ABB IM300-I Operational Manual page 70

40123 RO
40124 RO
40125 RO
40126 RO
40127 RO
40128 RO
40129 RO
40130 RO
Note 1: In the 3-phase 3-wire system, the data in 40104 ～ 40107 and
40119～40130 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, unitV.
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.
Reactive power: Q = Ai × (PT1 / PT2) × (CT1 / CT2), Ai signed
integers, unit:var.
Apparent power: S = Ai × (PT1 / PT2) × (CT1 / CT2), Ai is an
unsigned integer, unit:VA.
Power factor: PF = Ai / 1000, Ai denote signed integers, no unit.
Frequency: F = Ai / 100, Ai as an unsigned integer, unit:Hz.
energy address table, supports read function of codes 03, 04 and set function
of code 10.Only support writes continuously
Address Type
40200 RW
Active power of phase B（Wb）
Active power of phase C（Wc）
Reactive power of phase A（Qa）
Reactive power of phase B（Qb）
Reactive power of phase C（Qc）
Apparent power of Phase A（Sa）
Apparent power of phase B（Sb）
Apparent power of phase C（Sc）
The absolute value of total active energy
IM300 Intelligent Power Monitoring Instrument
Data Definition
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1
1
1
1
1
1
1
1
Regist
er
2