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[Arduino IDE demo source code for KC868-SERVER]--#03-IR_send code

Posted by: KinCony Support - 04-21-2022, 08:35 AM - Forum: KC868-Server Raspberry Pi4 local server - No Replies

Code:
#include <IRremote.h>

IRsend irsend_23(23);      // set ir_send pin IO23

uint8_t sRepeats = 0;

void setup() {

  Serial.begin(9600);

  pinMode(0,INPUT);

  IrSender.begin(23, ENABLE_LED_FEEDBACK);

  IrSender.enableIROut(38);

}

void loop() {

  /*the raw_code of your remote button,you can get it by our 

    example [Arduino IDE demo source code for KC868-SERVER]--#02-IR_RECEIVE code*/

        Serial.println("Turn on LED");

        irsend_23.sendNECRaw(0xF807FF00, sRepeats);   //  0xF807FF00  is the raw_code  of led on

        delay(1000);

        Serial.println("Turn off LED");

        irsend_23.sendNECRaw(0xF906FF00, sRepeats);  //   0xF906FF00 is the raw_code  of led Off

        delay(1000);

}

This code will turn on LED and delay 1s turn off LED

The raw_data of LED on is 0xF807FF00 ,you can decode the data by our example code
"[Arduino IDE demo source code for KC868-SERVER]--#02-IR_RECEIVE code"

[Arduino IDE demo source code for KC868-SERVER]--#02-IR_RECEIVE code

Posted by: KinCony Support - 04-21-2022, 06:16 AM - Forum: KC868-Server Raspberry Pi4 local server - No Replies

Code:
#include <IRremote.h>

IRrecv irrecv_22(22);// set ir_receive pin IO22

void setup() {

  Serial.begin(9600);

  irrecv_22.enableIRIn();

}

void loop() {

    if (irrecv_22.decode()) {

      if(irrecv_22.decodedIRData.decodedRawData!=(0)){

        Serial.print("irCode address: ");            

        Serial.println(irrecv_22.decodedIRData.address,HEX); 

        Serial.print("irCode command: ");            

        Serial.println(irrecv_22.decodedIRData.command,HEX);

        Serial.print("irCode decodedRawData: ");            

        Serial.println(irrecv_22.decodedIRData.decodedRawData,HEX);

      }

      IrReceiver.resume();

    }

}

[Arduino IDE demo source code for KC868-SERVER]--#01-433Mhz-RF-RECEIVE code

Posted by: KinCony Support - 04-21-2022, 05:36 AM - Forum: KC868-Server Raspberry Pi4 local server - No Replies

Code:
#include <RCSwitch.h>

RCSwitch mySwitch = RCSwitch();

void setup() {

  Serial.begin(9600);

  mySwitch.enableReceive(digitalPinToInterrupt(13));  //The receive PIN is IO 13

}

void loop() {

  if (mySwitch.available()) {

    Serial.print("Received ");

    Serial.print( mySwitch.getReceivedValue() );

    Serial.print(" / ");

    Serial.print( mySwitch.getReceivedBitlength() );

    Serial.print("bit ");

    Serial.print("Protocol: ");

    Serial.println( mySwitch.getReceivedProtocol() );

    mySwitch.resetAvailable();

  }

}

[Case Study-01]: KC868-A4 Green house temperature monitoring

Posted by: admin - 04-21-2022, 01:35 AM - Forum: DIY Project - Replies (1)

[Image: kc868-a4-email.jpg]
In this series, we will analyze examples of the application of Kincony controllers in solving cases from practical applications. Practical cases are usually not complex, but they solve important things in the production process. In some cases, mistakes can cause large losses in production. Such systems need to be approached seriously.
author: wrote by Nebojsa from Croatia

Case study: Greenhouse temperature management
The user owns a greenhouse for growing vegetables. Summer temperature inside the greenhouse should not exceed 35oC. At a temperature of > 40oC the plants begin to be irreversibly destroyed.
When the temperature reaches 30oC, the automation system should immediately send an e-mail warning to the responsible person and start the industrial fans to injecting cooler air. If the temperature continues to rise and reaches (set + 4oC) 34oC, the system should start opening the sides via automatic actuators.
When the temperature drops below 30oC, it is necessary to stop the ventilation and close the sides.
Reading the current temperature inside the greenhouse, and changing the system parameters can be done through the website on the local network.

