ABB IM300-I Operational Manual page 91

42001 RO
42002 RO
42003 RO
42004 RO
42005 RO
42006 RO
42007 RO
42008 RO
42009 RO
42010 RO
42011 RO
42012 RO
42013 RO
42014 RO
42015 RO
42016 RO
42017 RO
42019 RO
42021 RO
42023 RO
Note 1: In the 3-phase 3-wire system, the data in 42009～40011 are
invalid and value is 0.
Note 2: The correspondence between the above data (Ai) and the
actual value is:
Voltage: U = (Ai / 10) × (PT1 / PT2), Ai is an unsigned integer, unit:V.
Current: I = (Ai / 1000) × (CT1 / CT2), Ai is an unsigned integer,
unit:A.
Zero-sequence current: In = (Ai / 1000) × (CT01 / CT02), Ai is an
unsigned integer, unit:A.
Active power: P = Ai × (PT1 / PT2) × (CT1 / CT2), Ai signed integers,
unit:W.
DI 2
Current Ia
Current Ib
Current Ic
Zero-sequence current In
Line voltage Uab
Line voltage Ubc
Line voltage Uca
Phase voltage Uan (valid in 3-phase,4-wire system)
Phase voltage Ubn (valid in 3-phase,4-wire system)
Phase voltage Ucn (valid in 3-phase,4-wire system)
Frequency（F）
Total active Power（W）
Total reactive power（Q）
Total apparent power（S）
Total power factor（PF）
Total active energy（Ep）
Total reactive energy（Eq）
Retention
Retention
IM300 Intelligent Power Monitoring Instrument
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