1: Read 4 channel analog inputs by TCP command：
Send: RELAY-GET_AI-255
Feedback: RELAY-AI-ALL,A0,A1,A2,A3,OK

A0,A1 analog input range: DC0-5V
A2,A3 analog input range: 4-20mA

example:
A0 and A1 connect with 3.3V , will feedback:
RELAY-AI-ALL,330,330,0,0,OK

A2 and A3 connect with 10mA sensor , will feedback:
RELAY-AI-ALL,0,0,455,455,OK


--------------------------------------------------------------
2: enable/disable analog inputs by TCP command:
Send: RELAY-AI_REPORT-255,1    //Enable analog input AUTO feedback
Feedback: RELAY-AI_REPORT-255,1,OK

Send: RELAY-AI_REPORT-255,0   //Disable analog input AUTO feedback
Feedback: RELAY-AI_REPORT-255,0,OK


---------------------------------------------------------------
3. Read 4 channel analog inputs by MODBUS RS485

01 03 01 2C 00 04 CRCH CRCL   
Feedback: 01 03 08 A0 A1 A2 A3 CRCH CRCL

01:RS485 address ID
01 2C=300 register address
00 04 register number

example:
if A0 connect with 3.29V
Send: 01 03 01 2C 00 04 84 3C
Feedback: 01 03 08 01 49 00 00 00 00 00 00 8C DF
01 49 =329 = 3.29V

if A1 connect with 3.31V
Send: 01 03 01 2C 00 04 84 3C
Feedback: 01 03 08 00 00 01 4B 00 00 00 00 30 08
01 4B =331 = 3.31V

improvement:

add manufactory test commands for RS232

command-1 for set to test mode:
    set static IP:192.168.1.200 for ethernet
    set wifi work mode=TCP Server
    set ethernet work mode=TCP Server
    enable 4 chanenl analog input auto report
    set board RS485 address=1
    set board RS485 Baud rate=9600bps

command-2 for Restore factory settings:
    set wifi work mode=UDP
    set ethernet work mode=UDP
    disable 4 channel analog input auto report


  KC868_SERVER_V148_220413.zip (Size: 54.15 KB / Downloads: 825)
download the ZIP file , unzip update the bin file for KC868-H32B relay controller by USB-RS232 cable or ethernet cable.

[b]1.Diagram of relay Controller[/b]

Download PDF details
[b]Leds status different color means:[/b]
Red: Controller is power on.
Green: WiFi module is connect to your router successfully.
White: network run in “TCP Client” mode or “MQTT” mode.
Yellow: network run in “TCP Server” mode.
Blue: network run in “UDP” mode.
[b]what’s UDP , TCP Server, TCP Client, MQTT means:[/b]
When set to “UDP” and set the cloud server IP and port, controller will auto connect to KinCony’s Cloud server. Then you can use “KinCony Smart Home” phone app for remote control relay.
When set to “TCP Server”, controller own is a server work in local network ,you can use “KBOX” phone app without internet and our cloud server to control relay in local network.just your mobile phone or PC and controller connect with same router.
When set to “TCP Client” and set the server IP and port, controller will auto connect to your own server (not KinCony’s cloud server) by “TCP Client”, you can write program for server and make your own phone app to use, this for developer to use.
When set to “MQTT” and set the server IP and port, controller will auto connect to KinCony’s MQTT cloud server or your own server (not KinCony’s cloud server) by MQTT, you can write program for server and make your own phone app to use, this for developer to use. Or you can use “KBOX” android phone app for remote control.
[b]what’s buttons function:[/b]
Button1 “WiFi Reset” : Reset WiFi module, then controller will be work as “AP” mode, you will see the wifi signal “LPT230” for use.Now you can config the ssid and password for your router.
Button2 “Ethernet Mode” : change ethernet work mode for UDP->TCP Server->TCP Client.
Button3 “WiFi Mode” : change WiFi work mode for UDP->TCP Server->TCP Client.
[b]How to use buttons:[/b]
[b]Button1 “WiFi Reset” :[/b] Hold on the button for 5 seconds,then restart power of controller.
[b]Button2 “Ethernet Mode” :[/b]
Hold on the button until LED color changed. There are 5 status:
a.) Hold on button, when the [yellow LED] is ON, release it, then work mode in “TCP server” mode;
b.) Hold on button, when the [white LED] is ON, release it, then work mode in “TCP Client” mode;
c.) Hold on button, when the [blue LED] is ON, release it, then work mode in “UDP” mode;
d.) Hold on button, when the [yellow and white LED] all is ON, release it, then work mode in “UDP” and IP by DHCP mode;
e.) Hold on button, when the [yellow and white and blue LED] all is ON, release it, then work mode in “TCP Server” and IP (192.168.1.200) by static mode;
Note: after changed mode, the controller will restart automatically.
The controller default work mode is DHCP and UDP mode.
[b]Button3 “WiFi Mode” :[/b]
Hold on the button until LED color changed. There are 3 status:
a.) Hold on button, when the [yellow LED] is ON, release it, then work mode in “TCP server” mode;
b.) Hold on button, when the [white LED] is ON, release it, then work mode in “TCP Client” mode;
c.) Hold on button, when the [blue LED] is ON, release it, then work mode in “UDP” mode;
Note: after changed mode, the controller will restart automatically.
The controller default work mode is DHCP and UDP mode.
[b]2.Network Setting[/b]
A.WiFi config (if you use ethernet cable, you can skip WiFi config step):
B.Set Work Mode for remote control (Need internet and KinCony’s cloud server)
C.Set Work Mode for local LAN control (without internet)

When wifi connected, open browser visit: http://10.10.100.254/

input the user name: admin password: admin

now the default menu is Chinese , you can click “English” change to English language menu.

this is English menu.

