Promega
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  • Welcome!
  • Getting Started
    • Critical Warnings & Information
    • Unboxing & Assembly
    • Check Your Printer
    • Setup Your Electronics
    • Setup Your Network
    • Updating SD Card Structure
    • Getting Started: Where to Go From Here
  • Beginner's Guides
    • Read This First
    • Your Extruder
    • Homing The Printer
    • Get Your Bed Ready
    • Running A Print
    • Common Terminology
  • Advanced Guides
    • Printer Assemblies
    • Printer Coordinates
    • Moving The Motor
    • Introduction To G-Code Commands
    • Meet The Extruder
    • Heating The Bed & Nozzle
    • Loading & Unloading Filament
    • The Bed & Probe
    • Bed Leveling & Probing
    • Tuning The Z Homing Procedure
    • Bypass Bed Leveling (Temporary)
    • Software Layers
    • What is Slicing?
    • Preparing The Print
    • Printing The Print
    • Where To Go From Here
  • Your Printer & Filament Settings
    • Printer Settings (Default)
    • ABS-R Filament
    • PLA Filament
    • Filament Extrusion Rate
    • How To Mix
    • How To Properly Apply Elmer's Glue
  • Documentation
    • Software/Firmware
      • SD Card Structure
      • Updating Firmware
      • Macros
      • Adjust Homing Macros
      • Tool Definitions
      • Duet Driver
    • Electronics
      • The Electrical Standard
      • Duet Maestro Wiring
      • Extruder Assembly Wiring
    • Mechanical Systems
      • Compound Mixing
      • Single K'Tana
  • Repair & Maintenance
    • Install/Uninstall
      • Back Cover
      • Filtration System
      • Cable Chain
      • Extruder
      • Nozzle
      • Limit Switch Holder
        • X Axis
        • Y Axis
        • Z Axis
      • Sliders
      • Belt Clamps
      • CoreXY
      • Fans
    • Routing Z Belts
    • Belt Tensioning
    • Slowing Down Your Bed
    • Mechanical Bed Leveling
    • Z-Probe Calibration & Software Bed Leveling
    • Screw & Tool List
    • Temperature Calibration
    • Unclogging The Nozzle
  • How To Troubleshoot
    • Network Connection
    • Duet Web Console (DWC)
    • Z Probe
    • Mesh Compensation
    • Bed
    • Heater
    • Extruder
    • Homing
    • Common Troubleshooting
      • Help! My Extruders Are Backwards
  • Changelog
  • Your Printer's 3D Parts
    • Latest Parts
      • Frame
      • Extruder System
      • Bed
    • Promega 1.24 or earlier
  • Quad
    • Setup Guide
      • Install
      • Calibration
  • M3D Community
    • Active Community Support
    • How To Contribute
    • Community Guides
      • Ruler Shortcut
    • Community Slicer Settings
    • Add-Ons
      • Modified Printed Parts
      • Gearbox
      • Quad
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On this page
  • CoreXY Motion Settings
  • Feedrate (Speed)
  • Acceleration
  • Jerk
  • Compound Mixing: Extruder Motor Settings
  • Feedrate (Speed)
  • Acceleration
  • Allowable Instantaneous Speed Change (Jerk)
  • Single K'Tana: Extruder Motor Settings
  • Feedrate (Speed)
  • Acceleration
  • Allowable Instantaneous Speed Change (Jerk)
  • Bed Probe Settings:
  • XY Offsets
  • Z Height Offset
  • Z Limit Switch Settings:
  • Height Value
  • Temperature Settings
  • PID Parameters
  • Maximum, Allowable Temperature
  1. Your Printer & Filament Settings

Printer Settings (Default)

CoreXY Motion Settings

Because the printer uses a CoreXY Motion setup, X and Y motion settings Must Be Identical.

