Thingiverse
GIRO.ETS - 5015 Radial Fan Bracket
by Thingiverse
Last crawled date: 5 years, 3 months ago
GIRO.ETS - 5015 Radial Fan Bracket
General
This bracket was designed to be mounted on the 2020 aluminium extrusion profile over the printed circuit board (PCB) of the Eryone Thinker S and should be used to cool down the TMC2208 stepper drivers of the Eryone Thinker S. This bracket was created to be mounted with a 5015 radial fan. The radial fan may be rotated along the rotation axis and helps to correctly adjust the fan on the stepper drivers.
You will need additional screws, nuts and washers for the mounting of bracket. The needed parts are mentioned below.
Additional screws, nuts and washers per bracket
1x M4x10
1x M4x25
1x M4x20 or M4x25 (with reduced adjustment along the rotation axis)
2x M4 Washer
1x M4 Locknut
Printing
I would recommend to use 2 or more perimeters. Print with a lower speed, for example 40 mm/s, to get a more accurate printing. I recommend to print the bracket with at least 50% infill.
Additional Information
Let me know if there are any kind of problems with the bracket. I will try to help and if neccessary correct the design. I appreciate any kind of feedback to this bracket.
If you like my work and find it really usefull then I would be very happy if you give me a small tip as an appreciation for my work.
General
This bracket was designed to be mounted on the 2020 aluminium extrusion profile over the printed circuit board (PCB) of the Eryone Thinker S and should be used to cool down the TMC2208 stepper drivers of the Eryone Thinker S. This bracket was created to be mounted with a 5015 radial fan. The radial fan may be rotated along the rotation axis and helps to correctly adjust the fan on the stepper drivers.
You will need additional screws, nuts and washers for the mounting of bracket. The needed parts are mentioned below.
Additional screws, nuts and washers per bracket
1x M4x10
1x M4x25
1x M4x20 or M4x25 (with reduced adjustment along the rotation axis)
2x M4 Washer
1x M4 Locknut
Printing
I would recommend to use 2 or more perimeters. Print with a lower speed, for example 40 mm/s, to get a more accurate printing. I recommend to print the bracket with at least 50% infill.
Additional Information
Let me know if there are any kind of problems with the bracket. I will try to help and if neccessary correct the design. I appreciate any kind of feedback to this bracket.
If you like my work and find it really usefull then I would be very happy if you give me a small tip as an appreciation for my work.