Goodrive3000 series medium voltage VFD
Goodrive3000 inverter
-130-
Function code
Name
Description
Setting range Default
P18.02
Encoder Z pulse count
value
0
–65535
0
–65535
0
P18.03
Count value of resolver 0
–65535
0
–65535
0
P18.04
Resolver angle
0
–359.99
0
–359.99
0
P18.05
Magnetic pole angle 0
–359.99
0
–359.99
0
P18.06
Motor temperature
display
-200.0
–200.0
℃
-200.0
–
200.0°C
0.0°C
P18.07
Frequency reference
sent by master
-100.00
–100.0% (of the max. VFD
frequency)
-100.00
–100.0
0
P18.08
Frequency command
received by slave
-300.00
–300.0% (of the motor rated
current)
-300.00
–
300.00
0
P18.09
Speed loop output sent
by master
-100.00
–100.0% (of the max. VFD
frequency)
-100.00
–100.0
0
P18.10
Torque command
received by slave
-300.00
–300.0% (of the motor rated
current)
-300.00
–
300.00
0
P18.11
Voltage of upper half
bus
0
–65535
0
–65535
P18.12
Voltage of lower half
bus
0
–65535
0
–65535
P18.13
Software version
(FPGA)
1.00
–655.35
1.00
–655.35
P18.14
Reserved/Max.
midpoint voltage
balance compensation
Reserved/0
–512
Reserved/ 0
–
512
Reserved
/400
P18.15
Reserved/Midpoint
voltage balance mode
Reserved/
0: bang-bang control
1: P control
2: PI control
Reserved/0
–2
Reserved
/1
P18.16
Max. midpoint voltage
balance
compensation/Midpoint
voltage balance
algorithm Kp
0
–512/0–500
0
–512/0–500 100/200
P18.17
Midpoint voltage
balance mode/Midpoint
voltage balance
algorithm Ki
0: bang-bang control
1: P control
2: PI control
/0
–10
0
–2/0–10
0/6
P18.18
Midpoint voltage
balance algorithm
Kp/Grid voltage and
main contactor
condition selection
0
–5000/
0: Grid voltage calculation
1: Set by P20.14
0
–5000/0–1
400/0
P18.19
Midpoint voltage
balance algorithm
Ki/Input grid voltage
balance degree
0
–10/0–65535
0
–10/0–65535
6/0
P18.20
Max. bus voltage
recorded by the system
0.0
–6550.0V
0.0
–6550.0
0.0
P18.21
Max. upper bus voltage
recorded by the system
0.0
–3275.0V
0.0
–3275.0
0.0
