Creality CR-10 SMART V6 mount by smellyunory

Last crawled date: 3 years ago

There's many design 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