Jump to content

Enigma_M4

Member
  • Posts

    396
  • Joined

  • Last visited

  • Days Won

    7

Posts posted by Enigma_M4

  1. 5 hours ago, Dsemvac said:

    image.png.5c7f62c3ba6a344676111a07a6093b44.pngWhat does this O-ring do and is it needed on the print nozzle?

    It is not on the current nozzle we got to Ultimaker S5

    Hi,

    the O-ring is not needed and, for the S-line printers, recommended to be left away.

    AFAIK, formaly, they were intended to seal the print head of the UM3, but have been removed some time ago.

    Regards

  2. Hallo @Klinki04,

    was mir bei Deinem Symtom als erstes einfällt, ist ein mögliches Problem mit dem Frontlüfter. Überprüfe, ob der sich frei drehen kann, oder ggf. durch Filamentfäden verschmutzt ist (siehe Wartungsplan). Des weiteren muß der Lüfter immer laufen, wenn und sobald mindestens ein Druckkern die 60°C-Schwelle überschritten hat.

    Wenn der Lüfter ab 60°C nicht läuft, führt dies zu einer Hitzeausdehnung bis in den kalten Bereich des Druckkopfs und verursacht dort Verstopfungen, was zu dem von Dir beschriebenen Problem führen kann.

    Grüße

     

    Ach ja, und nochwas: Im "allgemeinen" Forum schreiben wir gewöhnlich in Englisch, für deutsche Beiträge ist das deutsche Forum (weiter unten auf der Hauptseite) der richtige Platz. Daher meine Antwort jetzt nochmal auf Englisch:

     

    Hi,

    the first thing that comes to mind with your symptom is a possible problem with the front fan. Check if the fan can rotate freely or if it is contaminated by filament threads (see maintenance plan). Furthermore, the fan must always run when and as soon as at least one print core has exceeded the 60°C threshold.

    If the fan does not run above 60°C, this will cause heat to expand into the cold area of the printhead and cause clogging there, which can lead to the problem you describe.

    Regards


    Oh, and one more thing: In the "general" forum we usually write in English, for German posts the German forum (further down on the main page) is the right place. Therefore my answer now again in English:

     

  3. Hi,

    it seems your print head cooling fan (the one inside the flap) is not working properly.

    This fan should always run if the temparature of a printcore is above 60°C.

    Check the fan for debries and clean it (see here: https://support.makerbot.com/s/article/1667337928504 and here: https://support.makerbot.com/s/article/1667411590139)

    If the fan is clean and does'nt run at hot printcore, check the cabling and/or replace it.

    Regards

    • Like 1
  4. Hi,

    I don't want to disagree @Gero, but possibly -and hopefully- the clicking noise could result from active levelling (which would be far better than a damaged bearing). Your video is inconclusive at that point.

    This could easily be checked: just touch the Z-screw while printing. If the clicking sound correspondents to slight movement of the leadscrew, that's it. And if the clicking sound disappears after about 4 or 5 printed layers, that's the last proof.

    Clicking noise related to active levelling is totally normal, as the printer compensates the out-of-level printbed by adapting the first few layers. It can be reduced by manually leveling the print bed as good as possible, but I never got totally rid of it.

    Regards

  5. 2 hours ago, CarloK said:

    This is not true. Inside the feeder housing is everything needed for the filament transport, the only external component is the stepper motor which is similar in all current Ultimaker printers.

     

    The UM3 firmware is old and from before the CC-core release, but I don't expect problems in that aspect, the printer will accept the printcore.

     

    What will be a problem are the material definitions; these consist of two parts:
    1) A file on the printer with compatibility settings, temperature (for material change and probing) and a bunch of settings for the Material Station.

    2) Slicing parameters in Cura

     

    The printer files from 1) are fixable, but the major material tweaks are in the Cura slicing from 2) which I have not enough info for to fix. 
    Not tested, but the simplest tweak would be to have the UM3 identify as an S3 printer. Then the printer will accept all S3 compatible materials and PrintCores and in Cura you can slice correctly.
    On the printer you have to modify just 1 line in the configuration file:

    In /usr/share/griffin/machines/9066.json change "Ultimaker 3" to "Ultimaker S3" and reboot the printer (for how-to see this thread)


    The S3 has a slightly larger build volume, so in Cura modify the S3 printer dimensions by copying all settings from the UM3 printer (Cura menu Settings/Printer/Manage printers and then 'Machine Settings')

    I think @CarloK has earned the "solution"-patch

    • Like 1
  6. Das "suppen" beim Nivellieren ist -leider- normal.

    Beim Drucken mit Breakaway nutze ich -wie generell beim Multimaterialdruck- einen Einzugsturm zum Abstreifen der "Rotznasen" und habe dabei immer ein recht gutes Ergebnis.

    An zu hoher Temperatur dürfte es wohl nicht liegen (ich nutze das offizielle Cura-Profil mit den dort eingestellten 215°C, was die untere Grenze des Temperaturfensters laut Datenblatt (215-230°C) darstellt, und trotzdem läuft es nach).

    Auf die Oberfläche des Stützmaterials sollte man nichts geben, solange die Oberfläche des Druckobjekts in Ordnung ist.

    Viele Grüße und "happy printing".

  7. Hi,

    die Firewall muß auf jeden Fall aus sein (bei aktivierter Firewall geht Drucken soweit ich weiß nur über die Cloud).

    Wenn der Drucker im Cura Menü gefunden wird (mal über "Drucker verwalten" > "Anschluss über Netzwerk" >"aktualisieren" versuchen), müßte er sich eigentlich automatisch verbinden, zu erkennen am blauen Haken rechts unten am Druckersymbol in Cura. Wenn statt dem blauen Haken die blaue Wolke erscheint, einfach mal kurz aus dem Cloud-Konto abmelden.

  8. Hi,

    I remember a topic (but can't find it for now) where someone mentioned good experience with an UPS by APC for his S5, which gave him bridging time of about 30 minutes.

    I for myself (and my UM3) selected a quick and dirty (and a bit pricy) solution by using a power station with EPS function and 1000W power, which leads to a bridging time of at least 5 hours (calculating from the maximum power use of 200W; real consumption is about 120W). The external power brick of the UM3 is slow enough to deal with the short (30ms) switch time of the EPS.

    So your first consideration would be how long you usually have to ride out a power outage, so you know your need of energy, and then select a USV or a power station.

    I use a Delta2 from EcoFlow, but I know that other manufacturers also have similar power stations with EPS function available.

    Regards

     

  9. 12 hours ago, gr5 said:

    I don't know anything about that.  could you explain more @Enigma_M4?  14mm from the top of the lower plate to the bottom of the upper plate?  Or 14mm from teh top of the lower plate to the top of the upper plate?  Or something else?  I've never checked that distance.

    Of course I can 😉.

    The factory set distance between the top of the aluminium base plate and the bottom of the heated bed is 14mm.

    It is mentioned -at least- here:

    https://support.makerbot.com/s/article/1667337928740

    and here:

    https://support.makerbot.com/s/article/1667417606244

     

    For convenient measuring there's a special spacer tool by @IRobertI

    https://www.youmagine.com/designs/um3-buildplate-distance-tool

    which might be the leveling tool mentioned above,

    or -as I learned now- a tool provided by Ultimaker itself (see links in the above articles), which is designed for the UM3 and the UM2+

     

    Regards

    • Like 1
×
×
  • Create New...