The file 'Mean Well LRS-350 PSU Hinged Cover For Prusa I3 Full Bear Upgrade 3D Printer Model' is (f3d,stl) file type, size is 8.2MB.
Update May 13, 2020: A Quick Note About Compatibility
This mount was designed for - and has been tested with - the Full Bear Upgrade 2.0 MK2.5 and MK3 frames. At this point it has not been confirmed to work on a Bear 2.1 frame.
Update May 29, 2019:
There is no shortage of covers for the Mean Well LRS-350 power supply, but I couldn't find one that was quite what I was looking for, so I decided to create my own. This design was made specifically for a Prusa i3 MK2.5 / MK3 modified with pekcitron's Full Bear Upgrade, and has the following features:
Hinged design allows the front cover to swivel open for easy post-installation access to the PSU's screw terminals and voltage adjuster.
None of the vent holes on the PSU are blocked by the cover, and the bottom of the cover itself is vented to ensure there is plenty of airflow.
DC power cables exit through the bottom of the case, and a built-in zip-tie holder allows the cables to be easily secured.
ASSEMBLY
You will need a small collection of fastening hardware to put everything together:
Assembly itself should be pretty straight-forward, just make sure you pay attention to the length of M4 screws you use in the two back holes on the PSU - there is not a lot of clearance here, and using screws that are too long will result in damage to the circuitry.
The mounting holes on the sides of the PSU have a fair bit of clearance inside, so there is less concern here, but be careful all the same.
You will also need to pay attention to the position of the two side mounts, which must be used in place of the side mounts from the original Bear upgrade parts. These ones are marked with a 'T' and 'B' for top and bottom. The original lower PSU mount from the Bear upgrade parts should be used to secure the bottom in the same manner as the original Prusa PSU.
Don't tighten the two side "hinge" screws too much! It will make the hinge difficult to move, and could end up damaging the relatively thin side walls of the cover. I tightened mine just enough so that the front panel stays up on its own when fully open.
FRONT PANEL COMPONENTS
I have included the following front panel configurations:
lrs-350_foldingCover_front_dualSwitch.stl this is the dual switch configuration that I used for my build - it's the one in all of the photos.
lrs-350_foldingCover_front_singleSwitch.stl single switch version if you have no use for the second switch.
lrs-350_foldingCover_front_x_powerPanic.stl there is a single and dual switch version of the front panel with cutouts for the combined plug/fuse/power panic board used on the MK3. I have not printed/tested these myself - I will remove this note when I get confirmation that everything fits correctly.
For my build, I used the following components (including two switches, as I have a separate power switch for my Prusa MMU2 unit):
Canal MR210-C3N-BRN-DP Switch (Red) / MR210-C3N-BGN-DP Switch (Green)
http://www.c-components.com.tw/prodDetail.asp?id=82
Canal FH1-12M 5x20mm Fuse Holder
http://www.c-components.com.tw/prodDetail.asp?id=50
SOURCES
pekcitron's Prusa i3 Bear Upgrade
https://www.thingiverse.com/thing:2808408
https://github.com/gregsaun/prusa_i3_bear_upgrade
lrs-350_foldingCover.f3d | 3.8MB | |
lrs-350_foldingCover_back.stl | 521.3KB | |
lrs-350_foldingCover_front_blank.stl | 197.3KB | |
lrs-350_foldingCover_front_dualSwitch.f3d | 288.9KB | |
lrs-350_foldingCover_front_dualSwitch.stl | 227.6KB | |
lrs-350_foldingCover_front_dualSwitch_powerPanic.f3d | 1.6MB | |
lrs-350_foldingCover_front_dualSwitch_powerPanic.stl | 228.8KB | |
lrs-350_foldingCover_front_singleSwitch.f3d | 283.3KB | |
lrs-350_foldingCover_front_singleSwitch.stl | 226.6KB | |
lrs-350_foldingCover_front_singleSwitch_powerPanic.f3d | 1.6MB | |
lrs-350_foldingCover_front_singleSwitch_powerPanic.stl | 227.8KB | |
lrs-350_foldingCover_sideMount_bottom.stl | 115.6KB | |
lrs-350_foldingCover_sideMount_top.stl | 85.1KB |