Model information
Description
A custom 3D-printed enclosure for the ACWebRemote project, an open-source ESP32-based WiFi IR blaster. The case is intended for an ESP32 development board (30-pin layout, Micro-USB) with dual front-facing IR LEDs. It features a wall-mountable design with a USB cable opening at the bottom.
Print settings:
- Printer: FDM/FFF (tested on Bambu Lab A1)
- Filament: The author recommends PLA (any color)
- Layer height: 0.2 mm
- Infill: 15–20%
- Supports: No
- Orientation: Face down
Assembly: Insert the ESP32 board with soldered IR LEDs into the enclosure. Route the USB cable through the bottom opening.
Original text by the author on Printables
<p><strong>📄 Description</strong></p><p>Bring your DIY smart remote project to the next level with this custom 3D-printed enclosure!</p><p>This case is designed for the <strong>ESP32 dev board with dual IR LEDs</strong> used in the <a href="https://github.com/Alexeyisme/ACWebRemote">ACWebRemote project</a>. It provides a neat and sturdy housing for mounting on a wall or placing anywhere in your room, transforming your ESP32 into a clean and reliable <strong>Wi-Fi powered universal remote</strong> for air conditioners.</p><h3><strong>✨ Features</strong></h3><p>✅ Fits standard ESP32 development board (30-pin layout, Micro-USB).</p><p>✅ <a href="https://github.com/Alexeyisme/ACWebRemote/blob/main/HOME_ASSISTANT_INTEGRATION.md"><strong>Home Assistant Integration Guide</strong></a> (on GitHub)! </p><p>✅ Supports dual front-facing IR LEDs for wide coverage.</p><p>✅ Wall-mountable compact design with smooth minimalist look.</p><p>✅ USB cable opening at bottom for tidy power connection.</p><p>✅ Easy print – no supports required (PLA recommended).</p><h4><strong>🎯 Supported Brands & (Models):</strong></h4><ul><li><strong>Tadiran</strong>- ✅ <strong>Fully Functional</strong> </li><li><strong>Carrier</strong> (1-3) - ✅ <strong>Fully Functional</strong> </li><li><strong>Daikin</strong> (4-13) - ✅ <strong>Fully Functional</strong> </li><li><strong>Fujitsu</strong> (14) - ✅ <strong>Fully Functional</strong> </li><li><strong>Gree</strong> (15) - ✅ <strong>Fully Functional</strong> </li><li><strong>Hitachi</strong> (16-21) - ✅ <strong>Fully Functional</strong> </li><li><strong>Kelvinator</strong> (22) - ✅ <strong>Fully Functional</strong> </li><li><strong>Midea</strong> (23) - ✅ <strong>Fully Functional</strong> </li><li><strong>Mitsubishi</strong> (24-28) - ✅ <strong>Fully Functional</strong> </li><li><strong>Panasonic</strong> (29-30) - ✅ <strong>Fully Functional</strong> </li><li><strong>Samsung</strong> (31) - ✅ <strong>Fully Functional</strong> </li><li><strong>Sharp</strong> (32) - ✅ <strong>Fully Functional</strong> </li><li><strong>TCL</strong> (33) - ✅ <strong>Fully Functional</strong> </li><li><strong>Toshiba</strong> (34) - ✅ <strong>Fully Functional</strong> </li><li><strong>Trotec</strong> (35) - ✅ <strong>Fully Functional</strong> </li><li><strong>Vestel</strong> (36) - ✅ <strong>Fully Functional</strong> </li><li><strong>Whirlpool</strong> (37) - ✅ <strong>Fully Functional</strong> </li></ul><h3><strong>🛠 Project Context</strong></h3><p>This enclosure was created for my <strong>ACWebRemote</strong> project – an open-source ESP32-based WiFi IR blaster. You can flash the firmware from the GitHub repo and control your AC or other IR devices right from a browser or integrate with <strong>Home Assistant</strong>.</p><h3><strong>📦 Print Settings</strong></h3><p>Printer: FDM/FFF (tested on Bambu Lab A1)</p><p>Filament: PLA (any color)</p><p>Layer height: 0.2 mm</p><p>Infill: 15–20%</p><p>Supports: No</p><p>Orientation: Face down</p><h3><strong>⚡ Assembly</strong></h3><p>Insert the ESP32 board with soldered IR LEDs into the enclosure.</p><p>Route your USB cable through the bottom opening.</p><p>Mount on a wall or place on a shelf so it “looks at your AC”.</p><p>Flash with <a href="https://github.com/Alexeyisme/ACWebRemote">ACWebRemote firmware</a> and enjoy!</p><p> </p>
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