CNC Bender v12-20111229 - Revision history

Mcone: /* 25px REPAIR - Pressure Die Interference Zone Collision Logic Change */

2011-12-29T18:56:42Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:56:32Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:56:05Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:55:50Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:55:35Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:54:45Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:54:28Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:53:31Z

‎25px REPAIR - Pressure Die Interference Zone Collision Logic Change

2011-12-29T18:53:02Z

‎25px REPAIR - Pressure Die Interference Zone Collision Message

2011-12-29T18:52:29Z

‎25px REPAIR - Pressure Die Interference Zone Collision Message

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-* 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.
+* '''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<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.
+* '''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.
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-* 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.
+* 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.
 </td>

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 <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.
-<br>
-* Note that it is possible for a collision to still occur if the radius value is set too large 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.
 </td>

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 * 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.
 <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.
+* Note that it is possible for a collision to still occur if the radius value is set too large 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.
 </td>

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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.
 <br>
-* RESOLUTION: 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: 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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 __NOTOC__
-===[[image:Check.jpg|25px]] REPAIR - Pressure Die Interference Zone Collision Message  ===
+===[[image:Check.jpg|25px]] REPAIR - Pressure Die Interference Zone Collision Logic Change  ===
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 * 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>
-* Now if the PDA is a servo axis, then the potential for collision is ignored if GEARING is switched on in the bend module.  This will assume that the pressure die assist is geared to the bend axis.
+* 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>
 </td>