Petsfang Duct for CR10 MicroSwiss/Stock/E3Dv6/Volcano/TevoTornado /Tarantula Hot End/E3Dv6 CNC Mount & 5015 fan Bullseye Blokhead
por David Petsel en Thingiverse
http://www.petsfang.com/ What to print Shortcuts to the current Creality & Tevo "Files to Print" Docs is below. This takes you to an interactive spreadsheet with links to the individual files needed: http://www.dpetsel.com/files2print.html Addded a couple of modular RH mounts for 8 & 12mm Inductive.
Licencia
Solo uso personalCC BY-NC-ND 4.0 — Atribución, no comercial, sin derivadas
Solo para uso personal, sin modificarlo y dando crédito. No se permite vender ni redistribuir cambios.
Al descargar aceptas respetar la licencia y dar crédito a David Petsel.
Archivos (73)
- files2print2.8.21.pdf PDF · 282 KB
- v2.Endr3V2.STKBase.1.27.21..stl STL · 1,0 MB
- v2.Ender3V2.E3Dv6.Base.1.28.21.stl STL · 993 KB
- v2.Ender3V2.Volcano.Base.1.27.21.stl STL · 579 KB
- MSQ.Base.CRTV.Modv2_2.1.21.stl STL · 687 KB
- MSQ.Base.E3V2.Modv2_2.1.21.stl STL · 771 KB
- CR10_STOCK_MANUAL_BASE_V11.3.stl STL · 839 KB
- CR10_E3DV6_MANUAL_BASE_V7.5.stl STL · 603 KB
- CR10_VOLC_MANUAL_BASE_V7.5.stl STL · 463 KB
- BB_M.Base_2.7.21..stl STL · 717 KB
- BB_Stk.Base.E3v2.E4.STK_2.7.21..stl STL · 630 KB
- BB_Stk.Base.E3v2.E4.E3_3.11.21.stl STL · 637 KB
- BB_E3dv6.BASE.E3v2.E4.STK_2.7.21..stl STL · 704 KB
- BB_Volc.Base.E3v2.E4.Stk_2.7.21.stl STL · 1,1 MB
- BB_Stk.BASE.5plus.2.12.21.stl STL · 695 KB
- BB_E3dv6.BASE.5plus.2.12.21.stl STL · 793 KB
- BB_Volc.BASE.5plus.2.12.21.stl STL · 909 KB
- BB_NFCRz.Base.End3V2.1.30.21.stl STL · 639 KB
- BB_CRTV.NFCRz.Base_1.30.21.stl STL · 674 KB
- TEVO_STOCK_MANUAL_BASE_V11.3.stl STL · 835 KB
- TEVO_E3DV6_MANUAL_BASE_V7.5.stl STL · 603 KB
- TEVO_VOLC_MANUAL_BASE_V7.5.stl STL · 463 KB
- BULLSEYE_BASE_CREALITY_9.27...stl STL · 654 KB
- BULLSEYE_BASE_TORNADO_9.27.stl STL · 1,2 MB
- BULLSEYE_E3DV6_TORNADO_BASE_10.9.stl STL · 1,4 MB
- Blokhead_1.15.21..stl STL · 3,1 MB
- BULLSEYE_DUCT_9.27.stl STL · 5,0 MB
- MSQ.Duct.Mod.v2_2.1.21.stl STL · 1,3 MB
- Ender3ProBullseyeDuct10.19.stl STL · 5,0 MB
- Bullseye_taller_adjustment_for_odd_hotends_1.9.21.stl STL · 4,9 MB
- CR10TEVO_5015_DUCT_V7.5....stl STL · 1,2 MB
- E3DV6_DUCT_V7.5.stl STL · 1,2 MB
- VOLCANO_DUCT_V7.5.stl STL · 1,2 MB
- STOCKBASE_DUALFAN_DUCT_9.20.stl STL · 1,5 MB
- E3DV6_DUALFAN_DUCT_9.20.stl STL · 1,5 MB
- VOLCANO_DUALFAN_DUCT_9.20.stl STL · 1,5 MB
- CR10TEVO_WIRESTRAIN_V7.5.stl STL · 463 KB
- E3DV6_OR_VOLC_WIRE_STRAIN_V7.5.stl STL · 121 KB
- WireStrain4StockFanDuct3.26.stl STL · 81 KB
- E3DV6_OR_VOLC_30MM_CAP_V7.5.stl STL · 334 KB
- E3DV6_OR_VOLC_40MM_CAP_V7.5.stl STL · 1,1 MB
- BB_E3dv6.CAP30mm_2.7.21.stl STL · 309 KB
- BB_E3dv6.CAP40mm_2.7.21.stl STL · 567 KB
- BB_M.Cap_2.7.21.stl STL · 466 KB
- MSQ.GT_Cap.Modv2_2.1.21.stl STL · 629 KB
- BB_Volc_Cap.E3v2.E4.Stk_2.7.21.stl STL · 892 KB
- BB_NFCRz.40mmCap.End3V2.1.30.21.stl STL · 817 KB
- BB_E3D_40mm_FanCap1.21.21.stl STL · 816 KB
- ALL_18MM_EZABL_X+48_Y-2_RIGHT_V7.5..stl STL · 301 KB
- ALL_13MM_EZABL_X+48_Y-2_RIGHT_7.5..stl STL · 290 KB
- EZABLPro_Petsfang_6.19.stl STL · 69 KB
- BB_BLT.5plus.2.12.21.stl STL · 202 KB
- ALL_BLT_X+48_Y-2_RIGHT_8.8...stl STL · 392 KB
- BLT_X+48_Y-2_RIGHT_V11.2019_Volcano.stl STL · 357 KB
- ALL_BLT_LEFT_X-48_Y-10_3.29.stl STL · 176 KB
- ALL_SN04_RIGHT_X+54_Y-9_V11.9.stl STL · 208 KB
- ALL_SN04_LEFT_X-59_Y-9_8.7.stl STL · 295 KB
- ABL_TOUCH_MI_DEBIAX_7.23.stl STL · 144 KB
- TEVO_Tarantula_Mount_use_EZPrint_Duct.stl STL · 643 KB
- CNC_DUCT_E3DV6_VOLC_CAPPYD7.17.stl STL · 364 KB
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Sobre este modelo
