Various DIN brackets by aeresov (#187)

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| Creator | Mod title | Description | V0 | V1.8 | V2.4 | VSW | | Creator | Mod title | Description | V0 | V1.8 | V2.4 | VSW |
| --- | --- | --- | --- | --- | --- | --- | | --- | --- | --- | --- | --- | --- | --- |
|aeresov|[TL filament sensor bracket](./aeresov/TL_filament_sensor_bracket)|A bracket for TL filament sensor to mount near stock spool holder. |:x:|:grey_question:|:heavy_check_mark:|:x:| |aeresov|[TL filament sensor bracket](./aeresov/TL_filament_sensor_bracket)|A bracket for TL filament sensor to mount near stock spool holder. |:x:|:grey_question:|:heavy_check_mark:|:x:|
||[MeanWell UHP-xxx DIN mount](./aeresov/TL_filament_sensor_bracket)|A bracket for MeanWell UHP series PSU (200, 350 and 500) to mount it across 2 DIN rails.|:x:|:grey_question:|:heavy_check_mark:|:x:| ||[MeanWell UHP-xxx DIN mount](./aeresov/MeanWell_UHP_DIN_mount)|A bracket for MeanWell UHP series PSU (200, 350 and 500) to mount it across 2 DIN rails.|:x:|:grey_question:|:heavy_check_mark:|
||[Raspberry Pi DIN mount](./aeresov/Raspberry_Pi_DIN_mount)|A bracket for Raspberry Pi 3/4 to mount it onto DIN rail, along or across.|:x:|:grey_question:|:heavy_check_mark:|
||[SKR 1.3/1.4 DIN mount](./aeresov/SKR_DIN_mount)|A bracket for SKR 1.3/1.4 board to mount it onto DIN rail, along or across.|:x:|:grey_question:|:heavy_check_mark:|
||[cable tie DIN mount](./aeresov/cable_tie_DIN_mount)|A bracket for cable ties to route cables across DIN rails.|:x:|:grey_question:|:heavy_check_mark:|
|albert|[IKEA Dioder Led Mount](./albert/IKEA_Dioder_Led_Mount)|A mount for the IKEA Dioder LED strip | :grey_question: | :grey_question: | :heavy_check_mark: |:x:| |albert|[IKEA Dioder Led Mount](./albert/IKEA_Dioder_Led_Mount)|A mount for the IKEA Dioder LED strip | :grey_question: | :grey_question: | :heavy_check_mark: |:x:|
|arkeet|[Dial test indicator mount](./arkeet/dti-mount)|A toolhead mount for a dial test indicator, where the tip is located at the nozzle. |:x:|:heavy_check_mark:|:heavy_check_mark:|:x:| |arkeet|[Dial test indicator mount](./arkeet/dti-mount)|A toolhead mount for a dial test indicator, where the tip is located at the nozzle. |:x:|:heavy_check_mark:|:heavy_check_mark:|:x:|
|claytono|[Voron 2.4 Extrusion Jig](./claytono/2.4-extrusion-jig)|A jig help align extrusions to get a properly square frame |:x:|:x:|:heavy_check_mark:|:x:| |claytono|[Voron 2.4 Extrusion Jig](./claytono/2.4-extrusion-jig)|A jig help align extrusions to get a properly square frame |:x:|:x:|:heavy_check_mark:|:x:|

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<div style="text-align: right"><sub>A Team Dropbear Production</sub></div> <div style="text-align: right"><sub>A Team Dropbear Production</sub></div>
<img align="right" width="100" height="100" src="images/db.png"> <img align="right" width="100" height="100" src="images/db.png">
# Voron 2.4 Trianglelab filament sensor bracket # Voron 2.4 MeanWell UHP PSU mount for DIN rail
G'day, another nice thingy from down under. MeanWell UHP PSUs are great: nice, slim, compact, mains and DC on opposite sides... Well, but how to mount them on DIN rais? Alright, Dropbears to resque. Pick an adapter for your UHP (they have different width), print 2 of them and 4 of [rs25_psu_bracket_clip.stl](https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/VORON2.4/Electronics_Compartment/DIN_Brackets/rs25_psu_bracket_clip.stl). G'day, another nice thingy from down under. MeanWell UHP PSUs are great: nice, slim, compact, mains and DC on opposite sides... Well, but how to mount them on DIN rais? Alright, Dropbears to resque. Pick an adapter for your UHP (they have different width), print 2 of them and 4 of [rs25_psu_bracket_clip.stl](https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/VORON2.4/Electronics_Compartment/DIN_Brackets/rs25_psu_bracket_clip.stl).
Photos|
------|
![bracket top](images/photo1.png)|
![bracket bottom](images/photo2.png)|
## Printing and plasic ## Printing and plasic
Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc. Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
@ -26,5 +21,13 @@ BOM:
Put square nuts in slide pockets, secure them with screws, then bolt down rs25 brackets, so square nuts are trapped. Put square nuts in slide pockets, secure them with screws, then bolt down rs25 brackets, so square nuts are trapped.
## Photos
-that russian guy (aeresov#9959) ![bare 1](images/photo_bare_1.png)
![bare 2](images/photo_bare_2.png)
![on rail 1](images/photo_railed_1.png)
![on rail 2](images/photo_railed_2.png)
## Credits
- that russian guy (aeresov#9959)

