protection threshold is
too small
for ordinary motors)
☞
Parameter table of inverter
“
☆
”: means that the setting value of the parameter can be changed no matter if the driver is shutdown
or running;
“
★
”: means that the setting value of the parameter cannot be changed when the driver is running;
“●”: means that the value of the parameter is the actual test value and cannot be changed;
“*”: means that the parameter is a "manufacturer's parameter", and can only be set by the
manufacturer. Users are forbidden to change it.
Parameter
Name
Setting range
Default value
Change
Group F0 Basic Function Group
F0-00
GP type display
1: G type (constant torque load model)
Determine
specification
●
F0-01
Control mode of first
motor
0: speed-less sensor vector control (SVC)
1: sensor vector control with speed (FVC)
2: V/F control (synchronous motor not
supported)
2
★
F0-02
Command source
options
0: External LCD keyboard/background
software
1: Terminal command channel
2: Communication command channel
2
★
F0-03
Select main frequency
command
0: digital setting (preset frequency F0-08,
UP/DOWN can be modified, but not stored
in case of power failure)
1: digital setting (preset frequency F0-08,
UP/DOWN can be modified, and stored in
case of power failure)
2: AI1
3: AI2
4: (reserved)
5: Pulse setting (DIO1)
6: Multiple-stage instruction
7: Simple PLC
8: PID
9: Communication setting
10: synchronous control
9
★
F0-04
Auxiliary frequency
source Y options
Same as F0-03(main frequency source X
options)
0
★
F0-05
Options of auxiliary
frequency source Y
range when
superimposed
0: relative to the maximum frequency
1: relative to frequency source X
0
☆
F0-06
Auxiliary frequency
source Y range when
superimposed
0%~150%
100%
☆
F0-07
Frequency source
superposition options
Units
’ place: frequency source options
0: main frequency source X
1: Calculation results of the main frequency
and auxiliary frequency (the operation
relationship is determined by the tens place)
2: Switching between main frequency
source X and auxiliary frequency source Y
3: Switching between main frequency
source X and calculation results of the main
frequency and auxiliary frequency
4: Switching between c auxiliary
frequency source Y and calculation
results of the main frequency and
auxiliary frequency
Ten's place: the operation
relationship between main frequency
source and auxiliary frequency
0: main + auxiliary
1: main - auxiliary
2: Larger value of both
3: Smaller value of both
4: main * auxiliary
0
☆
F0-08
Preset frequency
0.00Hz~ Max. frequency (F0-10)
50.00Hz
☆
F0-09
Moving direction
0: same direction
1: opposite direction
0
☆
F0-10
Max. frequency
5.00Hz~600.00Hz
50.00Hz
★
Parameter
Name
Setting range
Default
value
Change
F0-11
Upper limit
frequency source
0: F0-12 setting
1: AI1
2: AI2
4: Pulse setting(DIO1)
5: Communication setting
6: multi-speed command
0
★
F0-12
Upper limit
frequency
Lower limit frequency F0-14~Max. frequency
F0-10
50.00Hz
☆
F0-13
Upper limit
frequency bias
0.00Hz~ Max. frequency F0-10
0.00Hz
☆
F0-14
Lower limit
frequency
0.00Hz~ Upper limit frequency F0-12
0.00Hz
☆
F0-15
Carrier frequency
0.8kHz~12.0kHz
Determine
☆