Creality CR-10 SMART V6 mount

thingiverse

There's many designs out there, however its kinda too big and long extended from the center point of the mounting holes. Here is my attempt on designing one. ==>> Small compact effective Any question feels free to send me message. New version with improve size and quality available: UPDATE 12/10/2017 - A.stl - B.stl UPDATE 7/10/2017 Version 4: New version for 40mm SINGLE parts cooling fan ----------------------------------------------------NOTES ---------------------------------------------------------- The nozzle cooling fan is a 12v 30mm cooling fan ( I think the air flow on the 40mm STOCK is too much air for high temp on the E3D V6 => unnecessary) The part cooling fan is the stock CR-10 cooling fan. ---------------------------------------------------- PARTS NEEDED --------------------------------------------- 4 x 6mm washer to add under the spring bed leveling 1 x 30mm fan 2 x 20mm M3 screw ( joining of 2 part) 4 x 15mm M3 screw ( heat sink fan) --------------------------------------------------------FEATURES ------------------------------------------------- Fully cover parts cooling fan Air redirect to right under nozzle Wiring re-directing holes for left parts cooling fan and nozzle fan Added a hole on top of Part 1 for zip ties Tighten up the holes for M3 screw where 2 part joint together! -----------------------------------------STEPS ----------------------------------- DO NOT FORGOT TO DO PID TUNE, easiest way to do this is: Step 1: Download and print the parts needed Step 2: Install the mount Step 3: Add 6mm spacer on under each spring of the knob Step 4: Download pointerface http://kliment.kapsi.fi/printrun/ Step 5: Download driver for your CR-10 ( stock driver is in the small micro SD card) Step 6: Connect USB cable from CR-10 to your computer Step 7: Open pointerface and choose the correct COM port Step 8: Run M303 E0 S200 C8 in the Gcode command section and wait..... Once that done it will return something like this bias: 92 d: 92 min: 196.56 max: 203.75 Ku: 32.59 Tu: 54.92 Clasic PID Kp: 19.56 Ki: 0.71 Kd: 134.26 PID Autotune finished ! Place the Kp, Ki and Kd constants in the configuration.h Step 9: Once that is done. Go to your slicer and at this to your start script: M301 Px Iy Dz Where x, y, z are the value you obtain after PID tune with pointerface! For more detailed follow this link: http://reprap.org/wiki/PID_Tuning