He Thong Kich Tu
Transcript of He Thong Kich Tu
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S NI IN CHNH NH MY THY IN CA T
HNH 1
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~AVR
TETU
TI
TIQF
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Current DetectorPh t hin dng in
PulseLossDetectorPh t hi n mc xung
PulseAmplifierKhuych i xung
AutoT ng
ManBng tay
Operation ModeB chn ch lm
vi c
Pulse ProducerB to xung
#
U
U
i
U
Set point &FollowingGi trt
Liliting &Protecion
Gii hn & Bov
PID ControllerB iu khi n
PID
Set point &
FollowingGi trt
PI ControllerB iu khi n
PI
Liliting &
ProtecionGii h n & bov
#
U
U
#
RS 232 RS232
Operation
Mode
Chn chlm vi c
Pulse
Producer
B ph t xung
RS 232 RS 232
RS485
RS485
RS485
RS485
HumanMachineInterface
Giao tipngi m y
SCR 1
SCR 2
Pulsebus
SCR
T1
Excitation Transforemer
FBC
U14
U11
U10
U24
U21
U20
T2
Standby fans supply
A10
A20A30
TV3
TV2
TV1
TA6
TA7
TA
A51
G51
V61
KM61
QF
F2
VR2
V4V3
TR2
R2F1
VR1
R1
TR1
V2V1
CT1
Control SupplyDC220V/ 10A
Aux SupplyAC380V/220 V Romote
50 Hz RS485
Flashing SupplyDC220 / 45 A
driver SupplyDC220 / 5 A
GS
AUTO
MAN
HNH 2
S MCH LC CA H THNG KCH THCH
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RS232 RS232
A/DBoard
I/OBoard
PulseForming
Board
CPUBoard
SerialCommuni
cationBoard
DCSupply
Ngun mtchiu
J1 J1 J2 J1 RS232 RS232 RS485 RS485
A10.1 A10.2 A10.3 A10.4 A10.5
BUS Boar dA10
A/DBoard
I/OBoard
PulseForming
Board
CPUBoard
SerialCommuni
cationBoard
DCSupply
Ngun mtchiu
J1J1J2J1RS232 RS232RS485 RS485
A20.1A20.2A20.3A20.4A20.5
BUS Boa r d A20
Human Machine InterfaceGiao din Ngi my
A30
J1U16
ADAM - 39091 2
J1U17
ADAM - 39091 2
J1U26
ADAM - 39091 2
J1U27
ADAM - 39091 2
A20
Industral Computer 1M y tnh cng nghi p 1
Industral Computer 2My tnh cng nghi p 2
2/ XL 11:2
2/ XL 11:9
16/U51: DATA +16/U51: DATA -
15/X2:102
15/X2:104
T i SCR
T i DCS
DATA +
DATA -
2/XL11:16
2/XL11:18
3/U1
1:J2
5/U1
2:J1
6/U1
3:J1
9/U1
4:J2
2/XL11:22
2/XL11:20
3/U2
1:J2
5/U2
2:J1
6/U2
3:J1
9/U2
4:J2
37 37 37 25 9 99W101 W102 W103 W104 W105 W106 W107 W201W202W203W204W205W206W207
PPC 126 T
HNH 3
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GS
L1 L2
U
i
a xU20.1
1A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.1
1A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.1
1A/10V
L1 L2
U
i
a x
U20.11A/10V
L1 L2
U
i
a x
U20.1
1A/10V
Current transformerMy bin dng in
ExcitationtransformerM y bin pkch thch
Field currentDng inkch thch
Tirminal currentDng in u cc
Tirminal currentDng in u cc
3/U11:63/U11:73/U11:8
3/U11:9
3/U21:63/U21:73/U21:8
3/U21:9
3/U11:113/U11:123/U11:13
3/U21:113/U21:123/U21:13
U V W
TA7
TA6
L3 L2 L1
T i t SCR
X1:29
X1:30
X1:31
X1:32
X1:25
X1:26
X1:27
X1:28
X1:21
X1:22X1:23X1:24
X1:20
X1:17
X1:18
X1:19
