ADENDORFF ZX6350G, Operation Manual

Page: 50 / 66

value displays in Y-axis LED.
Press �CiEJ, next step
A. llasic Function
Note:
only 3 axis lathe machine has Ibis function.
9) choose compensation type
I:°.:)
choose line e1rnr compensation "LINEAR";
l:IJ
choose Segmented error compensation
"SEGMENT";
PressS->CiEJ, next step
10) choosing the precision of calculatioo
0
the decimal fraction bits of the calculation is 3;
0
the decimal fraction bits of the calculation is 4;
0
the decimal fraction bits of the calculation is 5;
11) Self test.
er
IUTJNIEl,11RI ..
I IS1E1Glt1IEINIT1
I 1[11 IRI I I 1:11
KeyCiE}twice, the Self-test program started
OJJilID
01 ITIEISITIOIFlrJ
then(Jkey to quit.
LCJ
(Note: Setting of axis Z only
applies to three axis digital
readout.)
3.
Retnming
tile displayed
Value
to zero
I) It is possible to return to zero any
point, take the example of X axis
display.
4.
Presetting
data
I)
As
shown in the figure, after the processing
of Hole A finished, the position of the
working piece has been adjusted, Hole B
is to be processed.
2) Align the Tool with Hole A.
3} Select the key for axis, keyl'.ji).
4
•-ii
5
I-"- 13
21)
A. Basic FuncUon
y
ISJ,
(tf any mistake is found now, repeal
L
5.0 0
o]
0
ep?3-5).
=
. ove the machine table to the position
f
f<.l, and the processing at Point B can
t!\f,I,
L ___
J:1.0001 0
··;>l>solute/relative/user coordinate display
;•, 1k" ou!'A'l
CiE!
1
the absolute/relative display
fl
will convert one the other, following are
Let the Tool point to Point M
reset under the absolute mode.
Key@:lorCiE}
Key!Z}-+IEJ
�!El
2} Move the machine tool to
Position
A.
3) Move the machine tool to
· Position. B.
4) Key[:i)}·->f'.xJ-IEJ
�-s
5) Move
the machine tool to
· Position C.
6) Move the machine tool to
Position D.
5
30
50
b
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