Acrel APM Series - Page 69

66
Other settings of transmission output: refer to setting of the 1st transmission output
5403
Setting of the 2nd transmission
output
5406
Setting of the 3rd transmission
output
5409
Setting of the 4th transmission
output
4896-4897
Total RMS value of phase A
fundamental voltage
0.1V
Int32 (RO)
Primary
4898-4899
Total RMS value of phase B
fundamental voltage
0.1V
Int32 (RO)
Primary
4900-4901
Total RMS value of phase C
fundamental voltage
0.1V
Int32 (RO)
Primary
4902-4903
Total RMS value of Phase A
harmonic current
0.001A
Int32 (RO)
Primary
4904-4905
Total RMS value of Phase B
harmonic current
0.001A
Int32 (RO)
Primary
4906-4907
Total RMS value of Phase C
harmonic current
0.001A
Int32 (RO)
Primary
4908-4909
Total RMS value of Phase A
harmonic voltage
0.1V
Int32 (RO)
Primary
4910-4911
Total RMS value of Phase B
harmonic voltage
0.1V
Int32 (RO)
Primary
4912-4913
Total RMS value of Phase C
harmonic voltage
0.1V
Int32 (RO)
Primary
4914-5399
Reserve
5400
Setting of
the 1st
transmissi
on output
Transmission type
and signal
selection
Int16 (RW)
High byte:
Transmission type
(1:4-20mA,
2:0-20mA, 3:1-5V,
4:0-5V)
Low Byte: Signal
Selection (Refer to
Table 3 in 7.5
System Setup -
Analog Output
Settings)
For example: 4-20mA is
selected for the
transmission type, and
phase A current is selected
for the signal. The
corresponding value of
the high point is 5000,
and the corresponding
value of the low point is
0, and the actual decimal
point of the current
display is 3 bits.
When the actual current
value of phase A is
5.000A, the transmission
output is 20mA. When
the actual current value of
phase A current is 0, the
output is 4 mA. When
the actual current value of
phase A is 2.500 A, the
transmission output is 12
mA.
5401
Corresponding value
of the high point
Int16 (RW)
Primary
5402
Corresponding value
of the low point
Int16 (RW)
Primary