Test with Model Bosch WAQ24468/09ES

[akdri]

Hello, first, thanks for your work.

This weekend I decided to connect my washing machine with an esp01 and use your code.

My washing machine is another model WAQ24468/09ES so I had to make several changes to the code for my model as it differs in functions and features as well as set up all the programs on my washing machine.

I also think I've discovered the function of: 14.10-08 00 ? In my washing machine 14.10-08 00 Spin enabled 14.10-08 01 Spin disabled

This parameter is always sent when the spin rpm is changed, I currently have the problem that when I disable the spin of my washing machine for 0 rpm it sends the same code as for 1200 rpm with the difference of change of 14.10-08 01, for this reason for the calculation of rpm they should take into account the value of this bit and if it is 1 the rpm should be 0 rpm.

For those who know how to program in ESPHOME it should be very simple to create another variable that checks this bit and if it is one the rpm should be 0 because the spin is disabled. It would be necessary to modify the calculation of rpm with rpm * (1 - Bit of 1008)

I am a newbie in ESPHOME if I can do it I will attach the code if not I suppose it will be simple for you to do it.

I am attaching my code in case you want to use it as an example for my model and if it helps someone else.

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!CUSTOM MODEL WAQ24468/09ES

substitutions: devicename: lavadora upper_devicename: Lavadora Bosch

esphome: name: $devicename friendly_name: $upper_devicename

external_components:

• source: github://hn/bsh-home-appliances@master

esp8266: board: esp01_1m

logger:

api: encryption: key: !secret api_key ota:

• platform: esphome password: !secret ota_pass

wifi: ssid: !secret wifi_ssid password: !secret wifi_password output_power: 10.5dB manual_ip: static_ip: !secret wifi_Lavadora gateway: !secret wifi_gateway subnet: !secret wifi_subnet

Enable fallback hotspot (captive portal) in case wifi connection fails

ap: ssid: "Lavadora AP" password: !secret wifi_password

captive_portal:

uart: id: dbus_uart rx_pin: GPIO14 baud_rate: 9600

bshdbus: uart_id: dbus_uart

binary_sensor:

• platform: bshdbus dest: 0x14 command: 0x1007 binary_sensors:
  • id: bsh_wm_feat_waterplus name: Extra icon: mdi:water-plus lambda: return (x[0] >> 1) & 0x01;
  • id: bsh_wm_feat_eco name: Eco Perfect icon: mdi:sprout-outline lambda: return (x[0] >> 5) & 0x01;
  • id: bsh_wm_feat_prewash name: Rápido icon: mdi:clock-fast lambda: |- int sensor_value = x[0]; int mask = 0b01100000; // Máscara para los bits en las posiciones 6 y 7 if ((sensor_value & mask) == 0) { // Los bits en las posiciones 6 y 7 están a cero return 1; // O cualquier valor que indiques para el caso positivo } else { // Al menos uno de los bits está en 1 return 0; // O cualquier valor que indiques para el caso negativo }
  • id: bsh_wm_feat_anticrease name: Fácil Plancha icon: mdi:iron lambda: return (x[1] >> 7) & 0x01;
• platform: bshdbus dest: 0x15 command: 0x1100 binary_sensors:
  • id: bsh_wm_start_button name: Start icon: mdi:button-pointer lambda: return 1; on_press:
    • delay: 200ms
    • lambda: id(bsh_wm_start_button).publish_state(NAN);
• platform: bshdbus dest: 0x26 command: 0x1701 binary_sensors:
  • id: bsh_wm_program_started name: Lavando entity_category: diagnostic icon: mdi:ray-start-arrow lambda: return 1; on_press:
    • delay: 1s
    • lambda: id(bsh_wm_program_started).publish_state(NAN);

sensor:

• platform: bshdbus dest: 0x14 command: 0x1004 sensors:
  • id: bsh_wm_temperature name: Temperatura device_class: temperature state_class: measurement unit_of_measurement: °C accuracy_decimals: 0 lambda: return x[0]; filters:
    • calibrate_linear: method: exact datapoints:
      • 0 -> 0.0
      • 1 -> 20.0
      • 2 -> 30.0
      • 3 -> 40.0
      • 4 -> 60.0
      • 5 -> 70.0
      • 6 -> 80.0
      • 7 -> 90.0
• platform: bshdbus dest: 0x14 command: 0x1006 sensors:
  • id: bsh_wm_rpm name: Centrifugado device_class: speed state_class: measurement unit_of_measurement: rpm accuracy_decimals: 0 lambda: return x[0]; filters:
    • multiply: 10
• platform: bshdbus dest: 0x17 command: 0x4010 sensors:
  • id: bsh_wm_unbalance_x name: Desequilibrio X entity_category: diagnostic icon: mdi:axis-x-rotate-clockwise state_class: measurement unit_of_measurement: m/s² accuracy_decimals: 0 lambda: return (int16_t) ((x[1] << 8) | x[2]); filters:
    • throttle: 3s
    • timeout: 90s
  • id: bsh_wm_unbalance_z name: Desequilibrio Z entity_category: diagnostic icon: mdi:axis-z-rotate-clockwise state_class: measurement unit_of_measurement: m/s² accuracy_decimals: 0 lambda: return (int16_t) ((x[3] << 8) | x[4]); filters:
    • throttle: 3s
    • timeout: 90s
  • id: bsh_wm_unbalance_y name: Desequilibrio Y entity_category: diagnostic icon: mdi:axis-y-rotate-clockwise state_class: measurement unit_of_measurement: m/s² accuracy_decimals: 0 lambda: return (int16_t) ((x[5] << 8) | x[6]); filters:
    • throttle: 3s
    • timeout: 90s
• platform: bshdbus dest: 0x26 command: 0x1020 sensors:
  • id: bsh_wm_washmodule name: Ciclo Lavado entity_category: diagnostic icon: mdi:map-marker-path accuracy_decimals: 0 unit_of_measurement: ciclo lambda: return x[0];
• platform: bshdbus dest: 0x2a command: 0x1600 sensors:
  • id: bsh_wm_remain name: Restante device_class: duration state_class: measurement unit_of_measurement: min accuracy_decimals: 0 lambda: return x[0];

text_sensor:

• platform: bshdbus dest: 0x14 command: 0x1005 text_sensors:
  • id: bsh_wm_program name: Programa icon: mdi:numeric lambda: return std::to_string(x[2]); filters:
    • map:
      • 0 -> Apagado
      • 1 -> Algodón
      • 2 -> Algodón +
      • 3 -> Sintéticos
      • 4 -> Sintéticos +
      • 5 -> Mix
      • 6 -> Delicado
      • 7 -> Lana
      • 8 -> Centrifugado
      • 9 -> Desagüe
      • 10 -> Rapido 15
      • 11 -> Ropa Oscura
      • 12 -> Camisas/Blusas
      • 13 -> Plumas
      • 14 -> Sport
      • 15 -> Antialergias
• platform: bshdbus dest: 0x26 command: 0x1200 text_sensors:
  • id: bsh_wm_door name: Puerta icon: mdi:door lambda: return std::to_string(x[0]); filters:
    • map:
      • 0 -> Cerrada
      • 1 -> Bloqueada
      • 2 -> Abierta