AVR
B BIN I DNG IN
HNH 4
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J2
J3
1234
1
2
3
4
5
6
7
9
6
7
8
15
16
19
18
13
12
10
20
U14
X1:6
X1:8
2/XL11:15
2/XL11:17
6/3
6/34
3/U11:15
3/U11:14
3/U11:16
+U-1
+V-1
+W-1
-U-1
-V-1
-W-1
+PS-1
18/A15:X1T i SCR
10/A10.3:J1
J2
J3
1234
1
2
3
4
5
6
7
9
6
7
8
15
16
19
18
13
12
10
20
U24
X1:12
X1:14
2/XL11:19
2/XL11:216/33
6/4
3/U21:15
3/U21:14
3/U21:16
+U-1
+V-1
+W-1
-U-1
-V-1
-W-1
+PS-1
18/A15:X3T i SCR
10/A20.3:J1
Shynchronousvoltage
in p ng b
a2
U
V
W
X3:24
X3:26
X3:28
b2
c2
o2
a1
b1
c1
o1
Q9
1
3
5
7
2
4
6
8
2
4
6
8
1
3
5
7
B bin i xungng b3L4487
W104
25
W204
25
Q8
B BIN I IN P(IN P NG B)
HNH 5
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GS
J2
J2
M y bin in p TV3
M y bin in p TV2
M y bin in p TV1
in p hthng
in p ucc m y ph t
in p ucc m y pht
6
7
8
9
18
19
17
1
2
3
11
12
13
14
15
16
10
20
6
7
8
9
1819
17
1
2
3
11
1213
14
15
16
10
20
Modul bin i tn
hiu tng t
Modul bin i tnhiu tng t
Dng in kch thch4/U10.4:a
4/U10.6:a
4/U10.6:a
9/U14:6
9/U14:7
9/U14:8
4/U20.4:a
4/U20.6:a
4/U20.6:a
9/U24:6
9/U24:7
9/U24:8
Dng in kch thch
Dng in ca my ph t
4/U10.1:a
4/U10.2:a
4/U10.3:a4/U10.3:x
4/U20.1:a
4/U20.2:a
4/U20.3:a4/U20.3:x
9/U14:159/U14:16
Th tn s
9/U24:159/U24:16
Th tn s
10/A10.1:J1
10/A20.1:J1
U V W
U V W
My ct chnh
Dng in ca my ph t
37
37W201
W101
3L4488
3L4488
AV R
B BIN I TN HIU TNG T
HNH 6
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K1
2
10
K2
2
10
K3
2
10
K4
2
10
K5
2
10
K6
2
10
K7
2
10
K8
2
10
K9
2
10
K10
2
10
K11
2
10
K12
2
10
K13
2
10
K14
2
10
K15
2
10
K16
2
10
K17
2
10
PSSOFF
n nhngun hthng tt
PSSON
n nhngun hthng bt
AVR cons.GEN.
ReactivePower
Avr iuchnh cng
sut
AVR cons.GEN.
ReactivePower
Avr iuchnh cng
sut
AVR cons.GEN. CurrentAvr iu chnh
dng in
AVR cons.GEN. VoltageAvr iu chnh
in p
Set pointRaise
Tng kch t
Set pointlower
Gim kcht
ExcitationOff
Kch thchtt
ExcitationOn
Kch thchbt
FieldBreaker
TripM y ct
kch t m
FieldBreaker
OnMy ctdp tng
Trip asAccident
Li
Status Of Genmain breaker
Trng thi cam y ct u
cc
Rated 95%Speed
Tc t95%
Stop
Dng
Run
Chy
Ngun
DC220V
DC220V
X2:1
X2:6
X2:8 X2:9 X2:10
X2:21
X2:12 X2:13
X2:22
X2:15 X2:16X2:23
X2:18 X2:19 X2:20 X2:21X2:22 X2:23 X2:24 X2:25
X2:26 X2:27
TN HIU VO CA H THNG KCH THCH
HNH 7
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2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
K1 K2 K3 K4 K5 K6 K7 K8 K9 K10 K11 K12 K13 K14
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
7
3
U22
J1 (DB37)
2/XL11:6
2/XL11:13
18,37
1,19,20
2/XL11:96/31
DC 24V
1L2 +
1L2 -
1L2 -
10/A20.2:J1
2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
K1 K2 K3 K4 K5 K6 K7 K8 K9 K10 K11 K12 K13 K14
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
6
3
7
3
AVR cons.GEN.
