X
Y
Z
ABS
X=0 ANG-20.00
0.000
0.000
0.000
Z
X
INCL.
X
Y
Z
ABS
X=0 ANG-20.00
49.985
17.100
0.000
Z
X
INCL.
- A. 7-
Step 4
: place the dial indicator against the bar, and ZERO both the DROs and the dial indicator
0
posit the dial at the work piece ( bar ),
1) ZERO the dial indicator
2) ZERO both X & Y axis by pressing
zero the Y axis
to redatum the
Y axis
XY
plane
INCL
machining
mode display
X display is shifted left to
remind the operator that
the axis display zero
position is preset to
=
Y
* TAN(
ANG
)
operator simply move the
machine to X = 0.000,
then the tool is accurately
located at the inclined
axis.
Y
0
Y
0
Step 5 :
move the tool turret to a distance ( let's take an example of 50mm ) as per shown in following digram,
calculate the Y axis ( Z axis ) travel by the COS ( angle ) of the moved distance along the tool tuuret
0
0
0
move the tool turret
by 50mm ( move
according to the
dial in the turret )
50mm
50 X COS( 20 ) = 46.985mm
20
0
dial reading which
enable the operator
move the tool turret
for 50mm accurately.
Y axis ( Z axis ) movement
Step 6 :
move the cross slide ( Y axis or Z axis ) to the COS distance of the tool turret movement as per diagram
shown in below , ( in this example = 50 X COS( 20 ) = 46.985mm )
0
0
0
move the cross slide
along Y axis ( Z axis ) by
50 X cos( 20 ) = 46.985mm
INCL
function - To swing the tool turret on the cross slide for conical machining
Summary of Contents for ES-12
Page 8: ...1 Basic Fucntions Basic Functions BASIC...
Page 15: ...8 Built in Calculator Calculator...
Page 27: ...20 REF datum memory...
Page 31: ...24 LHOLE tool positioning for the Line Holes...
Page 35: ...28 INCL Inclined angle tool positioning...
Page 40: ...33 PCD tool positioning for Pitch Circle Diameter...
Page 45: ...R R R 38 tool positioning for ARC machining...
Page 63: ...R R R 56 Simplified R function...
Page 73: ...66 Shrinkage Calculation L L X 1 005...
Page 91: ...Parameter Setup B 1 SET UP...
