Cable Winder with Pulley (17mm cable)

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Cable Winder with Pulley (17mm cable)

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Print Profile(1)

All
P1P
P1S
X1
X1 Carbon
X1E
A1

0.2mm layer, 3 walls, 15% infill
0.2mm layer, 3 walls, 15% infill
Designer
15.2 h
4 plates

Open in Bambu Studio
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Released

Description

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Description only in German, get in touch with me if you need help!

 

No more manual winding of a dirty and heavy cable!

 

IMPORTANT: The model is currently optimized for a 17mm thick 7m long Type 2 32A/22kW charging cable. Exact model: see BOM!

Update: There is now also a version for a 13mm cable!

 

Instructions:

  1. Print 2x both halves of the roller
  2. Glue the halves together, e.g. with Uhu Plast Special Model Building Glue
  3. Press bearings on both sides into the roller (best on workbench, bearings facing down, press down on the roller from above. Press fit!)
  4. Print the roller holder
  5. Insert the printed sleeve with a 6x36mm skate axle (see BOM) between the rounded parts of one bracket (stabilizing stop)
  6. Print fixing and ball
  7. Attach UBB rail (see BOM) securely to garage wall
  8. The rest of the assembly is done with the charging cable directly on the rail, be sure to make sure that the cable is mounted correctly!
  9. Mount the inner part of the fixing in the rear part of the rail
  10. Hold the charging cable in position and slide the outer part of the fixing in
  11. Secure with 6x36mm skate axle inserted laterally (see BOM)
  12. Slide the weight roller holder over the handle of the weight, insert the cable and then secure the roller using the 8x36mm skate axle (see BOM)
  13. Mount the upper roller holder at the very front of the UBB rail
  14. Hold the cable up (or tie it up) and mount the roller with an 8x40mm skate axle, use an additional washer on the axle screw on the outside!
  15. Attach the ball to the cable with four M5x30 screws so that the weight hangs just above the ground or, if desired, just touches the ground (cable relief)

Video:

 

Bill Of Materials: (no Refferal Links!)

 

Comment & Rating (3)

(0/5000)

how much does the ball weigh? is that good for the cable over time?
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In this case 6kg, shouldn't be any problem for the very bulky 32A cable!
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Still printing, but incredibly well implemented
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