System Configuration File
The board parameters are set through the LCD Touch interface or though a config file that can be sent to the board by “printing” the file. This config file contains GCODE that sets all of the features and parameters of the controller. Here is the config file along with descriptions of the parameters in english (the one from their website and firmware files are in Chinese without english comments).
;Use method: modify the machine parameters in the text and save, and then copy to the TF card or U disk. ;Select the TF card or U disk that with the configuration file in the "Settings" -> "System" -> "System Update" ;Select and execute the configuration file. M868 S1 ;Set the system language English 1 M860 S0 ;Set the model: S0 XYZ, S1 delta, S2 corexy, S3 scara, S4 arm M860 X200.000 Y200.000 Z200.000 E0 ;X X-axis maximum stroke ;Y Y-axis maximum stroke ;Z Z-axis maximum stroke ;E Extrusion method 0 in, 1 out M860 A130.000 L120.00 B0.000 C0.000 R100.000 H130.000 ;A Machine radius ;L Push rod length ;B Effector offset ;C Slider offset ;R Printing radius ;H Printing height M861 X-1 Y-1 Z-1 ;X X axis origin position:-1 min, 1 max ;Y Y axis origin position:-1 min, 1 max ;Z Z axis origin position:-1 min, 1 max M862 X0 Y0 Z0 ;X X axis MIN limit switch trigger mode( 0=Low level trigger,1=High level trigger) ;Y Y axis MIN limit switch trigger mode( 0=Low level trigger,1=High level trigger) ;Z Z axis MIN limit switch trigger mode( 0=Low level trigger,1=High level trigger) M863 X0 Y0 Z0 ;X X axis MAX limit switch trigger mode( 0=Low level trigger,1=High level trigger) ;Y Y axis MAX limit switch trigger mode( 0=Low level trigger,1=High level trigger) ;Z Z axis MAX limit switch trigger mode( 0=Low level trigger,1=High level trigger) M218 X0.000 Y0.000 Z0.000 ;X The offset between X-axis hotend and the theoretical origin after homing ;Y The offset between Y-axis hotend and the theoretical origin after homing ;Z The offset between Z-axis hotend and the theoretical origin after homing M218 A0.000 B0.000 C0.000 ;A Height adjustment amount of limit switch after column homing ;B Height adjustment amount of limit switch after column homing ;C Height adjustment amount of limit switch after column homing M219 A0.000 B0.000 C0.000 ;A The error of the push rod that corresponds to the column ;B The error of the push rod that corresponds to the column ;C The error of the push rod that corresponds to the column M210 X0.000 Y0.000 Z0.000 A120.000 B30.000 S4 P0 ;X probe offset on X axis ;Y probe offset on Y axis ;Z probe offset on Z axis ;A Probe open angle ;B Probe stowage angle ;S Leveling points ;P Probe trigger mode: 0 Low level,1 High level M201 X800.000 Y800.000 Z100.000 E600.000 ;X Maximum acceleration of X axis ;Y Maximum acceleration of Y axis ;Z Maximum acceleration of Z axis ;E Maximum acceleration of E axis M204 P800.000 T1000.000 R800.000 ;P Maximum acceleration when printing moving ;T Maximum acceleration when no printing moving ;R Maximum acceleration when withdrawing moving M203 X200.000 Y200.000 Z40.000 E400.000 ;X X-axis maximum speed ;Y Y-axis maximum speed ;Z Z-axis maximum speed ;E E-axis maximum speed M205 S0.000 P10.000 T10.000 ;S Safe moving speed ;P Minimum speed when printing moving ;T Minimum speed when no printing moving M205 X6.000 Y6.000 Z3.000 E10.000 ;X X-axis mutation speed ;Y Y-axis mutation speed ;Z Z-axis mutation speed ;E E-axis mutation speed M806 X40.000 Y40.000 Z40.000 ;X X axis homing speed ;Y Y axis homing speed ;Z Z axis homing speed M92 X80.000 Y80.000 Z800.000 A92.000 B92.000 ;X X axis step value ;Y Y axis step value ;Z Z axis step value ;A E1 axis step value ;B E2 axis step value M93 X0 Y0 Z0 A0 B0 ;X X axis motor default moving direction: 0 Positive, 1 Negative ;Y Y axis motor default moving direction ;Z Z axis motor default moving direction ;A E1 axis motor default moving direction ;B E2 axis motor default moving direction M143 H1 S260.000 M143 H2 S260.000 M143 B60.000 ;P Hotend number: 1 Hotend 1, 2 Hotend 2, If no numbers are found or no parameters are available, P will set the hotends as with the settings that follows the S parameters. ;B Heated bed number ;S Maximum temperature M144 H1 S0.000 M144 H2 S0.000 M144 B0.000 ;H Hotend number: 1 Hotend 1, 2 Hotend 2, If no numbers are found or no parameters are available, P will set the hotends as with the settings that follows the S parameters. ;B Heated bed number ;S Safe temperature. The extruder will only work when the temperature of hotend is greater than this value. M301 H1 P407.300232 I25.757305 D1610.159668 M301 H2 P407.300232 I25.757305 D1610.159668 M304 P898.249 I13.969 D14440.253 ;H Hotend number: 1 Hotend 1, 2 Hotend 2 ;P Hotend scale coefficient ;I Hotend integral coefficient ;D Hotend differential coefficient M146 H1 P210.000 M146 H2 P210.000 M146 B P60.000 ;Set the PLA pre-heat temperature of Hotend 1 ;Set the PLA pre-heat temperature of Hotend 2 ;Set the PLA pre-heat temperature of Heated bed M146 H1 A210.000 M146 H2 A210.000 M146 B A60.000 ;Set the ABS pre-heat temperature of Hotend 1 ;Set the ABS pre-heat temperature of Hotend 2 ;Set the ABS pre-heat temperature of Heated bed M146 H1 C210.000 M146 H2 C210.000 M146 B C60.000 ;Set the custom material pre-heat temperature of Hotend 1 ;Set the custom material pre-heat temperature of Hotend 2 ;Set the custom material pre-heat temperature of Heated bed M146 H1 Q210.000 M146 H2 Q210.000 M146 B Q60.000 ;Set the quick pre-heat temperature of Hotend 1 ;Set the quick pre-heat temperature of Hotend 2 ;Set the quick pre-heat temperature of Heated bed M500 ;Save all the set parameters
