Ender 5 Plus Custom Electronics Case GTR v1.0 & M5

thingiverse

Custom electronics enclosure for Ender 5 Plus printer suitable for BigTreeTech GTRv1.0 and M5 boards. Is designed to take standard Meanwell power supply, Creality heated bed MOSFET, Creality standard touchscreen (others will also fit), BigTreeTech UPS, dual channel fan controller, and solid state relay (I use for controlling my LED lights from a Raspberry Pi, link to relay below). Two Noctua NF-A8 PWM fans are recommended, and controlled by a dual channel temperature related fan controller (link below). Due to the amount of electronics this enclosure is designed to take, it is wider than the standard E5+ electronics enclosure - but is modelled to have a similar look. Due to their size, the parts need to be printed on the E5 plus, then bolted together. The front / rear sections are designed to be bolted together by 2x M5x50 cap head bolts, and 2 x M4x10 button head bolts. I suggest you drill the holes before assembly - I normally use a drill 1/2mm less than the rated hole size, e.g. 5mm bolt hole, drilled with 4.5mm drill. The rest of the sections can be bolted together using M3x10 button head bolts. This design does require around 1.5 rolls of filament in total, so bear that in mind with material choice. You can probably reduce this a little by tweaking some settings. I recommend you print with a large size nozzle - I used 0.8mm to keep print times to something sensible. Links to the additional components are here: Noctua fans (2 required) https://www.amazon.co.uk/Noctua-NF-A8-PWM-Premium-Quiet/dp/B00NEMG62M Fan controller https://www.amazon.co.uk/gp/product/B083R97GZ1/ref=ppx_yo_dt_b_asin_title_o03_s00?ie=UTF8&psc=1 (also available from Ali Express much cheaper if you are not in a hurry) BTT UPS https://www.amazon.co.uk/PoPrint-Module-Pressure-Continue-Printer/dp/B081NKCWN8 (also available from Ali Express much cheaper if not in a hurry) Solid State Relay https://www.aliexpress.com/item/32919414988.html (I use these to control my LED lights on printer via Raspberry Pi / Octoprint)