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Go to File Management > System.
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Select All.
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Right Click on any file, and press 'Download as ZIP'
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Go to Machine Control > Console.
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Input the command: M552 then press 'Send;
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It will return the IP Address. Note it down.
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Download the Upgrade Files and extract the contents.
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Go to File Management > System and press 'Upload System Files'
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Navigate to where you extracted the download.
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Select Step4.zip
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Wait until the upload is complete and then press 'Close'
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Go to File Management > System and press 'Upload System Files'
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Navigate to where you extracted the download.
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Select Step5.zip
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Confirm the installation.
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The WorkBee will disconnect, be patient and wait until it reconnects.
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Go To System > Machine-Specific. It should now say 3.0.
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Go to File Management > System and press 'Upload System Files'
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Navigate to where you extracted the download.
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Select Step6.zip
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Confirm the installation. Wait until it reconnects.
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Go To System > Machine-Specific. It should now say 3.1.1.
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Go to File Management > System and press 'Upload System Files'
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Navigate to where you extracted the download.
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Select Step7.zip
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Confirm the installation. Wait until it reconnects.
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Go To System > Machine-Specific. It should now say 3.2.2.
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Go to File Management > System and press 'Upload System Files'
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Navigate to where you extracted the download.
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Select Step8.zip
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Confirm the installation. Wait until it reconnects.
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Go To System > Machine-Specific. It should now say 3.3.
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We can now install WorkBee Control
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Go to File Management > System.
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Press 'Upload System Files'
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Navigate to where you extracted the download.
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Select Step9.zip and Confirm the installation.
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It should now look like Image 2. If it does not, refresh your Browser.
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If the IP Address found in Step 2 is different from 192.168.251.2 then complete this step.
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You can either configure your Ethernet Port as per Image 1. If not follow the points below.
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On your computer, navigate to the extracted files, then to Step 11 > Ethernet.
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Open config-network.g with notepad.
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Change the IP Address to that found in Step 2.
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Save and close.
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Go to Files > System and press 'Upload System Files'
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Navigate to where you extracted the download.
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Double-click on the 'Step 11' folder.
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Double-click on the folder matching your connection method.
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Select & upload all the files inside.
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Confirm the board restart.
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If your machine is all Belt Drive complete the point below.
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Upload all the files inside 'Step12' > 'Belt-Drive'. Do Not Upload the folder itself, just what is inside.
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If your machine is all Belt & Screw Drive complete the point below.
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Upload all the files inside 'Step12' > 'Belt-&-Screw-Drive'. Do Not Upload the folder itself, just what is inside.
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Go to Settings > Machine Specific
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Under the Panel called 'Machine Working Area' press 'Reset Working Area'
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Under the 'WorkBee Model' dropdown select your model and machine size.
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Confirm by pressing 'Yes'
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Go to Settings > General > Built-In Plugins
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If you don't use the 'Height Map' plugin, press 'Stop'
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Refresh your browser.
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Go back to Settings > General > Built-In Plugins
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Start 'CNC G-Code Viewer' plugin.
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A G-Code Viewer will now show in the Navigation Menu.
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If you have our WorkBee Touch Probe, go to Settings > Machine Specific
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Under the Panel called 'Touch Probe Settings' press 'Enable Touch Probe'
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Custom Steps/mm Calibration can be entered inside Settings > Machine Specific
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Under the Panel called 'Machine Steps/mm Calibration'
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In Settings > Machine Specific, under the Panel called 'Sensors' we can test the Limit Switches.
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Activate the X-Axis limit switch with your finger and hold.
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The Endstop Status should change to 'Triggered'
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Repeat this procedure for the Y-Axis Limit Switch.
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Repeat this procedure for the Z-Axis Limit Switch.
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Under File Management > System. Spindle Settings go in 'config-spindle.g'
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Laser Settings go in 'config-laser.g'
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Other custom settings go in 'config-user-settings.g'
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3.3.0 Firmware uses GPIO Names (General-Purpose Input/Output) rather than pin numbers.
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Any custom settings that use pin numbers, will need changing to pin names
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More info on the changes can be found on Duet's Dozuki
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For any custom Spindle/Laser or other settings, you will need to convert the commands.
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For a Spindle you would use M950 with M563. See Image 1 for an example.
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For a Laser you would use M452, but use the Pin Name, instead of the Pin Number. See Image 2 for an example. For an OptLaser 6W wired as their guide the C Parameter would be: C"!exp.heater3"
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If you are unsure about any of the above please Contact Us.
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Thanks for following the guide. Any issues, please contact us!
Thanks for following the guide. Any issues, please contact us!
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