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Welcome to 2Printbeta. I am Dominik Wenger and today we will show
We start by switching on the machine.
And use the turn *** to navigate to the configuration section.
Scroll down to the configuration and press the turn ***. Here you can find all settings for this machine
First the settings for the different axes.
The settings for the endstops. The settings for the PID controllers.
The settings for the temperature. The accelerations.
The different tools and the dual mode.
Most settings are already preconfigured and don't need to be changed.
At first we will look at the axis settings.
Here you can find all the settings for the motors.
For example which motor drives which axis.
Which endstops are used for this motor.
How many steps this motor need todo for 1 mm.
Which maximum speeds are allowed.
If substepping is enabled.
If the axis inverted or not.
And as the last entry, you will always find a entry to save all data in the EEPROM.
This is the same for all axes.
So you will find the same menu for the y-axis, the z-axis and all other axes.
For this printer, this is the x-axis.
This is the y-axis.
And this is the z-axis.
The extruder is controlled as u-axis.
And if you have a dual system, the second x-carriage would be v and the extruder on this w.
Now we will look at how the steps per mm have to be configured
if those are not correctly set in your machine.
The steps per mm define the distance the machine moves
in reality versus how the software thinks it moves.
Should your machine move too far, you need to reduce this values.
Should your machine move too less, you need to increase the value.
Another important point are the DualX settings if you have a dual machine.
Here you can configure if you have one or
two extruders.
The distance between those two extruder nozzles, when they are sitting
in their endstops.
The width of one carriage.
And at last you can save all settings in the EEPROM.
If you have a dual machine and you can detect deviations in the x-axis,
so that the printed lines are not exactly over each other.
You can change and correct this with this value.
Modify this value until you can not detect any deviations any more.
Goodbye and see you the next time.
Thank you for watching.