We will use these components:
[Image: kc868-a4.jpg]
KC868-A4 controller
[Image: ds18b20-1.png] [Image: ds18b20-2.jpg]
Temperature sensor DS18B20
[Image: contact.jpg] [Image: 2NO.jpg] [Image: 2NC.jpg]
Contactors, 1 x 2NO; 1 x 1NO – 1 NC
Program structure:
[Image: Program-structure-1.png]
[Image: Program-structure-2.png] This block enable data entry over LAN Web. Start any web browser and in address field enter IP what see after start program over Arduino IDE (for example: 192.168.8.153 as can see on screen)
Programing details
In my series of case studies will not so much fokusing on programming details. Some interesting parts of programs will be comented in source code.
I think you have read the published articles about the KC868-A4 controller, but to note in the Tools menu you should choose Board: NodeMCU 32S.
Include the necessary libraries via Manage Libraries ...
Included libraries:
#include <WiFi.h>               // Enables network connection.
#include <AsyncTCP.h>           // This is a fully asynchronous TCP library
#include <ESPAsyncWebServer.h> // Async HTTP and WebSocket Server
#include <OneWire.h>            // Access 1-wire devices as temp. sensors
#include <DallasTemperature.h> // Library for Dallas Temperature ICs
#include "ESP32_MailClient.h"   // Mail Client Arduino Library for ESP32
#include "time.h"               // Date and Time functions, NTP sync.

Slanje maila preko KC868-A4
We recommend that you create a new mail, and do not use your existing mail account. This mail will be used to send emails. On this occasion, I opened a new gmail.com account via the link.
In the Select app field, choose mail and password.
The SMTP server settings for the sender email.

SMTP Server: gmail.com
SMTP username: Complete Gmail address
SMTP password: Your Gmail password
SMTP port (TLS): 587
SMTP port (SSL): 465
SMTP TLS/SSL required: yes

// To send Email using Gmail use port 465 (SSL) and SMTP Server smtp.gmail.com
const String emailSenderAccount = "your mail@gmail.com";
const String emailSenderPassword = "your password";
const String smtpServer = "smtp.gmail.com";
const int smtpServerPort = 465;

The mailing address for reception, can be our existing mail or any other.

KC868-A4 Mailing source program download here.

Run the temperature mailing notification
Start Tools -> Serial monitor
First start WiFi connecting over assign SSID and password of the router WiFi.
Remember this IP address, will need later.
[Image: arduino-serial.jpg]

The program provided the date and time via an internet NTP server. It is important for real time the temperature monitoring. After this program read temperature from DS18B20 sensor.
As the case study defined, the temperature less than 30oC mean normal situation, no any action and there is no need to turn on the cooling, the fan stay Off and wall is closed.
[Image: temperature-output-1.jpg]

After the temperature exceeds the set limit (30oC), ventilation is switched on (Fan -> ON), system send Alert mail to defined address, but the wall actuators stay closed.
If the temperature continues to rise and reaches 4oC more than the set limit, the actuator is started to open the sides of the greenhouse. State: Fan -> On; Wall -> Open.
[Image: temperature-output-2.jpg]

If the temperature starts to drop, the fan will continue to run until it falls below the set limit. The sides will also be open during this time. When the temperature falls below the set limit, the system sends an e-mail to the user to inform him that the temperature has returned to normal, the fan is stopped and the side walls of the greenhouse are closed.
[Image: temperature-output-3.jpg]

Received mail when temperature goes over the defined limit:
[Image: temperature-output-4.jpg]

