Toshiba GRE110 Instruction Manual page 264

Overcurrent protection relay
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Address
Description
Signal list (R)
1201
Signal No.1
1202
Signal No.2
...
Signal No.n
Address
Description
Input Registers
Analog data (R)
2000
Ia (H)
2001
Ia (L)
2002
Ib (H)
2003
Ib (L)
2004
Ic (H)
2005
Ic (L)
2006
Ie (H)
2007
Ie (L)
2008
Ise (H)
2009
Ise (L)
200A
I1 (H)
200B
I1 (L)
200C
I2 (H)
200D
I2 (L)
200E
I2/I1 (H)
200F
I2/I1 (L)
2010
Thermal (H)
2011
Thermal (L)
2012
2013
2014
Ia max (H)
2015
Ia max (L)
2016
Ib max (H)
2017
Ib max (L)
2018
Ic max (H)
2019
Ic max (L)
201A
Ie max (H)
201B
Ie max (L)
201C
Ise max (H)
201D
Ise max (L)
201E
I2 max (H)
201F
I2 max (L)
2020
I2/I1 max (H)
2021
I2/I1 max (L)
Supplementary explanation
See Appendix B
See Appendix B
Address for signal No.n = 0x1200 + n. See Appendix B
Supplementary explanation
The following are NOT converted to engineering units.
Primary: value×0.005×CT_RATIO/1000(kA)
Secondary: Value×0.005(A)
Primary: value×0.005×CT_RATIO/1000(kA)
Secondary: Value×0.005(A)
Primary: value×0.005×CT_RATIO/1000(kA)
Secondary: Value×0.005(A)
Primary: value×0.0025×CT_RATIO/1000(kA)
Secondary: value×0.0025(A)
Only for GRE110-42xA
Primary: value×0.005×CT_RATIO/1000(kA)
Secondary: Value×0.005(A)
Primary: value×0.005×CT_RATIO/1000(kA)
Secondary: Value×0.005(A)
100x displayed value
Primary: value×0.01×CT_RATIO/1000(kA)
Secondary: value×0.01(A)
Only for GRE110-42xA
100x displayed value
 265 
6 F 2 T 0 1 7 2

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