• Models
  • Contests
  • Slicer
  • Login
  • Start Here
    thingiverse-iconprintables-iconcults3d-iconmakerworld-iconmyminifactory-icon

    3D GO

    3D ModelsContestsCollectionsSaved ModelsOn a mobile device?

3D GO

Privacy Policy
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Image 1
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Image 2
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Image 3
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Image 4
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Thumbnail 1
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Thumbnail 2
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Thumbnail 3
Bosch eBike Charger Wallmount with 2-Layer Spool 3D Printer File Thumbnail 4

Bosch eBike Charger Wallmount with 2-Layer Spool

Svw avatarSvw

February 14, 2021

printables-icon
DescriptionCommentsTags

Description

This print allows to elegantly mount your Bosch eBike Charger to the wall, out of the way, right where you need it. This version allows to neatly wrap the DC cord around the 2-layer spool integrated in its base.

I made this version because several people indicated that they liked my eBike Charging Station but preferred a standalone version of the wallmount and, if possible, with some neat way to wrap the DC cord around its base.

Compared to the original design, it only provides cable management for the DC cord and it does not provide a practical solution for using a plug-in timer. But it has some benefits of its own: it is very compact, trivial to assemble, and faster to print.

Just as in the wallmount version without integrated spool, the power cable can easily be routed upward (obviously), but also downward by routing it behind the charger, such that it can leave the wallmount at the bottom, next to the DC cable.

The wallmount is specifically designed for the commonly used Bosch eBike Systems Standard Charger (4 ampere). It uses the same rails as the original design, so you can reuse the rails if you decide to upgrade to the full design later on.

Print instructions

I printed everything in PETG for maximal strength and flexibility.

  1. Left Rail The left rail is laid on its side (biggest holes on print bed) to minimize supports and maximize the strength. Originally, I printed it parallel with the X axis, but the latest PrusaSlicer complains about toolpaths outside the print area. Therefore, I rotated it 45 degrees. Settings:
    • Print settings: 0.15 mm QUALITY to obtain the smoothest possible curves.
    • Supports: Everywhere. They are certainly needed for the hooks and also the top holes.
    • Perimeters: Increased to 15 to have no infill at all.

  2. Right Rail Same as Left Rail.

  3. Upper Plate The Upper Plate is printed upside down to avoid supports. Settings:
    • Print settings: 0.20 mm QUALITY
    • Supports: None.
    • Perimeters: Increased to 4.

  4. Middle Plate The Middle Plate is printed upside down to avoid supports. Settings:
    • Print settings: 0.20 mm QUALITY
    • Supports: None.
    • Perimeters: Increased to 4.

  5. Lower Plate The Lower Plate is printed upright orientation and does not need supports. Settings:
    • Print settings: 0.20 mm QUALITY
    • Supports: None.
    • Perimeters: Increased to 4.

  6. Removable Plug The Removable Plug is printed upside down. It can easily be printed without supports. Settings:
    • Print settings: 0.20 mm QUALITY
    • Supports: None.
    • Perimeters: Increased to 4.

Assembly and Installation Instructions

  • Drill two holes in the wall, about 40 mm apart on a horizontal line.
  • Stack the Lower Plate, Middle Plate, and Upper Plate on top of each other to form a 2-layer spool. Everything should snap together nicely because of the alignment pins.
  • Attach the two layer spool to the wall with two screws (5 mm diameter).
  • Make sure it is aligned vertically before fastening the screws completely.
  • Slide the dove tails of the Left and Right Rail together.
  • Put the hooks of the Rails inside the matching holes in the Upper Plate of the spool.
  • Slide the Rails down until the Plug hole in the Left Rail and the Upper Plate are perfectly aligned.
  • Verify that everything works as expected.
  • Finally insert the Removable Plug in the hole of the Left Rail to prevent the rails from sliding upwards when the battery charger is removed.

License:

Creative Commons — Attribution — Noncommercial — Share Alike

Related Models

Thor Mjolnir Hammer Bic Pen preview image

Thor Mjolnir Hammer Bic Pen

effektz profile image

effektz

9,085

Diverse Schilder / various labels  for hobby & makers preview image

Diverse Schilder / various labels for hobby & makers

RPK profile image

RPK

2

Customizable EU License Plate Keychain preview image

Customizable EU License Plate Keychain

John_M profile image

John_M

34

Vorpal The Hexapod Walking Robot preview image

Vorpal The Hexapod Walking Robot

vorpal profile image

vorpal

4,982

MakerZ – Open Source 1/28 RC Drift Chassis by Fails & Makes | Açık Kaynak 1/28 RC Drift Şasisi preview image

MakerZ – Open Source 1/28 RC Drift Chassis by Fails & Makes | Açık Kaynak 1/28 RC Drift Şasisi

Fails&Makes profile image

Fails&Makes

Cacciavite Portachiavi - Scewdriver keychain preview image

Cacciavite Portachiavi - Scewdriver keychain

Butti Maker Studio profile image

Butti Maker Studio

22

Snap-Together Mini Minecraft Jack-O-Lantern with integrated LED preview image

Snap-Together Mini Minecraft Jack-O-Lantern with integrated LED

scottrlindsey profile image

scottrlindsey

4,448

Small Parts Storage Drawers - Organizer preview image

Small Parts Storage Drawers - Organizer

GT 3D Makers profile image

GT 3D Makers

29

8