Received mail when temperature again become the normal:
[Image: alarm-mail-2.jpg]

Temperature readings and settings can be performed via a web browser. We need to start our web browser (any), enter the IP address obtained at the beginning, we will get the web page as shown below.
[Image: alarm-mail-4.jpg]

The HTML code generated by the specified screen was created in our program. We will not go into deeper explanations, we would just look the HTML code.
[Image: http-code.jpg]

Hardware system configuration
[Image: hardware-system.png]

Conclusion:
This case study like all others can be performed in many ways. One solution is presented here. The Kincony controller KC868-A4 was used, the Arduino IDE was used for programming. For settings see the link about KC868-A4. The plan is to process several different projects related to practical applications.
If you have any questions, suggestions or comments, write to info@edata.hr

[Arduino demo source code for KC868-A4]-14 MQTT demo

Posted by: admin - 04-19-2022, 12:47 AM - Forum: KC868-A4 - Replies (18)

Code:
// MQTT demo source code for KC868-A4

// Remote control relay ON/OFF by any MQTT broker

// Digital input use by switch button for ON/OFF and demo show state feedback

// You can use by MQTTBOX for test or KinCony KBOX android phone app

#define Relay1  2 

#define Relay2  15 

#define Relay3  5 

#define Relay4  4 

#define Key1  36 

#define Key2  39 

#define Key3  27 

#define Key4  14

int KEY_NUM1 = 0;    //key_1 value

int KEY_NUM2 = 0;    //key_2 value 

int KEY_NUM3 = 0;    //key_3 value 

int KEY_NUM4 = 0;    //key_4 value 

#include <string.h>

#include <WiFi.h>

#include <PubSubClient.h>

// WiFi

const char *ssid = "KinCony"; // Enter your WiFi name

const char *password = "a12345678";  // Enter WiFi password

// MQTT Broker

const char *mqtt_broker = "iot.kincony.com";  // or your MQTT broker IP/Domain

const char *topic_command = "relay4/123456/set";  // if use by KBOX android phone app, use relay4/xxxxxx/set      for command

const char *topic_state = "relay4/123456/state";  // if use by KBOX android phone app, use relay4/xxxxxx/state    for feedback state

const char *mqtt_username = "mqtt"; 

const char *mqtt_password = "123";

const int mqtt_port = 1883;

WiFiClient espClient;

PubSubClient client(espClient);

void setup() {

  pinMode(Relay1,OUTPUT);   //Relay1 IO2

  pinMode(Relay2,OUTPUT);   //Relay2 IO15

  pinMode(Relay3,OUTPUT);   //Relay3 IO2

  pinMode(Relay4,OUTPUT);   //Relay4 IO2

  pinMode(Key1,INPUT);  //Digital input1 IO36

  pinMode(Key2,INPUT);  //Digital input2 IO39

  pinMode(Key3,INPUT);  //Digital input3 IO27

  pinMode(Key4,INPUT);  //Digital input4 IO14

  pinMode(2, OUTPUT);   //relay1

  pinMode(15, OUTPUT);  //relay2

  pinMode(4, OUTPUT);   //relay3

  pinMode(5, OUTPUT);   //relay4

  digitalWrite(2, LOW);   // turn the LED OFF (HIGH is the voltage level)

  digitalWrite(15,LOW);

  digitalWrite(4, LOW);

  digitalWrite(5, LOW);

 // Set software serial baud to 115200;

 Serial.begin(115200);

 // connecting to a WiFi network

 WiFi.begin(ssid, password);

 while (WiFi.status() != WL_CONNECTED) {

     delay(500);

     Serial.println("Connecting to WiFi..");

 }

 Serial.println("Connected to the WiFi network");

 //connecting to a mqtt broker

 client.setServer(mqtt_broker, mqtt_port);

 client.setCallback(callback);

 while (!client.connected()) {

     String client_id = "esp32-client-";

     client_id += String(WiFi.macAddress());

