Electrolux/Frigidaire 5304505088-Compatible Washer Door Strike
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This is a modeled-from-scratch door strike for our washing machine.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Other House Equipment
- Licencja
- Creative Commons — Attribution — Share Alike
Our metal (cast zinc?) strike broke so I modeled this from scratch and printed it while we waited for a replacement. Worked well enough that we could do a couple loads of laundry - printed part seems like it actually holds up pretty well, though I'm sure it would eventually fail before the metal part would :).
NOTE: Our washer didn't seem to need the indent on the bottom so I omitted it for simplicity's sake. I suspect it's just there to reduce the amount of metal needed to cast the original part. If your washer actually needs this indent (e.g. it has an alignment peg or something on the door this screws onto), let me know and I can add it.
There is no warranty, guarantee or other-ee for this thing. I'm not affiliated with Electrolux or Frigidaire. This was modeled by hand-measuring the original part. If you print this is could possibly break your washer latch or summon nasal demons. You have been warned.
Printing Notes
I printed this on a bambu x1 carbon w/ AMS with .4mm nozzle at .2mm layer height in PETG, using PLA as a support interface. This should to be printed in the horizontal orientation for strength. That is, it should be printed in the “knocked over” orientation, using supports only on the regions shown (You may need to fiddle with “Tree support branch distance” to get the top support enough density… check your slicer to make sure it's doing something believable :)). The supports for the holes at the back are probably not necessary (but this is the way I printed mine). Keep in mind that hot PETG can be extra saggy since you usually don't have the part fan running.
I set this up to print hot & slow to improve layer adhesion as much as possible.
NOTE: When using PLA as a support interface for PETG, keep an eye on your chamber temperatures - you probably want to turn down your bed temp a bit and keep your enclosure (if any) open. Otherwise the PLA starts doing plastic stuff in the extruder before the heat-break and it'll cause you to have a Bad Time ™. Fortunately this is a small part so warping isn't a big issue.