CAN
Parameter
ID
Description
Multiplier Units
PDO
Data
byte
complement value and may be positive or
negative.
9
4,5
Active power L3
This value is calculated new after every
voltage cycle of each phase. It is not
filtered. If the voltage is lower than 1.5% of
the PT primary voltage, the power value has
to be considered as zero. This is a two's
complement value and may be positive or
negative.
PT
Primary
voltage *
CT
primary
current /
1616.58
W
9
6,7
164
Angle wye voltage L3-L1
0.1
°
10
0,1
Reactive power L1
This value is calculated new after every
voltage cycle of each phase. It is not
filtered. If the voltage is lower than 1.5% of
the PT primary voltage, the reactive power
value has to be considered as zero. This is a
two's complement value and may be
positive or negative.
PT
Primary
voltage *
CT
primary
current /
1616.58
var
10
2,3
Reactive power L2
This value is calculated new after every
voltage cycle of each phase. It is not
filtered. If the voltage is lower than 1.5% of
the PT primary voltage, the reactive power
value has to be considered as zero. This is a
two's complement value and may be
positive or negative.
PT
Primary
voltage *
CT
primary
current /
1616.58
var
10
4,5
Reactive power L3
This value is calculated new after every
voltage cycle of each phase. It is not
filtered. If the voltage is lower than 1.5% of
the PT primary voltage, the reactive power
value has to be considered as zero. This is a
two's complement value and may be
positive or negative.
PT
Primary
voltage *
CT
primary
current /
1616.58
var
10
6,7
Total apparent power
This value is calculated new after every
voltage cycle of each phase. It is not
filtered. If the voltage is lower than 1.5% of
the PT primary voltage, the power value has
to be considered as zero.
PT
Primary
voltage *
CT
primary
current /
1616.58
VA
22
MFR 300 K55
B37933
4 Fixed TPDOs