Latest revision as of 18:56, 29 December 2011

v12-20111229

THE ISSUE
The pressure die interference logic would stop the bending with a collision message if a Feed-Bend would take the chuck into the pressure die zone and the PDA was a servo axis.

THE REPAIRED LOGIC
Now if the PDA is a servo axis and GEARING is switched on in the bend arm servo module, then the potential for collision is ignored . This will assume that the pressure die assist is geared to the bend axis and is moving forward with the bend arm.

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-* ISSUE RESOLVED: The pressure die interference logic would stop the bending with a collision message if a Feed-Bend would take the chuck into the pressure die zone and the PDA was a servo axis.
+* '''THE ISSUE'''<br>The pressure die interference logic would stop the bending with a collision message if a Feed-Bend would take the chuck into the pressure die zone and the PDA was a servo axis.
 <br>
-* THE REPAIRED LOGIC: Now if the PDA is a servo axis and GEARING is switched on in the bend arm servo module, then the potential for collision is ignored .  This will assume that the pressure die assist is geared to the bend axis and is moving forward with the bend arm.
+* '''THE REPAIRED LOGIC'''<br>Now if the PDA is a servo axis and GEARING is switched on in the bend arm servo module, then the potential for collision is ignored .  This will assume that the pressure die assist is geared to the bend axis and is moving forward with the bend arm.
-<br>
-* Note that it is possible for a collision to still occur if the radius value is set incorrectly in the tool page, or the real-time variable gearing for the PDA is set low enough to allow the carriage to catch up to the PDA.
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