Enter wifi work mode, default is “AP mode”

Now we change to “STA mode”, “STA” means “Station”

not need to “Restart” , just click “Back” button for other settings, at last you need Restart once.

Press “Scan” to search your router’s wifi signal or you input manually.

Chose your router’s wifi ssid

there is a tip message for you to input password of your router.

now input password of your router.

now you want to use “KinCony smart home ” phone app for remote control, so make sure your Protocol line is “UDP” and Server address is “114.55.89.143”,Port is “5555”. now all setting is finished, we press “Save”, then restart.

B.APP- KBOX Smart (LAN:without internet)

C.PC Software (LAN:without internet)

D.PC Software (WAN:need internet)

  KC868-H32 NODE RED HOMEKIT.pdf (Size: 3.3 MB / Downloads: 757)

  KC868-G IR INTEGRATION.pdf (Size: 3.37 MB / Downloads: 804)

  Automation using KC868-A16 and KC868-E16.pdf (Size: 6.26 MB / Downloads: 1100)

1. Add the repository URL under Supervisor->Add-on store->...->Manage add-on repositories:

https://github.com/zigbee2mqtt/hassio-zigbee2mqtt

2. Zigbee2mqtt add-on Configuration for home assistant

data_path: /config/zigbee2mqtt
external_converters: []
devices: devices.yaml
groups: groups.yaml
homeassistant: true
permit_join: false
mqtt:
  base_topic: zigbee2mqtt
  server: mqtt://192.168.1.96:1883
  user: mqtt
  password: '123'
serial:
  port: /dev/ttyACM0
advanced:
  log_level: info
  pan_id: 6754
  channel: 11
  network_key:
    - 1
    - 3
    - 5
    - 7
    - 9
    - 11
    - 13
    - 15
    - 0
    - 2
    - 4
    - 6
    - 8
    - 10
    - 12
    - 13
  availability_blocklist: []
  availability_passlist: []
device_options: {}
blocklist: []
passlist: []
queue: {}
frontend:
  port: 8099
experimental: {}
socat:
  enabled: false
  master: pty,raw,echo=0,link=/tmp/ttyZ2M,mode=777
  slave: tcp-listen:8485,keepalive,nodelay,reuseaddr,keepidle=1,keepintvl=1,keepcnt=5
  options: '-d -d'

3. feedback click action mqtt message:

  1: single
  2: double
  3: triple
  4: quadruple
  5: many

4. Xiaomi zigbee switch configure for home assistant by Zigbee2mqtt

sensor:
  - platform: mqtt
    name: Voltage
    state_topic: "zigbee2mqtt/0x00158d00067ec29e"
    value_template: "{{ value_json.battery }}"
    unit_of_measurement: "%"
    availability_topic: "zigbee2mqtt/bridge/state"
    payload_available: "online"
    payload_not_available: "offline"
    qos: 0
    device_class: battery

  - platform: mqtt
    name: signal
    state_topic: "zigbee2mqtt/0x00158d00067ec29e"
    value_template: "{{ value_json.linkquality }}"
    availability_topic: "zigbee2mqtt/bridge/state"
    payload_available: "online"
    payload_not_available: "offline"
    qos: 0
    device_class: signal_strength

  - platform: mqtt
    name: click
    state_topic: "zigbee2mqtt/0x00158d00067ec29e"
    value_template: "{{ value_json.click }}"
    availability_topic: "zigbee2mqtt/bridge/state"
    payload_available: "online"
    payload_not_available: "offline"

Note: ID need replace with your device. such as '0x00158d00067ec29e'

5. create a new automation:

Trigger type: State
Entity: sensor.click
To: single


Actions:
Action type: Call service
Service: Switch:Toggle
+ Pick entity

   
   


ESPHome config:

# Example configuration entry
remote_transmitter:
  pin: GPIO23
  carrier_duty_percent: 50%

climate:
  - platform: mitsubishi    # adjust to match your AC unit!
    name: "Room AC"

DS18B20 temperature range: -55°C to +125°C and is accurate to ±0.5°C

ESPHome config:

# Example configuration entry
dallas:
  - pin: 4
    update_interval: 5s

# Individual sensors
sensor:
  - platform: dallas
    address: 0x69062162d9ec4328
    name: "Temperature"


   

ESP32 use serial port communication with KinCony ARM CPU. user can write any code work with KinCony ARM CPU read/write digital input, digital output and analog input.


  KC868_SERVER_OPENSOURCE_SCH.pdf (Size: 373.22 KB / Downloads: 1255)