Difference between revisions of "Revision: Benderlink for Chiyoda/Keins 6.8"

Revision 6.8

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Older versions of Benderlink stored bender data from all benders in a single path. However, it is normal to keep bender setups separate for each bender since every Chiyoda bender will have a unique setup. A good example is two Chiyoda benders with different machine lengths, or two benders that differ in bend direction (left-hand or right-hand).

This feature then assumes that every bender should have a unique storage path on the drive or network.

Benderlink can now stop the process and ask for input if a zero diameter is encountered.

If this feature is deactivated, then Benderlink will ignore zero value radii values. In this case, Benderlink will automatically change a zero value diameter to non-zero using this formula:

(Rad Level 1) / 1.5

If the Rad Level 1 value is zero, then Benderlink will use this formula:

(Rad Level 2) / 1.5

• If both radius level values are zero, then Benderlink will set the diameter to 1 unit.
  
  A non-zero diameter is important for communicating with ROMER DOCS software because DOCS will report a corrupted file if it senses a zero diameter. (Some measuring center software packages, like VTube-LASER will continue with a zero diameter.)
  
  
• If the radius stop is enabled, and Benderlink stops for input while the measuring center is performing a recall, then the recall process will time out if the new diameter is not entered within the time out period.