109
09-22
Whether the jump frequency is effective during
acceleration and deceleration
Factory setting
0
Setting range
0
Invalid
1
Valid
When the setting is valid, when the operating frequency is within the range of the skip frequency, the actual
operating frequency will skip the boundary of the set skip frequency. As shown in Figure 5-19.
Output frequency Hz
Time
Jump frequency 2
Jump frequency amplitude
Jump frequency 1
Jump frequency amplitude
Jump frequency amplitude
Jump frequency amplitude
Figure 5-19 Effective schematic diagram of jump frequency during acceleration and deceleration
09-25
Switching frequency point between acceleration time 1 and
acceleration time 2
Factory setting
0.00Hz
Setting range 0.00Hz
～
Max frequency
09-26
Switching frequency point between deceleration time 1 and
deceleration time 2
Factory setting
0.00Hz
Setting range 0.00Hz
～
Max frequency
During the operation of the inverter, different acceleration and deceleration times can be selected according to the
operating frequency range instead of the MI terminal.
Figure 5-20 is a schematic diagram of acceleration/deceleration time switching. During acceleration, if the
operating frequency is less than 09-25, select acceleration time 2; if the operating frequency is greater than 09-25,
select acceleration time 1.
During deceleration, if the operating frequency is greater than 09-26, select deceleration time 1, if the operating
frequency is less than 09-26, select deceleration time 2.
Summary of Contents for S3100A Series
Page 1: ...S3100Aseries inverter General Open loop Vector Control IM User manual User Manual ...
Page 24: ...20 Size 5 Unit mm S3100A 4T45G 55P 4T110G Size 6 Unit mm S3100A 4T110G 132P 4T160G 185P ...
Page 25: ...21 Size 7 Unit mm S3100A 4T185G 200P 4T220G Size 8 Unit mm S3100A 4T220G 250P 4T315G ...
Page 26: ...22 Size 9 Unit mm S3100A 4T315G 355P 4T400G 450P Size 10 Unit mm S3100A 4T450G 500P 4T500G ...
