Arduino nano RF sensor box

thingiverse

I am using a sophisticated sensor box as part of my comprehensive home automation project. The box conveniently accommodates an Arduino nano on a spacious 170 pin breadboard, along with other essential components such as the DHT11, SD18b20, ESP8266, and a versatile 433MHz Superheterodyne receiver. There are several similar boxes scattered throughout my residence that systematically collect data and efficiently send it to my raspberry pi, which is running a user-friendly pimatic platform. For further information or additional links, please visit my official website. Key components can be found on popular online marketplaces like eBay: the 170 pin breadboard, the 433Mhz Superheterodyne receiver, the Arduino Nano microcontroller board, and the DS18b20 waterproof sensor, along with the DHT11 and ESP8266 Serial Port WIFI module. I invite you to explore my blog at http://www.maredana.nl for an array of fascinating domotica projects. My custom-built box was expertly printed using PLA filament. The optimal settings included a moderate 10% infill density, sturdy shells made with two layers, and an elevated layer height of 0.20mm. During the printing process, the ideal temperature range of 230 degrees Celsius was maintained to achieve excellent results. To accelerate production, an increased speed of 90 mm/s for external printing areas was implemented, while maintaining a brisk travel speed of 150 mm/s.