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1 simulation mode of operation – HEIDENHAIN CNC Pilot 4290 User Manual

Page 209

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HEIDENHAIN CNC PILOT 4290

197

5.1 Simulation Mode of Operation

5.1.1

Graphic Elements, Displays

Graphic elements:

Coordinate systems
The zero point of the coordinate system
corresponds to the workpiece zero point. The
arrows of the X and Z axes point in the positive
direction. If the NC program is machining more than
one workpieces, the coordinate systems of all
required slides are displayed.

Displayed blank form

Programmed: Programmed blank form

Not programmed: ”standard blank form” (control

parameter 23)

Display of finished part (and help contours)

Programmed: Programmed finished part

Not programmed: No display

Display of tool

Programmed in the NC program: The tool

programmed in the REVOLVER (TURRET) section is
used

Not programmed in the NC program: The entry in

the tool list is used (see ”

3.3 Tool List, Tool Life

Data”)
The CNC PILOT generates the displayed tool from
the parameters of the tool database. Whether the
complete tool or only the ”cutting area” is shown is
specified in ”Picture number” (picture no.=–1 in the
tool editor: No tool displayed).

Chucking equipment display

The simulation graphics displays the chucking
equipment provided that it has been programmed
with G65.
The CNC PILOT uses the parameters of the
chucking equipment database to display a chuck.

White dot

The point of light (small white rectangle) represents
the theoretical tool tip.

Rapid traverse paths

Are shown as a broken white line.

Workpiece line display and tool path display

Tool paths are shown as a continuous line. They
describe the path of the theoretical tool tip. The
wire frame graphics is particularly convenient if
you only need a quick overview of the proportioning
of cuts. The path of the theoretical tool tip, however,
is not identical with the contour of the workpiece.
This graphic is therefore not as suitable if you wish
to run a thorough check on the machined contour. In
the CNC, this ”falsification” is compensated by the
cutting radius compensation.

Continued