Circular Interpolation...
|
Min interpol. radius |
In the Numerical Control tab, specifies the value to be used for the minimum radius constraint
for circular interpolation. |
Yes |
Yes |
Yes |
Max interpol. radius |
In the Numerical Control tab, specifies the value to be used for the maximum radius constraint
for circular interpolation. |
Yes |
Yes |
Yes |
Tool motions...
|
Home point strategy |
In the Numerical Control tab, lets you include Home Point information in the NC data
output, using the
GOTO or FROM information
defined in the machine of the Part Operation. |
Yes |
Yes |
Yes |
Include GOTO for tool change |
In the NC Ouptut tab:
- when selected, you can include a GOTO statement before each tool change.
- when cleared, you cannot include a GOTO statement before each tool change.
|
Yes |
Yes |
Yes |
Output CYCLE syntax |
In the NC Ouptut tab:
- when selected, the PP
word syntax specified in the PP word table can be output for axial
machining operations.
- when cleared, GOTO statements can be generated
in the NC data output.
|
Yes |
Yes |
Yes |
Remove GOTO before cycles |
For axial machining operations using SYNTAX output mode (CYCLE),
you can choose whether or not to output GOTO statements corresponding
to Jump and Clearance motions.
In the NC Ouptut tab:
- when selected, points that were added by the clearance approach and distance points that were added by the jump distance are removed.
- when cleared, those points are not removed.
|
Yes |
Yes |
Yes |
Process COPY Operator Instruction and
Tracut operations |
In the NC Ouptut tab,
specifies whether to process COPY Operator Instruction or TRACUT Operator Instructions found in the Manufacturing Program.
- when selected, COPY Operator Instruction and/or TRACUT Operator Instructions
are processed. In this case there is no Copy or Tracut
statements remaining in the generated APT source.
- when cleared, COPY Operator Instruction and/or TRACUT Operator Instructions
cannot be processed and Copy or Tracut
statements remain in the generated APT source.
|
Yes |
No |
No |
Remove double points after
PP commands |
In the NC Ouptut tab, lets you keep or remove points that are repeated after
PP statements:
- when selected, the first point after the PP instruction or
user syntax is not kept if the previous one is a coincident point.
- when cleared, the first point after a PP instruction
or user syntax is always kept.
|
Yes |
Yes |
Yes |
Remove aligned points |
In the NC Ouptut tab:
- when selected, one or more points that are aligned
between two other points cannot be output.
- when cleared, one or more points that are
aligned between two other points can be output.
|
Yes |
Yes |
Yes |
Feedrates...
|
Use rapid feedrate value instead of RAPID syntax |
In the NC Ouptut tab, defines the formatting for rapid motions:
|
Yes |
Yes |
Yes |
Set rapid feedrate at start
of operations |
In the NC Ouptut tab:
- when selected, a RAPID statement can be included
at the start of each operation. However, if a Clearance macro is
defined on an operation, the macro definition is taken into
account.
- when cleared, no RAPID statement can
be included at the start of each operation.
|
Yes |
Yes |
Yes |
Statements...
|
NC data format |
In the Numerical Control tab, defines the format describing tool motion statements on the NC data
output:
- Point (X,Y,Z): Tool point coordinates are output.
A TLAXIS statement is given at the start of the generated APT source.
A fixed-axis CLFile record 9000 is given at the start of the generated
CLFile.
- Axis (X,Y,Z,I,J,K): Tool point coordinates and tool
axis components are output.
A MULTAX statement is given at the start of the generated APT source.
A MULTAX CLFile record 9000 is given at the start of the generated
CLFile.
|
Yes |
Yes |
Yes |
General information |
In the NC Ouptut tab, defines how information such as tool names and operation sequence
numbers can be generated.
- None: Not generated,
- PPRINT: Generated with the PPRINT word,
- $$: Generated as a comment (not available for CLFile).
Note:
Tool Change operation keywords TOOLCHANGEBEGINNING and TOOLCHANGEEND
printed in NC data output are not affected by the selection of None,
PPRINT or $$.
These keywords are required for tagging Tool Change related information
and are used during NC data file import. This is not applicable
to NC code generation.
|
Yes |
Yes
except $$ |
Yes
except $$ |
Part operation comments |
In the NC Ouptut tab, defines how Part Operation comments can be generated:
- None: Not generated,
- PPRINT: Generated with the PPRINT word,
- $$: Generated as a comment (not available for CLFile).
|
Yes |
Yes
except $$ |
Yes
except $$ |
Machining operation
names |
In the NC Ouptut tab, defines how Machining Operation names can be generated:
- None: Not generated,
- PPRINT: Generated with the PPRINT word,
- $$: Generated as a comment (not available for CLFile).
|
Yes |
Yes
except $$ |
Yes
except $$ |
Format for point
coordinates (x,y,z)...
|
In the NC Ouptut tab, allows you to define other
formats for NC data statements allowing better accuracy for large
parts:
- Number of digits:
Specifies the total number of digits for each point coordinate.
- Digits after decimal:
Specifies the number of digits after the decimal point for each
point coordinate
|
Yes |
No |
Yes |
Format for axial components (i, j, k)...
|
In the NC Ouptut tab:
- Number of digits:
Specifies the total number of digits for tool axis vector component.
- Digits after decimal:
Specifies the number of digits after the decimal point for tool
axis vector component.
|
Yes |
No |
Yes |