
448
Appendix
Appendix
Axis-Specific Parameters
No.
Parameter name
Default value
(Reference)
Input range
Unit
Remarks
52
Synchro setting bit pattern 1
0
0H to
FFFFFFFFH
* Effective only when specified for the synchro slave axis.
(Main application version 0.62 or later)
Bits 8 to 11: Selection of use of Z-phase of the synchro slave axis during
home return of the incremental encoder (INC-INC control)
(0: Do not use Z-phase of the slave axis
1: Use not use Z-phase of the slave axis)
* If Z-phase of the slave axis is used, the following parameters of the slave
axis will become effective: “Axis-specific parameter No. 21, Offset travel
distance at home return”
“Axis-specific parameter No. 12, Home preset value”
* Adjustment method when Z-phase of the slave axis is used
[1] Complete a home return in the synchronized mode.
• Ignore the “Error No. D0A, Driver overload error” that generates upon
completion of home return.
• If an “Error No. C9C, Defective phase-Z position error” generates, the
relationship of the installed positions of both synchro axes must be
adjusted.
• If an “Error No. C72/D6B, Overrun error” generates, adjust the relationship
of the installed positions of both synchro axes or set “Axis-specific
parameter No. 15, Overrun-sensor input polarity” to “0 (Do not use)” and
stop using the overrun sensor.
[2] Turn the servo OFF by actuating an emergency stop.
[3] Align the physical position relationship of the synchro master axis and
slave axis and then read off their present position coordinates.
[4] Calculate the value of “present position coordinates of synchro slave
axis – present position coordinates of synchro master axis” and set
the calculated value in “Axis-specific parameter No. 21, Offset travel
distance at home return” for the synchro slave axis (Exercise caution
that unit conversion is required in the above calculation.)
[5] Write the data to the flash ROM, and then execute a software reset or
power ON reset of the controller.
* Effective only when specified for the synchro slave axis.
(Main application version 0.63 or later)
53
Setting bit pattern 1 of each
axis
0
0H to
FFFFFFFFH
54
Travel distance for push stop
detection at home return
20
1 to 99999
0.001 mm Used to confirm pushing action at the time of home return.
55
Travel distance for push
stop detection at positioning
30
1 to 99999
0.001 mm Used to confirm pushing action according to the PUSH command.
56
Push-abort deviation ratio at
home return
2000
1 to 99999
'HYLDWLRQLVFRPSDUHGDJDLQVW³6WHDG\VWDWHGHYLDWLRQRISXVKVSHHG
Push-speed pulse speed x Abort deviation ratio.”
57
Push-abort deviation ratio at
positioning
5000
1 to 99999
'HYLDWLRQLVFRPSDUHGDJDLQVW³6WHDG\VWDWHGHYLDWLRQRISXVKVSHHG
Push-speed pulse speed x Abort deviation ratio.”
58
Positioning band
100
1 to 9999
0.001 mm * Related information: Axis-specific parameter No. 52
59
Allowable deviation error ratio
(Maximum speed pulse ratio)
27
1 to 99
Deviation is compared against “Steady-state deviation of maximum
RSHUDWLQJVSHHGRIHDFKD[LV3XOVHVSHHGRIPD[LPXPRSHUDWLQJVSHHG
of each axis x Allowable deviation error ratio.”
60
Position gain
30
1 to 9999
/s
61
FAG
0
0 to 99
62
Synchro FB gain
77
0 to 1000
63
Stop special output range
1
0 to 9999
Pulse
Invalid if “0” is set.
64
Stop special output value
1
0 to 999
DRVVR
65
Mating synchro-axis number
0
0 to 8
Must be input for both axes. (Of the axis pair, the axis with the smaller axis
number becomes the master axis. Both axes must have the same resolution
characteristics. Commands cannot be issued to the slave axis.)
* The actuators must be installed by physically aligning the “positions at the
end of home return” of the synchro master and slave axes. (Invalid if “0” is
set)
66
Mode selection for rotational
movement axis
0
0 to 5
0: Normal, 1: Index mode
67
Short-cut control selection for
rotational movement axis
0
0 to 5
0: Do not select, 1: Select (Valid only in the index mode AND when an
incremental encoder is used)
68
Mode selection for linear
movement axis
0
0 to 5
0: Normal, 1: Infinite-stroke mode (Note: Positioning boundary applies. This
setting can be specified only when an incremental encoder is used.)
