Thingiverse
Parametric Effector Tower Mount with 3010 Fan
von GeoDave
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**5/16/2018 Update**
Rev70: Added **R_R**, **Separate** variable & Wire Tie mount options
**R_R** variable allows you to set a rough resolution while making changes to design
Then set it to 1 when you are ready to create the STL file
**Separate** variable shows the bracket separated from assembly by this much
I decided to carry this design a little further and make it more customizable. There is still a bit of work to make it easier to customize, but there are a lot of variables that are adjustable. I have added two images to show some key dimensions. I will add more images showing dimensioned variable names and update this as I make changes. I have not test printed any of this design, so let me know if you see a problem I missed.
The basic variables that are easy to understand are **Arm_Wid**, **Eff_Rad** and **Eff_Thk**. **Eff_Thk** is the thickness of the donut effector base. You can open this in the customizer & see how the variables adju
Rev70: Added **R_R**, **Separate** variable & Wire Tie mount options
**R_R** variable allows you to set a rough resolution while making changes to design
Then set it to 1 when you are ready to create the STL file
**Separate** variable shows the bracket separated from assembly by this much
I decided to carry this design a little further and make it more customizable. There is still a bit of work to make it easier to customize, but there are a lot of variables that are adjustable. I have added two images to show some key dimensions. I will add more images showing dimensioned variable names and update this as I make changes. I have not test printed any of this design, so let me know if you see a problem I missed.
The basic variables that are easy to understand are **Arm_Wid**, **Eff_Rad** and **Eff_Thk**. **Eff_Thk** is the thickness of the donut effector base. You can open this in the customizer & see how the variables adju
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