Functions
2.18 Auxiliary Functions
SIPROTEC, 7SK80, Manual
E50417-G1140-C344-A4, Release date 08.2010
259
681 Phi B = MV Angle Vb-Ib
682 Phi C = MV Angle Vc-Ic
701 INs Real MV Resistive ground current in isol systems
702 INs Reac MV Reactive ground current in isol systems
805 Θ Rotor MV Temperature of Rotor
807 Θ/Θtrip MV Thermal Overload
809 T reclose= MV Time untill release of reclose-blocking
830 INs = MV INs Senstive Ground Fault Current
831 3Io = MV 3Io (zero sequence)
832 Vo = MV Vo (zero sequence)
901 PF = MV Power Factor
1068 Θ RTD 1 = MV Temperature of RTD 1
1069 Θ RTD 2 = MV Temperature of RTD 2
1070 Θ RTD 3 = MV Temperature of RTD 3
1071 Θ RTD 4 = MV Temperature of RTD 4
1072 Θ RTD 5 = MV Temperature of RTD 5
1073 Θ RTD 6 = MV Temperature of RTD 6
1074 Θ RTD 7 = MV Temperature of RTD 7
1075 Θ RTD 8 = MV Temperature of RTD 8
1076 Θ RTD 9 = MV Temperature of RTD 9
1077 Θ RTD10 = MV Temperature of RTD10
1078 Θ RTD11 = MV Temperature of RTD11
1079 Θ RTD12 = MV Temperature of RTD12
16031 ϕ(3Vo,INs) = MV Angle between 3Vo and INsens.
30701 Pa = MV Pa (active power, phase A)
30702 Pb = MV Pb (active power, phase B)
30703 Pc = MV Pc (active power, phase C)
30704 Qa = MV Qa (reactive power, phase A)
30705 Qb = MV Qb (reactive power, phase B)
30706 Qc = MV Qc (reactive power, phase C)
30707 PFa = MV Power Factor, phase A
30708 PFb = MV Power Factor, phase B
30709 PFc = MV Power Factor, phase C
30800 VX = MV Voltage VX
30801 Vph-n = MV Voltage phase-neutral
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