Delta AS Series Programming Manual page 1265

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AS Ser ies Pro gra mm in g M anu al
Explanation
1.
This instruction is available for PLC with FW V1.04.90 (V1.04.90 included) or later.
2.
This instruction causes the machine to return to the zero point. The range of the target frequency (TFreq) for zero
return is between 1 Hz–200 kHz. The JOG frequency (JFreq) should be less than the target frequency (TFreq).
The JOG frequency (JFreq) is the start frequency. If the target frequency (TFreq) is less than (JFreq), the target
frequency (TFreq) is automatically revised processed as equal to (JFreq)
3.
Do not change the operands DOG, NL, Pulse, or Dir during instruction execution. The input point for DOG and NL
is suggested to use the 16 high-speed input points X0.0–X0.15. They will not be affected by PLC instruction scan
time. If you use X1.0 successive input points or M devices, they will be affected by the PLC instruction scan time.
4.
See the below descriptions for DOG, NL and Dir.
DOG point
NL point
Dir contact
5.
See the below SR and SM table for pulse outputting.
Pulse output points
_6
Setting up the time for
directional outputting
goes first before pulse
outputting (unit: 1 ms)
Busy flag
Completion flag
Present output
position
Pulse output points
Setting up the time for
directional outputting
goes first before pulse
outputting (unit: 1 ms)
Busy flag
6 - 9 8 6
You can use X or M device but do NOT choose the same input point for different axis.
When the DOG point uses X0.0–X0.15 for inputs, go to HWCONFIG to set up the
filtering time for the inputs if the switch starts to rattle.
You can use X or M device but do NOT choose the same input point for different axis.
You can use Y or M device but do NOT choose the same input point for different axis.
Y0.0
Y0.2
SR640
SR642
SM460
SM480
SM461
SM481
SR460
SR480
SR461
SR481
Y0.1
Y0.3
SR641
SR643
SM472
SM492
.
Y0.4
Y0.6
SR644
SR646
SM500
SM520
SM501
SM521
SR500
SR520
SR501
SR521
Y0.5
Y0.7
SR645
SR647
SM512
SM532
Y0.8
Y0.10
SR648
SR650
SM540
SM560
SM541
SM561
SR540
SR560
SR541
SR561
Y0.9
Y0.11
SR649
SR651
SM552
SM572

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