Vertical Laboratory

por JesusGomez

Ficheiros imprimíveis (18)

  • stl

    esp32oled-plate.stl

    174 Ko · 5 600 descargas

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  • stl

    grove4x2-plate.stl

    326 Ko · 5 555 descargas

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  • stl

    beaglebone-plate.stl

    328 Ko · 5 558 descargas

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  • stl

    raspi-plate.stl

    312 Ko · 5 636 descargas

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  • stl

    grove3x2-plate.stl

    241 Ko · 5 547 descargas

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  • stl

    CO2sensor-to-grove.stl

    32 Ko · 5 559 descargas

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  • stl

    arduinomega-plate.stl

    177 Ko · 5 501 descargas

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  • stl

    arduinouno-or-rpi-plate.stl

    221 Ko · 5 514 descargas

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  • stl

    cablevelcro-plate.stl

    63 Ko · 5 469 descargas

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  • stl

    lmd18200-plate.stl

    114 Ko · 5 444 descargas

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  • stl

    protoboard-plate.stl

    131 Ko · 5 489 descargas

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  • stl

    raspberrypi-plate3.stl

    312 Ko · 5 476 descargas

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  • stl

    spoolbar-support.stl

    117 Ko · 5 442 descargas

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  • stl

    grove1x1-plate.stl

    89 Ko · 5 448 descargas

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  • stl

    grove2x2.stl

    89 Ko · 5 423 descargas

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  • stl

    grove3x2.stl

    182 Ko · 5 418 descargas

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  • stl

    dualpot_to_grove.stl

    94 Ko · 5 452 descargas

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  • stl

    grove2x1-plate.stl

    182 Ko · 5 417 descargas

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Descrição

Vertical Laboratory.
Click-on panels for electronic devices. The board plates are not just hung. You can use them right in the panel and build many projects on the wall.
However you can easily remove the modules by hand and use them on your desktop.
To remove the panels you need to pull from two sides while sliding the plate, to avoid your expensive electronics to fall. Boards can be mounted in four different orientations.
Te attachment/detachment method is always possible just from the front side of the panel, so you don't need to remove the pegboard from the wall in any moment.
Everyone can have an electronics laboratory at home/office/mancave using a metal pegboard. Use also magnetic labels to identify your project parts.
This pegboard has 4.75mm holes separated 26 mm. The model files are in Sketchup, so they are not parametric and major work has to be done to change the hole dimensions and step.
The designs include the detachable board spacers, so you just need some screws to hold the board on the plate.
Each board also features a removable label support compatible with DYMO labeling system to better organize your projects. Just bend twice the label suppor by hand to remove it.
Use appropiate colors to easily identify your module families: blue for arduino, red for raspberry pi, green for beaglebone green, etc.
In many designs, the boards can be mounted in two different directions, depending on which side you want the label.

This system has been designed for commom electronic development oards as well as GROVE modules ( https://www.seeedstudio.com/category/Grove-c-1003.html ) that have been provided to TaISLab ( http://taislab.uma.es ) by SeeedsStudio.

So far, the set of included plates include:

  • Arduino Mega form factor boards
  • Arduino UNO form factor boards
  • Beaglebone green
  • Raspberry PI (1,2,3) model B
  • ESP32 with OLED display
  • Suppor panels for grove modules
  • Velcro cable ties
  • many more ...

The system has been featured on HackADay.com :
https://hackaday.com/2018/01/01/electronics-workbench-goes-vertical-with-pegboard-mounting/

3-1-2018: Added the rest of designs.

The panels are inexpensive and can be purchased in Amazon in different countries:

https://www.amazon.com/Simonrack-Kit-Panelclick-Garden-Green/dp/B00RD874HE/ref=nav_custrec_signin?ie=UTF8&qid=1515014106&sr=8-11&keywords=simonrack+panel&

https://www.amazon.com/Simonrack-Panelclick-Shelf-Grey-Dark/dp/B00RD896NY/ref=sr_1_4?ie=UTF8&qid=1515014172&sr=8-4&keywords=simonrack+panel

Good luck!