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Another way I have found for offline programming was to keep each file in its own folders. Then I will use PC-DMIS Search Path to switch directories for the probe build files and machine files.
Here we have five different Machines and Probe heads. Most of them use the TP20 and one uses the HP-S-X1C. The common Machine fix in place plate fixtures have the same recall alignment name.
All other fixtures and fixture plates will have their individual recall alignment names. I will place the recall alignments for the machine and fixtures into each machine's folder.
For the Probe changers I use the PC1 format to separate the Probe changer probes from the custom build probes that are calibrated using the same probe and qualification tools.
Each Probe head will have their own folder for the probe builds.
I have created cad models of each machine granite plate with their home coordinates that I use to adjust the machines dot draw files.
I just change the draw extension to the cad extension and import both into PC-DMIS and use transform from both Assembly and CAD Levels. I will then edit the usermachine.dat file to correct the machine volume.
The Machine Home coordinates for the granite cad I use a sphere created with the Revolved feature in SolidWorks. The sphere and the measured threaded features in the machine granite with the founded end machine travels data will help adjust the machine dot draw and usermachine.dat files.
Probe Heads list:
HH-MI-M
HP-S-X1C
PH10M_30MM_TO_M8
PH10MQ_30MM_TO_M8
PH10T
PC-DMIS Probe Directory
Example: E:\Users\Public\Documents\Hexagon\PC-DMIS Probe Directory\PH10T\
Probe tip name format:
Example: 4BY20_40E_TP20MF_50E
Probe tip name format for multiple Probe Changers:
Example: PC1_4BY20_40E_TP20MF_50E
PC-DMIS Recall Directory
Example: E:\Users\Public\Documents\Hexagon\PC-DMIS Recall Directory\Endeavor 3271\
The recall directory will have all of the recall alignments for the Machine and Fixtures.
Another way I have found for offline programming was to keep each file in its own folders. Then I will use PC-DMIS Search Path to switch directories for the probe build files and machine files.
Here we have five different Machines and Probe heads. Most of them use the TP20 and one uses the HP-S-X1C. The common Machine fix in place plate fixtures have the same recall alignment name.
All other fixtures and fixture plates will have their individual recall alignment names. I will place the recall alignments for the machine and fixtures into each machine's folder.
For the Probe changers I use the PC1 format to separate the Probe changer probes from the custom build probes that are calibrated using the same probe and qualification tools.
Each Probe head will have their own folder for the probe builds.
I have created cad models of each machine granite plate with their home coordinates that I use to adjust the machines dot draw files.
I just change the draw extension to the cad extension and import both into PC-DMIS and use transform from both Assembly and CAD Levels. I will then edit the usermachine.dat file to correct the machine volume.
The Machine Home coordinates for the granite cad I use a sphere created with the Revolved feature in SolidWorks. The sphere and the measured threaded features in the machine granite with the founded end machine travels data will help adjust the machine dot draw and usermachine.dat files.
Probe Heads list:
HH-MI-M
HP-S-X1C
PH10M_30MM_TO_M8
PH10MQ_30MM_TO_M8
PH10T
PC-DMIS Probe Directory
Example: E:\Users\Public\Documents\Hexagon\PC-DMIS Probe Directory\PH10T\
Probe tip name format:
Example: 4BY20_40E_TP20MF_50E
Probe tip name format for multiple Probe Changers:
Example: PC1_4BY20_40E_TP20MF_50E
PC-DMIS Recall Directory
Example: E:\Users\Public\Documents\Hexagon\PC-DMIS Recall Directory\Endeavor 3271\
The recall directory will have all of the recall alignments for the Machine and Fixtures.
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