Programming example
Programming Example
Escape function - Thread tapping (M6 right-hand thread)
#VAR
; input parameters:
V.L.DrillingDepth = 20 (depth of the failed cycle)
V.L.ThreadPitch = 1 (pitch of the thread)
V.L.SpindleSpeed = 200 (spindle rotation speed)
V.L.ThreadType = -1 (thread type (default=1 (right-hand thread)))
V.L.RefCycle = "SysDrillTapping" (reference cycle)
#ENDVAR
; technology data
G17 G90
;cycle call
L CYCLE [NAME=SysDrillEscape.ecy \
@P4 = V.L.DrillingDepth \
@P7 = V.L.ThreadPitch \
@P24 = V.L.SpindleSpeed \
; @P18 = V.L.ThreadType \
@P100 = V.L.RefCycle \
]
M30
Programming Example
Escape function - Drill thread milling
#VAR
; input parameters:
V.L.DrillingDepth = 20 (depth of the failed cycle)
V.L.PosX = 30 (position in X)
V.L.PosX = 20 (position in Y)
V.L.RefCycle = "SysDrillThreadMilling" (reference cycle)
V.L.RetractionFeed = 200 (retraction feed rate)
#ENDVAR
; technology data
G17 G54 G90
;cycle call
L CYCLE [NAME=SysDrillEscape.ecy \
@P4 = V.L.DrillingDepth \
@P40 = V.L.PosX \
@P41 = V.L.PosY \
@P100 = V.L.RefCycle \
@P132 = V.L.RetractionFeed \
]
M30
Programming Example
Escape function - Single retraction in Z
#VAR
; input parameters:
V.L.DrillingDepth = 20 (depth of the failed cycle)
V.L.RefCycle = "SysDrill" (reference cycle)
V.L.RetractionFeed = 200 (retraction feed rate)
#ENDVAR
; technology data
G17 G54 G90
;cycle call
L CYCLE [NAME=SysDrillEscape.ecy \
@P4 = V.L.DrillingDepth \
@P100 = V.L.RefCycle \
@P132 = V.L.RetractionFeed \
]
M30