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Example1) Speed change at same position of CH1 and CH2 with synchronous start.
CH:1
ACS1000/ADD/5000/SPD/5000
speed change to 5000pps at position 5000pulse
ACS1001/ADD/15000/SPD/8000
speed change to 8000pps at position 15000pulse
ACS1002/ADD/30000/SPD/10000
speed change to 10000pps at position 30000pulse
ACS1003/ADD/50000/SLW
slow stop at position 50000pulse
ACS1004/END
program end (must be written)
CH:2
ACS2000/ADD/5000/SPD/5000
speed change to 5000pps at position 5000pulse
ACS2001/ADD/15000/SPD/8000
speed change to 8000pps at position 15000pulse
ACS2002/ADD/30000/SPD/10000
speed change to 10000pps at position 30000pulse
ACS2003/ADD/50000/SLW
slow stop at position 50000pulse
ACS2004/END
program end (must be written)
Example2) Speed change at same timing of CH0 and CHF with synchronous start.
CH:0
ACS0000/TIM/0/SPD/1000
speed change to 1000pps at 0ms (dummy data)
ACS0001/TIM/3000/SPD/8000
speed change to 8000pps at 3000ms
ACS0002/TIM/5000/SPD/2000
speed change to 2000pps at 5000ms
ACS0003/TIM/5000/FST
fast stop at 5000ms
ACS0004/END
program end (must be written)
CH:F
ACSF000/TIM/0/SPD/1000
speed change to 1000pps at 0ms (dummy data)
ACSF001/TIM/3000/SPD/8000
speed change to 8000pps at 3000ms
ACSF002/TIM/5000/SPD/2000
speed change to 2000pps at 5000ms
ACSF003/TIM/5000/FST
fast stop at 5000ms
ACSF004/END
program end (must be written)
If you intend to change first data by time more than one motor synchronously, you must
prepare dummy data at the top of the list.
This is because, at the preparation of the motor operation has been completed, the first
timer will start. And it is not syncronized timer between channels.
The second timer and subsequent timer counts at the start of the last change. And the
synchronization will be possible.
2. Confirm data
Command ACS?<ch><dno>
Confirm the data entered in the auto change drive function.
Reply
<ch><dno>/<chg>/<data>/<fnc>/<spd>
Please refer to ”ACS<ch><dno>...” for meaning.
Example Plesase see the below.
Remarks