Feedrate (Speed)

X Motion: 9000 mm/min

Y Motion: 9000 mm/min

Z Motion: 2300 mm/min

Input Code:

M203 X# Y# Z#

Acceleration

X Acceleration: 3000 mm/s^2

Y Acceleration: 3000 mm/s^2

Z Acceleration: 75 mm/s^2

Input Code:

M201 X# Y# Z#

Jerk

X Jerk: 350 mm/min

Y Jerk: 350 mm/min

Z Jerk: 50 mm/min

Input Code:

M566 X# Y# Z#

Compound Mixing: Extruder Motor Settings

E parameter format: E [ Left Motor Value ] : [ Right Motor Value ]

Feedrate (Speed)

Left Motor: 5000 mm/min

Right Motor: 5000 mm/min

Input Code:

M203 E#:#

Example:

I want to set different rates between motors:

Left motor feedrate (speed): 9000 mm/min

Right motor feedrate (speed): 6000 mm/min

Input Code:

M203 E#:#

Acceleration

Left Motor: 150 m/s^2

Right Motor: 150 m/s^2

Input Code:

M201 E#:#

Example

I want to set different rates between motors:

Left motor acceleration: 2000 mm/sec^2

Right motor acceleration: 3000 mm/sec^2

Input Code:

M201 E#:#

Allowable Instantaneous Speed Change (Jerk)

Left Motor: 60 mm/min

Right Motor: 60 mm/min

Input Code:

M566 E#:#

Example

I want to set different rates between motors:

Left motor Jerk: 900 mm/min

Right motor Jerk: 600 mm/min

Input Code:

M566 E#:#

Single K'Tana: Extruder Motor Settings

E parameter format: E [ Left Motor Value ] : [ Right Motor Value ]

Feedrate (Speed)

Left Motor: 5000 mm/min

Right Motor: 5000 mm/min

Input Code:

M203 E#:#

Example:

I want to set different rates between motors:

Left motor feedrate (speed): 9000 mm/min

Right motor feedrate (speed): 6000 mm/min

Input Code:

M203 E#:#

Acceleration

Left Motor: 150 mm/s^2

Right Motor: 150 mm/s^2

Input Code:

M201 E#:#

Example

I want to set different rates between motors:

Left motor acceleration: 2000 mm/sec^2

Right motor acceleration: 3000 mm/sec^2

Input Code:

M201 E#:#

Allowable Instantaneous Speed Change (Jerk)

Left Motor: 60 mm/min

Right Motor: 60 mm/min

Input Code:

M566 E#:#

Example

I want to set different rates between motors:

Left motor Jerk: 900 mm/min

Right motor Jerk: 600 mm/min

Input Code:

M566 E#:#

Bed Probe Settings:

XY Offsets

X Offset: - 43.0

Y Offset: 25.0

Input Code:

G31 T4 X-43 Y24

These values do not change. Do Not Change.

Z Height Offset

This varies between each printer due to two reason:

  1. The flatness of your bed directly affects the Z height offset. This will vary between each printer.

  2. The absolute position of the bed probe (as a whole) can shift up and down, if not fixated.

Input Code:

G31 Z#

Z Limit Switch Settings:

Height Value

This varies between each printer due to two reason:

  1. The flatness of your bed directly affects the Z height offset. This will vary between each printer.

  2. The absolute position of the Z Limit Switch can vary between printers.

Input Code:

Open up machine_zendstop.g (located under the sys folder). Follow instructions inside the file.

G92 Z#

Temperature Settings

PID Parameters

For Compound:

Proportional value (Kp): 22.1

Integral Value (Ki): 1.154

Derivative Value (Kd): 54.1

Maximum PWM: 1

For K'Tana:

Proportional value (Kp): 10.7

Integral Value (Ki): 0.477

Derivative Value (Kd): 38.8

Maximum PWM: 0.75

Input Code:

Changing these values can cause unexpected fluctuations in temperature. Proceed with caution.

For Compound Mixing:

M301 H2 P# I# D# S1

For Left, Single K'Tana:

M301 H1 P# I# D# S0.75

For Right, Single K'Tana:

M301 H2 P# I# D# S0.75

Maximum, Allowable Temperature

Maximum Temperature: 320 C

Input Code:

If changing this value, allow for a + 15 C buffer between your intended maximum, allowable temperature.

For Compound:

M143 H2 S#

For Left, Single K'Tana:

M143 H1 S#

For Right, Single K'Tana:

M143 H2 S#

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Last updated 6 years ago