Mitsubishi-electric Mitsubishi Programmable Logic Controller QD75D User Manual Page 344
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MELSEC-Q
9 MAJOR POSITIONING CONTROL
Positioning data setting example
The following table shows setting examples when "1-axis fixed-feed control (fixed-
feed 1)" is set in positioning data No. 1 of axis 1.
Setting item Setting example Setting details
Da.1
Operation pattern
Positioning
complete
Set "Positioning complete" assuming the next positioning data will not
be executed.
Da.2
Control system Fixed-feed 1 Set 1-axis fixed-feed control.
Da.3
Acceleration time
No.
1
Designate the value set in "
Pr.25
Acceleration time 1" as the
acceleration time at start.
Da.4
Deceleration time
No.
0
Designate the value set in "
Pr.10
Deceleration time 0" as the
deceleration time at deceleration.
Da.5
Axis to be
interpolated
– Setting not required (setting value will be ignored).
Da.6
Positioning address/
movement amount
8000.0
µ
m
Set the positioning address. (Assuming "mm" is set in "
Pr.1
Unit
setting".)
Da.7
Arc address – Setting not required (setting value will be ignored).
Da.8
Command speed 6000.00mm/min Set the speed during movement to the positioning address.
Da.9
Dwell time 500ms
Set the time the machine dwells after the positioning stop (pulse output
stop) to the output of the positioning complete signal.
Axis 1 Positioning data No. 1
Da.10
M code 10
Set this when other sub operation commands are issued in
combination with the No. 1 positioning data.
* Refer to Section 5.3 "List of positioning data" for information on the setting details.
- Mitsubishi Programmable 1
- Logic Controller 1
- [Design Instructions] 3
- Component List 17
- Section 1 19
- Chapter 1 Product Outline 21
- Position control 28
- Speed control 28
- QD75 PLC CPU 33
- QD75 Peripheral device 33
- QD75 Drive unit 33
- QD75 External signal 34
- Pr.39 Sudden stop group3 40
- When " 41
- Restart command" is ON 41
- Reference 41
- No. of control axes 46
- QD75D4 only) 51
- Main functions 52
- Sub functions 52
- Common functions 52
- Input specifications 65
- Output specifications 66
- Module side 85
- Checking the OPR parameters 94
- Checking the condition data 99
- MELSEC-Q 100
- [Table 1] on right page 108
- [Table 2] on right page 114
- Speed limit value 115
- Acceleration time 0 115
- Deceleration time 0 115
- Torque limit setting value 119
- Speed switching mode 121
- Acceleration time 1 to 124
- Acceleration time 3 124
- Deceleration time 1 to 124
- Deceleration time 3 124
- JOG speed limit value 125
- S-pattern ratio 127
- Sudden stop deceleration time 128
- OPR speed 134
- OPR direction 137
- OP address 138
- Creep speed 139
- OPR retry 140
- OP shift amount 144
- OPR torque limit value 145
- Dwell time during OPR retry 145
- Operation pattern 149
- Control system 149
- Acceleration time No 149
- Deceleration time No 150
- Axis to be interpolated 150
- [Table 3] on right page 158
- Parameter 165
- Start data No 166
- Special start instruction 166
- Condition target 172
- Condition operator 172
- Parameter 1 173
- Parameter 2 173
- Axis warning occurrence 183
- Torque change value 211
- Positioning Control 221
- Data requiring setting 244
- Starting conditions 248
- Starting time chart 250
- Restrictions 256
- Data required to be set 256
- Details of areas 267
- Section 2 277
- Chapter 8 OPR Control 279
- OPR sub functions 281
- When an OPR is not required 281
- OPR from peripheral devices 281
- Near-point dog 282
- Machine OPR 282
- Precautions during operation 285
- Valid torque limit range 288
- Operation chart 289
- (Positioning start signal) 296
- Fast OPR operation 298
- Operating restrictions 299
- Da.2 Control system 302
- Positioning continue (11) 309
- Positioning complete signal 309
- Positioning 309
- Positioning address 314
- P1 P2 P3 P4 314
- Absolute system 315
- Incremental system 315
- Monitoring the current value 317
- Axis 2, Axis 3, Axis 4 321
- Axis 3, Axis 4, Axis 1 321
- Axis 4, Axis 1, Axis 2 321
- Axis 1, Axis 2, Axis 3 321
- Center point address 360
- Start point address 360
- End point address 360
- Position 385
- OPR complete flag 385
- Md.31 Status: b4 385
- Positioning start signal 400
- [Y10,Y11,Y12,Y13] 400
- Operation 411
- 7001 7004 419
- Da.12 Special start 429
- QD75 buffer memory 432
- Address 30000 432
- Start conditions 438
- Start time chart 439
- Creating the program 440
- Chapter 11 Manual Control 441
- JOG start signal 442
- Manual control sub functions 443
- Monitoring manual control 443
- Errors during operation 445
- Forward 451
- JOG run 451
- OFF (within 100ms) 456
- Inching operation 457
- (within 100 ms): 466
- Manual pulse 467
- Restricted items 468
- Worm gear 487
- Workpiece 487
- Workpiece moveable range 502
- Current value address 507
- External command 516
- No.15 Override program 519
- <Write override value> 519
- K1K3K62H0TOP 541
- K1 K1K1505H0TOP 541
- Velocity 561
- Cutter shaft 564
- Feed shaft 564
- Chapter 13 Common Functions 575
- 0:OFF, 1:ON 582
- Axis-by-axis external I/O 582
- ERR LEDs 582
- Chapter 15 605
- Troubleshooting 605
- Types of errors 606
- Error storage 607
- Types of warnings 607
- Warning storage 608
- Appendices 643
- Forward run stroke end 679
- Reverse run stroke end 679
- External emergency stop 679
- 12345678910111213141516 710
- This point is the reference 724
- Switching signal 730
- [Number] 751
- Index - 14 764
- WARRANTY 765
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