     Serial.printf("The client %s connects to the public mqtt broker\n", client_id.c_str());

     if (client.connect(client_id.c_str(), mqtt_username, mqtt_password)) {

         Serial.println("Public emqx mqtt broker connected");

     } else {

         Serial.print("failed with state ");

         Serial.print(client.state());

         delay(2000);

     }

 }

 // publish and subscribe

 client.publish(topic_state, "Hi I am KC868-A4");

 client.subscribe(topic_command);

}

void callback(char *topic_command, byte *payload, unsigned int length) {

 Serial.print("Message arrived in topic: ");

 Serial.println(topic_command);

 Serial.print("Message:");

 for (int i = 0; i < length; i++) {

     Serial.print((char) payload[i]);

 }

 Serial.println();

 Serial.println("-----------------------");

 if (!strncmp((char *)payload, "{\"relay1\":{\"on\":1}}", length)) digitalWrite(Relay1, HIGH);

 else if (!strncmp((char *)payload, "{\"relay1\":{\"on\":0}}", length)) digitalWrite(Relay1, LOW);

 if (!strncmp((char *)payload, "{\"relay2\":{\"on\":1}}", length)) digitalWrite(Relay2, HIGH);

 else if (!strncmp((char *)payload, "{\"relay2\":{\"on\":0}}", length)) digitalWrite(Relay2, LOW);

 if (!strncmp((char *)payload, "{\"relay3\":{\"on\":1}}", length)) digitalWrite(Relay3, HIGH);

 else if (!strncmp((char *)payload, "{\"relay3\":{\"on\":0}}", length)) digitalWrite(Relay3, LOW);

 if (!strncmp((char *)payload, "{\"relay4\":{\"on\":1}}", length)) digitalWrite(Relay4, HIGH);

 else if (!strncmp((char *)payload, "{\"relay4\":{\"on\":0}}", length)) digitalWrite(Relay4, LOW);

 if (!strncmp((char *)payload, "{\"relay4\":{\"read\":1}}", length)) {   //for app read all state, replace with your read relay and input code

      client.publish(topic_state, "{\"relay1\":{\"on\":0},\"relay2\":{\"on\":0},\"relay3\":{\"on\":0},\"relay4\":{\"on\":0},\"input1\":{\"on\":0},\"input2\":{\"on\":0},\"input3\":{\"on\":0},\"input4\":{\"on\":0}}");

    }

}

void loop() {

  ScanKey1();            //scan key1

  ScanKey2();            //scan key2

  ScanKey3();            //scan key3

  ScanKey4();            //scan key4

 client.loop();

}

void ScanKey1()            

{

  String temp="{\"relay1\":{\"on\":";

  KEY_NUM1 = 0;                      

  if(digitalRead(Key1) == LOW)         //key1 pressed

  {

    delay(20);                        //anti-interference

    if(digitalRead(Key1) == LOW)       //key1 pressed again

    {

      KEY_NUM1 = 1;                   

      while(digitalRead(Key1) == LOW); //wait remove hand

    }

  }

  if(KEY_NUM1 == 1)              //if key1 pressed

  {   

    digitalWrite(Relay1,!digitalRead(Relay1));    // toggle relay1 state

    if(digitalRead(Relay1) == LOW) temp=temp+"0}}"; 

    if(digitalRead(Relay1) == HIGH) temp=temp+"1}}"; 

    client.publish(topic_state, temp.c_str());

  }  

}

void ScanKey2()            

{

  String temp="{\"relay2\":{\"on\":";

  KEY_NUM2 = 0;                      

  if(digitalRead(Key2) == LOW)         //key2 pressed

  {

    delay(20);                        //anti-interference

    if(digitalRead(Key2) == LOW)       //key2 pressed again

    {

      KEY_NUM2 = 1;                   

      while(digitalRead(Key2) == LOW); //wait remove hand

    }

  }

  if(KEY_NUM2 == 1)              //if key2 pressed

  {   

    digitalWrite(Relay2,!digitalRead(Relay2));    // toggle relay2 state

    if(digitalRead(Relay2) == LOW) temp=temp+"0}}"; 

    if(digitalRead(Relay2) == HIGH) temp=temp+"1}}"; 

    client.publish(topic_state, temp.c_str());

