Programming manual.
CNC 8070
·21·
(REF: 1709)
Ref. 1501
Ref. 1505
Position to be occupied by the fourth rotary axis of the kinematics in order to
position the tool perpendicular to the inclined plane (solution 1 and 2).
• Variable: (V.)G.TOOLORIO1
(V.)G.TOOLORIO2
Status of the #CSROT function. • Variable: (V.)G.CSROTST
Position (machine coordinates) calculated for the rotary axis of the kinematics
at the beginning of the block, for solution 1 of the #CSROT mode.
• Variables: (V.)G.CSROTF1[1]
(V.)G.CSROTS1[1]
(V.)G.CSROTT1[1]
(V.)G.CSROTO1[1]
Position (machine coordinates) calculated for the rotary axis of the kinematics
at the end of the block, for solution 1 of the #CSROT mode.
• Variables: (V.)G.CSROTF1[2]
(V.)G.CSROTS1[2]
(V.)G.CSROTT1[2]
(V.)G.CSROTO1[2]
Position (machine coordinates) calculated for the rotary axis of the kinematics
at the beginning of the block, for solution 1 of the #CSROT mode.
• Variables: (V.)G.CSROTF2[1]
(V.)G.CSROTS2[1]
(V.)G.CSROTT2[1]
(V.)G.CSROTO2[1]
Position (machine coordinates) calculated for the rotary axis of the kinematics
at the end of the block, for solution 1 of the #CSROT mode.
• Variables: (V.)G.CSROTF2[2]
(V.)G.CSROTS2[2]
(V.)G.CSROTT2[2]
(V.)G.CSROTO2[2]
Position (machine coordinates) to be occupied by the rotary axis of the
kinematics at the beginning of the block, for the #CSROT mode.
• Variables: (V.)G.CSROTF[1]
(V.)G.CSROTS[1]
(V.)G.CSROTT[1]
(V.)G.CSROTO[1]
Position (machine coordinates) to be occupied by the rotary axis of the
kinematics at the end of the block, for the #CSROT mode.
• Variables: (V.)G.CSROTF[2]
(V.)G.CSROTS[2]
(V.)G.CSROTT[2]
(V.)G.CSROTO[2]
Position of the part zero transformed by the instruction #KINORG, considering
the table position, on the first three axes of the channel.
• Variable: (V.)G.KINORG1
(V.)G.KINORG2
(V.)G.KINORG3
Allow the user modify the kinematics parameters. • Variable: (V.)MPK.TDATAFkin[nb]
(V.)G.OFTDATAkin[nb]
(V.)G.OFTDATAFkin[nb]
(V.)G.OFTDATA_Ikin[nb]
(V.)MPK.MAXOFTDATAkin[nb]
(V.)MPK.MAXOFTDATAFkin[nb]
(V.)MPK.MAXOFTDATA_Ikin[nb]
Software V05.20
New options in graphics.
• Define whether the part is cylindrical or rectangular.
• Define up to four parts.
• Assign a part to one or more channels.
• Statement: #DGWZ.
On line modification of the machine configuration in HD graphics (xca files). • Statement: #DEFGRAPH.
3D tool compensation. • Statement: #COMP3D.
HSC. SURFACE mode. New commands RE, SF and AXF. • #HSC instruction.
HSC. FAST mode. New commands RE, SF and AXF. • #HSC instruction.
HSC. CONTERROR mode. New commands RE and AXF. • #HSC instruction.
Software V05.31
Coordinate programming. Angle and Cartesian coordinate.
Electronic threading with variable pitch. • Function G34.
Withdraw the axes after interrupting an electronic threading. • Function G233.
• Variable: (V.)G.RETREJ
Assume IPLANE as active plane after M30/RESET or keep the active one.
Detailed CNC status in automatic mode. New value $100000. • Variable: (V.)G.CNCAUTSTATUS
Volts of output [n] of the RCS-S module. • Variable: (V.)G.ANASO[n]
HSC. SURFACE mode. New command OS. • Statement: #HSC.
HSC. If the RE command is not programmed, the amount of error allowed on
rotary axes will be the maximum between parameter MAXERROR and the E
command.
• Statement: #HSC.
If no resume point has been defined, the execution continues in the
#ABORT OFF instruction; if the instruction has not been defined, the program
will jump to the end of the program (M30).
• Statement: #ABORT
ISO generation. • Statement: #ISO
System spindles involved in the subroutine associated with M3, M4, M5, M19
and M41-M44.
• Variable: (V.)G.SUBMSPDL
Active canned cycle. • Variable: (V.)G.ACTIVECYLE
Status of probe ·1·. • Variable: (V.)G.PRBST
Probing movement. Value measured at the master spindle of the channel. • Variable: (V.)G.PLMEAS4
End of axis and spindle repositioning at the starting point. • Variable: (V.)G.ENDREPINI
End of axis and spindle repositioning at the interruption point. • Variable: (V.)G.ENDREPINT
Time remaining to activate the laser output. • Variable: (V.)G.LASEROTMON
Time remaining to deactivate the laser output. • Variable: (V.)G.LASEROTMOFF
Amount of time that PWM stays active in burst mode. • Variable: (V.)G.PWMBTIME
Final PWM status once burst mode is over. • Variable: (V.)G.PWMBEND
Software V05.10
To Next Page
Loading...
