
Easson
ES-1M
R
R
sin
cos
tan
cal
M
in
M
R
1
2
3
4
5
6
7
8
9
ce
abs
inc
sdm
ref
1/2
in
mm
ent
X
0
Y
0
Z
0
X
Y
Z
- 86 -
R's deepest point
R
-
R -
L
= 200 -
200 - 60
= 9.210 mm
2
2
2
2
2
2
Example :
To machine the copper electrode
as shown which has an ARCof
using a Two Axis
R = 200 mm
ES-1
60
60
R=200
=
Tool diameter
6mm
Z
positive
(+
)
direction
Y
positive
(+
)
direction
X
positive
(+
)
direction
Because ES-1's XZ/YZ can only machine
an arc which is less than 90 degrees,
it is necessary to divide this
arc machining into two parts.
posit the tool at the ARC starting point
First Part
Second Part
Use preset
type
R
7
Use preset
type
R
6
set the Z dial to zero
XZ
plane
select work plane :
plane
XZ
R S.R - XZ
(
)
step 1 :
enter into
function
Simpflified R
select work plane
or
Simplified R function
Simplified R function
Easson
Summary of Contents for ES-1M
Page 2: ......
Page 4: ......
Page 5: ...Easson ES 1M SIN COS TAN R R Easson...
Page 6: ......
Page 8: ...56 785 12 345 56 78 12 34 56 78 12 34 X Easson 0 01mm 0 0005 resolution display...
Page 9: ...Easson...
Page 10: ...0 000 0 000 39 240 27 350 X 1 2 78 480 27 350 34 560 27 350 0 000 27 360 Easson...
Page 11: ...KEYED Easson...
Page 12: ......
Page 13: ...Easson...
Page 14: ......
Page 15: ...Easson...
Page 16: ...X REF SEL AXIS Easson...
Page 17: ...Easson SEL AXIS X REF 12 785...
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Page 19: ...Easson...
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Page 21: ...Easson...
Page 22: ...Easson 50 000 35 000...
Page 23: ...Easson SdM 1 SdM 1 SdM 2 SdM 2 ABS 50 000 50 000 ABS...
Page 24: ...Easson SdM 3 SdM 3 ABS 50 000 35 000 ABS SdM 4 SdM 4 50 000 35 000 ABS...
Page 25: ...Easson SdM 2 SdM 3...
Page 26: ...Easson SdM 1 SdM 1 50 000 35 000 SdM 2 50 000 50 000 SdM 2...
Page 27: ...Easson sdm 3 50 000 50 000 SdM 4 sdm 4 50 000 35 000 ABS 50 000 35 000...
Page 28: ...Easson sdm 1 50 000 35 000 sdm 2 50 000 35 000 sdm 1 50 000 35 000...
Page 30: ......
Page 35: ...Easson...
Page 36: ......
Page 38: ...30 80 0 Easson LIN ANG 30 000 LIN ANG 0 000 LIN DIST 80 000 LIN DIST 0 000 NO HOLE 4 NO HOLE 0...
Page 39: ...Easson HOLE 2 0 000 0 000 HOLE 1 0 000 0 000 XYZ ABS 78 560 12 345 HOLE 1 0 000 0 000...
Page 41: ...Easson...
Page 42: ......
Page 43: ...Easson...
Page 45: ...123 550 0 000 20 000 Easson...
Page 46: ...Easson 78 560 12 345 XYZ ABS 78 560 12 345 XYZ ABS...
Page 48: ...Easson 45 000 Z STEP Z STEP 5 000...
Page 49: ...0 000 Z 5 00 2 0 00 0 000 Z 5 00 2 0 00 0 000 Z 0 00 0 0 00 Easson...
Page 50: ......
Page 51: ...Easson...
Page 52: ......
Page 54: ...next step Easson DIA 80 000 DIA NO HOLE 0 NO HOLE 5...
Page 55: ...Easson ST ANG 0 000 ST ANG 30 000 ENd ANG 0 000 ENd ANG 300 000...
Page 58: ......
Page 59: ...R R R Easson...
Page 60: ......
Page 64: ...Easson...
Page 68: ...Easson Z STEP 0 000 Z STEP 0 300 MAX CUT 0 000 MAX CUT 0 300...
Page 69: ...Easson...
Page 74: ...PT 1 0 000 0 000 PT 2 0 000 0 000 Easson 0 000 MAX CUT 0 300 MAX CUT...
Page 75: ...Easson PT 2 0 000 0 000 XYZ ABS 78 560 12 345 XYZ ABS 78 560 12 345 PT 2 0 000 0 000...
Page 76: ......
Page 77: ...R R R Easson...
Page 78: ......
Page 79: ...Easson...
Page 80: ...Easson ES 1 SIN COS TAN R Z R Easson...
Page 82: ...Easson TYPE 1 8 2 TYPE 1 8 0 R 0 000 R 20 000 TOOL DIA 0 000 TOOL DIA 6 000...
Page 83: ...Easson Z STEP 0 000 Z STEP 0 300 MAX CUT 0 000 MAX CUT 0 300...
Page 87: ...TOOL DIA 0 000 TOOL DIA 6 000 R 0 000 R 200 000 TYPE 1 8 0 TYPE 1 8 3 Easson...
Page 88: ...Easson R TOOL R TOOL R TOOL 0 000 MAX CUT MAX CUT 0 300...
Page 95: ...Easson...
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