69
Torque limit upon stopping of
synchro slave axis
0
0 to 70
%
Not limited, if “0.” Effective only when specified for the synchro slave axis.
* Related information: Axis-specific parameter No. 52
(Main application version 0.59 or later)
70
For future expansion
0
Reference
only
71
For future expansion
0
Reference
only
Summary of Contents for X-SEL
Page 1: ...Operation Manual Nineteenth Edition XSEL Controller P Q PCT QCT Type ...
Page 2: ......
Page 3: ... ...
Page 14: ... I Q 4 I9 A 5 ...
Page 15: ... 9 1 9 R K 4 5 R Q 4 5 ...
Page 16: ... R 4 5 A 91 B 9 Q O Y Q 4 5 4R 5 Q Q 4 7 5 ...
Page 17: ... C 6 C I 4 b 5 ...
Page 18: ......
Page 105: ...83 Part 1 Installation Chapter 7 System Setup Q 4 O O O 5 I 8 91 N O O O I I ...
Page 129: ...107 Part 1 Installation Chapter 9 Maintenance 5 8 NI Q 5 5 4 7 5 5 ...
Page 153: ...131 Part 3 Controller Data Structure Chapter 2 XSEL Language Data Q b b J b J 4 BB5 J J ...
Page 201: ...179 Part 4 Commands Chapter 2 Explanation of Commands I Q 4I 5 I 4N 5 4 5 4 5 I Q ISQ I ISQ ...
Page 216: ...194 Part 4 Commands Chapter 2 Explanation of Commands N 4 5 I 4N 5 4 5 4 5 N J I N 9 9 O ...
Page 318: ...296 Part 4 Commands Chapter 2 Explanation of Commands 8 U8 8 K 8 U U 8 8 8 U8 d 8 8 8 U8 ...
Page 352: ...330 Part 4 Commands Chapter 6 Application Program Examples I L 8 J 4 5 8 8 8 K K N 8 8 ...
Page 355: ...333 Part 4 Commands Chapter 6 Application Program Examples Q 4 5 ST8 8 8 ST8 R ST8 ...
Page 358: ...336 Part 4 Commands Chapter 6 Application Program Examples Y Y Q 4 5 Y 8 8 U8 4 Y 5 ...
Page 363: ...341 Part 5 Multi Tasking Chapter 1 Real Time Multi Tasking 8 Q Q 4 5 8 4 5 8 4 5 Q 8 8 Q ...
Page 367: ...345 Part 5 Multi Tasking Chapter 2 Example of Building a System 8 Q 8 Q 8 8 U8 8 U8 Q 8 R ...
Page 373: ...351 Appendix 4O 5 4 5 4O 5 Q 4 5 4 5 4O 5 4O 5 K Y K Y 5 5 5 5 5 8 Appendix ...
Page 374: ...352 Appendix 4O 5 4 5 4O 5 4O 5 Q8 Q 4 5 4 5 4O 5 4O 5 K Y K Y 5 5 5 5 ...
Page 375: ...353 Appendix 4O 5 4 5 4O 5 Q 4 5 4 5 4O 5 4O 5 K Y K Y Appendix ...
Page 376: ...354 Appendix 4O 5 4 5 4O 5 Q 4 5 4 5 4O 5 4O 5 K Y K Y ...
Page 377: ...355 Appendix 4O 5 4O 5 4O 5 NQ Q 4 5 K Y 4 5 4 5 4O5 4 5 4O 5 4J5 4O 5 Appendix ...
Page 380: ...358 Appendix 99 K R 4K I 5 Q K Q I ...
Page 381: ...359 Appendix K J J J J J J I I Q Q L Q Appendix ...
Page 382: ...360 Appendix I J J Q K ...
Page 383: ...361 Appendix 4 K 5 N C K 4 5 I K b K b K b K b 4 5 K K K B 9 O K O B 9 9 B Appendix ...
