63
This function code defines the running time from the lower limit frequency of the swing frequency to the upper limit frequency of the swing frequency during swing
frequency operation, and the running time and delay from the upper limit frequency of the swing frequency reaching the lower limit frequency of the swing frequency
during swing frequency operation.
Swing frequency control is suitable for textile, chemical fiber and other industries and occasions that require traverse and winding functions. Its typical work is
shown in Figure 07-2. Usually the swing frequency process is as follows: first accelerate the center frequency of the swing frequency according to the acceleration time,
and then press the set swing frequency amplitude (07.11), sudden jump frequency (07.12), swing frequency rise time (07.13) and swing frequency fall time (07.14) )
Circulate running until there is a stop command to decelerate and stop according to the deceleration time.
Figure 07-2 Schematic diagram of swing frequency
Group 08-manage and display parameters
08.00
Main parameter monitoring during operation
0
～
30
0
For example: 08.00=2, that is, select the output voltage (D-02), then the default display item on the main monitoring interface is the current output voltage value.
08.01
Main parameter monitoring during stop
0
～
30
1
For example: 08.01=3, that is, bus voltage (d-03) is selected, then the default display item of the main monitoring interface is the current bus voltage value.
08.02
Auxiliary parameter display during operation (only valid for dual display keypad)
0
～
30
4
08.03
Auxiliary parameter display during stop (only valid for dual display keypad)
0
～
30
3
Same as [08.00] and [08.01] parameters!
08.04
Motor speed display coefficient
0.01
～
99.99
1.00
It is used to correct the display error of speed scale, and has no influence on the actual speed.
