LRS-50 End Cap for QUINLED-AN-QUAD

The intent is for this to create a self contained unit that meets aesthetic approval for locations where having an exposed circuit board is not desired. I could not find a good solution, so I created one.  These are designed to also allow for cable strain reliefs / cable glands to provide a polished look where non-makers may see it. It also provides separation between the line voltage and low voltage sides of the power supply terminals.

There are currently two versions uploaded:

1. Base with 12mm Holes - This one is designed to be tapped for a 1/4-NPT for screwing in cable glands/strain reliefs. STEP files have also been provided so that others can modify it for their needs.
2. Base with 14mm Holes - Holes are enlarged to 14mm so that they don't have to be tapped (but it does require using the nut)

Required Parts list:

For mounting the QUINLED-DIG-QUAD:

2 - M2 heat set insert nut (~4mm max length)
2 - M2x4mm pan head machine screws (max length of ~5mm)

For attaching the endcap to a Meanwell LRS-50:

2 - M3x3 heat set insert nut
2 - M3x4mm pan head machine screw

For attaching the spacer to the Meanwell LRS-50 so that it will sit flat

1 - M3x4mm flat head machine screw

For attaching the lid to the case:

2 - #6-32 heat set insert nuts
2 - #6-32 x 0.5" pan head machine screws (can be any length from 0.25" to 1")

For anchoring the unit to a surface

2 - #6 wood screws

Optional Parts

1/4" NPT cable glands and/or strain reliefs. These are readily available from Amazon.
1/4" NPT pipe tap. This is my preferred installation technique as it is easier than trying to tighten with a nut. A set can be purchased from Harbor Freight Tools for less than $20. (Either SKU# 91395, or SKU# 69877)

Directions :

1. Print 1 base component. Install 2-M2 heat set insert nuts, 1-M3 heat set insert nuts, and 2-#6-32 heat set insert nut.
2. Print 1 Lid component. Install 1-M3 heat set insert nut. 
3. Print 1 spacer. Mount the space to the back of the power supply using the M3x4mm flat head screw

Print Settings:

Material: PLA
0.20mm Layer Height
4 perimeters
3 bottom layers
3 top layers
 

Story

My parents collect Uranium Glass, and recently acquired a barrister barrister bookcase to display their collection. Uranium glass florescence when lit up with UV, so they asked me to install some UV LED strips (395nm) to light up their collection. The bookcase has 4 shelves, meaning that a QUINLED-AN-QUAD would work perfectly to allow them to turn on each new shelves as they expand the collection. I acquired some 24v strips, and opted to power them with a Meanwell LRS-50. It is a bit overkill on the wattage, but it does allow for future expansion if they add another bookcase. However, I couldn't find an suitable endcap for the Meanwell LRS-50 series that included a location for installing a QUINLED-AN-QUAD, so I created one.

While I could have used a Gledopto controller, I like that WLED is not reliant on the cloud to work. Plus they already have some cove lighting on WLED and both of them are conformable using the WLED app.