G10 Programmable offset is used for tool data entry (tool
offset) and fixture offset data entry (work offset) in CNC machine. It is very
easy to take offset in this method. g10 is used to serve in the datum position
program. This code is very useful in a machine when you want to perform an
operation on multiple fixtures or do the same process over and over again. Using
this code, we can save the time required for offset setting.
1] TOOL
OFFSET DATA ENTRY ( Tool offset) - The Tool Holder Presetter Gauge
is used to offset the tool. The values of X and Y are found in it, i.e. the
diameter and length of the tool are calculated, And you can put that value
directly in the offset screen.
G10 L10 P1 R200 ( Programmable offset, L 10-
tool length, P1 – tool offset number,
R200 – length value )
G10 L11 P1 R195 ( Programmable offset, L 11-
tool wear length, P1 – tool offset number
, R195 – wear length value )
G10 L12 P1 R50 ( Programmable offset, L 10-
tool radius, P1 – tool offset number,
R50 – radius value )
G10 L13 P1 R47 ( Programmable offset, L 10-
tool radius, P1 – tool offset number,
R47 –wear radius value )
2]
FIXTURE OFFSET DATA ENTRY (Work offset)
- In this, we have to take offset multiple fixture. The work offset
number is usually given as P1 to P6 to understand the work offset coordinate of
the fixture to the machine.
Where P1- G54 (work offset coordinate )
P2- G55
P3- G56
P4- G57
P5- G58
P6- G59
Block – G10 L2 P1 X-302.5 Y-309.50 Z-522.6 A0.0
;
(Programmable offset, L2- Fixture offset data, P1- workoffset coordinate. you can use as you required to perform, put offset measure
value X, Y & Z, A0.0 – In some machine, there is A, B& C axis but
here we put zero )
Example :
O0123 ;
N10 M06 T01 ;
N20 G90 G10 L2 P1 X-302.5 Y-309.50
Z-522.6 A0.0 ;
N30 G43 H01 ;
N40 G99 G81 G91 X30
Y0 Z-45 R5 K4 F120 ;
N70 G98 G90 G80 G00 Z100 ;
N80 M05 M09 M30 ;
Tool & Work Offset Setting With G10 Programmable Data Entry
Reviewed by www.hdknowledge.om
on
May 06, 2020
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