ReactivePower
Avr iuchnh cng
sut
AVR cons.GEN.Current
Avr iuchnh dng
in
AVR cons.GEN.
VoltageAvr iu
chnh in p
Set PointLower
Gim kchthch
Set PointRaise
Tng kchthch
ExcitationOff
Kch thchtt
ExcitationON
Kch thchbt
Field BreakerTrip
Aptomat dpt m
Field BreakerOn
Aptomat dpt ng
Trip asAccident
Li
Rated 95%Speed
Tc t95%
Status ofGEN. Main
BreakerTrng thi
ca my ctu cc
StopDng
RunChy
Ngun cp24 V
U12Modul I /O
J1 (DB37)
2/XL11:5
2/XL11:12
18,37
1,19,20
2/XL11:96/1
DC 24V
1L2 +
1L2 -
1L2 -
10/A10.2:J1
AVR cons.GEN.
ReactivePower
Avr iuchnh cng
sut
AVR cons.GEN.Current
Avr iuchnh dng
in
AVR cons.GEN.
VoltageAvr iu
chnh in p
Set PointLower
Gim kchthch
Set PointRaise
Tng kchthch
ExcitationOff
Kch thchtt
ExcitationON
Kch thchbt
Field BreakerTrip
Aptomat dpt m
Field BreakerOn
Aptomat dpt ng
Trip asAccident
Li
Rated 95%Speed
Tc t95%
Status ofGEN. Main
BreakerTrng thi
ca my ctu cc
StopDng
RunChy
Ngun cp24 V
37 W102
37 W202
Modul I /O
HNH 8
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14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
U22Modul I /O
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
K47B
U12
Modul I /O
7/1
1L2 +
K49K48K47AK46K45K44K43K42K41K40K39
6/U13:6
6/U13:5
6/U23:6
6/U23:5
Channel Host
Knh ch
AVR CON.PowerFactor
AVR CON.ReactivePower
Channel Host
Knh ch
If >120%Forcing
ExcitationQu kch thch
If>120%
Set PointLowest
Gim kcht
Set PointHighest
T ng kcht
PSSOff
PSSTt
PSSOn
PSSBt
ExcitationOff
Kch thchtt
ExcitationOn
Kch thchbt
LocalOperation
Thao tc tich
ChannelNormal
Knh thung
HNH 9
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14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
14
13
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
U23Modul I /O
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
K38B
ChannelNormal
K nh bnhthung
ErrorTripping
M bli
RefuseTripping
T chi m
Pulse Lost
Mt xung
DE-EX Fail
DE-EX thtbi
All SCRFault
Tt c t SCRli
1 SCR Fault
1 t SCR li
FlashingFault
Mi t khngthnh cng
Field OverVoltage
ProtectionBo vqu
in p
V/Hz Limit
Gii hnV/Hz
UnderExcitation
LimitGii hnthi u kch
thch
OverExcitation
LimitGi i hn qu
kch thch
TV Fault
Li TV
AVR CONS.Field Current
iu chnhdng kch t
AVRCONS.GEN
Voltage iu chnh
p
U13Modul I /O
2/XL11:96/1
1L2 -
K38AK37K36K35K34K33K32K31K30K29K28K27K26K25K24
HNH 11
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8 2
6 4
8 2
6 4
8 2
6 4
8 2
6 4
8 2
6 4
8 2
6 4
4
5
X10
1
2
X8
1
2
X9
1
2
X10
4
5
X8
4
5
X9
i
U
L2 L1T51
x a
i
U
L2 L1T52
x a
i
U
L2 L1
x a
T53
123
456
789
1
2
3
4
7
8
9
10
3
4
5
6
2
1
K1K3K3
X6
A51
A
To excition transformerT m y bi n p kch thch
16/X 51:2
16/X 51:6
24V
0V
I fN > 10%Field current >
10%Dng in kch
thch > 10%
K51 K54
X5:17
X5:18
Fulseblock
Mt xung
Mt xung
Thyristor bhng
A51
Thot khi SCR
16/U51:DI4
