Emergency Stop Button adapted to tact switch
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I had 2 EMO button but only 1 module to cut the main voltage.
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Model information
- Source
- Printables
- Category
- Electronics
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- Creative Commons — Attribution — Share Alike
I had 2 EMO button but only 1 module to cut the main voltage.
To re-purpose the 2nd EMO, I've made this box to adapt a small 6mm tact switch (pushbutton).
The height is adapted to screws I had in stock.
The hole is large enough for a 2 wire female jst connector
Fun fact is: there is just enough space between the switch plate and the bottom to place an esp8266. But for the moment, I just soldered 2 wire to connect directly to the raspberry-pi controlling my 3d printer. Wifi button will be the next upgrade ;)
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Category: Electronics Summary
I had 2 EMO button but only 1 module to cut the main voltage.
To re-purpose the 2nd EMO, I've made this box to adapt a small 6mm tact switch (pushbutton).
The height is adapted to screws I had in stock.
The hole is large enough for a 2 wire female jst connector
Fun fact is: there is just enough space between the switch plate and the bottom to place an esp8266. But for the moment, I just soldered 2 wire to connect directly to the raspberry-pi controlling my 3d printer. Wifi button will be the next upgrade ;)
Post-Printing
Bill of Material
- 1x Industrial 455 emergency button (configurable to be used with ou without the key)* screw diameter < 30mm
- Distance between button base (top of the box) and contact limit = 25mm
1x 6mm square tact switch with 2 leads. 4x 4mm x 40mm Conical head screw