Toshiba GRE110 Instruction Manual page 280

Overcurrent protection relay
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Setting
Address
Group
(Menu)
Gr.1
Gr.2
4C00
5C00
4C01
5C01
4C03
5C03
4C05
5C05
4028
5028
4001
5001
4002
5002
4003
5003
4004
5004
4005
5005
4006
5006
4038
5038
4007
5007
4029
5029
402A
502A
402B
502B
402C
502C
402D
502D
4039
5039
4008
5008
403A
503A
Protection
4009
5009
403B
503B
400A
500A
400B
500B
400C
500C
400D
500D
400E
500E
400F
500F
4010
5010
4011
5011
403C
503C
4012
5012
402E
502E
402F
502F
4030
5030
4031
5031
4032
5032
403D
503D
4013
5013
403E
503E
4014
5014
Name
OCCT
EFCT
SEFCT
VEVT
SVCNT
OC
OC1EN
OC
MOC1
OC
MOC1C-IEC
OC
MOC1C-IEEE
OC
MOC1C-US
OC
OC1R
OC
OC1-2F
OC
OC2EN
OC
MOC2
OC
MOC2C-IEC
OC
MOC2C-IEEE
OC
MOC2C-US
OC
OC2R
OC
OC2-2F
OC
OC3EN
OC
OC3-2F
OC
OC4EN
OC
OC4-2F
UC
UC1EN
UC
UC2EN
EF
EF1EN
EF
MEF1
EF
MEF1C-IEC
EF
MEF1C-IEEE
EF
MEF1C-US
EF
EF1R
EF
EF1-2F
EF
EF2EN
EF
MEF2
EF
MEF2C-IEC
EF
MEF2C-IEEE
EF
MEF2C-US
EF
EF2R
EF
EF2-2F
EF
EF3EN
EF
EF3-2F
EF
EF4EN
 281 
Contents
CT ratio of OC
CT ratio of EF
CT ratio of SEF (for SEF model)
VT ratio of SEF (for 82xA model)
AC input imbalance
OC1 Enable
OC1 Delay Type
OC1 IEC Inverse Curve Type
OC1 IEEE Inverse Curve Type
OC1 US Inverse Curve Type
OC1 Reset Characteristic
2f Block Enable
OC2 Enable
OC2 Delay Type
OC2 IEC Inverse Curve Type
OC2 IEEE Inverse Curve Type
OC2 US Inverse Curve Type
OC2 Reset Characteristic
2f Block Enable
OC3 Enable
2f Block Enable
OC4 Enable
2f Block Enable
UC1 Enable
UC2 Enable
EF1 Enable
EF1 Delay Type
EF1 IEC Inverse Curve Type
EF1 IEEE Inverse Curve Type
EF1 US Inverse Curve Type
EF1 Reset Characteristic.
2f Block Enable
EF2 Enable
EF2 Delay Type
EF2 IEC Inverse Curve Type
EF2 IEEE Inverse Curve Type
EF2 US Inverse Curve Type
EF2 Reset Characteristic
2f Block Enable
EF3 Enable
2f Block Enable
EF4 Enable
6 F 2 T 0 1 7 2

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