ABB Industrial IT enabled REX 521 - Default mappings

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Technical Reference Manual, General
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Explanations to the Table 10.5.-1:
6W
Status
A According to the IEC 60870-5-103 standard
B According to “Digitale Stationsleittechnik - Ergänze Empfehlungen zur
Anwendung in Verteilnetzstationen”
P Private definition
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Function type
If stated as *), the signal type Ftyp corresponds with the unit function
type. Unit function type may be adjusted via the Function type
parameter.
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Information element number
*,
General interrogation
0 = Not in interrogation
1 = Interrogable
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TypeId
&27
Cause of transmission values
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Spontaneous
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Interrogated
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Remote command
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Io> Non-directional earthfault general START A 160 67 1 2 1, 9 NEF1Low
Io> Non-directional earthfault TRIP> A 160 92 0 2 1 NEF1Low
Io>> Non-directional earthfault TRIP>> A 160 93 0 2 1 NEF1High
Io>> Non-directional earthfault START>> P 162 95 1 1 1, 9 NEF1High
Io>>> Non-directional earthfault START>>> P 162 97 1 1 1, 9 NEF1Inst
Io>>> Non-directional earthfault TRIP>>> P 162 99 0 1 1 NEF1Inst
Io>--> Directional earthfault general START P 163 67 1 1 1, 9 DEF2Low
Io>--> Directional earthfault TRIP> P 163 92 0 1 1 DEF2Low
Io>>--> Directional earthfault TRIP>> P 163 93 0 1 1 DEF2High
Io>>--> Directional earthfault START>> P 163 95 1 1 1, 9 DEF2High
Io>>>--> Directional earthfault START>>> P 163 97 1 1 1, 9 DEF2Inst
Io>>>--> Directional earthfault TRIP>>> P 163 99 0 1 1 DEF2Inst
I2> Negative-phase-sequence protection general START P 21 84 1 1 1,9 NPS3Low
I2> Negative-phase-sequence protection TRIP> P 21 90 0 1 1 NPS3Low
I2>> Negative-phase-sequence protection START>> P 21 91 1 1 1,9 NPS3High
I2>> Negative-phase-sequence protection TRIP>> P 21 94 0 1 1 NPS3High
3I( ) Phase reversal protection START P 22 84 1 1 1,9 PREV3
3I( ) Phase reversal protection TRIP P 22 90 0 1 1 PREV3
3I< Non-directional undercurrent, St1, START P 20 84 1 1 1,9 NUC3St1
3I< Non-directional undercurrent, St1, TRIP P 20 90 0 1 1 NUC3St1
3I> Non-directional overcurrent general START A 160 84 1 2 1, 9 NOC3Low
3I> Non-directional overcurrent TRIP> A 160 90 0 2 1 NOC3Low
3I>> Non-directional overcurrent TRIP>> A 160 91 0 2 1 NOC3High
3I>> Non-directional overcurrent START>> P 162 94 1 1 1, 9 NOC3High
3I>>> Non-directional overcurrent START>>> P 162 96 1 1 1, 9 NOC3Inst
3I>>> Non-directional overcurrent TRIP>>> P 162 98 0 1 1 NOC3Inst