Overlord Pro - E3D V6 hotend mount v1

thingiverse

This appears to be a detailed guide for modifying an E3D hotend for use with a custom printer mount called "Overlord's Mount." The guide provides step-by-step instructions for assembling the modified hotend, which includes swapping out the stock heater block and using thermal grease on the heatbreak threads. Here are some of the key points: 1. Printing out the parts for the Overlord's Mount and splitting it into two pieces to ensure proper fitment. 2. Testing fitting the E3D hotend into the centered mount's groove, which may need cleaning up with an Xacto knife or pin file depending on print quality. 3. Assembling the modified E3D hotend using Overlord's heater block, retaining temp sensors and heater cartridge from stock hotend but not stock nozzle or heatsink. 4. Using thermal grease on the upper threads of heatbreak to ensure proper contact and prevent dryout like electronics thermal paste. 5. Mounting the assembled hotend into the printed mount, securing it with 40mm bolts, attaching PCB components and connecting temp sensors and heater cartridge, turning printer back on to check for errors or potential breaks during initial setup (the guide specifically warns of this risk with fragile parts like temperature sensors). 6. Connecting fan cooling shroud using plastic PCB washers if fan adapter is used, then plugging in the fan's connection listed as Fan on the PCB and powering up to see it spin without burning oneself; at 245°C that could easily happen. 7. After safely verifying fan operation at such extreme heat levels (careful because "it’s insta-brand hot like you’re putting your hand into molten lava" per guide's own description), tightening nozzle and heater block screws while being mindful not to damage any cables along the way due to potential fragility in these areas as well. 8. Waiting a considerable amount of time for everything to cool down sufficiently so one can touch anything again (the American "good long while" approach since even 100°C will boil water) before carefully taking apart and realigning components including ensuring optimal placement between fan outputs which also means they are aligned as far away from each other.