65
increase unceasingly, on base of modified value, along with
the signal input.
When it switches into display setup length , you can modify
the setup length via Increase key/Decrease key of operation
panel , exit it by pressing FUNC key or ENTER key. The
difference between FUNC key and ENTER key is described
as follows : By pressing ENTER key, the modified content will
be saved to EEPROM so that it is still active when power-on at
the next time , while by pressing FUNC key, the modification of
setup length only enabled at this time .
The above examples are also applicable to the modification of
counter and timing data .
2
process data reset
The process data contains actual counting value , actual length
and actual running time. Through setting corresponding
parameters, the reset of them can be realized by external
terminals (setting Group F3 parameter ) or S key (setting F6.00) .
：
3
process data memory when power-off
When power-off, the inverter will save the process data,
which contains actual counting value , actual length and
actual running time, to EEPROM , and the data will
recover to the value as before when power-on again so
that it can produce continuously.
：
An example for exact stop action mode
set the counting value as N).
（
N-1
N N+1
1
2
Counting pulse
X6
Running command
Stop command
Fig. 6-23 Schematic Diagram for Exact Stop
Control Mode
Chapter 6 Parameter Description
The series of inverter can implement 16-segment variable
control and it has four types of acceleration/deceleration time
for selection .
When the frequency source selections F0.07 , F0.03 and F0.04
are determined as MS speed running mode ,
set to determine its characteristics .
FB.00 to FB.15
should be
Simple PLC function is to perform automatic control on the MS
frequency logic through a built-in programmable controller
(PLC) of the inverter . It can set running time , running direction
and running frequency so as to meet the process requirements .
When the setup PLC completes one cycle , the multifunctional
output terminal can output an ON signal.
Refer to F4.00 to F4.02 for details .
Group
MS Speed Function and
Simple PLC Function
FB
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.0Hz
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
0.00
upper limit frequency F0.11
～
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
Factory
default value
MS speed 13
MS speed 14
MS speed 15
MS speed 0
MS speed 2
MS speed 3
MS speed 4
MS speed 5
MS speed 6
MS speed 7
MS speed 8
MS speed 9
MS speed 10
MS speed 11
MS speed 12
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
Setup range
MS speed 1
FB.00
FB.01
FB.02
FB.03
FB.04
FB.05
FB.06
FB.07
FB.08
FB.09
FB.10
FB.11
FB.12
FB.13
FB.14
FB.15
