HEIDENHAIN TNC 620 (81760x-02) ISO programming - Manual (Page 609)

Functions of the TNC 620 and the iTNC 530 compared 18.5
18
TNC 620 | User's ManualDIN/ISO Programming | 2/2015
609
Comparison: Differences in Test Run, functionality
Function TNC 620 iTNC 530
Test Run up to block N Function not available Function available
Entering a program with the GOTO
key
Function only possible if the
START SINGLE soft key was not
pressed
Function also possible after START
SINGLE
Calculation of machining time Each time the simulation is
repeated by pressing the START
soft key, the machining time is
totaled
Each time the simulation is
repeated by pressing the START
soft key, time calculation starts at 0
Single block With point pattern cycles and
CYCL CALL PAT, the control stops
after each point
Point pattern cycles and CYCL CALL
PAT are handled by the control as a
single block
Comparison: Differences in Test Run, operation
Function TNC 620 iTNC 530
Arrangement of soft-key rows and
soft keys within the rows
Arrangement of soft-key rows and soft-keys varies depending on the
active screen layout.
Zoom function Each sectional plane can be
selected by individual soft keys
Sectional plane can be selected
via three toggle soft keys
Machine-specific miscellaneous
functions M
Lead to error messages if they are
not integrated in the PLC
Are ignored during Test Run
Displaying/editing the tool table Function available via soft key Function not available
3-D view Displays a transparent
workpiece
Available Function not available
3-D view Displays a transparent
tool
Available Function not available
3-D view Displays tool paths Available Function not available
Adjustable model quality Available Function not available
Comparison: Differences in Manual Operation,
functionality
Function TNC 620 iTNC 530
Jog increment function The jog increment can be defined
separately for linear and rotary
axes
The jog increment applies for both
linear and rotary axes
Preset table Basic transformation (translation
and rotation) of machine table
system to workpiece system via
the columns
X, Y and Z, as well as
spatial angles SPA, SPB and SPC.
In addition, the columns X_OFFS
to W_OFFS can be used to define
the axis offset of each individual
axis. The function of the axis
offsets can be configured.
Basic transformation (translation)
of machine table system to
workpiece system via the columns
X, Y and Z, as well as a ROT basic
rotation in the working plane
(rotation).
In addition, the columns
A to W
can be used to define datums in
the rotary and parallel axes.