Functions
2.18 Auxiliary Functions
SIPROTEC, 7SK80, Manual
E50417-G1140-C344-A4, Release date 08.2010
254
2.18.2.5 Information List
No. Information Type of In-
formation
Comments
- #of TRIPs= PMV Number of TRIPs=
409 >BLOCK Op Count SP >BLOCK Op Counter
1020 Op.Hours= VI Counter of operating hours
1021 Σ Ia = VI Accumulation of interrupted current Ph A
1022 Σ Ib = VI Accumulation of interrupted current Ph B
1023 Σ Ic = VI Accumulation of interrupted current Ph C
10027 Start Duration VI Startup Duration
10028 Startup Current VI Startup Current
10029 Startup Voltage VI Startup Voltage
10030 Nr.of Mot.Start VI Total Number of Motor Starts
10031 Motor Run.Time VI Total Motor Running Time
10032 Motor Stop.Time VI Total Motor Stopped Time
10033 Perc.Run.Time VI Motor Percent Running Time
10037 Start Duration VI Startup Duration
10038 Startup Current VI Startup Current
10039 Startup Voltage VI Startup Voltage
10040 Startup Duration VI Startup Duration
10041 Startup Current VI Startup Current
10042 Startup Voltage VI Startup Voltage
10043 Startup Duration VI Startup Duration
10044 Startup Current VI Startup Current
10045 Startup Voltage VI Startup Voltage
10046 Startup Duration VI Startup Duration
10047 Startup Current VI Startup Current
10048 Startup Voltage VI Startup Voltage
16001 ΣI^x A= VI Sum Current Exponentiation Ph A to Ir^x
16002 ΣI^x B= VI Sum Current Exponentiation Ph B to Ir^x
16003 ΣI^x C= VI Sum Current Exponentiation Ph C to Ir^x
16006 Resid.Endu. A= VI Residual Endurance Phase A
16007 Resid.Endu. B= VI Residual Endurance Phase B
16008 Resid.Endu. C= VI Residual Endurance Phase C
16011 mechan.TRIP A= VI Number of mechanical Trips Phase A
16012 mechan.TRIP B= VI Number of mechanical Trips Phase B
16013 mechan.TRIP C= VI Number of mechanical Trips Phase C
16014 ΣI^2t A= VI Sum Squared Current Integral Phase A
16015 ΣI^2t B= VI Sum Squared Current Integral Phase B
16016 ΣI^2t C= VI Sum Squared Current Integral Phase C
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