Difference between revisions of "How to Calculate Tube Elongation Percentage in VTube-LASER"

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(About Tube Elongation Percentage in VTube-LASER)
 
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==About Tube Elongation Percentage in VTube-LASER==
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==The Tube Elongation Percentage Calculation Method==
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VTube-LASER can calculate Tube Elongation Percentage by subtracting the current CUT LENGTH from the MEASURED LENGTH - then calculate the percentage by comparing that change to the total ARC LENGTHS in the measured tube.<br><br>The formula used is '''(Measured Length - Cut Length) / (Arc Length Sum for Whole Tube) X 100'''<br><br>
 
VTube-LASER can calculate Tube Elongation Percentage by subtracting the current CUT LENGTH from the MEASURED LENGTH - then calculate the percentage by comparing that change to the total ARC LENGTHS in the measured tube.<br><br>The formula used is '''(Measured Length - Cut Length) / (Arc Length Sum for Whole Tube) X 100'''<br><br>
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==How to Calculate Tube Elongation Percentage in VTube-LASER==
 
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Any time VTube-LASER has these three conditions it can calculate tube elongation percentage:<br><br>
 
  
# The presence of MASTER XYZ centerline data
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==How to Calculate a Single Tube Elongation Percentage in VTube-LASER==
# The presence of MEASURED XYZ centerline data
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Follow these simple steps to calculate tube elongation:
# The presence of an actual Cut Length value in Part setup of the part before bending
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# Design a simple part with a 90-degree bend in the VTube-LASER MASTER data. Use whatever radius is on your bender.
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# Calculate the cut length in the Part Setup using the popup menu.
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# Cut a straight section of tube to that cut length.
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# Bend the part in the bender.
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# Measure the part.
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# Use the popup menu in the Part Setup menu to recalculate the tube elongation percentage.<br><br>
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Note that it is critical that you have entered the ACTUAL CUT LENGTH of the part you just bent for VTube to properly calculate the tube elongation percentage value.
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==VTube Can Also Use Multi-Elongation==
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For applications that mix bending radii and bending types, multi-elongation lets you set the elongation % uniquely for every bend. See [[Multi-Elongation in VTube]] for more information about using multi-elongation.
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==Read More About Tube Elongation==
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* About [[Tube Elongation Percentage]]
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* About [[Multi-Elongation in VTube]]
  
If these three conditions are true then you can right click on the Part Setup menu, and use the calculate tube elongation percentage value.
 
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==Other Pages==
 
==Other Pages==

Latest revision as of 23:47, 9 March 2018

Vtube-laser logo 1.96.png

Vtl screen hd scanner without logo.png


Vtube-laser v2.5 recalc TubeElongation.png





The Tube Elongation Percentage Calculation Method

VTube-LASER can calculate Tube Elongation Percentage by subtracting the current CUT LENGTH from the MEASURED LENGTH - then calculate the percentage by comparing that change to the total ARC LENGTHS in the measured tube.

The formula used is (Measured Length - Cut Length) / (Arc Length Sum for Whole Tube) X 100




How to Calculate a Single Tube Elongation Percentage in VTube-LASER

Follow these simple steps to calculate tube elongation:

  1. Design a simple part with a 90-degree bend in the VTube-LASER MASTER data. Use whatever radius is on your bender.
  2. Calculate the cut length in the Part Setup using the popup menu.
  3. Cut a straight section of tube to that cut length.
  4. Bend the part in the bender.
  5. Measure the part.
  6. Use the popup menu in the Part Setup menu to recalculate the tube elongation percentage.

Note that it is critical that you have entered the ACTUAL CUT LENGTH of the part you just bent for VTube to properly calculate the tube elongation percentage value.


VTube Can Also Use Multi-Elongation

For applications that mix bending radii and bending types, multi-elongation lets you set the elongation % uniquely for every bend. See Multi-Elongation in VTube for more information about using multi-elongation.

Read More About Tube Elongation




Other Pages