ABB IM300-I - Page 89

IM300 Intelligent Power Monitoring Instrument
87
41177
RO
Minimum value occurrence time of current In
3
41180
RO
Minimum value occurrence time of total frequency（F）
3
41183
RO
Minimum value occurrence time of total power factor
（PF）
3
41186
RO
Minimum value occurrence time of phase A power factor
（
PFa
）
3
41189
RO
Minimum value occurrence time of phase B power factor
（PFa）
3
41192
RO
Minimum value occurrence time of phase C power factor
（PFa）
3
41195
RO
Minimum value occurrence time of phase A active power
（Wa）
3
41198
RO
Minimum value occurrence time of phase A reactive
power（Qa）
3
41201
RO
Minimum value occurrence time of phase A apparent
power
（
Sa
）
3
41204
RO
Minimum value occurrence time of phase B active power
（
Wb
）
3
41207
RO
Minimum value occurrence time of phase B reactive
power（Qb）
3
41210
RO
Minimum value occurrence time of phase B apparent
power
（
Sb
）
3
41213
RO
Minimum value occurrence time of phase C active power
（Wc）
3
41216
RO
Minimum value occurrence time of phase C reactive
power（Qc）
3
41219
RO
Minimum value occurrence time of phase C apparent
power
（
Sc
）
3
41222
RO
Minimum value occurrence time of total active power
（
W
）
3
41225
RO
Minimum value occurrence time of total reactive power
（
Q
）
3
41228
RO
Minimum value occurrence time of total apparent power
（S）
3
Note: The above correspondence between the 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.