Hotend and Heatbed PID Tuning - Gcode programs

thingiverse

<h2>PID Tuning your 3D Printer with Marlin Autotune</h2> G-code file is making 3 cycles autotune PID for hotend. The new values will be saved to EEPROM automatically. <strong>You do not need G-code terminal</strong>. Just save program to SD card and press start. Parameters like number of cycles (8), temperatures (200C, 60C), and fan speed (100%) you can simply modify by opening gcode file in text editor. <strong>Requres:</strong> #define PIDTEMP or #define PIDBEDTEMP, #define EEPROM_SETTINGS <h2>Hotend PID Tuning</h2> Download gcode file, save to SD Card and run: https://www.thingiverse.com/download:7832321 Source code <strong>Hotend_PID_Tuning.gcode</strong>: <div class="notice info"> <h4> ;3D Printer - Hotend PID Marlin AutoTuning gcode file by DarekNorway <a href="https://www.thingiverse.com/DarekNorway/about">https://www.thingiverse.com/DarekNorway/about</a> <br /> ;Licence: Attribution-NonCommercial. You are free to Share (copy and redistribute it in any medium or format). You are free to adapt (remix, transform) <br /> ;V 1.0<br /> ;Requires: #define PIDTEMP, #define EEPROM_SETTINGS<br /> M117 Prepare something to note current Hotend PID Values; Display info<br /> G4 P15000; Wait 15 seconds<br /> M301; Return the current Hotend PID setting from EEPROM<br /> G4 P15000; Wait 15 seconds<br /> M106 S255; Set cooling fan to 100%<br /> G28; Home all axis<br /> M117 PID Autotune started. Wait some minutes. New Hotend PID settings will be saved to EEPROM; Info<br /> M303 E0 S200 C8 U1; Start Hotend PID tunning - First hotend, temp: 200deg, 8 Cycles. It takes some minutes, U1 will save new PID values to EEPROM (Requires #define EEPROM_SETTINGS)<br /> M301; Return the current Hotend PID setting from EEPROM<br /> G4 P15000; Wait 15 seconds<br /> M84; Disable motors<br /> M107; Cooling Fan off<br /> M104 E0 S0; Set Hotend temp to 0C<br /> M140 S0; Set Heatbed temp to 0C<br /> M117 Hotend PID Tuning Done<br /> G4 P4000<br /> M117 By DarekNorway https://www.thingiverse.com/thing:4226437<br /> G4 P4000<br /> </h4> </div> <img src="https://cdn.thingiverse.com/assets/a5/e8/ca/97/eb/featured_preview_IMG_20200317_232510.jpg" alt="Hotend_PID_Tuning.gcode" title="Hotend_PID_Tuning.gcode - Bigtreetech TFT 35 V3.0 Touch Screen" /><i>Touch screen <a href="https://s.click.aliexpress.com/e/_dZmw1UF">Bigtreetech TFT 35 V3.0</a></i> <h2>Heatbed PID Tuning</h2> Download gcode file, save to SD Card and run: https://www.thingiverse.com/download:7833841 <strong>(Update:18.03.2020)</strong> Source code <strong>Heatbed_PID_Tuning.gcode</strong>: <div class="notice info"> <h4> ;3D Printer - Bed PID Marlin AutoTuning gcodegcode file by DarekNorway <a href="https://www.thingiverse.com/DarekNorway/about">https://www.thingiverse.com/DarekNorway/about</a><br /> ;Licence: Attribution-NonCommercial. You are free to Share (copy and redistribute it in any medium or format). You are free to adapt (remix, transform)<br /> ;V 1.1<br /> ;Requires: #define PIDPBEDTEMP, #define EEPROM_SETTINGS<br /> M117 Prepare something to note current Heatbed PID settings; Display info<br /> G4 P15000; Wait 15 seconds<br /> M304; Return the current Heatbed PID setting from EEPROM<br /> G4 P15000; Wait 15 seconds<br /> M106 S255; Set cooling fan to 100%<br /> G28; Home all axis<br /> M117 PID Autotune started. Wait some minutes. New Heatbed PID settings will be saved to EEPROM; Info<br /> M303 E-1 S60 C8 U1; Start Heat Bed PID tunning, temp: 60deg, 8 Cycles. It takes some minutes, U1 will save new PID values to EEPROM (Requires #define EEPROM_SETTINGS)<br /> M304; Return the current Heatbed PID setting from EEPROM<br /> G4 P15000; Wait 15 seconds<br /> M84; Disable motors<br /> M107; Cooling Fan off<br /> M104 E0 S0; Set Hotend temp to 0C<br /> M140 S0; Set Heatbed temp to 0C<br /> M117 Hotend PID Tuning Done<br /> G4 P4000<br /> M117 By DarekNorway https://www.thingiverse.com/thing:4226437<br /> G4 P4000<br /> </h4> </div>