Rigol MSO5000 Quick Release Mount (VESA) by ken830

ken830

Hobby & DIY>Electronics

Print Profile(1)

All

P1S

P1P

X1 Carbon

X1E

0.2mm layer, 4 walls, 15% infill

Designer

5.3 h

2 plates

5.0(1)

Open in Bambu Studio

Boost

Released

Description

Summary

This is a VESA mount adapter for the Rigol MSO5000 series Oscilloscope. Mounting the scope above your work surface increases flexibility, frees up space, and puts the scope at eye-level.

Tool-less, quick-release, mounting of the oscilloscope, non-destructive, no permanent modifications
Low-profile design, invisible from the front
Full access to all ports/connectors
Single-piece design with two small locking tabs to secure
No supports needed to print - No overhangs greater than 45º
Compatible with both 75mm and 100mm variants of the VESA mount
Requires 4× M4 Hex Nuts and 4× 15mm (thumb)screws to mount to your stand

Questions/comments? Leave a comment here or discuss on EEVBlog Forums.

Print Settings

Printer Brand:

Bambulabs

Printer:

Bambu P1S

Rafts:

Supports:

Resolution:

0.20mm

Infill:

15%

Filament:

n/a PETG

Notes:

I suggest increasing infill density around the mounting holes.

I ran into some minor bed adhesion challenges due to small contact area with build plate. A brim is recommended.

For the locking tab, print with enough wall loops to ensure the center is completely composed to wall extrusion lines (no infill) for maximum strength. For a 0.4mm nozzle, 0.20mm layer height, 0.42mm line width, this is a minimum of 4 wall loops.

I have included 3MF files with these settings for Bambu/Orca slicer.

Post-Printing

Instructions

Print the main mount and 2 copies of the Locking Tabs. When placing the oscilloscope onto the mount, the two slots on the mount should perfectly line-up with slots on the back of the oscilloscope. Insert one locking tab in each of the slots and turn 90-degrees.

Comment & Rating (6)

@3DChihuahua

Boosted

Printed for a friend using California Filament black PETG. Tallest print on my printer so far. Good job on making it fit. After I printed it I realized I didn't increase the infill density around the mounting holes. Hopefully it works. Print shows tearing around holes. I've had issues like this before which were fixed by reducing the speed. The flaws are hidden so I'm not printing it again unless he breaks it :).

The designer has replied

@ken830

Thanks for sharing your print! These tall prints with a small narrow footprint are a bit more susceptible to problems and require some care when printing. Hope your friend finds it useful. I'm just excited to see others printing and using this. Did you remember to print the little locking tabs?

@3DChihuahua

Boosted

Replying to @ken830 :

Yes I printed the locking tabs. You may want to increase the size of the slots a little as I had to sand the tabs and slots to get them to fit. Maybe offset by .15 to .2mm. I'll post pictures of how it looks after it's mounted.

@ken830

Replying to @3DChihuahua :

Thanks for the feedback. It's designed to be a very precise fit to make it easier to align with the slot on the back of the oscilloscope when inserting. My print came out perfectly sized but, obviously, I tuned it on my P1S and print settings with my filament.