Hi.
Can anyone help me with a code for ESPHome? I would like it for 1 digital input to turn off multiple relay outputs (lights) physically, without network.

Thanks.

Hi

To allow easy integration to some of the tools I'm using, I'd like to have the option to monitor/control KC boards (such as the KC868-AI) via a REST API. Would it be possible to add this to the KCS firmware?

I could probably roll my own, but would like something officially integrated into KCS.

Hi

(Running KCS1.0.24, with TCP Server enabled)

Trying to read the state of the inputs on a KC868-AI via C# with TCP. I've found this article (https://www.kincony.com/smart-controller...tocol.html) but I'm not getting the data they describe.

Whenever I pull digital input 1 to 9 to ground, I read 17 from the socket. Whenever I pull digital input 10 through 48 to ground, I read 18 from the socket.

What is the protocol for TCP on KC868-AI?

   

  KinCony-energy-meter-rs485-modbus-protocol.pdf (Size: 120.39 KB / Downloads: 847)
modbus:
  - name: hub1
    type: serial
    baudrate: 9600
    bytesize: 8
    method: rtu
    parity: N
    port: /dev/ttyS0
    stopbits: 1

    sensors:
    - name: meter-voltage
      slave: 1
      address: 100
      input_type: holding
      data_type: float32
      count: 2
      precision: 2
      unit_of_measurement: V
      device_class: voltage

    - name: meter-current
      slave: 1
      address: 106
      input_type: holding
      data_type: float32
      count: 2
      precision: 2
      unit_of_measurement: A
      device_class: current

    - name: meter-power
      slave: 1
      address: 118
      input_type: holding
      data_type: float32
      count: 2
      precision: 2
      unit_of_measurement: kW
      device_class: power
     
    - name: meter-factor
      slave: 1
      address: 142
      input_type: holding
      data_type: float32
      count: 2
      precision: 2
    #  unit_of_measurement:
      device_class: power_factor

    - name: meter-frequency
      slave: 1
      address: 144
      input_type: holding
      data_type: float32
      count: 2
      precision: 2
      unit_of_measurement: Hz
      device_class: frequency

    - name: meter-consumption
      slave: 1
      address: 0
      input_type: holding
      data_type: float32
      count: 2
      precision: 2
      unit_of_measurement: kWh
      device_class: energy_storage

such as relay1 control by 2 switch button or 3 switch button or many buttons.

   

modbus:
  - name: hub1
    type: serial
    baudrate: 9600
    bytesize: 8
    method: rtu
    parity: N
    port: /dev/ttyS0
    stopbits: 1
    switches:
      - name: Modbus-S1
        slave: 1
        address: 0
        write_type: coil
      - name: Modbus-S2
        slave: 1
        address: 1
        write_type: coil
      - name: Modbus-S3
        slave: 1
        address: 2
        write_type: coil
      - name: Modbus-S4
        slave: 1
        address: 3
        write_type: coil
      - name: Modbus-S5
        slave: 1
        address: 4
        write_type: coil
      - name: Modbus-S6
        slave: 1
        address: 5
        write_type: coil
      - name: Modbus-S7
        slave: 1
        address: 6
        write_type: coil
      - name: Modbus-S8
        slave: 1
        address: 7
        write_type: coil
      - name: Modbus-S9
        slave: 1
        address: 8
        write_type: coil
      - name: Modbus-S10
        slave: 1
        address: 9
        write_type: coil
      - name: Modbus-S11
        slave: 1
        address: 10
        write_type: coil
      - name: Modbus-S12
        slave: 1
        address: 11
        write_type: coil
      - name: Modbus-S13
        slave: 1
        address: 12
        write_type: coil
      - name: Modbus-S14
        slave: 1
        address: 13
        write_type: coil
      - name: Modbus-S15
        slave: 1
        address: 14
        write_type: coil
      - name: Modbus-S16
        slave: 1
        address: 15
        write_type: coil

Hello everyone ! I have bought some KC868 - A6 modules, a Dwin DMG10600T070 display, which has a configurable RS232 or TTL serial interface port. The screen is powered at 12V and GND is linked to the power and RX - TX communication pins (DB9, pin 2 TX2, pin 3 RX2, pin 5 gnd). When I use the screen simulator and connect the KC868-A6 module to the PC's USB port, the program works perfectly and the communication executes the programmed commands. My query now is how can I program the arduino based KC868-A6 module for RS232 serial communication with the display with the RS232 port that the module has!.

Attached Files

Thumbnail(s)
   

Here is "KCS" firmware for KinCony KC868-A series (ESP32) board.
How to download and use, online guide: https://www.kincony.com/kcs-firmware-esp32-board.html
   
v1.0.24 improment:

1. Fix some text in webpage.
2. Fix timer bug for different channel reset problem.
3. Let MQTT message feedback only one time, before will be twice.
4. Support RS485 MODBUS Button Adapter – KC868-HA
5. Fix bug of DAC output with tuya app problem.

Attached Files

  KCS_KC868_A4_V1.0.24.zip (Size: 737.3 KB / Downloads: 1113)
  KCS_KC868_A6_V1.0.24.zip (Size: 744.95 KB / Downloads: 935)
  KCS_KC868_A8_V1.0.24.zip (Size: 748.43 KB / Downloads: 905)
  KCS_KC868_A8S_V1.0.24.zip (Size: 755.91 KB / Downloads: 862)
  KCS_KC868_A16_V1.0.24.zip (Size: 756.16 KB / Downloads: 942)
  KCS_KC868_A32_V1.0.24.zip (Size: 756.24 KB / Downloads: 1015)
  KCS_KC868_A64_V1.0.24.zip (Size: 756.17 KB / Downloads: 892)
  KCS_KC868_A128_V1.0.24.zip (Size: 756.25 KB / Downloads: 919)
  KCS_KC868_AI_V1.0.24.zip (Size: 750.33 KB / Downloads: 1113)
  KCS_KC868_AK_V1.0.24.zip (Size: 738.35 KB / Downloads: 898)
  KCS_KC868_E16S_V1.0.24.zip (Size: 756.17 KB / Downloads: 924)
  KCS_KC868_A2_V1.0.25.zip (Size: 716.5 KB / Downloads: 877)

  H32B_Pro_V1.16_230404.zip (Size: 54.87 KB / Downloads: 857)

improvement:

add "MOTT feedback all channels" option in webpage setting. Support home bridge.

Enable= MQTT message will feedback all channels state
Disable= MQTT message will feedback single channel

   
   

Can anybody help me with information relating to the ESP32 GPIO pin used to connect the IRQ (nINT) from the PCF8574 (Digital inputs 1 to 6).

I need to be able to capture very irregular (maybe 10 per minute) but short pulses (< 10mS duration) pulses without missing any.

I would hate to have to schedule I2C reads every 5mS or less to make sure nothing is missed.

I have had a look at the KC868-A4 schematic and the DI1-DI4 pins are directly GPIO connect, not through a PCF8574 GPIO extender.