This is my collection of ESPhome custom componenents
This is a ESPhome implementation of Sidoh's Milight Hub: https://github.com/sidoh/esp8266_milight_hub/ This project can be used as standalone ESP Hub replacement or combined with a switch configuration to use behind a wall switch.
- This version is deployed by ESPHome
- RGB_CCT Lights can be controlled MiLight remote or a wall push switch.
- Wall switches/light combi will remains working even without WIFI.
- Status updates will be send by the native ESPHome API.
Button press functions in provided example "example_milight.yaml":
- Short press: light on/off
- Long press: fade light in to max brightness
- 2 short presses: night mode
- 3 short presses: white mode
The DCF77 library adds the ability to read and decode the atomic time broadcasted by the DCF77 radiostation.
See the attached example "example_dcf77.yaml"
This is an ESPhome implementation of Itho Wifi module: https://github.com/arjenhiemstra/ithowifi.
See attached example "example_itho.yaml". This example provides also an integrated standalone PID controller to drive the Itho box, with values from the integrated humidity sensor.
A I2C sniffer implementation for a ESP32 module, using the code from https://github.com/ozarchie/I2C-sniffer. Will dump all the captured packets from the I2C interface to the ESPhome logging console.
A CANbus implementation with use of standard ESPHome components to read CANbus messages from the service bus of Remeha Tzerra Ace Matic boiler. The service bus needs to be connected with a RJ12 connector. The connection is as follows:
| Pin | RJ12 |
|---|---|
| 1 | CAN H |
| 2 | CAN L |
| 3 | NC |
| 4 | GND |
| 5 | NC |
| 6 | 24V |
I am using a Olimex ESP32-EVP board for this, because this board has already a CANbus connection onboard. By a 24V to 5V buck converter inbetween the ESP32 and service connector pin 6 the ESP32 can be power supplied from the Remeha service bus. (Use at your own risk)