Difference between revisions of "OPTIONS/EEProm"
From MatterControl Manual
< OPTIONS
(Created page with "With the EEProm Settings you can adjust many of the settings that your printer uses by default. MatterControl can set EEProm settings for both Marlin and Repatier firmware. [...") |
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− | With the EEProm Settings you can adjust many of the settings that your printer uses by default. MatterControl can set EEProm settings for both Marlin and | + | With the EEProm Settings you can adjust many of the settings that your printer uses by default. MatterControl can set EEProm settings for both Marlin and Repetier firmware. |
[[File:Eeprom1.png|right|frame|EEPROM settings can be found under the Configuration tab]] | [[File:Eeprom1.png|right|frame|EEPROM settings can be found under the Configuration tab]] | ||
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This is a great way to fix problems you have with you printer not moving the distance you expect, or having your parts come out with incorrect dimensions. | This is a great way to fix problems you have with you printer not moving the distance you expect, or having your parts come out with incorrect dimensions. | ||
− | [[File:Eeprom2.png|none | + | [[File:Eeprom2.png|none]] |
#Go to 'Advanced Controls' | #Go to 'Advanced Controls' | ||
#Click on the 'CONFIGURATION' tab [[File:Eeprom3.png]] | #Click on the 'CONFIGURATION' tab [[File:Eeprom3.png]] |
Revision as of 15:36, 8 December 2015
With the EEProm Settings you can adjust many of the settings that your printer uses by default. MatterControl can set EEProm settings for both Marlin and Repetier firmware.
The settings window for Marlin firmware
Example
Setting The Steps Per mm
This is a great way to fix problems you have with you printer not moving the distance you expect, or having your parts come out with incorrect dimensions.
- Go to 'Advanced Controls'
- Click on the 'CONFIGURATION' tab File:Eeprom3.png
- Connect to your printer
- In the 'EEProm Settings' click on 'CONFIGURE' File:Eeprom4.png
- Change the 'Steps per mm:' to correct for any discrepancy you find in your movement distances. File:Eeprom5.png
Equation
Here is the equation you can use to find correct values:
Desired_Steps_Per_mm = Actual_Steps_Per_mm * Current_Steps_Per_mm / Desired_Distance
So if your x was set to 80 and you only moved 97mm when trying to move 100mm, you would put in 97 * 80 / 100 And set the X Steps Per mm to 77.6