http://www.petsfang.com/ What to print Shortcuts to the current Creality & Tevo "Files to Print" Docs is below. This takes you to an interactive spreadsheet with links to the individual files needed: http://www.dpetsel.com/files2print.html Addded a couple of modular RH mounts for 8 & 12mm Inductive ABL's. The compression type has a nut and a screw to hold the probe in place (similar to the Prusa Pinda type mount) Example in the picture below: Micro Swiss Direct Drive Files here: https://www.thingiverse.com/thing:4775320 It was brought to my attention by Всеволод Меренков that the clip area on my All In One Blokhead bases were a little long causing clearance issues to the backplate. I have modified all those bases and the new files are up. If you have printed the old files you can just cut out about 2mm from the side clip at the bottom to get it to fit. Otherwise just print the new base files. Sorry about that. Dave 2.12.21 1.17.21 After much research, it appears the Ender 3V2 was delivered with 1 of 2 variations of backplates. These are both Creality Gen2 backplates totally different than previous backplates (ie:CR10). I have adapted the Blockhead Ender3v2 base to accommodate either plate. Dave I have a new duct optimized for the 5015 with a very small footprint for the Bullseye base. It appears blocky but that shape is just to make it easier to print. The interior is fully CFD optimized. I call it the Bullseye "Blokhead". It is backward compatible with all Bullseye bases. Dave 1.14.21 For those of you asking for an Ender 3V2 Blokhead/Bullseye base it is now available. Dave 1.14.21 12.8.20 Added Curmudgeon Endoscope mount. Use 4ea 20mm screws to attach this to the front of your 40x10mm hot end cooling fan. For those of you asking for an Ender 3 "PRO" Bullseye duct to fit the wider attaching points for the 4010 fan on the PRO, here you go. It should accommodate the extra width nicely. This also fits the CR10 Mini and the 2020 version of the Ender 3. The file is: Ender3ProBullseyeDuct10.19 Dave ................................... 2/25/20 A user messaged me that this will also fit the Cr10 Mini which uses the same fan as the Ender 3 Pro.
Print with 4+ walls with 50%+ infill. These are structural parts and need to be strong, especially the mounting points. 9.27.2018 I adjusted the duct to have a little thicker arms around the holes and changed the larger inlet so you won't need a calibrated printer. ................................................................................................ I’ve had some questions about the duct height and the Petsfang v2 and Bullseye. I decided to borrow a colleagues' smoke generator to give a better visual of the airflow since the "water tests" only show the turbulence. This really shows the narrow directional airflow with low pressure air exhausting the “used” hot air to the back of the build plate. This provides a constant fresh airflow on the filament. It also shows why I suggest you mount your duct outflow ports just below the insulation. Air exiting the forward area of the outflow duct is high velocity to the back of the port it is low velocity/pressure. The plenum keeps the airflow balanced between the ducts as you can see from the exhaust. Here is the CFD V Trace for the Bullseye. You can see in the smoke generated video that it matches the the airflow simulation as anticipated. To Make Your Own Inserts For The Bullseye https://www.thingiverse.com/thing:3060150 Petsfang 5015 and Bullseye Duct Cooling System What files do I need to print? There are PDF docs in the files section to reference the files to print for your machine. "What to print" info is here as well: http://www.dpetsel.com/files2print-modular-v2---bullseye.html If you want to see some test results for the Bullseye check out my Youtube channel Bullseye Playlist. ***** https://www.youtube.com/playlist?list=PLrSJ-TZuC69z2SXe9VJomdm9E8hRe4-cC For info on the Bullseye installation visit: http://www.dpetsel.com/bullseye.html TORNADO FILES 2 PRINT https://docs.google.com/spreadsheets/d/e/2PACX-1vS2TxsX-kBR6hmoeuBAtugCa8P2651bOPuQJ76QD8jk-UFWg4FWrNI2Ca36mKzLy2FUOWAu_IpzywLo/pubhtml?gid=456328942&single=true FILES 2 PRINT CR10,S4,S5,ENDER 2 OR 3 https://docs.google.com/spreadsheets/d/e/2PACX-1vS2TxsX-kBR6hmoeuBAtugCa8P2651bOPuQJ76QD8jk-UFWg4FWrNI2Ca36mKzLy2FUOWAu_IpzywLo/pubhtml?gid=1441642341&single=true
Descripción original del autor, publicada en Thingiverse.