Page 385: ...363 Appendix A 8 K I Q b b b I Q b 8 4 5 8 4 5 QC 8 QC 8 Appendix ...
Page 387: ...365 Appendix 9 R K I 9 O O 9 Q 9 9 O 9 O I Appendix ...
Page 389: ...367 Appendix Q K I 9 9 9 4 K 5 K b K N 4 5 4 8 5 Q Q Q Appendix ...
Page 391: ...369 Appendix K Q Q BB K C ISQ C JQ C 4 5 I Q C 4 5 I L J J Q Appendix ...
Page 392: ...370 Appendix K N K 4 5 K N R K N 4 5 I K N 9 8 9 O T K N 9 F 4 5 Q F 4 5 F 4 5 Q 9 O 9 ...
Page 393: ...371 Appendix 4 O 5 O K R O I O 9 O 4 5 6 6 R O 4 5 Q R O O 9 F 4 5 Q F 4 5 Q 9 O Appendix ...
Page 395: ...373 Appendix A O Q N I O 9 Q A A B 9 9 9 9 A9 99 99 99 A99 Q Q O Appendix ...
Page 396: ...374 Appendix B I I O I I C b 9 Q Q Q O ...
Page 397: ...375 Appendix 9 I P 9 8 9 99 BBB BB O O C 6 R P 9 Q SSS SSSb 99 SSSSS Sb O BB 8 Appendix ...
Page 398: ...376 Appendix L Q J 4 5 I 9 O J 6 9 O 9 I 9 9 9 O 9 I J 9 O 9 O 9 O O ...
Page 399: ...377 Appendix R R O I 9 9 4 5 R O 9 9 O 6 O O Appendix ...
Page 400: ...378 Appendix K R Q 4 5 Q 4 8 b5 9b 4 8 5 K ...
Page 401: ...379 Appendix I O I I IP 9 RIP Appendix ...
Page 402: ...380 Appendix 8 I Q S8 Q I Q N Q Q H I 4 5 4O 5 ...
Page 403: ...381 Appendix L O K I 9 O O I Q I 4 5 K N Q O Q 4 95 Q R Appendix ...
Page 405: ...383 Appendix A I J 4 5 8 6 I 4 5 4 5 R 6 J Appendix ...
Page 416: ...394 Appendix 4 5 4 8 5 C I b I b I b 8 I b Q I T I Q I T 8 I I Appendix ...
Page 423: ...401 Appendix Q Q 9 Q Q Q Q 4 5 Q I 4 5 8 Q 4 5 Q Q 4 Q I 5 Q Q Q QIN 4O K 5 b b Appendix ...
Page 431: ...409 Appendix 4 5 Q J N J C 99 BBB 4 995 N C BB 4 BB5 Q I Q Y b 8 K Ib b N b I Appendix ...
Page 432: ...410 Appendix I b Q K Ib K Ib 99 N BB J 99 J K Ib 99 ...
Page 433: ...411 Appendix K Q Appendix ...
Page 435: ...413 Appendix N 3 Q I Q Q Y b b b b Appendix ...
Page 486: ...464 Appendix B O 4 5 9 9 9C O C Y C J 8 9 9 9C C 7 C 9 9 J 99 4 5 99999999K 9K K ...
Page 510: ...488 Appendix O INN JIO 4 Ib 5 I O I 9 C O B O O O O O O 3 4 5 A I B Appendix ...
Page 529: ...507 Appendix O INN JIO 4 Ib 5 I O I 4 5 AI 4 5 Appendix ...
Page 550: ...528 Appendix O INN JIO 4 Ib 5 I O I IA QIN 8 IA Q 8 IA 8 IA 8 I 4 5 Appendix ...
Page 559: ...537 Appendix O INN JIO I O I A Q A9 Q I 8 4 5 Appendix ...
Page 561: ...539 Appendix Q N 4 N 5 4 5 8 999 9 N O 4 5 8 9 O K 4 N 5 4 5 8 99 9 Q Q 4 5 Q Appendix ...
Page 565: ...543 ...