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DETA Outdoor Double Powerpoint (6294HA)
DETA Outdoor Double Powerpoint (6294HA)
Device Type: plugElectrical Standard: auBoard: bk72xx
Overview
The DETA Outdoor Double Powerpoint comes with a WB2S module.
Using Cloudcutter
Cloudcutter is a tool that simplifies flashing Tuya-based devices. It allows you to flash the firmware remotely, eliminating the need to physically open the device. Follow these instructions to flash your Deta 6294HA device using Cloudcutter.
Note on Power Monitoring
Power measurement uses the HLW8032 or CSE7766 protocol at 4800 baud. Program the device before installing the module as the RX pin is used.
GPIO Pinout
ESP-Based Pinout
| Pin | Function | 
|---|---|
| GPIO03 | RX for CSE7766 | 
| GPIO04 | Button 1 (inverted) | 
| GPIO05 | LED (inverted) | 
| GPIO12 | Button 2 (inverted) | 
| GPIO13 | Relay 1 | 
| GPIO14 | Relay 2 | 
BK72XX-Based Pinout
| Pin | Function | 
|---|---|
| RX1 | RX for CSE7766 | 
| P7 | Button 1 (inverted) | 
| P8 | LED (inverted) | 
| P24 | Button 2 (inverted) | 
| P6 | Relay 1 | 
| P26 | Relay 2 | 
Calibration
For calibration, check out Frenck's comprehensive guide.
Configuration
Note: The configuration examples include calibration data. Modify as needed.
substitutions:  devicename: "patio-power-point-1"  deviceid: patio_power_point_1  friendlyname: "Patio Power Point 1"  devicemodel: Deta Grid Connect 6294HA
  # Left Socket  friendlyname_left: Pond Pump  deviceicon_left: "mdi:fountain"  # Right Socket  friendlyname_right: Garden Lights  deviceicon_right: "mdi:light-flood-up"
#################################
esphome:  name: ${devicename}
bk72xx:  board: generic-bk7231t-qfn32-tuya
packages:  device_base: !include { file: common/device_base.yaml, vars: { friendlyname : 'Patio Power Point 1'} }
#################################
## ---------------- ####    Status LED    #### ---------------- ##status_led:  pin:    number: P8    inverted: true
## ----------------- ####      Buttons      #### ----------------- ##binary_sensor:  # Left Button  - platform: gpio    pin:      number: P7      mode: INPUT      inverted: True    id: left_button    on_press:      then:        - switch.toggle: left_outlet    # on_click:    #   - min_length: 300ms    #     max_length: 1000ms    #     then:    #       - switch.toggle: left_outlet    internal: True
  # Right Button  - platform: gpio    pin:      number: P24      mode: INPUT_PULLUP      inverted: True    id: right_button    # on_press:    #   then:    #     - light.toggle: right_outlet    on_click:      - min_length: 50ms        max_length: 1000ms        then:          - light.toggle: right_outlet    internal: True
## -------------------------------------------## Switch & template for switch## Light & output for light
## ---------------- ####      Relays      #### ---------------- ##output:  # Right Relay  - platform: gpio    pin: P26    id: relay_2
switch:  ## ---------------- ##  ##      Relays      ##  ## ---------------- ##  # Left Relay  - platform: gpio    pin: P6    id: relay_1
  ## ---------------- ##  ##     Switches     ##  ## ---------------- ##  # Left Switch (Templated)  - platform: template    name: ${friendlyname_left}    id: left_outlet    icon: $deviceicon_left    lambda: |-      if (id(relay_1).state) {        return true;      } else {        return false;      }    turn_on_action:      - switch.turn_on: relay_1    turn_off_action:      - switch.turn_off: relay_1
## ---------------- ####     Switches     #### ---------------- ##light:  # Right Outlet  - platform: binary    name:  ${friendlyname_right}    icon: ${deviceicon_right}    output: relay_2    restore_mode: RESTORE_AND_OFF    id: right_outlet
## ------------------ ####  Power Monitoring  #### ------------------ ##logger:  baud_rate: 0
uart:  rx_pin: RX1  baud_rate: 4800
sensor:  - platform: cse7766    current:      name: "${friendlyname} Current"    voltage:      name: "${friendlyname} Voltage"    power:      name: "${friendlyname} Power"    energy:      name: "${friendlyname} Energy"