MK4duo

New Version 4.3.9

1 vote, average: 5,00 out of 51 vote, average: 5,00 out of 51 vote, average: 5,00 out of 51 vote, average: 5,00 out of 51 vote, average: 5,00 out of 5 (1 votes, average: 5,00 out of 5)
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  • New graphic for Nextion 4.3, 5.0 or 7.0 Normal and Enanched v1_2_0
  • Add support 6 Hotends, 4 Beds and 4 Chambers
  • Add Support for TMC2130 – TMC2208 – TMC2660 – TMC2160 – TMC5130 – TMC5160 motor driver
  • Add command M228 for setting axis limit min/max
  • Add Prompt support for host
  • Rewrite filament runout
  • Add support for BLTouch V3.0/V3.1
  • Add Prusa MMU2 Support
  • Add support thermocouples for bed and hotend.
  • Add menu axis limit to menu advanced.
  • Add Double-Quad Stepping to command M569 Q and save it into EEPROM.
  • Add Option for Safety Timer in configuration_temperature.h
  • Add G34 and M422 Z Steppers Auto-Alignment (Cartesian and CORE)
  • Add M86 M[min] set safety timer expiration time in minute. M86 M0 will disable safety timer
  • Add M16 Expected printer check
  • Add M217 – Set Park position and tool change parameters
  • M301 – Set PID parameters P I D and C.
    • H[heaters] 0-5 Hotend, -1 BED, -2 CHAMBER, -3 COOLER
    • T[int] 0-3 For Select Beds or Chambers (default 0)
    • P[float] Kp term, I[float] Ki term, D[float] Kd term
    • With PID_ADD_EXTRUSION_RATE: C[float] Kc term, L[int] LPQ length
  • M303 – PID relay autotune.
    • H[heaters] 0-5 Hotend, -1 BED, -2 CHAMBER, -3 COOLER
    • T[int] 0-3 For Select Beds or Chambers (default 0)
    • S[temperature] sets the target temperature (default target temperature = 150C), C[cycles], U[Apply result],
    • R[Method] 0 = Classic Pid, 1 = Some overshoot, 2 = No Overshoot, 3 = Pessen Pid
  • M305 – Set thermistor and ADC parameters.
    • H[heaters] 0-5 Hotend, -1 BED, -2 CHAMBER, -3 COOLER
    • T[int] 0-3 For Select Beds or Chambers (default 0)
    • A[float] Thermistor resistance at 25°C, B[float] BetaK, C[float] Steinhart-Hart C coefficien, R[float] Pullup resistor value,
    • L[int] ADC low offset correction, O[int] ADC high offset correction, P[int] Sensor Pin
    • Set DHT sensor parameter: D0 P[int] Sensor Pin, S[int] Sensor Type (11, 21, 22).
  • M306 – Set Heaters parameters.
    • H[heaters] 0-5 Hotend, -1 BED, -2 CHAMBER
    • T[int] 0-3 For Select Beds or Chambers (default 0)
    • A[int] Pid Drive Min, B[int] Pid Drive Max, C[int] Pid Max,
    • L[int] Min temperature, O[int] Max temperature, U[bool] Use Pid/bang bang,
    • I[bool] Hardware Inverted, T[bool] Thermal Protection, P[int] Pin
  • G34 I[iterations] [accuracy] A[amplification]
  • Add Game menu
  • Add DHT menu
  • Add DHT disply Dew Point
  • Fix MBL
  • Fix and clear code

New Version 4.3.8

5 votes, average: 4,80 out of 55 votes, average: 4,80 out of 55 votes, average: 4,80 out of 55 votes, average: 4,80 out of 55 votes, average: 4,80 out of 5 (5 votes, average: 4,80 out of 5)
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Version 4.3.8

  • Add TMC settings to menu LCD
  • Add Adaptive Fan speed
  • Add Request pause to Host
  • Rewrite TMC files
  • Add M92 Subcommand H[microstep] L[Layer wanted]
  • Add to all nextion scroll message By MrGoblin
  • Clear code

