1.1. Upload the firmware to the ESP32 using the appropriate tool (e.g., Arduino IDE or PlatformIO).

1.2. Make sure the ESP32 is properly connected to the computer and that the correct board and port are selected.

2.1. Print all the enclosure components using the provided STL models.

2.2. Ensure proper layer height and material for durability.

2.3. Verify the printed parts fit together before proceeding with assembly.

3.1. Insert all the brass nuts into the designated screw holes in the enclosure parts (main panel and side panels ).

3.2. Use a soldering iron or an appropriate target wire gauge for this purpose.

4.1. Start by attaching the components to the main panel (e.g., connectors, power supply).

4.2. Then, install components onto the front panel (e.g., rotary encoder, buttons, display).

4.3. Finally, attach the components to the rear panel (connector and switch).

5.1. Cut the wires to the required length based on the component layout.

5.2. Strip the ends of the wires and crimp the connectors onto them or solder them if necessary.

6.1. Connect the components to the main panel as per the wiring diagram.

6.2. Then, connect the front panel components (e.g., encoder, TFT).

6.3. Finally, wire the ESP32 to the system, ensuring all connections are secure and correct.

7.1. Secure the rear panel to the enclosure.

7.2. Make sure all screws are tightened and the panel is aligned properly.

8.1. Attach the side panels to the enclosure using screws.

8.2. Tighten the screws carefully to avoid over-tightening and damaging the parts.

9.1. Finally, snap the device cover into place.

9.2. Make sure the cover is securely fastened and aligned properly with the enclosure.