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ACTUAL SIGNALS
Parameter
PROCESS SPEED
SPEED
FREQUENCY
CURRENT
TORQUE
POWER
DC BUS VOLTAGE V
MAINS VOLTAGE
OUTPUT VOLTAGE
ACS 600 TEMP
EXTERNAL REF 1
EXTERNAL REF 2
CTRL LOCATION
OP HOUR COUNTER
KILOWATT HOURS
APPL BLOCK OUTPUT
DI6-1 STATUS
AI1 (V)
AI2 (mA)
AI3 (mA)
RO3-1 STATUS
AO1 (mA)
AO2 (mA)
ACTUAL VALUE 1
ACTUAL VALUE 2
CONTROL
DEVIATION
Installation and Start-up Guide for NMBP-01
Short Name
4xxxx
Register
P SPEED
40101
SPEED
40102
FREQ
40103
CURRENT
40104
TORQUE
40105
POWER
40106
DC BUS V
40107
MAINS V
40108
OUT VOLT
40109
ACS TEMP
40110
EXT REF1
40111
EXT REF2
40112
CTRL LOC
40113
OP HOURS
40114
KW HOURS
40115
APPL OUT
40116
DI6-1
40117
AI1 (V)
40118
AI2 (mA)
40119
AI3 (mA)
40120
RO3-1
40121
AO1 (mA)
40122
AO2 (mA)
40123
ACT VAL1
40124
ACT VAL2
40125
CONT DEV
40126
Description
Process speed
Motor speed
Inverter output frequency
Motor current
Motor torque
Motor power
DC bus voltage of ACS 600
Calculated supply voltage
Calculated motor voltage
Temperature of the heatsink
External reference 1
External reference 2
Active control location
Elapsed time counter
kWh meter
The reference given as an
output from the application
(PID controller output, etc.)
Status of digital inputs
000000 – 111111
Value of Analogue input 1
Value of Analogue input 2
Value of Analogue input 3
Status of relay outputs
Value of Analogue output 1
Value of Analogue output 2
PID controller Actual value 1
Available only if the PID
Macro is selected
PID controller Actual value 2
Available only if the PID
Macro is selected
The difference between the
reference given by the user
and the actual reference the
ACS 600 is following
Appendix B – Parameter Scaling
Scaling
-100
-100 %
100
100 %
of the value defined with
Parameter 20.2 (DTC Control Mode) or
Parameter 20.8 (SCALAR Control Mode)
-20000
-100 %
20000
100 %
-100
-1 Hz
100
1 Hz
10
1 A
-10000
-100 %
10000
100 %
of motor nominal torque
0
0 %
10000
100 %
of motor nominal power
1
1 V
1
1 V
1
1 V
1
1 °C
1
1 rpm
0
0 %
10000
100 %
of motor max. speed / nominal torque /
max. process reference (depending on
the ACS 600 macro selected)
1 = EXT2; 2 = LOCAL; 3 = EXT1
1
1 h
1
1 kWh
0
0 %
10000
100 %
1
0.01 V
1
1 mA
1
1 mA
1
1 mA
1
1 mA
0
0 %
10000
100 %
0
0 %
10000
100 %
-10000
-100 %
10000
100 %
B-3
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