16/XL51:10
T1A
T2A
T3A
T4A
T5A
T6A
9
X2
X3
X4
9/U24:J3
SCR2 /A51:X3
9/U14:J3
SCR2 /A51:X1
A51 RS511200A/75mV
PA 51
To fieldbreakerTi my
ct kch t
9
Pulse Amplif ier2L1367
Bridge Current test2L1367
X5:19
X5:21
X5:23
QK51
QK52
25
RV 9
RV 8
RV 7
F9
F7
F8
F2F6F4
R2
C2
R6
C6
R4
C4
R5
C5
R3
C3
R1
C1
F5F3F1
V1
V3
V5
V2
V6
V4
S KHI CA CU CHNH LU
HNH 12
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+VS GND D.GND DIO DI2 DI4 DI6 DI12 DI13 INIT +VS GND RLONO RL OCOM RL 2NO RL 2COM RL 4NO RL 4COM RL 6NO RL 6COM
K51 K52 K53 K54
18/A51
18/A51X7:8
18/A51X7:7
18/A51X7:9
Q52
Q53
17/E51
18/A51/X11:1
18/A51/X11:3
DATA + DATA - DATA + DATA -
19/U61 DATA +
19/U62 DATA -10/U27:2
10/U27:1
U51 U52
RS 485
Status of fansmonitoring
Kim tra tr ngthi ca qut
Fans
breakerOn
Aptomatcp choquat bt
FusesmonitoringKi m tracu ch
ThyristorcurrentBreakenThyristorbhng
PulseLost
Mt xung
SCRcubicleFault
T SCR bli
Ngun cp24V DC
I fN > 10%Field current
> 10%Dng in kch t
l n hn 10%
Fans main supplyon
Cp ngun choqu t chnh bt
Fans A UX supply
onNgun cp ph bt
Pulse blockMt xung
ADAM 4051 ADAM 4068
HNH 13
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0~75mV
4~20mA
- +
1 3 6
TR62
0~75mV
4~20mA
- +
1 3 6
TR61
AC 220V
DC 24V
1 2
+ -
G61
GB
1
4
7
8
F2
VR2
V4V3
TR2
R2
F1
VR1
R1
TR1
V2
V1
CT1
APA61
RS611500A/75mV
RS621500A/75mV
V 61
DC. 220V FieldFlashing SupplyNgun mi t
220VDC
To DCST i DCS
R 61VPV 610~600 V
TorectiferbridgesT cuchnh l u
KM 6121/1
X7:11
X7:14
19/XL51:8
19/U61:DI10
QF
Over voltage protectionBo vqu in p
18/QK52:2
18/QK52:4
+E
-E
2 4
1 3
3L+ 3L- X8:6 X8:5 X8:4 X8:3 X8:2
X7:4
X7:8
HNH 14
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M
S33M
SB
QF
YOYC
K72 K73
QF
QF
K75K74
K72
K74K70K71S63K63
K69
QF
K73
S62K62K61
K61
KM61 K72
FlashingContactor
Contactor mi
t
FBC onFBC bt
FBC tripM FBC
Fulse controlXung iu khin
Extend of FBC
Normal close
ng bnhthung
Lacal close
ng ti tr
Normal trip
M bnhthung
Local tri p
M ti tr
Remote trip
M t xa
Accident trip
Li m
Fulse closing
Xung ng
Supply220VDC
Ngun cp
220VDC
Filed breakercharge motor ng c cho
my ct kcht
FBC
Close coilCun ng
Trip coilCun m
S IU KHIN ROLE MI T V DP T
HNH 15
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+VS GND D.GND DIO DI4 DI5 DI6 DI8 DI10 INIT +VS GND RLONO RL OCOM RL 2NO RL 2COM RL 4NO RL 4COM
K61 K62 K63KM61
DATA + DATA - DATA + DATA -
16/U52 DATA +
16/U52 DATA -
U61 U62
RS 485
FlashingContactor
OnContactorMi t bt
FieldBreaker
OnAptomatdp t bt
FieldBreaker
OffAptomatdp t tt
AccidentTrip
Li m
LocalTrip
M ti tr
OverVoltage
ProtectionBo vqu
in p
Ngun cp24V DC
FlashingContactorControl
iu khi nContactor mi t
FieldBreaker
OnAptomat dp t bt
FieldBreaker
tripAptomat dp t
m
QF QF K70 S63 GB
XL61XL61
+-
ADAM 4051ADAM 4068
HNH 16
