Fagor CNC 8060, Руководство по установке

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Installation manual.
CNC 8060
CNC 8065
·29·
(R
EF
: 1709)
Ref. 1408
Ref. 1501
Ref. 1505
Software V05.10
Vectorial definition of spindle kinematics. • TYPE50 kinematics.
Vectorial definition of table kinematics. • TYPE51 kinematics.
Vectorial definition of spindle-table kinematics. • TYPE52 kinematics.
Type of the active kinematics. • Variable: (V.)G.KINTYPE
Number of axes of the active kinematics. • Variable: (V.)G.NKINAX
Current position of the fourth rotary axis of the kinematics. • Variable: (V.)G.POSROTO
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 2 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 2 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. • Machine parameters: TDATA, TDATA_I
• 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 language (dutch). • Machine parameter: LANGUAGE.
Multi-axis management. The deactivated axis maintains its coordinate
regardless of the active axis. • Machine parameter: KEEPPOS.
Define the feedback type of the handwheel connected to the local feedback. • Machine parameter: HWFBTYPE.
Define the feedback type of the axis connected to the local feedback. • Machine parameter: FEEDBACKTYPE.
Distance left (to go) for the axis to reach the programmed coordinate. • Variable: (V.)A.TOGO.xn
Software V05.31
Enable tool withdrawal (retraction) in threading. • Machine parameter: RETRACTTHREAD.
• PLC marks: RETRACT.
Assume IPLANE as active plane after M30/RESET or keep the active one. • Machine parameter: PLANECANCEL.
HSC. Orientation smoothing of the rotary axes working with RTCP. • Machine parameter: ORISMOOTH.
If the [ESC] key is configured as "Previous component", it does not change
the main component (Main Menu). • Machine parameter: FUNCTION.
Maximum frequency recommended for SSI communication, depending on
cable length. • Machine parameter: SSICLKFREQ.
The SPDLEREV mark (reverse turning direction in M19) also affects the
Sercos-velocity spindles. • Machine parameter: M19SPDLEREV.
Kinematics (types 9 through 12). Origin for applying the RTCP. • Machine parameter: TDATA7.
Kinematics (types 13 through 16). Origin for applying the RTCP. • Machine parameter: TDATA7.