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Lift - The lift

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Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.
  • 3.8k views
  • 4 likes
  • 108 downloads
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3D design format
STL Folder details Close
  • Base.STL
  • Dessus.STL
  • Poulie.STL
  • Rondelle.STL
  • Roue_dentr%C3%A9e_entain%C3%A9e.STL
  • Roue_dentr%C3%A9e_entainante.STL
  • Support_roulelement.STL
  • Tuyau_32.STL
  • cage-bas.STL
  • cage-haut.STL
  • cage.STL
  • passage_de_c%C3%A2ble.STL
  • roulettes.STL
  • socle.STL
  • support_fin_de_course_bas.STL
  • support_fin_de_course_haut.STL
  • support_moteur.STL
  • timon_inf%C3%A9rieur.STL

Learn more about the formats
Publication date 2021-02-24 at 00:23
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Published to Thingiverse on: 2020-05-05 at 13:06
Design number 309868
cedricbortolotto

cedricbortolotto

3D printer file info

3D model description

https://youtu.be/VvLJOBpYlTY

English:

The lift shaft is available in 2 parts to avoid printing with support.

Once the 2 parts have been printed, just glue them together.

I used 32mm PVC pipe, which allows me if I want to make a multi-level elevator.

The upper part is filled with holes for the insertion of M3 screws, so that a prototype can be made quickly via mechanical assembly.

The bases are designed for the discreet passage of electric wire.

A space on the lower base is provided to put the school logo.

The project will evolve over time, adding automated doors, limit switches, lighting in the cab, cab guidance system,...

02-11-2020

  • Addition of limit switch supports.

  • Modified upper support for the new motorization.

  • Addition of an upper pulley, 8mm drawn steel shaft and 2 bearings type 688.

  • Gearing allowing to adapt other types of motors more easily, I prefer stepper motors because by leaving the windings energized you create a brake to prevent the cabin from descending on its weight.

<I don't know.

English, translated with Google:

The elevator shaft is available in 2 parts to avoid printing with support.

Once the 2 parts have been printed, just stick them on.

I used 32mm PVC pipe, which allows me if I want to make a multi-storey elevator.

The upper part is filled with holes in order to place M3 type screws, in order to be able to make a prototype quickly via a mechanical assembly.

The bases are provided for the passage of electric wire in a discreet way.

A space on the lower base is provided for the school logo.

The project will evolve over time, adding automated doors, limit switches, lighting in the cabin, cabin guidance system, ...

02-11-2020

  • Addition of supports for limit switch.

  • Upper support modified for the new engine.

  • Addition of an upper pulley, 8mm drawn steel axle and 2 type 688 bearings.

  • Gear allowing to adapt other types of motors more easily, I prefer stepper motors because leaving the coils supplied creates a brake to prevent the cabin from descending on its weight.

3D printing settings

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