HV100 Series High Performance Current Vector Inverter
107
0.00Hz
～
~ upper limit frequency
10.00
09.61
Swing preset frequency waiting time
0.0
～
3600.0s
0.0
The above function codes define the operating frequency of the inverter before entering the swing frequency operation
mode or when leaving the swing frequency operation mode and the running time at this frequency point. If the function
code 09.61≠0 (swing frequency preset frequency waiting time) is set, the inverter directly enters the swing frequency preset
frequency operation after starting, and enters the swing frequency mode after the swing frequency preset frequency waiting
time.
09.62
Swing amplitude
0.0
～
100.0%
0.0%
The Swing amplitude is determined by 09.57, and its reference is determined by 09.57. If 09.57=0,
then the Swing Aw = the maximum output frequency *09.62
If 09.57=1, then swing
AW = given channel frequency *09.62.
Tips
：
1:
The swing frequency is restricted by the upper and lower frequencies. If it is set improperly, the swing frequency will
not work properly.
2: JOG, PID control mode, swing frequency automatically fails.
09.63
Jump frequency
0.0 ~ 50.0% (relative swing frequency amplitude)
0.0%
This function code refers to the amplitude of rapid decline after the frequency reaches the upper limit frequency of the
swing frequency, and of course it also refers to the amplitude of rapid rise after the frequency reaches the lower limit
frequency of the swing frequency.
If it is set to 0.0%, there is no sudden jump frequency.
09.64
Swing frequency rise time
0.1
～
3600.0s
5.0
09.65
Swing frequency falling time
0.1
～
3600.0s
5.0
This function code defines the running time from the lower limit frequency to the upper limit frequency and from the
upper limit frequency to the lower limit frequency.
Swing frequency control is suitable for textile, chemical fiber and other industries, as well as occasions requiring traverse
and winding functions. Its typical work is shown in Figure F9-6.
Generally, the swing frequency process is as follows: first accelerate to the preset swing frequency (09.60) according to the
acceleration time, wait for a period of time (09.61), then transition to the center frequency according to the acceleration and
deceleration time, and then set the swing frequency amplitude (09.62), sudden jump frequency (09.63), swing frequency
rising time (09.64) and swing frequency falling time.
