
Coordinate Control
Chapter 11
11-8
There are 3 methods to change the value of a work coordinate system zero
point in the work coordinate system table. You can find two methods in
these chapters:
Method: Chapter:
Manuallyalterthe work coordinate systemtable 3
Altertheparamacro system parametervalues 5221 - 5386 20
The third method, the one described in this chapter, alters the work
coordinate system table through G10 programming. Changing the values
in the table by using any of these methods does not cause axis motion;
however, it does immediately shift the active coordinate system by the
amount entered. The format for altering the work coordinate systems
using G10 is as follows:
G10 L2 P__ O__ X__ Z__;
Where: Tell(s) the control:
L2
that you want to alter the coordinate system tables.
P__
which coordinatesystem (G54 through G59.3) you wanttowork on. P1 through
P9correspond tothework coordinate systemsG54 throughG 59.3.
P1 = G54 work coord.system P6 = G59 work coord. system
P2 = G55 work coord.system P7 = G59.1 work coord. system
P3 = G56 work coord.system P8 = G59.2 work coord. system
P4 = G57 work coord.system P9 = G59.3 work coord. system
P5 = G58 work coord.system
O__
whetherthe valueentered forthe diameteraxisisaradiusor diametervalue. (O
isnon-modal,and itapplies to cylindrical grinders only)
O1=valueentered forthe diameteraxisisa radiusvalue.
O2=valueentered forthe diameteraxisisa diametervalue.
Important: If you programO1 or O2 in aG10 code,the G10 code isnot
affectedby a previouslyprogrammedG 07 orG 08 (radius/diameter
programming). However,if no O code is specified,or if theO codeisout of
range(forexample,O3),then theG10 codeisaffected byaG07/G08.
X_Z_
the location ofthe zero point of the specified work coordinate system relative to
machine coordinate system.
Important: You cannot program G10 blocks when dresser/wheel radius
compensation is active.
11.2.1
Altering Work Coordinate
Systems (G10L2)
Komentarze do niniejszej Instrukcji