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GES- 3000 Auto Voltage Regulster
System Operation Parameters Adjust System Information Dynamic Test Help
Off Line
Unit Status
Regul Mode
Off Line
Set Point
Gen. Volt
0.00 %
Field AMP
0.00 %
React P
Local/Rem .Select Fault Browse Fault Info Input InfoChanel A&B communication fail 2009-01-01 09:15
0.00 Mvr
-
Chanel A
Mater
Chanel B
Fault Alarm
Chanel A
Chanel B
Opeate mode
RemoteGen. Freq
0.00 Hz
Active P
0.00 MW
Firing Angle
0.00
Gen. Volt150
10050
0
0.00
React. P+20
+10-10
-20
0.00
Field AMP200
15050
0
0.00
100
%Mvar
0
%
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GES- 3000 Auto Voltage Regulster
System Operation Parameters Adjust System Information Dynamic Test Help
Off Line
Unit Status
Regul M ode
Off Line
Set Point
Gen. Volt
0.00 %
Field AMP
0.00 %
React P
Local/Rem .Select Fault Browse Fault Info Input InfoChanel A&B communication fail 2009-01-01 09:15
0.00 Mvr
-
Chanel A
Mater
Chanel B
Fault Alarm
Chanel A
Chanel B
Opeate mode
Remote
Gen. Freq
0.00 Hz
Active P
0.00 MW
Firing Angle
0.00
Gen. Volt150
10050
0
0.00
React. P+20
+10-10
-20
0.00
Field AMP200
15050
0
0.00
100
%Mvar
0%
Local/Remote Select
Master/Slave Select
FCB Turn On/Off
Fan Turn On/Off
Excitation On/Off
PSS On/Off
Regulator Mode Select
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GES- 3000 Auto Voltage Regulster
System Operation Parameters Adjust System Information Dynamic Test Help
Off Line
Unit Status
Regul M ode
Off Line
Set Point
Gen. Volt
0.00 %
Field AMP
0.00 %
React P
Local/Rem .Select Fault Browse Fault Info Input InfoChanel A&B communication fail 2009-01-01 09:15
0.00 Mvr
-
Chanel A
Mater
Chanel B
Fault Alarm
Chanel A
Chanel B
Opeate mode
Remote
Gen. Freq
0.00 Hz
Active P
0.00 MW
Firing Angle
0.00
Gen. Volt150
10050
0
0.00
React. P+20
+10-10
-20
0.00
Field AMP200
15050
0
0.00
100
%Mvar
0%
Fault Information (F4)
Record of fault information
System input information
Generator Status of P/Q
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System Input Info
AC Sample AI of Regulator DI of Regulator DI of SCR and FCB
Gen. Volt VDC
Sync VoltLine Volt
Field AMP
Rotator Temp
0.000
0.0000.000
0.000
0.000
0.000
0.0000.000
0.000
0.000
A B
0C
System Input Info
AC Sample AI of Regulator DI of Regulator DI of SCR and FCB
Sart Command
Stop Command
MCB On
95% Rated Speed
Electric FaultAuto Sync
Self Sync
Turn on FCB
Turn off FCB
A B
Turn on Excitation
Turn off Excitation
Raise Excitation
Lower Excitation
AVR Regulate ModeConstent Field AMP
Constent Reative P
Constent PWR Factor
A B
Clear Record
System Input Info
AC Sample AI of Regulator DI of Regulator DI of SCR and FCB
Fan Out of Setvice
Fan Switch OnFuse Open
Btanch Current Missing
Pulse Loss
SCR Working
1
Flash Circuit Normal
FCB OnFCB Off