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<div style="text-align: right"><sub>A Team Dropbear Production</sub></div>
<img align="right" width="100" height="100" src="images/db.png">
# Voron 2.4 Raspberry Pi mount for DIN rail
G'day, another nice thingy from down under. Got non-standard electronics compartment? Some blocks there that don't allow spec placements? Don't have or don't like self-tapping screws? Or are you just up to better wiring and sturdier construction? Alright, Dropbears to resque. Here comes a rigid bracket for Raspberry Pi, that uses M3 bolts and nuts, and allows mounting along and across the rail. The bracket needs 1 of [rs25_psu_bracket_clip.stl](https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/VORON2.4/Electronics_Compartment/DIN_Brackets/rs25_psu_bracket_clip.stl).
## Printing and plasic
Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
This part is not exposed to any significant heat, so you could probably use even PLA.
## Assembly
BOM:
* 6 x M3 hex nuts
* 6 x M3x12 SHCS screws
Pi has mount holes for M2.5 bolts, so putting M3s through might be a problem. Just enlarge these holes with 3.0mm or 3.2mm drill, you won't damage the Pi but will make your life easier.
## Photos
![bare 1](images/photo_bare_1.png)
![bare 2](images/photo_bare_2.png)
![bare 3](images/photo_bare_3.png)
![on rail](images/photo_railed.png)
## Credits
- that russian guy (aeresov#9959)

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<div style="text-align: right"><sub>A Team Dropbear Production</sub></div>
<img align="right" width="100" height="100" src="images/db.png">
# Voron 2.4 SKR 1.3/1.4 mount for DIN rail
G'day, another nice thingy from down under. Got non-standard electronics compartment? Some blocks there that don't allow spec placements? Don't have or don't like self-tapping screws? Or are you just up to better wiring and sturdier construction? Alright, Dropbears to resque. Here comes a rigid bracket for SKR boards, that uses M3 bolts and nuts, and allows mounting along and across the rail. Each bracket needs 2 of [rs25_psu_bracket_clip.stl](https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/VORON2.4/Electronics_Compartment/DIN_Brackets/rs25_psu_bracket_clip.stl).
## Printing and plasic
Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
This part is not exposed to any significant heat, so you could probably use even PLA.
## Assembly
BOM:
* 8 x M3 hex nuts
* 8 x M3x12 SHCS screws
## Photos
![bare 1](images/photo_bare_1.png)
![bare 2](images/photo_bare_2.png)
![bare 3](images/photo_bare_3.png)
![on rail](images/photo_railed.png)
## Credits
- that russian guy (aeresov#9959)

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G'day, another nice thingy from down under. Got TL filament sensor in your pile of parts? Bought it a year ago for 2.1 and too lazy to find a way to mount it so it plays well with spool holder? Upgraded to 2.4 and still have no clue? Alright, ask a mate to hold your beer, this is quick one: just print it and use instead of stock [bowen_retainer.stl](https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/VORON2.4/Spool_Management/bowen_retainer.stl). G'day, another nice thingy from down under. Got TL filament sensor in your pile of parts? Bought it a year ago for 2.1 and too lazy to find a way to mount it so it plays well with spool holder? Upgraded to 2.4 and still have no clue? Alright, ask a mate to hold your beer, this is quick one: just print it and use instead of stock [bowen_retainer.stl](https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/VORON2.4/Spool_Management/bowen_retainer.stl).
![You know you want this](images/render1.png)
![And this too](images/render0.png)
## Printing and plasic ## Printing and plasic
Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc. Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
@ -26,5 +23,14 @@ Bolt your sensor to it, insert your PTFE tube to sensor's exit hole.
Make Melbourne hipsters proud, do your wiring in braided sleeving and with fancy connectors. And have a flat white when you're done. Make Melbourne hipsters proud, do your wiring in braided sleeving and with fancy connectors. And have a flat white when you're done.
## Photos
-that russian guy (aeresov#9959) ![bare 1](images/photo_bare_1.png)
![bare 2](images/photo_bare_2.png)
![on rail 1](images/photo_railed_1.png)
![on rail 2](images/photo_railed_2.png)
## Credits
- that russian guy (aeresov#9959)

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<div style="text-align: right"><sub>A Team Dropbear Production</sub></div>
<img align="right" width="100" height="100" src="images/db.png">
# Voron 2.4 cable tie mount for DIN rail
G'day, another nice thingy from down under: a simple bracket that allows fixing your cables with standard 3.5mm plastic cable ties in various positions. 4 ties per bracket, 2x2 criss-cross, so you can make bends or straights. The bracket needs 1 of [rs25_psu_bracket_clip.stl](https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/VORON2.4/Electronics_Compartment/DIN_Brackets/rs25_psu_bracket_clip.stl).
## Printing and plasic
Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
This part is not exposed to any significant heat, so you could probably use even PLA.
## Assembly
BOM:
* 2 x M3 hex nuts
* 2 x M3x12 SHCS screws
* standard 3.5mm cable ties
## Photos
![bare](images/photo_bare.png)
![on rail](images/photo_railed.png)
## Credits
- that russian guy (aeresov#9959)

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