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Before Assembly

Prepare the necessary materials and tools, and check the completeness of your kit.

Materials and Tools

To assemble the device, you will need:

  • Silicone sealant suitable for high-temperature applications (e.g., fireplace or automotive types), with good adhesive properties for PIR-panel-based materials.

  • A 3D printer and a small amount of ABS filament to print missing enclosure components.

  • A computer with Visual Studio Code and PlatformIO installed.

  • A USBASP programmer for flashing the Arduino Nano-based controller board.

  • Soldering equipment, including a soldering iron, solder, flux, and PCB cleaning tools.

  • A multimeter for adjusting power supply voltage.

  • A basic tool set, such as screwdrivers, a utility knife, wire cutters, a screwdriver or drill.

  • A crimping tool for making reliable connections with terminals and connectors (while optional, using a crimper improves connection quality).

Assembly Recommendations

Read through the instructions and print any required components.

Before permanently securing any parts, dry-fit and test their placement to verify fit and compatibility. Ensure all components are correctly aligned and unobstructed. Only proceed with final assembly after a complete dry fit.

If your assembly includes electronic components, perform all work on a tabletop. Assemble all subsystems-fan, heater, sensors, display, encoder, and other elements-on the table. After assembly, verify all components function correctly.

This method prevents the need to disassemble the unit in case of errors and ensures a cleaner, more convenient, and predictable assembly process.