Optimum OPTImill F 80 Betriebsanleitung Seite 386

Brief instruction 808D Milling
Basic Theory
G84 Tapping cycle
Common programming structures:
G84 X—Y—Z—R—P—F—K
Motion process:
①
Drilling motion (-Z) → cutting feed
②
Motion at the bottom of the hole →
spindle rotation in negative direction
③
Retraction motion (+Z) → cutting feed
G85 boring cycle
Common programming structures:
G85 X—Y—Z—R—F—K
Motion process:
①
Drilling motion (-Z) → cutting feed
②
Motion at the bottom of the hole →
none
③
Retraction motion (+Z) → cutting feed
808D
G84 execution operation graphic:
With command G99 without operation in red line
With command G98 with operation in red line
Origin
P
R point
Z point
P
G85 execution operation graphic:
With command G99 without operation in red line
With command G98 with operation in red line
Except that the spindle is not rotating at the bottom of the
hole, G85 is same as G84
Origin
R point
Z point
ISO Mode
G86 boring cycle
Common programming structures:
G86 X—Y—Z—R—F—K
Motion process:
①
Drilling motion (-Z) → cutting feed
②
Motion at the bottom of the hole →
spindle stop
③
Retraction motion (+Z) → fast feed
spindle CW
after pause
spindle CW
after pause
G89 boring cycle
Common programming structures:
G89 X—Y—Z—R—P—F—L
Motion process:
①
Drilling motion (-Z) → cutting feed
②
Motion at the bottom of the hole →
pause
③
Retraction motion (+Z) → cutting
feed
Page 386
OPTIMUM
M A S C H I N E N - G E R M A N Y
G86 execution operation graphic:
With command G99 without operation in red line
With command G98 with operation in red line
Except for the stop at the bottom of the hole,
G81
Origin
R point
Z point
G89 execution operation graphic:
With command G99 without operation in red line
With command G98 with operation in red line
Except that the spindle stops at the bottom of the hole,
same as G85
Origin
R point
Z point
P
Operating and Programming — Milling
G86 is same as
spindle CW
after pause
spindle CW
after pause
spindle stop
after pause
G89 is
Pause