0	None
			–	1	1
			–	2	2
			–	3	3
			–	4	4
			–	5	5
F56	Unsigned Integer	Breaker fail phase function	–	0	Disable
			–	1	Enable
F57	Unsigned Integer	Breaker fail earth function	–	0	Disable
			–	1	Enable
F58	Unsigned Integer	Boolean Equation Operand		0	None
				1	Ph. A Stage 1
				2	Ph. B Stage 1
				3	Ph. C Stage 1
				4	Earth Non I stage1
				5	Earth Stage 1
				6	Neg. Non I stage1
				7	Neg. Stage 1
				8	Phase.Non I Stage1
				9	CB unhealthy stage 1
				10	CB unhealthy stage 2
				11	t Stage 1
				12	t Stage 2
				13	t dead Zone
				14	t Pole Discre.
				15	t Aux1
				16	t Aux2
				17	CB open ext.
				18	CB open st. 1
				19	CB NB. op.
				20	Sum A n
				21	Input 1
				22	Input 2
				23	Input 3
				24	Input 4
				25	Input 5
				26	Non I stage1
				27	Non I stage2
F59	Unsigned Integer	Boolean Equation Operator		0	OR
				1	OR NOT
				2	AND
				3	AND NOT
F61	Unsigned Integer	Logic Equation Flag	0	1	Equation A
			1	2	Equation B
			2	4	Equation C
			3	8	Equation D
			4	16	Equation E
			5	32	Equation F
			6	64	Equation G
			7	128	Equation H
F62	Unsigned Integer	External Non I Reset by		0	Reset by current/Default
				1	Reset by CB open
				2	Reset by current & CB open
F63	Unsigned Integer	Remote Control Word 3	0	1	Reserved
			1	2	Reserved
			2	4	Acknowledge Oldest Disturbance Record
			3	8	Reserved
			4	16	Reserved
			5	32	Reserved
			6	64	Reserved
			7	128	Reserved
			8	256	Reserved
			9	512	Reserved
			10	1024	Reserved
			11	2048	Reserved
			12	4096	Reserved
			13	8192	Reserved
			14	16384	Erase all records (events, faults, alarms, disturbances,etc)
			15	32768	Reserved
F65	Unsigned Integer	Memo alarm flag 1	0	1	Phase Non I stage1
			1	2	Earth Non I stage1
			2	4	Negative Non I stage1
			3	8	Negative stage1
			4	16	Equation A
			5	32	Equation B
			6	64	Equation C
			7	128	Equation D
			8	256	Equation E
			9	512	Equation F
			10	1024	Equation G
			11	2048	Equation H
F66	Unsigned Integer	Blocking Logic Mapping	0	1	CBF phase
			1	2	CBF earth
			2	4	CBF neg.
			3	8	Dead zone
			4	16	Pole discrepancy
			5	32	tAux1
			6	64	tAux2
F98	Unsigned Integer	auxiliary power supply self test status	0	1	-3V3 out of range
			1	2	5V0 out of range
			2	4	3V3 out of range
			3	8	12V out of range
			4	16	1V3 out of range
			5	32	0V out of range
F99	Unsigned Integer	Transformer self test status	0	1	Abnormal offset with transformer 1
			1	2	Abnormal offset with transformer 2
			2	4	Abnormal offset with transformer 3
			3	8	Abnormal offset with transformer 4
			4	16	Abnormal offset with transformer 5
			5	32	Abnormal offset with transformer 6
			6	64	Abnormal offset with transformer 7
			7	128	Abnormal offset with transformer 8
			8	256	Abnormal offset with transformer 9