HC_FANDuct - TURBO Fan duct Add-on for E3DV6 and BMG Bondtech
Description
HoneyComb Fanduct for <b>TURBO Fan</b> (40x40x20) like add-on for <b>E3DV6</b> hotend, ideally combined with <b>BMG BondTech</b> direct drive extruder. + The Fanduct is mounted directly on the original V6 hotend´s Fan. + It is fits on the V6 heatblock with cartridge thermistor (longer block), and also for heatblock with a glass-bead thermistor (older shorter block), and with (or without) silicone cover for both. + This settup is powerfull, normally when printing, the fan speed is sufficient at 55%... the bridges, overhang and short layers at 75%-80%. - For attachment just use four wood screws instead of the original ones and 2x M3 screw for Turbo fan. + Prints well, no big angles, no supports. <b>Print settings:</b> Material: PLA (Smartfil - Glitter Black) Layer height: 0.2 or 0.25 (works both) Wall count width: 3 perimeters (nozzle 0.4), 2 perimeters (nozzle 0.6) Infill: 25% Support: NO Speed: Travel: 65mm/s... Print: 25-30mm/s (Wall, Infill etc...) <b>Assembly: Is needed:</b> * 4x wood screw (3.0x20-25mmm), 5mm longer than the original - for attachment all Fanduct on E3DV6 hotend. * 2x M3 screw (20mm long) with nuts - for attachment TURBO Fan (Note: Attachment TURBO Fan to the third bottom eyelet is optional, not necessary, you can use a piece of 1.5mm² isolated solid wire for that). First mount the TURBO Fan on the Fanduct before placing it on the extruder´s set E3DV6 with BMG. <b>PLA temperature resistance:</b> I tested Fanduct from PLA for two months, no problems (hotend 200-210°C Bed 40°C). I haven't tried higher temperatures yet (I've only printed PLA stuff), it's possible that in that case the Fanduct will need to be printed from a more durable material like PETG. <b>Modeled in the program:</b> SketchUp <b>Printer brand:</b> DIY - store chain
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