Appendix 1 Parameters
437
Appendix
『
Default Setting
』
: 1000
When MPG feeding instance exceeds the rapid movement speed, the pulse exceeding the
rapid movement is not canceled but saved. The parameter sets the allowable value of the memory
capacity.
Appendix 1.25 Parameters of Program Restart
#7 #6 #5 #4 #3 #2 #1 #0
7300
MOU
MOA
『
Modification authority
』:
Machine
『
Default Setting
』
: 0000 0000
#6 MOA In program restart operation, before movement to a machining restart point
0:The last M, S, T and B codes are output
1:All M codes and the last S, T and B codes are output
#7 MOU In program restart operation, before movement to a machining restart point
after restart block search
0
:
The M, S, T and B codes are NOT output
1
:
The M, S, T and B codes are output
#7 #6 #5 #4 #3 #2 #1 #0
7301
ROF
『
Modification authority
』:
Machine
『
Default Setting
』
: 0000 0000
#0 ROF In the restart coordinate display on the program restart screen, whether display the
various tool compensation values
0
:
Display the tool compensation and offset
1
:
Set by DAL, bit 6 of parameter No.3104 or DAC, bit 7 of parameter No.3104
Note: When overrides, such as X100 or more than it, are selected, MPG rapidly turns round. MPG feeding is
more than the rapid movement speed; the speed is limited by the rapid movement speed. The pulse
exceeding the rapid movement speed is ignored; therefore, the scale value of MPG doesn’t comply
with the actual movement value. Then, If the allowable value is preset in the parameter, the pulse
exceeding the rapid movement speed is not canceled, but saved in CNC temporarily (the part
exceeding the allowable value is ignored). When MPG revolving speed becomes slower or the
revolving stops, the saved pulse changes into the movement command and outputs. Pay attention to
it if the allowable value is set too big, even MPG is stopped revolving, CNC won’t stop until the
remaining pulse is completed.
Summary of Contents for GSK988TA
Page 6: ...GSK988TA GSK988TA1 GSK988TB Turning Center CNC System User Manual Programming Operation VI ...
Page 19: ...1 Ⅰ Programming PROGRAMMING ...
Page 227: ...209 Ⅱ Operation OPERATION ...
Page 369: ...Chater 10 Machining Example 351 Ⅱ Operation ...
Page 371: ...353 Appendix ...
Page 465: ...Appendix 1 Parameters 447 Appendix ...
Page 479: ...Appendix 3 Interface Explanation 461 Appendix ...
Page 527: ...Appendix 5 Installation Layout 509 Appendix ...