Thingiverse
Peristaltic Pump
di H1M4W4R1
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# Mechanical
- 4x M5x40 (recommended at least M5x45) screws with self-locking nuts
- 2x M8 self-locking nuts
- M8 (threaded) rod
- 4x 608 (8x22x7) 2RS bearings
- 7-9 M8x1.5mm washers
- 7x5 (or 7x4, because 7x5 is not the best option) **sillicone!** tube (PCV is not elastic enough)
# Notes
- Place at least 2 washers (sometimes 1 can cause drag) between outside bearing and rotor (to prevent drag)
- Place single washer between rotor and internal bearing (they're not visible in F360 screenshots)
- Do not overtighten nuts!
- Pump was tested on 7x5mm sillicone tube using Parkside 20V Drill, atmospheric pressure was able to push liquid back quite quickly thus I think that using 7x4mm tube might fix that issue
- It's a pain to place tube, you can tighten M5 screws a bit and then force tube to locate itself in place between bearings and plastic
- You should be able to rotate the internal part using small pliers.
# Assembly instructions
You can get assembly manual [here](https
- 4x M5x40 (recommended at least M5x45) screws with self-locking nuts
- 2x M8 self-locking nuts
- M8 (threaded) rod
- 4x 608 (8x22x7) 2RS bearings
- 7-9 M8x1.5mm washers
- 7x5 (or 7x4, because 7x5 is not the best option) **sillicone!** tube (PCV is not elastic enough)
# Notes
- Place at least 2 washers (sometimes 1 can cause drag) between outside bearing and rotor (to prevent drag)
- Place single washer between rotor and internal bearing (they're not visible in F360 screenshots)
- Do not overtighten nuts!
- Pump was tested on 7x5mm sillicone tube using Parkside 20V Drill, atmospheric pressure was able to push liquid back quite quickly thus I think that using 7x4mm tube might fix that issue
- It's a pain to place tube, you can tighten M5 screws a bit and then force tube to locate itself in place between bearings and plastic
- You should be able to rotate the internal part using small pliers.
# Assembly instructions
You can get assembly manual [here](https
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