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Ender 3 Side-Mounted Pi 1 B Case
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##Changes in this Remix
* The Base has been split into two parts to avoid the need for bulky supports.
* Modified to suit a Raspberry Pi Model 1B, which is all I had available.
##Overall Project Steps
1. Create Y-splitter using one male to two female [XT60 connectors](https://www.altronics.com.au/p/p7824-60a-600v-xt60-style-high-current-dc-connector/). This connects to the printer's 24VDC supply.
2. Solder male XT60 connector to input side of [DC-DC Buck Converter](https://www.altronics.com.au/p/z6334-dc-dc-buck-module-3-40v-input/).
3. Connect converter input to Y-splitter (which is connected to 24VDC), and output to multimeter. Turn printer on and adjust pot until you receive 5V on buck converter output.
4. Solder output to Raspberry Pi 5V and GND GPIO pins. You may want to include connectors so this can be disconnected if required.
5. This [LM2596S Case](https://www.thingiverse.com/thing:3164882) can be used to house the buck converter.
6. Connect [Raspberry Pi Camer
* The Base has been split into two parts to avoid the need for bulky supports.
* Modified to suit a Raspberry Pi Model 1B, which is all I had available.
##Overall Project Steps
1. Create Y-splitter using one male to two female [XT60 connectors](https://www.altronics.com.au/p/p7824-60a-600v-xt60-style-high-current-dc-connector/). This connects to the printer's 24VDC supply.
2. Solder male XT60 connector to input side of [DC-DC Buck Converter](https://www.altronics.com.au/p/z6334-dc-dc-buck-module-3-40v-input/).
3. Connect converter input to Y-splitter (which is connected to 24VDC), and output to multimeter. Turn printer on and adjust pot until you receive 5V on buck converter output.
4. Solder output to Raspberry Pi 5V and GND GPIO pins. You may want to include connectors so this can be disconnected if required.
5. This [LM2596S Case](https://www.thingiverse.com/thing:3164882) can be used to house the buck converter.
6. Connect [Raspberry Pi Camer
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