Programmer V5 EN
This is a multi-channel programming system for turning / milling machines with 3D machine room simulation. ● You create NC programs on the basis of an NC editor with machine macros and an integrated 2.5D CAD / CAM system. ● Templates are stored for different types of processing (bar / chuck ...). ● Program structures are generated automatically. ● The 3D machine space simulation shows the real machining process simultaneously. ● The actual implementation of the NC program is simulated. ● In the event of a collision, the relevant machine components and the associated NC blocks are displayed. What are the extensions of the V5.1 programmer? ● Project history and additional windows for further machine conditions ● Main and subprogram names are displayed in the simulation ● 3D blank (prismatic, rotationally symmetrical) is to be read in the STL format into the simulation ● The current workpiece is to be generated from the simulation as a 3D blank in the STL format ● Gaps can be measured in three dimensions ● NC block run times can be displayed as an EXCEL table
This is a multi-channel programming system for turning / milling machines with 3D machine room simulation.
● You create NC programs on the basis of an NC editor with machine macros and an integrated 2.5D CAD / CAM system.
● Templates are stored for different types of processing (bar / chuck ...).
● Program structures are generated automatically.
● The 3D machine space simulation shows the real machining process simultaneously.
● The actual implementation of the NC program is simulated.
● In the event of a collision, the relevant machine components and the associated NC blocks are displayed.
What are the extensions of the V5.1 programmer?
● Project history and additional windows for further machine conditions
● Main and subprogram names are displayed in the simulation
● 3D blank (prismatic, rotationally symmetrical) is to be read in the STL format into the simulation
● The current workpiece is to be generated from the simulation as a 3D blank in the STL format
● Gaps can be measured in three dimensions
● NC block run times can be displayed as an EXCEL table
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9 | G codes
9.2 High-level language and G codes relating to Programmer
Memo
AC()
AROT
ATRANS
C
D
DIAM90
DIAMON
EXTERN
G0
G1
G2
G3
G4
G17
G18
G19
G26
G41
G42
G54
G55 to G57
G58
G59
G63
G70
G74
located.
G94
Absolute programming for axes (X,Y,Z,C,...) and lengths (I,J,K,...) is not
yet supported.
Order of Z,Y,X rotations. No restriction regarding the
value range.
Zero offset for c axes restricted to the current machining spindle.
Programming with rapid speed only. DC, ACP, ACN are not supported.
Infeed always along the shortest path.
If the selected compensation has not been defined, it has the same
effect as D0 (without compensation).
Standard setting; cannot be deselected.
Is only effective for absolute programming.
Procedures are registered and reloaded from the template_twin500.tnc
file if necessary.
Rapid speed programming of linear and rotary axes is permitted within
a block but is fragmented in two blocks for simulation. In this case, the
rotary axes are fed in first, G0 B180 X100 is converted to G0 B180 \n
G0 X100. The C axis of the current machining spindle is the sole axis
that can be programmed. The same is true for the movement of the
counter spindle with Z3, provided that it is not programmed in a separate
block.
Linear interpolation of Z3 and another axis - is not supported at the moment.
Arcs can be programmed by specifying both the centre point and the
radius. Centre points are always incremental, i.e. G2 X100 I=AC(10)
corresponds to G2 X100 I10. Full circles with centre point programming
are not supported yet.
See G2
Dwell in number of rotations (G4 S10) is not supported.
Is not enabled until spindle 1 or 2 has been activated.
Turns off TRANSMIT and TRACYL.
Turns off TRANSMIT and TRACYL.
Is not enabled until spindle 1 or 2 has been activated.
One speed limit only may be programmed per block.
Changeover of compensation or modification of the offset value not
until the compensation function has been deselected meanwhile.
See G41
Effect for FINE shift not yet clear
See G54
One C-axis zero offset only is accepted per block. Zero offsets of the
B and Z3 axes are not possible.
See G58
Is modal
Will be fully supported only in the inch version.
Implementation after having clarified where the reference points are
In one block, only the C axis of the current machining spindle or that of
the milling spindle can be approached..
Disables G96 internally, i.e. G94 corresponds to G94 G97. Has only an
effect on the linear axes but not on the rotary axes.
9
125
G codes
A-D821UK-1_200420
125
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