  } 

}

void ScanKey3()            

{

  String temp="{\"relay3\":{\"on\":";

  KEY_NUM3 = 0;                      

  if(digitalRead(Key3) == LOW)         //key3 pressed

  {

    delay(20);                        //anti-interference

    if(digitalRead(Key3) == LOW)       //key3 pressed again

    {

      KEY_NUM3 = 1;                   

      while(digitalRead(Key3) == LOW); //wait remove hand

    }

  }

  if(KEY_NUM3 == 1)              //if key3 pressed

  {   

    digitalWrite(Relay3,!digitalRead(Relay3));    // toggle relay3 state

    if(digitalRead(Relay3) == LOW) temp=temp+"0}}"; 

    if(digitalRead(Relay3) == HIGH) temp=temp+"1}}"; 

    client.publish(topic_state, temp.c_str());

  } 

}

void ScanKey4()            

{

  String temp="{\"relay4\":{\"on\":";

  KEY_NUM4 = 0;                      

  if(digitalRead(Key4) == LOW)         //key4 pressed

  {

    delay(20);                        //anti-interference

    if(digitalRead(Key4) == LOW)       //key4 pressed again

    {

      KEY_NUM4 = 1;                   

      while(digitalRead(Key4) == LOW); //wait remove hand

    }

  }

  if(KEY_NUM4 == 1)              //if key4 pressed

  {   

    digitalWrite(Relay4,!digitalRead(Relay4));    // toggle relay4 state

    if(digitalRead(Relay4) == LOW) temp=temp+"0}}"; 

    if(digitalRead(Relay4) == HIGH) temp=temp+"1}}"; 

    client.publish(topic_state, temp.c_str());

  } 

}

a4-mqtt.zip (Size: 2.05 KB / Downloads: 760)

Lesson17 - integrate USB local camera to home assistant

Posted by: admin - 04-18-2022, 12:52 AM - Forum: Home automation training courses - No Replies

	1. connect with your USB camera. 2. Enable home assistant "Advanced Mode". 3. "Add-ons, Backups & Supervisor" -- "system" -- "Host" -- "Hardware" , search videox 4. Configuration edit yaml camera: - platform: ffmpeg name: cam input: /dev/input/video0 5. Home assistant restart 6. Add camera to dashboard by "picture entity" card

KC816-A16 ESPHome modbus.

Posted by: aamelkin - 04-16-2022, 06:37 AM - Forum: KC868-A16 - Replies (8)

	Hi all, i'm tring to connect r4dcb08 module (https://aliexpress.ru/item/1005002616932...1413511247) to the A16 board using ESPHome Could you please share me some working config (demo config) for A16 board with some modbus device ? (Existing demo codes havn't modbus examles) Thanks.

Read 4 channel analog inputs by TCP or RS485 protocol

Posted by: admin - 04-15-2022, 03:25 AM - Forum: KC868-Server Raspberry Pi4 local server - Replies (2)

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

KC868-Server V1.48 new firmware update

Posted by: admin - 04-15-2022, 02:21 AM - Forum: News - Replies (13)

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

.zip KC868_SERVER_V148_220413.zip (Size: 54.15 KB / Downloads: 737)
download the ZIP file , unzip update the bin file for KC868-H32B relay controller by USB-RS232 cable or ethernet cable.

