socomec ATyS C55 - Page 64

64
EN
ATySController C55/65 - 549866C - SOCOMEC
There are different types of alarms on ATyS Cxx:
MEASURE ALARMS CONFIG – (Only on C65)
- CATEGORY: which value will trigger the alarm.
• Energy (consumption) form a source
• Energy (consumption) from the load side (total)
• V/U/F from a source
• V/U/F from the load
• P/Q/S/PF
• I (current)
- PARAMETERS: inside each one of the categories there can be different options like:
• Energy (E LOAD or E SOURCES) Partial Ea+ (consumed active energy using partial counter), Partial Ea- (same but
generated), Partial Es, Partial Er+, Partial Er-.
• V/U/F LOAD: Vsys (system avg phase to neutral voltage), F (frequency value), Uph OR (composed voltage phase-phase,
counting any of the values), Uph AND (same but counting all 3 U values above limits U12 U23 and U31), U sys (composed
voltage avg), Vph OR (same for phase to neutral voltages, counting any of the values V1 V2 V3), Vph AND (same but
counting all of them), Vn (neutral voltage).
• V/U/F SOURCES: Vsys, Vunb (vectorial unbalance, based on phase and amplitude), F, Uph OR, Uph AND, Unba (absolute
phase-phase unbalance, absolute amplitude value (no phase)), Usys, Uunb (vectorial unbalance on phase-phase voltages,
based on phase and amplitude), Vph OR, Vph AND, Vn, Vnba (absolute unbalance, absolute amplitude value (no phase)).
• P/Q/S/PF: P OR (any of active power values), P AND (all active power values), Ptot (total active power), Q OR (any of
reactive power values), Q AND (all reactive power values), Qtot (total reactive power), S OR (S1 or S2 or S3 out of limits),
S AND (S1 and S2 and S3 out of limits), Stot (total apparent power), PF OR (any of power factor values), PF AND (all of
power factor values), PFtot (total power factor), PF TYPE OR (PF1 or PF2 or PF3 leading/lagging (non desired value is
settable)), PF TYPE AND (PF1 and PF2 and PF3 leading/lagging (non desired value is settable)), PF TYPE TOT(PF tot
average (not the desired type, leading or lagging)).
• I (current): Isys (system current), Iunb (current unbalanced, taking into account vector and absolute value), In (neutral
current), Iph OR (any phase current), Iph AND (all phase currents), Inba (absolute, non-vector current value).