![]() ![]() Additionally, the heated bed would provide extra power supply to the printer so that overload can be avoided and would give over-temperature protection beyond the usual monitoring. Temperature plays an important role in the printing process too hot or too cold temperature can lead to a mess. This DIY heated bed is designed to monitor and set up the print bed temperature. It assists in improving the print quality drastically by maintaining ideal conditions for the printer to function. M305 P1 R4700 T112 B-425 C7.Heated bed is an added module to 3D printer, that ensures a controlled printing process. G29 S1 Load stored mesh grid from SD Card G31 P538 X0 Y0 Z3.82 Set Z probe trigger value, offset and trigger height M558 P1 H5 F250 T6000 Set Z probe type to unmodulated and the dive height + speeds M574 Y2 Z1 S2 Set endstops controlled by probe M552 P192.168.0.65 S1 Enable network and set IP address M550 PCEDUT Set machine name Cetus + Duet => cedut ) I am happy to answer any question you may have. ![]() And tuned in it works very well, both with PLA and TPU, on original table without raft. 18v powerbrick, same extruder, same stepper motors. I am using the cetus almost as delivered. My config for the cetus looks like this, note the quite exotic heater values, but hey the work and have beed calibrated pretty well. I will post the STL's for the sensor board, micro switch, power inlet and casing, if anyone is interested. I use it to home Z and Y axis, for the X axis I have mounted a micro switch besede the x-axis stepper motor. M557 X55:180 Y15:180 am using the earliest sensor made by dc42, dor an Ormerod with dual extruders. M569 P1 S0 Drive 1 goes backwards (Y-axis) This is the config I had before trying to fix this, all is well except mirrored Y-axis. Is there more to it than using M569, M574 and coordinates in homing files? So an explanation on how all this ties together would be much appreciated. I have tried som many things I am not sure what I have done or in which order. I reversed the connector on going in to the duet and then reversed it back in config (I guess that it cancels out each other) I Changed the M574 Y1 Z1 S2 => M574 Z1 Y2 S1, to no apparent effect. I have tried to revere the stepper motor with M569 P1 S1 => M569 P1 S0, that works but I haven't been able to get all the other parts in order. What do I do to reverse my Y-axis to go the other way? First asymetric print I thought this was an easy fix but I can to seem to ge my head around it. It was when I printed a part I designed for the printer I realized that my part come out mirrored. I have happily been printing for a few days, tinkering with settings, fans, PanelDue etc. Lower acceleration, less speed, more amps. I have played around with settings but other than steps/mm I have not noticed any improvements (or changes). Here's a short clip of homing : (link url)Ĭould the wiring be wring be wrong? The order of the wires are the same on the motors as on the board. I can home all axis and it seems to work ok, but it is nothing but smooth. I have mounted a micro switch as endstop for the bed and an Ormerod Hot End Board V2 (dual nozzle) for homing Y and Z-axis. I am trying to use a Duet3D to control a Cetus3D, I mean why not? ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |