PWM AC Light Dimmer Module 110-220V for Arduino Raspberry PI 50/60hz Fan Motor

AC PWM Dimming Dimmer Governor Motor Speed Controller Voltage Regulating Regulator Thyristor Isolation Module I/O Output
INPUT can be 110V or 220V
Sample Arduino code provided below.
1.Description:
Thyristor module is completely isolated from the input and output optocouplers, and can be used safely when the weak current is completely isolated.
It uses the I/O port output from MCU to adjust the duty cycle to change the 220V AC voltage to achieve the dimming speed regulation power, etc.
 
 
2.Features:
    1>.Multi-application mode;
    2>.Optocoupler isolated output;
    3>.Support PWM control;
    4>.Low power consumption;
    5>.Small size;
 
 
3.Parameters:
    1>.Product Name:AC 220V Thyristor Isolation Module 
    2>.Product Number: YYAC-3S
    3>.Control Voltage: DC 3.3V-5.0V
    4>.Load Working Voltage: AC 220V
    5>.Load Output: AC 220V
    6>.Load Current: 3A(Max)
    7>.PWM Control Frequency: 1Hz~500Hz
    8>.Duty Cycle:0~100%
    9>.Working Temperature range:-40°~85°
    10>.Working Humidity range:0%-95%RH
    11>.Size:56*24*21mm
 
 
4.Function:
    1>.Light modulator:Change the voltage of the lamp to adjust the brightness of the lamp by adjusting the PWM.
    2>.Regulator:Change the duty cycle to change the voltage.
    3>.Thermostats:Change the temperature by voltage control heater or cooler.
    4>.Motor speed regulation:Change voltage for motor.
    5>.Example:Module will output 0V is input 0V low level signal from PWM;Module will output 220V is input 5V high level signal from PWM.
 
 
5.Key core code:
    Such as controlling the brightness of the lamp:
    While(1)
    {
        PWM++;
        If(PWM==PWM_set) P1^0=0; //The larger the PWM_set, the brighter the light
        If( PWM>=10) {P1^0=1;PWM=0; }
    }
 
 
6.Using Steps:
    1>.Write the complete code according to MCU such as Arduino,Raspberry Pi,AVR,ARM,STM32 and so no.
    2>.Connect control power supply 3.3V~5V for module.
    3>.Connect Load Working Voltage at ‘N’ and ‘L’.
    4>.Connect Load such as lamp or motor.
    5>.Connect MCU to get PWM signal.
    6>.Turn ON power for module and use module.
 
 
7.Note:
    1>.Please connect load before PWM adjust;
    2>.It is also possible to use a signal generator to control the module, but it must meet the frequency requirements;
    3>.Wire cannot be reversed.Otherwise the module will be damaged.
 
 
8.Application:
    1>.Toy
    2>.Intelligent robot control
    3>.Smart car
    4>.Mechanical control
    5>.Adjust the brightness of the lamp
    6>.Control motor speed
    7>.Adjust the voltage range

Please see below video for Arduino testing
https://youtu.be/mGw7C9-tJVk
Please see below arduino sample code

//Initializing LED Pin
int led_pin = 6;
void setup() {
  //Declaring LED pin as output
  pinMode(led_pin, OUTPUT);
}
void loop() {
  //Fading the LED
  for(int i=55; i<255; i++){
    analogWrite(led_pin, i);
    delay(20);
  }
  for(int i=255; i>55; i--){
    analogWrite(led_pin, i);
    delay(20);
  }
}