HEIDENHAIN POSITIP 8000 Series Operating Instructions Manual page 121

Information for OEM and Setup users | Commissioning
Parameter
Automatic feed
Stop of the automatic feed
Smooth feed selection for analog
movement commands
Enable spindle-independent
manual movement commands
HEIDENHAIN | POSITIP 8000 | Operating Instructions Turning | 03/2022
Explanation
Assignment of the digital input for a push button with the follow-
ing effect:
Manual operation: Pressing the button activates the automatic
feed rate during axis movements that are controlled via the
jog buttons. The axis continues to move until it reaches its
next limit switch or until the push button is pressed again. The
automatic feed rate only functions for axes for which limit
switches have been configured
MDI mode and Program Run: the push button functions as an
NC-START key. Pressing the push button starts and interrupts
the cycles of a program block
Default value: Not connected
Pressing the button again will only then cause a pause
or stop if no specific Stop of the automatic feed
input was configured.
If no digital input is assigned to the Automatic feed
parameter, the NC-START key will be displayed during
the execution of an MDI block or a program.
Assignment of the digital input for a push button with the follow-
ing effect:
Manual operation: Pressing the button stops the automatic
feed rate during axis movements that are controlled via the jog
buttons
MDI mode and Program Run: The push button functions as an
NC STOP key. Pressing the push button stops and interrupts
the cycles of a program block
Default value: Not connected
Assignment of the digital input to select a smoother feed if the
entire input voltage range is used
Default value: Not connected
"Movement commands from analog input"
Assignment of the digital input to execute manual NC movements
that are independent of the spindle. The spindle is standing still
and the axes are moved in feed mode mm/min
Default value: Not connected
Spindle-independent manual movements are only
possible if there is a high level at the input.
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