Differences

This shows you the differences between two versions of the page.

--- quickstart:mycnc-quick-start [2019/04/16 12:24] – ivan
+++ quickstart:mycnc-quick-start [2020/09/14 09:14] (current) – ivan
@@ Line 1: / Line 1: @@
 ==== MyCNC Quick Start ====
-===Installing Ubuntu MATE 16.04 through LiveCD with preinstalled myCNC software===
+{{:quickstart:quickstart-greet-image-002.png}}
-  *The LiveCD image can either be burned onto a DVD, or written on a USB disk through the use of [[https://www.balena.io/etcher/|Etcher]] or [[https://rufus.ie/|Rufus]] software. The LiveCD installation packages can be downloaded [[https://www.pv-automation.com/download|here]].
+  * [[:faq|Frequently Asked Questions]]
-  *Connect the power cable, the screen through an HDMI or VGA cable, keyboard, mouse and the LiveCD with Ubuntu Mate 16.04 to the computer
+  * [[mycnc:mycnc_screen|MyCNC Profile Screen Description]]
-  *When booting up the computer, hold the **Delete** key to enter the BIOS
+  * [[quickstart:installing_ubuntu_mate|Installing Ubuntu MATE 18.04 through LiveCD with preinstalled myCNC software]]
-{{ :quickstart:bios1.jpg}}
+  * [[quickstart:mycnc-quick-start:installing-iso-sbc-tinkerboard|Installing the myCNC Linux ISO on a Tinkerboard SBC]]
-  *In the BIOS screen, navigate to the **Boot** tab
+  * [[quickstart:mycnc-control-board-setup|myCNC control board setup]]
-{{ :quickstart:bios2.jpg}}
+  * [[quickstart:mycnc-quick-start:homing_setup|Setting up the homing procedure]]
-  *Select the **Hard Drive BBS Priorities**
+  * [[mycnc:mycnc_setup_examples#how_to_set_up_axes_and_pulses_per_unit|How to set up Axes and Pulses per Unit]]
-  *For **Boot Option #1**, switch the SSD 32GB to KingstonDT 101 G2 PMAP
+  * [[quickstart:mycnc-quick-start:probe_setup|Setting up the probe tool]]
-{{ :quickstart:bios3.jpg}}
+  * [[quickstart:mycnc-quick-start:cnc-vision-setup|CNC Vision Setup]]
-  *Save & Exit by pressing F10. The boot-up will begin shortly
+  * [[quickstart:mycnc-quick-start:start-stop-setup|Start/Stop Setup]]
-  *In the popup window, select the **Install Ubuntu MATE** option
+  * [[quickstart:mycnc-quick-start:tangential-knife-setup|Tangential Knife Setup (X1366V)]]
-{{ :quickstart:ubuntu1.jpg}}
+  * [[quickstart:mycnc-quick-start:oxyfuel-setup|Oxy-fuel Setup (X1366G)]]
-  *Select **Normal Installation**, and check the **Install third-party software** checkmark on the next screen
+  * [[examples:plasma-x1366p|Plasma Setup (X1366P)]]
-{{ :quickstart:ubuntu2updates.jpg}}
+  * [[quickstart:mycnc-quick-start:dxf-import|Importing DXF files]]
-  *Select the **Erase disk and install Ubuntu MATE** option if you want to format the Windows partition, leaving only Ubuntu MATE on the computer
+  * [[quickstart:mycnc-quick-start:network-setup|Network Setup]]
-{{ :quickstart:ubuntu3installationtype.jpg}}
-  *Select your timezone
-  *In the //Who are you?// screen, use **mycnc** as the username to access the presets that are applied during the installation. These presets include the **mycnc** user in groups such as dialout (access to scanners), sudo (security privileges of superuser), and sambashare (SMB/CIFS networking protocol for Windows). NOTE: These presets are strongly recommended for novice users.
-  *Select the **Log in automatically** option
-{{ :quickstart:ubuntu4whoareyou.jpg}}
-The installation of Ubuntu MATE will begin momentarily.
-===Setting up the myCNC control board===
-  * Connect 24V DC power supply to myCNC control board
-    * Here are power-up examples for ET6, ET7, ET10 control boards
-  * Connect myCNC Ethernet controller with Network cable directly to Host computer or to Network Router. If use Odroid-C2 (Raspberry-Pi3) computers as a Host, Network cable is a short 0.5ft cable between Odroid & Controller {{mycnc:et6-odroid-network-cable.jpg}}
-  * Setup Network addresses for Host computer and myCNC Ethernet controller. Addresses of Controller and Host should be in same local network. For Example - <code>Controller Address: 192.168.0.78
-Host Address: 192.168.0.100</code> or <code>Controller Address: 192.168.5.10
-Host Address: 192.168.5.11</code> Look [[mycnc:change_ip_address_of_mycnc_control_board|here]] if need to change IP address of controller board
-  * Goto MyCNC software, Cfg Settings, Network Tab and
-    * Set actual Controller IP address to "Controller IP Address" to tell the software where it can find myCNC Controller,
-    * Set "Network Protocol" to "UDP",
-    * press "Save" button on the top-right of myCNC screen.
-    * Changes should be applied on the fly and **UDP message counter** should start counting which means communication between Controller & Host works correct. {{mycnc::mycnc-quickstart-network-settings-01.png}}
-  * Connect Pulse-Dir signals from servo or stepper driver to myCNC control board {{hardware:et6-stepper-driver-connection-001.png}}
-  * Check what minimal pulse width your drivers accept and set pulse width of myCNC control board accordingly (equal or more) in MyCNC software -> Cfg Settings -> Hardware Tab -> Common Hardware Settings {{mycnc:mycnc-common-hardware-settings-pulse-width-001.png}} MyCNC-ET6, myCNC-ET7 controllers support separate pulse width settings for the first 4 channels (#0, #1, #2, #3) and the rest 2 (#4, #5). This option can be convenient if use high performance servo drivers with low psed stepper drivers (for example high speed servos for X, Y, Z axes and low speed stepper for rotational A axis). myCNC-ET10 controller use only the first pulse width selector for all motor outputs.