Cosel PLA600F-24 DB-14-F PSU

thingiverse

This is a fully functional prototype. So long as you can print it, it should work perfectly! :)\r\n\r\nFuture Enhancements: Vents for optimal heat dissipation, protective guards and/or stress relief systems for 24-volt output wires.\r\n\r\nBill of Materials:\r\nCosel PLA600F-24 (85 ~ 264 VAC, 84% efficient, 600-watt, 24-volt power supply with overcurrent, overvoltage, and thermal protection)\r\nDB-14 socket (IEC320 C14 input) with a 5-amp 240V fuse, switch, 14-16 AWG heat shrink crimps, https://www.amazon.com/gp/product/B06XNMT3WL\r\nBNTechGo Silicon Multi Strand Copper Wire, 14 gauge\r\nhttps://www.amazon.com/gp/product/B06XDNM1P5 (green, 25 ft)\r\nhttps://www.amazon.com/gp/product/B01N34WD7C (red & white, 40 ft each)\r\n\r\nSS304 Stainless M5 button heads to secure socket onto enclosure. (3mm hex)\r\nSS304 Stainless M5 flat heads to secure enclosure to power supply. (2.5mm hex)\r\nhttps://www.aliexpress.com/item/SS304-Stainless-Steel-Hex-Socket-M5-Screws-Bolts-and-Nuts-Fastener-Assortment-Kit-Repair-Hardware-Tools/32799596148.html\r\n\r\nVersion History:\r\nv1: Created a basic enclosure, simplified 3D settings for the Prusa MK3 to use 15% on the second layer and 30% fan on the fifth layer. Set the first layer height to 100% and the first layer width to 105% due to line separation. Set the extruder temperature to 210F and the bed temperature to 70F for the first seven layers due to a cold room environment, 65F afterward.\r\nv2: Created holes to attach the power socket to the enclosure.\r\nv3: Slightly widened the enclosure by 0.5mm to make it easier to attach to Cosel. Created structural beams to keep the enclosure from moving during tension. Created a window for 24-volt wiring to exit the enclosure. Created a 43mm overhang for screws on Cosel to secure the enclosure.\r\nv4-v8: Added two major features. One, made the screws flush by adding a wider opening on one side. Two, made tiny tweaks to the position of screw holes to reduce tension, thereby increasing durability.