No. Information Type of
Informa-
tion
Comments
854 Ib Max= MVT Ib Max
855 Ic Min= MVT Ic Min
856 Ic Max= MVT Ic Max
857 I1 Min= MVT I1 (positive sequence) Minimum
858 I1 Max= MVT I1 (positive sequence) Maximum
859 Va-nMin= MVT Va-n Min
860 Va-nMax= MVT Va-n Max
861 Vb-nMin= MVT Vb-n Min
862 Vb-nMax= MVT Vb-n Max
863 Vc-nMin= MVT Vc-n Min
864 Vc-nMax= MVT Vc-n Max
865 Va-bMin= MVT Va-b Min
867 Va-bMax= MVT Va-b Max
868 Vb-cMin= MVT Vb-c Min
869 Vb-cMax= MVT Vb-c Max
870 Vc-aMin= MVT Vc-a Min
871 Vc-aMax= MVT Vc-a Max
872 Vn Min = MVT V neutral Min
873 Vn Max = MVT V neutral Max
874 V1 Min = MVT V1 (positive sequence) Voltage Minimum
875 V1 Max = MVT V1 (positive sequence) Voltage Maximum
876 Pmin= MVT Active Power Minimum
877 Pmax= MVT Active Power Maximum
878 Qmin= MVT Reactive Power Minimum
879 Qmax= MVT Reactive Power Maximum
880 Smin= MVT Apparent Power Minimum
881 Smax= MVT Apparent Power Maximum
882 fmin= MVT Frequency Minimum
883 fmax= MVT Frequency Maximum
884 PF Max= MVT Power Factor Maximum
885 PF Min= MVT Power Factor Minimum
1058 Θ/ΘTrpMax= MVT Overload Meter Max
1059 Θ/ΘTrpMin= MVT Overload Meter Min
Set Points for Measured Values
SIPROTEC devices facilitate the setting of limit values for some measured and metered values. If any of these
limit values is reached, exceeded or fallen below during operation, the device issues an alarm which is indi-
cated in the form of an operational message. This can be allocated to LEDs and/or binary outputs, transferred
via the interfaces and linked in DIGSI CFC. The limit values can be configured via DIGSI CFC and allocated via
the DIGSI device matrix.
2.23.6
Functions
2.23 Auxiliary Functions
SIPROTEC 4, 7SJ80, Manual 295
E50417-G1140-C343-A8, Edition 12.2017
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