OPTIMUM
M A S C H I N E N - G E R M A N Y
808D
Page 342
Operating and Programming — Milling
Create Part Program Part 2
Brief instruction 808D Milling
Basic Theory
N210 SLOT2(
50.00000, 0.00000, 2.00000, , 3.00000, 3, 30.00000, 6.00000,
38.00000, 70.00000, 20.00000, 165.00000, 90.00000, 300.00000,
300.00000, 3.00000, 3, 0.20000, 2000, 5.00000, 250.00000,
3000.00000, )
For descriptions of RTP, RFP, SDIS, DP and DPR, please see
For descriptions of CPA, CPO and RAD, please see
For descriptions of FFD and FFP1, please see
Parameters Meanings
Remarks
NUM=3
Three slots on the circle
AFSL=30
Angle slot length is 30º
AFSL and WID jointly decide
the shape of the slot in the
plane
WID=6
Slot width is 6 mm
STA1=165
Start angle,angle between the effective work
piece horizontal coordinate in positive
direction and the first circle slot is 165º
INDA=90
Incremental angle, angle between the slots is
90º
INDA=0, cycle will calculate
the incremental angle
automatically
MID=3
Maximal depth of one feed is 3 mm
MID=0
→
complete the cutting
of the slot depth
CDIR=3
Milling direction G3 (in negative direction)
Evaluate value 2
→
use G2 (in
positive direction)
FAL=0.2
Slot side, finishing allowance is 0.2 mm
VARI=0
The type of machining is complete machining
VARI=1
→
roughing
VARI=2
→
finishing
MIDF=5
Maximal feed depth of the finishing is 5 mm
FFP2=250
Feed rate of finishing is 250 mm/min
SSF=3000
Spindle speed for finishing is 3000 rpm
If FFP2/SSF are not specified, then use the feed rate/spindle speed of rotation
as default
FFCP=
Feed rate at the center position on the circle
path ,unit is mm/min
Before recalling the cycle, you must set the tool radius compensation value.