New Version 4.3.7

4 votes, average: 3,50 out of 54 votes, average: 3,50 out of 54 votes, average: 3,50 out of 54 votes, average: 3,50 out of 54 votes, average: 3,50 out of 5 (4 votes, average: 3,50 out of 5)
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### Version 4.3.7
* Add Command:
* G34: Set Delta Height calculated from toolhead position (only DELTA)
* M930: TMC set blank_time.
* M931: TMC set off_time.
* M932: TMC set hysteresis_start.
* M933: TMC set hysteresis_end.
* M934: TMC set fast_decay_time.
* M935: TMC set disable_I_comparator.
* M936: TMC set stealth_gradient.
* M937: TMC set stealth_amplitude.
* M938: TMC set stealth_freq.
* M939: TMC switch stealth_autoscale.
* M940: TMC switch StealthChop.
* M941: TMC switch ChopperMode.
* M942: TMC switch interpolation.
* M524: Abort the current SD print job (started with M24). (Requires SDSUPPORT)
* M223: T[extruder] S[bool] set Filrunout Logic.
* M224: T[extruder] S[bool] set Filrunout Pullup.
* M666: L delta segment per line.
* M851: Set X Y Z Probe Offset in current units, set speed [F]ast and [S]low, [R]epetititons. (Requires Probe)
* M413: S[bool] Enable / Disable Restart Job. (Requires SD_RESTART_FILE)
* M800: S goto to lcd menu. With no parameters run restart commands. (Requires SD_RESTART_FILE)
* Add Text Menu to Nextion Display
* Add sound function
* Add LCD menu for switch Sound [on – silent – off]
* Add pause before deploy/stow for user confirmation
* Add second serial for arduino due
* Add PCF8574 Expansion IO for pin 120 – 121 – 122 – 123 – 124 – 125 – 126 – 127
* Fix M800 for restart job
* Fix error with lcd 44780 with progress bar active
* Fix M205 with Delta and Junction active
* Fix Dogm LCD
* Add Status menu anim option for graphic display
* Add progress bar to heater when heating
* Add Text Menu SD to Nextion
* Add Support USB FLASH DRIVE such as SD
* Fixed GFX overlay with Nextion when printing from USB
* Fix and clear code

Plugin repetier per EEPROM

0 votes, average: 0,00 out of 50 votes, average: 0,00 out of 50 votes, average: 0,00 out of 50 votes, average: 0,00 out of 50 votes, average: 0,00 out of 5 (0 votes, average: 0,00 out of 5)
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Oggi vorrei spiegarvi il plugin repetier che trovate nella cartella del Firmware quando lo scaricate.

All’interno di questa cartella troverete un’altra cartella chiamata RRFirmwares che dovrete copiare all’interno della cartella plugins dove è installato Repetier Host. Al suo interno c’è un file XML che insegna a Repetier Host come leggere la eeprom di MK4duo. Una volta fatto questo potete da Host cliccare sul menu Configurazione e poi sul menu configurazione firmware EEPROM in modo che host legga la vostra EEPROM mostrandovi una finestra con tutti i dati editabili.

Questo vi consente di poterli editare direttamente da questa finestra e poi ci penserà host a dare il comando opportuno per modificare il valore. Inoltre questa finestra vi consentirà di esportare su un file PC i dati e anche importarli per ripristinare tutti i valori.

Quindi una volta che avrete configurato opportunamente la vostra stampante e salvato in eeprom i valori, collegatela all’host, cliccate sul menu detto in precedenza, esportate i valori su un file nel vostro computer nominandolo opportunamente e avrete salvato la vostra configurazione. Quando aggiornerete il vostro firmware in un momento successivo, basterà importare il file e avrete di nuovo tutto impostato come prima.

Questo metodo vi permetterà di poter sempre tornare alla vostra impostazione iniziale, inoltre visto che inserirà anche i famosi PID automaticamente il firmware non vi chiederà di rifarli.

New Version 4.3.6

5 votes, average: 4,00 out of 55 votes, average: 4,00 out of 55 votes, average: 4,00 out of 55 votes, average: 4,00 out of 55 votes, average: 4,00 out of 5 (5 votes, average: 4,00 out of 5)
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### Version 4.3.6
* Make class Mechanics to static
* Add Junction Deviation instead of traditional Jerk limiting
* Add Adaptive multiaxis step smoothing
* Add M205 J – Set Junction Deviation mm
* Add Bézier Jerk Control
* Add Safety Timer, after 30 minutes if not printing (SD or M530 S1) the heaters switch off.
* Rewrite SD Restart for auto restart when power loss and return.
* Add command gcode M569 for Stepper driver control: Dir, minimum pulse and maximum rate.
* Add Hysteresis in EEPROM
* Fix and clear code