Overpowered Cooltube Board Case Holder Mount (Ramps, MKS Gen 1.4,...) with Octopi-Touch Holder

thingiverse

Silent and cool - no noisy mini fans! Effective airflow is achieved with this case, despite 29°C/84.2°F outside temperatures and 20°C/68°F inside temperatures. The Mosfet is directly mounted to the fan grill, keeping it cool and allowing the blue LED to shine through. A boardmount for MKS Gen/RAMPS 1.4 and a "universal" one for all other boards are included. An opening for the USB port is also provided, as you'll need it for Octoprint-Touch (and can put that ugly LCD oldschool thing in the trash). Included holder for Raspberry Pi and 3.5" HDMI Screen with touchfunction running Octopi/TouchUI. Overpowered - nothing will bring this case to its knees! What other users say: "I hate screws! Overpowered Cooltube revives the modeling feeling of glue back to life! Thanks Overpowered Cooltube!" "WTF - Parts attached outside? Although I have nothing to hide, but I always want my stuff cold, stylish and packed in a box! Thank you Overpowered Cooltube! My next child carries your name!" Fun aside, in times of octoprint and affordable HDMI touch TFTs (in combination with a Raspberry Pi) I personally need nothing else. If mounts for other boards are needed, just let me know in the comments). WHAT YOU NEED: * Industrial glue, * 2 x 80 mm fan (Noctua NF-R8 Redux 1800 recommended, ~ 17 DBA) * 1 x 120mm fan (Noctua NF-S12A FLX recommended, ~ 17 DBA) * 4 x screws for the board-mount INSTRUCTIONS: 1. For MKS GEN 1.4 boards, print BASE_MKS_GEN_1_4.stl and LEFT_MKS_GEN_1_4.stl OR For RAMPS 1.4 boards, print BASE_RAMPS_1_4.stl and LEFT_RAMPS_1_4.stl OR For any other boards print BASE_UNIVERSAL_MOUNT.stl and BASE_UNIVERSAL_MOUNT_SCREWHOLES.stl and place the holes as you need 2. Print FRONT.stl, RIGHT.stl, TOP.stl, BACK.stl and MOSFET_HOLDER.stl 3. (optional) Print "FIXER.STL", number at will 4. Attach the fans to FRONT, BACK and TOP 5. Combine all parts except TOP.stl 6. Mount your board, do the cable-work... 7. Admire your overpowered cooltube! For the ultimate, up-to-date, HDMI with touch solution (you will love it): 1. Buy a Raspberry Pi 3, with a Micro SD Card, Micro USB Power Supply and recommended, a LAN cable (alternatively it is also on the onboard WLAN) 2. Buy a 3.5 "HDMI Touch TFT (eg https://amzn.to/2xXUTe6) 3. Download Octopi https://octoprint.org/download/ and write to Micro SD Card - put it into the Raspberry Pi and start/configure 4. Install Touch UI https://plugins.octoprint.org/plugins/touchui/ 5. Print the "OCTOPRINT_PI3_HDMITOUCH_HOLDER.stl" 6. Just stick the Pi3 into the pins - done! You will never miss that big and ugly old LCD printer screen! Final words: I know this model can be improved even further, the power supply can also be installed inside because there is enough space (the lid only needs to be modified a bit), but I recommend leaving it outside. On an ugly reprap display I also deliberately omitted, since I use octoprint touch (with a osoyoo / kedei 3.5 "HDMI touch TFT https://amzn.to/2IivrUA). In addition, any other board can be installed, only the holes need to be adjusted. Enjoy!