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The following tests require version 1.421.50 or newer. On versions prior to 1.423.3, you must have the [[Index pulses]] enabled. | The following tests require version 1.421.50 or newer. On versions prior to 1.423.3, you must have the [[Index pulses]] enabled. | ||
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| + | ''Upgrades to the Techno CNC Interface can be found at [http://www.technorouters.com/controlinterface.html technorouters.com]'' | ||
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| + | ''We suggest uprgading to a new folder while preserving settings using these instructions: [http://www.docs.technorouters.com/index.php?title=Upgrading_software_into_a_new_folder New Folder Upgrade procedure]'' | ||
To test for mechanical drift issues that interfere with machine positioning: | To test for mechanical drift issues that interfere with machine positioning: | ||
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'''If you get a message that an axis drifted, follow the link for [[Axis drifted]] to investigate the mechanics further.''' | '''If you get a message that an axis drifted, follow the link for [[Axis drifted]] to investigate the mechanics further.''' | ||
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| + | Still not sure what is going on here? Read: [[About drift issues]] | ||
Latest revision as of 08:19, 8 April 2013
The following tests require version 1.421.50 or newer. On versions prior to 1.423.3, you must have the Index pulses enabled.
Upgrades to the Techno CNC Interface can be found at technorouters.com
We suggest uprgading to a new folder while preserving settings using these instructions: New Folder Upgrade procedure
To test for mechanical drift issues that interfere with machine positioning:
If the Index pulses are turned on in the software, this process is done automatically every time the system homes in 1.422.1 and higher. So homing the machine, running a file and then re-homing the machine will provide a warning if the machine is suffering from this issue.
Alternately, to force a manual test:
- Prior to running a file, in the main interface, type on the keyboard:
'H' for home
'D' for Drift test
'?' where ? is the axis you suspect of drift (Y,X,Z,A). You should repeat this process for all axes.
- Run a file that will result in the problem. If you choose to run in the air, note that this results in reduced forces on the machine, possibly reducing the probability that the problem will occur.
- After the file has run, repeat the original procedure, where in the main interface, type on the keyboard:
'H' for home
'D' for Drift test
'?' where ? is the axis you suspect of drift (Y,X,Z,A). You should repeat this process for all axes.
- You will, after each axis, be presented with a message that states whether or not the system checks out properly.
If you get a message that an axis drifted, follow the link for Axis drifted to investigate the mechanics further.
Still not sure what is going on here? Read: About drift issues