Programmierbeispiel

 

#VAR

  ; input parameters:

  V.L.SurfacePosition         = 0   (Z-Position of workpiece surface )

  V.L.RetractionPlane         = 20  (Z-Position of retraction plane )

  V.L.SafetyClearance         = 5   (rel. value of safety clear. in Z )

  V.L.DrillingDepth           = 20  (depth )

  V.L.ThreadPitch             = 1   (pitch of the thread )

  V.L.SpindleSpeed            = 200 (spindle rotation speed )

  V.L.NumberOfFeeds           = 2   (amount of feeds )

  V.L.DwellTime               = 2   (Dwell time )

  V.L.ThreadType              = -1  (Thread type (Standard = 1))

  V.L.MachiningMode           = 1   (machining mode )

  V.L.ReturnClearance         = 3   (return clear. chip breaking/evac.)

  V.L.SpindlePositioningMode  = 0   (Angel of pos. (Standard = 0) )

#ENDVAR

 

T3 D3                               (Current tool data )

M6                                  (Tool change )

G17 G90 G54 S400 M03                (Technology data )

Z200                                (Travel to retraction plane )

 

( right-hand thread )

X20 Y20                             (Thread tapping position )

L CYCLE [NAME=SysDrillTapping.ecy       \

    @P1  = V.L.SurfacePosition          \

    @P2  = V.L.RetractionPlane          \

    @P3  = V.L.SafetyClearance          \

    @P4  = V.L.DrillingDepth            \

    @P7  = V.L.ThreadPitch              \

    @P24 = V.L.SpindleSpeed             \

    @P62 = V.L.SpindlePositioningMode   \

    ]

 

T13 D13                             (Current tool data )

M6                                  (Tool change )

G17 G90 G54 S400 M04                (Technology data )

Z200                                (Travel to retraction plane )

 

( left-hand thread )

X40 Y20                             (Thread tapping position )

L CYCLE [NAME=SysDrillTapping.ecy       \

    @P1  = V.L.SurfacePosition          \

    @P2  = V.L.RetractionPlane          \

    @P3  = V.L.SafetyClearance          \

    @P4  = V.L.DrillingDepth            \

    @P7  = V.L.ThreadPitch              \

    @P18 = V.L.ThreadType               \

    @P24 = V.L.SpindleSpeed             \

    @P62 = V.L.SpindlePositioningMode   \

    ]

 

T3 D3                               (Current tool data )

M6                                  (Tool change )

G17 G90 G54 S400 M03                (Technology data )

Z200                                (Travel to retraction plane )

 

; Threading with chip breaking

 

( Thread drilling in two steps, with chip breaking, right-hand thread )

X60 Y20                             (Thread tapping position )

L CYCLE [NAME=SysDrillTapping.ecy       \

    @P1  = V.L.SurfacePosition          \

    @P2  = V.L.RetractionPlane          \

    @P3  = V.L.SafetyClearance          \

    @P4  = V.L.DrillingDepth            \

    @P7  = V.L.ThreadPitch              \

    @P11 = V.L.NumberOfFeeds            \

    @P24 = V.L.SpindleSpeed             \

    @P31 = V.L.MachiningMode            \

    @P61 = V.L.ReturnClearance          \

    @P62 = V.L.SpindlePositioningMode   \

    ]

 

; Threading with chip removal

 

( Thread drilling in three steps, chip removal, right-hand thread )

X80 Y20                             (Thread tapping position )

 

  V.L.NumberOfFeeds           = 3   (amount of feeds )

  V.L.MachiningMode           = 2   (machining mode )

 

L CYCLE [NAME=SysDrillTapping.ecy       \

    @P1  = V.L.SurfacePosition          \

    @P2  = V.L.RetractionPlane          \

    @P3  = V.L.SafetyClearance          \

    @P4  = V.L.DrillingDepth            \

    @P7  = V.L.ThreadPitch              \

    @P11 = V.L.NumberOfFeeds            \

    @P24 = V.L.SpindleSpeed             \

    @P31 = V.L.MachiningMode            \

    @P61 = V.L.ReturnClearance          \

    @P62 = V.L.SpindlePositioningMode   \

    ]

 

Z200 M5                             (Parking position, spindle stop )

 

M30