rackmount enclosure 3d models

This is a modular Single Board Computers enclosure for up to 4 devices. The device cards are held vertically. This design let you service one card without having to remove the cards on top of it like in the previous design ...

I aimed to resolve these issues and still fit the construction within the limited space available in the Photon's enclosure. I've read comments suggesting a construction placed outside the Photon, but I decided against it, opting for transparent...

Update 2/25/2018 I've installed an enclosure, but I'm still working on cutting the press board for the "laser-proof window" with an OD of 3. I created four L/U channels that were solvent-welded to the corner pieces, allowing me to easily slide in...

M2.5 or M3 x 6mm Standoffs I found these on Amazon M2.5 or M3 x 5mm Screws I found these on Amazon pole 1" (Bird feeder pole) to 1 3/4 (TV anntenna Mast) to mount the Stevenson Shield, the electronic enclosure, and Sloar panel U Bolts or clamps...

In the attached data sets, you will also find the circuit diagram and the Arduino code as well as the enclosure as an STL file. All parts can be bought on the Internet on eBay. Below is a rough listing of the parts required. 1x USB Cable 1x...

This Y-axis linear rail mod uses 9 mm rails with MGN9H: the carets there are only 20 mm wide, which makes installing an enclosure easier. There is very little disassembly, so you can install it quick and easy. You will not even have to disassemble...

This is a modular Single Board Computers enclosure for up to 4 devices. The<br>device cards are held vertically. This design let you service one card without<br>having to remove the cards on top of it like in the previous...

There is also this design for the Up board enclosure which was the first iteration of the design, before I considered using IDC style connectors and turning the board over. This has all pins accessible if you have slim fingers and the patience of a...

(The picture of the print is in PETG to test the file.) If you do use ASA (or ABS), this must be printed in an enclosure because it will most likely split due to the design. Additionally, the gCode and amf file have the perch at 40% infill with the...

A dedicated enclosure for your Impos.... I... I mean PC, to keep protected from dust and the occasional kick when you are playing spin the chair. The Table top has dedicated slots for fixing your office necessities so that they are easily accessible....

A small enclosure for a PoE injector and QC 3.0 charger designed to sit on top of the RD6012 PSU ‘kit’ sold all over aliexpress and banggood. PoE injector is nice to have from time to time and QC3.0 is useful doe charging devices and powering my...

It is basically a new enclosure for a cheap 3" plasma ball lamp. Some soldering is required. Building this requires: A 3" plasma lamp A small phillips screwdriver, 5 M3 screws and the hex wrench to drive them. A panel mount toggle switch...

But if you use a different printed that requires force, however so little, to remove the print from the bed, then the letters will probably break off. I intend to print this for my Ender 5 with relocated enclosure and self designed lid, with a 120mm...

The Heavy-Duty Air-Tight Filament Spool Case is designed to enclose a single standard 200mm spool in an air-tight enclosure. The standard design allows for 65mm wide spools with a 50mm centre. You can alter this by adding or removing layers and...

ABS highly recommended--I prefer white color (or even PC if you have an enclosure.)&nbsp;&nbsp; &nbsp; &nbsp;6. Print with 4-5mm brim to keep the part from warping. Turn bridging ON. (I use a Wham Bam print surface, works great!).&nbsp;</p><p>&nbsp;...

A simple 3D printed mining rig mobo chassis/frame intended for open-air or custom enclosure PC builds developed into a multiple GPU mining rig frame. ONGOING WORK!!! Versions: v.1.0 Initial design. 7" HDMI TouchScreen bracket, power button...

Creality_Ender_3 Tiny Tensioner I needed a low-profile tensioning solution for the X-axis so an enclosure could fit around the printer without a large protrusion on the side. Also, I hadn't ever used Onshape so I thought this would be a good first...

This extruder working in an enclosure might not be quite happy... FINAL EDIT: The last minor design evolution and refinements, as well as the complete CAD data, 2d drawing and hi-res pictures are saved in:...

I use extrudr BDP which survives about 115 °C without problems and can be easily printed at low temperatures, without heated bed and enclosure. The V2 fan duct blocks the air upwards to the heater block by itself better than V1, so this has improved....

I include a small enclosure that can help with hiding some cables but I think it looks better without that.Mobo sits on 5.5 mm tall printed spacers (glue on after putting in the heat inserts). Don't forget to put in the I/O base to hold PCIe cards in...

The noise when I mounted the psu under my lack enclosure was close to a hair dryer. (PSU mount here: <a href="https://www.thingiverse.com/thing:2487946">https://www.thingiverse.com/thing:2487946</a>)</p> <p>There are many ways to reduce the noise...

To install, push the tray into the drive enclosure until it clicks into place. To remove it, squeeze the tabs on the side and pull forward. The drive bay itself has a magnetic cover for quick access. You will need to use 4 course-threaded pan head...

The file is parametric, so you can try making it even shorter if you want...........................This piece is threaded for PC4-M10 quick-fittings for 4mm PTFE tubing (same stuff the prusa mk3s and most other printers use)Here are a couple links...

I STRONGLY RECOMMEND TO USE THE NEW IMPROVED VERSION INSTEAD, WHICH CAN BE FOUND HERE: http://www.thingiverse.com/thing:1723980 After a failed search for an enclosure with sufficient battery capacity for my high-performance 14" 500W unicycle motor...

The noise when I mounted the psu under my lack enclosure was close to a hair dryer. There are several ways to reduce the noise coming from the LRS-350, such as replacing the 12v 60x15mm fan with something more quiet. You could also cut/drill the top...

I include a small enclosure that can help with hiding some cables but I think it looks better without that. Mobo sits on 5.5 mm tall printed spacers (glue on after putting in the heat inserts). Don't forget to put in the I/O base to hold PCIe...

If you plan on printing in an enclosure, I wouldn't recommend PLA due to the fact these mounts will be carrying the weight of the bed and frame and the heat could cause them to warp/sag. You will need to print two of the mounts and two of the bed...

Since I intended to use the printer in an Ikea LACK enclosure I had to make sure it will not crash into its housing while moving during the prints. Sadly the drag chain of the Y-Axis stuck out a bit too much at the back. The rerouted cables give me...

... also made a little PCB for the ESP8266 and some other components. This PCB is just something I quickly put together. I will design a better PCB and associated enclosure later and also link it in here. ...For now, you can find the PCB I'm using here.

Second, the opening is too small for the fan to force air through, which creates back pressure in the enclosure that you can feel coming out of the back of the fan, All that air flow gets wasted instead of being used to actually cool the part. ...