Cable Drag Chain for Adjustable Height Desk by user_78182441

user_78182441

Household>Office

Print Profile(2)

All

X1 Carbon

P1S

P1P

X1E

A1 mini

0.2mm layer, 3 walls, 15% infill

Designer

12.2 h

2 plates

5.0(2)

For A1 mini, 0.2mm layer, 2 walls, 15% infill

11.4 h

4 plates

Boost

Released

Description

Cable drag chain for height adjustable (sit/stand) desk.

Link dimensions:

30mm internal width, 42mm external width

19mm internal height, 26mm external height

35mm pivot center to center

30degrees rotational limit link to link

105mm inside diameter, 157mm outside diameter

Reverser has the same general dimensions as link. It is modified to reverse the direction of the bend. Also has 3 ziptie channels for securing wires.

Riser and bases have ziptie channels throughout as well. Floorside base and riser is attached to desk leg with double sided tape. Deskside base has 4 screw holes.

Comment & Rating (7)

@Fotogy

Nice Model! I would like to modify it a bit to fit some Magnets and Felt gliders to mount it ziptie-less. Also, maybe add the links as a separate model that way others can flexibly adjust their length.

The designer has replied

@user_78182441

I'm not sure what I'm missing but I uploaded STEP files of each individual component. For some reason they are not showing up on here. Update: click on the down arrow next to "Download or Print" and then click "Download STL". You will see all the STEP files for each component.

(Edited)

@Fotogy

Replying to @user_78182441 :

Oh! My bad then! Thank you very much!

@Xanders_Builds

Boosted

Hi there, first of all boost! I love your model and would love to fix my problem so I can build it for my desk. This Design is very unique online. I printed 2 test key chain parts to test the fitment with ABS. In my case the parts are very tight and are grinding real bad, it needs some force to move. You can even hear the layer lines cracking when moving. My question is: How is the fitment supposed to be? Is this normal?

The designer has replied

@user_78182441

It is pretty tight when printed in PLA-CF but maybe it's due to the abrasive nature of CF, it becomes loose enough after a few dozen cycles by hand. If you need to print with ABS, maybe you could try dialing down or rerunning your flow calibration? All the step files are available as well if you'd like to adjust tolerances with push/pull type commands.

@Xanders_Builds

Boosted

Print Profile

0.2mm layer, 3 walls, 15% infill

Thanks for the Idea again, still love the design, but I recreated it myself just bigger

@user_2695489552

Print Profile

0.2mm layer, 3 walls, 15% infill

Printed in PLA+.

(Edited)

No more