| User
Functions |
| Brief
description |
 |
Basic
version: 3 axes plus spindle |
|
4
th NC axis plus auxiliary axis,
or
8 additional NC axes or 7 additional NC axes plus
2nd spindle (Axis option) |
|
Digital
current and speed control |
|
| Programming |
HEIDENHAIN
conversational and as per ISO |
| Position
data |
|
Nominal
positions for straight lines and circular arcs in
Cartesian or polar coordinates |
|
Dimensions
absolute or incremental |
|
Display
and entry in mm or inches |
|
Display
of handwheel traverse when machining with handwheel
superimposition |
|
| Tool
compensation |
|
Tool
radius in the working plane and tool length |
|
Radius-compensated
contour look ahead for up to 99 blocks (M120) |
|
Three-dimensional
tool radius compensation for changing tool data
without having to recalculate an existing program |
|
| Tool
tables |
Several
tool tables with any number of tools |
| Cutting
data tables |
Cutting
data tables for automatic calculation of spindle speeds and
feed rates from tool-specific data (cutting speed, feed per
tooth) |
| Constant
contouring speed |
|
Relative
to the path of the tool center |
|
Relative
to the tool’s cutting edge |
|
| Parallel
operation |
Creating
programs with graphic support while another program is being
run |
3-D
machining
 software
option 2 |
|
Motion
control with minimum jerk |
|
3-D
tool compensation through surface normal vectors |
|
Tool
Center Point Management (TCPM): Using the electronic
handwheel to change the angle of the swivel head
during program run without affecting the position of
the tool point |
|
Keeping
the tool normal to the contour |
|
Tool
radius compensation normal to the direction of
traverse and tool |
|
Spline
interpolation |
|
Machining
with rotary tables
software
option 1 |
|
Programming
of cylindrical contours as if in two axes |
|
Feed
rate in mm/min |
|
| Contour
elements |
|
Line
segment |
|
Chamfer |
|
Circular
arc |
|
Circle
center |
|
Circle
radius |
|
Tangentially
connecting circular arc |
|
Corner
rounding |
|
| Contour
approach and departure |
|
Via
straight line: tangential or perpendicular |
|
Via
circular arc |
|
| FK
free contour programming |
FK
free contour programming in HEIDENHAIN plain language with
graphic support for workpiece drawings not dimensioned for
NC |
| Program
jumps |
|
Subprograms |
|
Program
section repeats |
|
Calling
any program as subprogram |
|
| Fixed
cycles |
|
Cycles
for drilling, peck drilling, reaming, boring,
counterboring, conventional and rigid tapping |
|
Cycles
for milling inside and outside threads |
|
Roughing
and finishing rectangular and circular pockets |
|
Cycles
for clearing level and inclined surfaces |
|
Cycles
for milling straight and circular slots |
|
Circular
and linear point patterns |
|
Contour
pockets — also with contour-parallel machining |
|
Contour
train |
|
OEM
cycles (special cycles developed by the machine tool
builder) can also be integrated |
|
| Coordinate
transformations |
|
Datum
shift, rotation, mirror image |
|
Scaling
factor (axis-specific) |
|
Tilting
the working plane
software
option 1 |
|
Q
parameters
(Programming with variables) |
|
Mathematical
functions =, +, –, *, /, sin α, cos α,
angle α of sin α and cos α, √a,
 |
|
Logical
comparisons (=, = /, <, >) |
|
Parentheses |
|
tan
α, arcus sin, arcus cos, arcus tan, an,
en, In, log, absolute value of a number,
constant π, negation, truncation of digits
before or after the decimal point |
|
Functions
for calculation of circles |
|
| Programming
aids |
|
Pocket
calculator |
|
Context-sensitive
help function for error messages |
|
Graphical
support for programming cycles |
|
Comment
blocks in the NC program |
|
| Actual
position capture |
Actual
positions can be transferred directly into the NC program |
Verification
graphics
(Display modes) |
Graphic
simulation before a program run, even while another program
is running
|
Plan
view / projection in 3 planes / 3-D view |
|
Detail
enlargement |
|
| Programming
graphics |
In the
Programming and Editing mode of operation, the contour of
the NC blocks is drawn on screen while they are being
entered (2-D pencil-trace graphics), even while another
program is running |
Program
run graphics
(Display modes) |
Graphic
simulation during real-time machining
Plan view / projection in 3 planes / 3-D view |
| Machining
time |
|
Calculation
of machining time in the Test Run operating mode |
|
Display
of the current machining time in the program run
modes |
|
| Returning
to the contour |
|
Mid-program
startup in any block in the program, returning the
tool to the calculated nominal position to continue
machining |
|
Program
interruption, contour departure and reapproach |
|
| Datum
tables |
Several
datum tables |
| Pallet
tables |
Pallet
tables (with as many entries as desired for the selection of
pallets, NC programs and datums) can be machined workpiece
by workpiece or tool by tool |
| Touch
probe cycles |
|
Touch
probe calibration |
|
Compensation
of workpiece misalignment, manual or automatic |
|
Datum
setting, manual or automatic |
|
Workpiece
measurement, automatic |
|
Cycles
for automatic tool measurement |
|
 |
|