External Tr ip
Local Trip
Over volt Protect Act
Clear Record
2 3
SCR FCB
System Input Info
AC Sample AI of Regulator DI of Regulator DI of SCR and FCB
Gen. Volt A
Gen. Volt B
Gen. Volt C
Gen. Volt
Stator AMP A
Stator AMP B
Stator AMP C
Stator AMP
Active P A
Active P B
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
A B
Active P C
Active P
Reactive P A
Reactive P B
Reactive P C
Reactive P
PWR Factor A
PWR Factor B
PWR Factor C
PWR Factor
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
A B
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Record of Fault
2009 01 01 07:00:00 HMI Comm. Fault Act B*2009 01 01 07:00:00 HMI Comm. Fault Act A*
Clear Record OK
System Fault I nfo
Regulate Cabinet SCR Cabinet FCB Cabinet
PT Fault
AD convert Fault
Sync Fault
Regulator Pulse Loss
Comm between CHs
HMI Comm Fault
Comm With SCR
Flash excit Fail
Deexcit Fail
1 1
A B Over Voltage protectOver Excitation Limit
Lower Excitation Limit
V/Hz Limit
SCR Power Limit
One SCR Fault
Two SCR Fault
Three SCR Fault
Stator Current Fail
LCU Regulate Fail
Fault reset
Clear Record
Generator Status of P Q ( PSS Of )
MW
Rotor Heating LimitCMR MW Line1.0
1.0Mvar LaggingMvar Lagging
1.0
Under Excit L imit
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GES- 3000 Auto Voltage Regulster
System Operation Parameters Adjust System Information Dynamic Test Help
Off Line
Unit Status
Regul M ode
Off Line
Set Point
Gen. Volt
0.00 %
Field AMP
0.00 %
React P
Local/Rem .Select Fault Browse Fault Info Input InfoChanel A&B communication fail 2009-01-01 09:15
0.00 Mvr
-
Chanel A
Mater
Chanel B
Fault Alarm
Chanel A
Chanel B
Opeate mode
Remote
Gen. Freq
0.00 Hz
Active P
0.00 MW
Firing Angle
0.00
Gen. Volt150
10050
0
0.00
React. P+20
+10-10
-20
0.00
Field AMP200
15050
0
0.00
100
%Mvar
0%
Save Parameters
PID Parameters
PSS ParametersReactive Power Compensation
Limit Parameters
Initialize Setting
Under Excit Curve
Per Unit Coefficients 4
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Generator Status of P Q ( PSS Of )
AVR Mode
Constant Field AMP
20 0.01 0
20 0.01 0
Kp Ki Kd
OK Canel
Reactive P Comp Coef
Reactive P Compen Coef 0.01
OK Canel
Limit Praam Adjust
Initial Voltage Ret 0.9
OK Canel
Ini tial Current Ret 0.1
Limit Praam Adjust
Volt Limit 1.1
OK Canel
Rotator Over Current (s) 10Stator Over Current (s) 5
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Limit Praam Adjust
P1 1
OK Canel
P2
P3
P4
P5
0.8
0.6
0.4
0
Q1
Q2
Q3
Q4
Q5
0
-0.06
-0.12
-0.18
-0.3
Per Unit Coeffcients Adjust - - A
IF 1
OK Canel
IfP
Q
If I
10.91
0.91
1
VS
VeVF_dc
VF_ac
D_Alpha
0.99
11
0.92
0
Save Params Select
Save Params Select
OK Canel
PID Params
PSS Params
Other Params
Per Unit Params
Under Excit L imit
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