FR500A&FR510A Series Vector Control Inverter
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Fig 6-15 Break control logic scheme
1
）
After inverter receives a run command, accelerate the run to set F05.18 brake open frequency.
2
）
After the frequency reaches F05.18 set frequency, inverter keeps constant running and the
duration reaches the F05.20 set brake open waiting time, inverter running constant speed continue to
the F05.20 set brake open waiting time, switching output “brake output” terminal output OFF signal.
3
）
After reaching the break open waiting time, if inverter current is more than or equal with the
F05.19 set brake open current, at this time switching output "brake output" terminal output signal ON,
inverter continue working on the F05.18 set frequency, when operating time reaches the F05.21set
time, running starts acceleration up to set frequency.
4
）
After inverter receives the stop command, running decelerate to the F05.22 set brake closing
frequency, and then operate on the constant frequency.
5
）
After running frequency reaches the F05.22 set frequency, after delay the F05.23 set brake
closing delay time, this period of time, "Brake Output" output ON signal.
6
）
After reaching the F05.23 set time, “Brake Output "terminal output OFF signal, the inverter
output frequency keeps the F05.22 set value, after delaying reach the F05.24 set value, inverter
blocks output, get into stopped state.
Group F06 Analog and Pulse Input
F06.00
Minimum input of curve AI1
Range: 0.0%
～
input of
inflection point1 of curve AI1
Default:1.0%
F06.01
Set value corresponding
to minimum input of curve
AI1
Range:-100.0
～
100.0%
Default:0.0%
F06.02
Input of inflection point
1 of curve AI1
Range: Minimum input of
curve AI1
～
Input of inflection
point 2 of curve AI1
Default:100.0%
F06.03
Set value corresponding
to input of inflection
point 1 of curve AI1
Range:-100.0
～
100.0%
Default: 100.0%
F06.04
Input of inflection point
2 of curve AI1
Range: Input of inflection point
1 of curve AI1
～
Maximum
input of curve AI1
Default: 100.0%