KC868-Server User Guide Online

Posted by: admin - 04-15-2022, 01:56 AM - Forum: KC868-Server Raspberry Pi4 local server - Replies (8)

[b]1.Diagram of relay Controller[/b]
[Image: KC868-Server2_02.png]
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)

[b]A-1.use Ethernet port to config IP and different work mode by “KinCony-SCAN_Device Tool” for KC868-xB/xBS” series (Recommend)[/b]
Let your KinCony smart controller connect to your router by ethernet cable (CAT5) and your computer also connect with your same router, download “KinCony-SCAN_Device Tool” and unzip file, open “KinCony-SCAN_Device.exe”
[Image: ip-scan-1.png]

Step1: chose your network device of your computer.
Step2: click “StartMonitorPort” button.
Step3: click “SCAN” button.
Now all KinCony Controller (KC868-HxB or KC868-HxBS) will be see. You will see the device IP,Port,UID,type.
[Image: kc868-server-login.png]

web browser login with your KC868-Server’s IP Address, user and password default all are : admin admin
[Image: kc868-server-control-panel.png]

Here is “Relay Control” panel webpage, you can control every channel output independently.

Here is network setting details.
[b]SSID and password:[/b] These are your router’s.
[b]Work Mode:[/b]
1- UDP: Connect with KinCony Cloud server by internet, you can use “KinCony Smart Home ” mobile phone application.
2- TCP Server: Work in local network without internet, you can use “KBOX” mobile phone application.
3- TCP Client: This mode for programmer or developer, controller can connect to your own cloud server by TCP socket connection.
4- MQTT: Connect to any MQTT broker by IP and Port.
[b]Domain name:[/b] connnect to cloud server by domain name, KC868-Server will use DNS to find IP address for cloud server
[b]Post Password:[/b] for http command line use
[b]SW trigger output:[/b] 16 channel output action link or unlink with 16 channel input
[b]Input filter time:[/b] Valid holding time can trigger the input for Digital Input 1-8 ports
[b]B.WiFi advanced config by hotspot without router: (Most time not need to use, you can skip this step)[/b]
1. Install WiFi antenna for Controller.
2. Make sure “DHCP” function is enabled by your router.
3. Enable your computer WiFi network.
4. Begin to config WiFi as follow steps:
Let your computer to connect WiFi wireless network name of “LPT230”
[Image: wifi-ap-1.jpg]

When wifi connected, open browser visit: http://10.10.100.254/
[Image: wifi-config-1.jpg]

input the user name: admin password: admin
[Image: wifi-config-3.jpg]

now the default menu is Chinese , you can click “English” change to English language menu.
[Image: wifi-config-4.jpg]

this is English menu.
[Image: wifi-config-5.jpg]

Enter wifi work mode, default is “AP mode”
[Image: wifi-config-6.jpg]

Now we change to “STA mode”, “STA” means “Station”
[Image: wifi-config-7.jpg]

not need to “Restart” , just click “Back” button for other settings, at last you need Restart once.
[Image: wifi-config-8.jpg]

Press “Scan” to search your router’s wifi signal or you input manually.
[Image: wifi-config-9.jpg]

Chose your router’s wifi ssid
[Image: wifi-config-10.jpg]

there is a tip message for you to input password of your router.
[Image: wifi-config-11.jpg]

now input password of your router.
[Image: wifi-config-12.jpg]

also press “Back” begin for other settings.
[b]Note:[/b]
If you want to reset wifi for new config, you can use WiFi Reset button for re-config.
[b]B.Set Work Mode for remote control (Need internet and KinCony’s cloud server)[/b]
[Image: wifi-config-13.jpg]

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.
[Image: wifi-config-14.jpg]

now you can restart power of your controller. Now you can use “KinCony Smart Home” app and PC software for remote control.
[b]C.Set Work Mode for local LAN control (without internet)[/b]
[Image: wifi-config-15.jpg]

Just change Protocol = TCP Server after “Save” Re-start power for controller. Now you can use “KBOX Smart” app and PC software for local control.

[b]3. How to use Phone APP and PC software in WAN/LAN[/b]
[b]Click below photo to see video:[/b]
A.APP- KinCony Smart Home (WAN:need internet)

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

C.PC Software (LAN:without internet)

[Image: smart-controller-pc-software.jpg]

D.PC Software (WAN:need internet)

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