Toujours ces volets roulants Legrand, et voilà des petits nouveaux dans l'extension : moteurs BHz Simu.
On fait le point :
Et ben ça sera toujours sans moi. On démonte et on soude un esp8266 qui pilotera les boutons d’émetteurs Legrand et Simu.
Sauf qu'à présent, exit Blynk et Blitzwolf on va découvrir l'excellent ESP Home pour Home Assistant.
esphome: name: "volets-roulants" friendly_name: "volets-roulants" esp8266: board: esp01_1m # Enable logger logger: level: NONE # Enable Home Assistant API api: encryption: key: "bla" ota: - platform: esphome password: "bla" wifi: ssid: !secret wifi_ssid password: !secret wifi_password fast_connect: true manual_ip: static_ip: 192.168.0.76 gateway: 192.168.0.1 subnet: 255.255.255.0 substitutions: # GPIO https://doku.floriantales.fr//lib/plugins/ckgedit/fckeditor/userfiles/image/electronique/micro_controleurs/esp8266/wemos_pins.jpg device_1_name: "Legrand" device_1_gpio_up: "13" device_1_gpio_stop: "12" device_1_gpio_down: "14" device_2_name: "Simu" device_2_gpio_up: "15" device_2_gpio_stop: "16" device_2_gpio_down: "5" switch: # Cover 1 - platform: gpio id: cover1_up name: "${device_1_name} UP" pin: number: "${device_1_gpio_up}" inverted: true mode: output: true interlock: [cover1_stop, cover1_down] internal: true on_turn_on: - delay: 100ms - switch.turn_off: cover1_up - platform: gpio id: cover1_stop name: "${device_1_name} STOP" pin: number: "${device_1_gpio_stop}" inverted: true mode: output: true interlock: [cover1_up, cover1_down] internal: true on_turn_on: - delay: 100ms - switch.turn_off: cover1_stop - platform: gpio id: cover1_down name: "${device_1_name} DOWN" pin: number: "${device_1_gpio_down}" inverted: true mode: output: true interlock: [cover1_stop, cover1_up] internal: true on_turn_on: - delay: 100ms - switch.turn_off: cover1_down # Cover 2 - platform: gpio id: cover2_up name: "${device_2_name} UP" pin: number: "${device_2_gpio_up}" inverted: true mode: output: true interlock: [cover2_stop, cover2_down] internal: true on_turn_on: - delay: 100ms - switch.turn_off: cover2_up - platform: gpio id: cover2_stop name: "${device_2_name} STOP" pin: number: "${device_2_gpio_stop}" inverted: true mode: output: true interlock: [cover2_up, cover2_down] internal: true on_turn_on: - delay: 100ms - switch.turn_off: cover2_stop - platform: gpio id: cover2_down name: "${device_2_name} DOWN" pin: number: "${device_2_gpio_down}" inverted: true mode: output: true interlock: [cover2_stop, cover2_up] internal: true on_turn_on: - delay: 100ms - switch.turn_off: cover2_down cover: # Cover 1 - platform: time_based id: cover1 device_class: shutter name: "${device_1_name}" assumed_state: true open_action: - switch.turn_on: cover1_up open_duration: 22s close_action: - switch.turn_on: cover1_down close_duration: 21s stop_action: - switch.turn_on: cover1_stop # Replace : #on_open: # then: # - delay: 1s # - switch.turn_on: cover1_up #on_closed: # then: # - delay: 1s # - switch.turn_on: cover1_down # By : has_built_in_endstop: True # Cover 2 - platform: time_based id: cover2 device_class: shutter name: "${device_2_name}" assumed_state: true has_built_in_endstop: True open_action: - switch.turn_on: cover2_up open_duration: 25s close_action: - switch.turn_on: cover2_down close_duration: 24s stop_action: - switch.turn_on: cover2_stop
Y'a plus qu'à se faire un petit dashboard home assistant sympa :
Déroutant de simplicité …