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RF22A04 433M forArduno Remote Control UART PC USB RF Wireless Relay Controller PT2262 MC

RF22A04 433M forArduno Remote Control UART PC USB RF Wireless Relay Controller PT2262 MC

RF22A04*1+BX003*1

1000 in stock

$26.98
$26.98 $26.98
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Kit number : RT410
 
Qty:
 
1 PCS 433M Wireless transmitter module(Does not include Ardiuno UNO);
1 PCS 433M 4 channels relay switch;
 
 
 
Wireless transmitter module connected with Ardiuno uno(replace PT2262 Remote Keyfob
USE:
 
 
 
 
Software control:
How to use:send ''a'' trigger A channel relay,send ''b'' trigger A channel relay,Etc.
 
 
 
Ardiuno core fragment(complete code through ebay message Request):
 
//Author: cantone-electonics
//Ardiuno 1.0
//Ardiuno R3
//Making a wireless remote control with Ardiuno
 
 
...
 
//send:8 Address Bits, 4 Data Bits, Sync bit
void send-data()
 
 
void setup() {
// initialize the LED pin as an output:
pinMode(ledPin, OUTPUT);
// initialize the encoder DOUT pin as an output
pinMode(data-out, OUTPUT);
 
Serial.begin(9600);
 
}
 
void loop()
{
...
 
while(1)
{
//get key from pc serial port
while (Serial.available() > 0)
{
keydata = Serial.read();
receive flag = 1;
delay(2);
}
 
if(receive flag == 1)//if get key,send key
{
 
receiv flag = 0;
 
if((keydata == 'a') || (keydata == 'A'))//trigger A channel relay.
{
Temporary[2] = 0xC0;// 0xC0 is A button key
digitalWrite(ledPin, HIGH);//Turn on led
send data();//send code word
Serial.println(''.....trigger A channel relay.....'');
}
else if((keydata == 'b') || (keydata == 'B'))//trigger B channel relay.
{
Temporary[2] = 0x30;// 0x30 is B button key
digitalWrite(ledPin, HIGH);//Turn on led
send data();//send code word
Serial.println(''.....trigger B channel relay.....'');
}
else if((keydata == 'c') || (keydata == 'C'))//trigger C channel relay.
{
Temporary[2] = 0x0C;// 0x0C is C button key
digitalWrite(ledPin, HIGH);//Turn on led
send data();//send code word
Serial.println(''.....trigger C channel relay.....'');
 
}
else if((keydata == 'd') || (keydata == 'D'))//trigger D channel relay.
{
Temporary[2] = 0x03;// 0x03 is D button key
digitalWrite(ledPin, HIGH);//Turn on led
send data();//send code word
Serial.println(''.....trigger D channel relay.....'');
}
 
...
 
}
}
 

Description (Click on the link below):

receiver Features:
 
 
 
Typical applications:
DC 12V Home lighting system
Remote control switch
Smart Home / Home Automation
LED lighting
Fluorescent lamp
DC 12 DC Motor,RS360
 
Wiring Diagram 1:
DC 12V control circuit,Wiring diagram below. ''LOAD'' may be LED lights, fans, motors and other DC 12V

 

 

Wiring Diagram 2:

DC 1-110V OR AC 85-265V control circuit,Wiring diagram below(Note:If not DC 12V load, need another DC 12V power supply). ''LOAD'' may be LED lights, fans, motors and other DC AC equipment

 

 

Wiring Diagram 3:
All kinds of motor reversing control: DC 1-110V or AC 85-265V DC/AC Motor

 

 
 
Product Name : DC 12V 4CH 433MHz Delay RF Wireless Relay Controller For PT2262 EV1527 Encoder
 
Module No.: CE-RF22A04

Packing list:

1 PCS 433M DC 12V 4 Channel Multifunction Wireless Controller
 
Features:
 
1 Operating voltage : DC 12V
2 Operating Current: Standby current (all relays closed) 15MA, 1 relay open 42MA, 2 relays open 62MA, 3 relays open 94MA, 4 relays open 121MA
3 Operating frequency: 433.92M;
 
4 Receiver sensitivity : -108dBm
 
5 Decode : learning code, can be adapted EV1527 / PT2262(Click here)and compatible remote control, you can store up to 8 remote control
 
6 Work mode : Non-locking (Momentary is defult),Self-locking (Toggle),Inter-locking (Latch), Delay; Delay adjustable from 0.1 to 100 seconds, 0.1 seconds Resolution.
7 Size(Including housing)75*54*28mm
8 Weight: 77g
9 Relay Maximum load(Recommended<5A):10A/250VAC,10A/125VAC,10A/30VDC, 10A/28VDC ,10A/12VDC
Advantage :

1: Receiver Mother board have a learning key , if the remote is lost , must buy EV1527 OR Pt2262 remotes to re-learn;

 

 

 

Work mode

Delay mode user guide :
 
1 In delay mode(Mode 3),with a suitable screwdriver and gently rotating adjustable resistance;Clockwise, increasing delay,Counter-clockwise, the delay is reduced
 
2 Delay adjustable from 0.1 to 100 seconds, 0.1 seconds Resolution.
 
Glossary:

NO : Relay normally open contact

COM : Relay common contact

NC : Relay normally closed contact

Open : NO connection COM, NC disconnect COM

Close : NO disconnect COM, NC connection COM

Momentary : Press the Transmitter button A, the receiver Channel 1 is Open, release button A; the receiver Channel 1 is Close, the same as B ,Every Channel is Independent ;

Toggle : Press transmitter button A for 1 time , the receiver Channel 1 is Open, press button A again, the receiver Channel 1 is Close, the same as B. Every Channel is Independent ;

Latched : Press transmitter button A, the receiver Channel 1 is Open, the Channel 2 is Close.

Press transmitter button B, the receiver Channel 2 is Open, the Channel 1 is Close.

Delay : Press the Transmitter button A, the receiver Channel 1 is Open,After a set time delay, the receiver Channel 1 is Close, the same as B ,Every Channel is Independent;

If during the delay, press the button of Transmitter, delay start again; if the delay period, press and hold the button of Transmitter 3-4 seconds, the receiver controller stops the delay, the relay Close

 

Adapter remote control (learning remote control):

 

Under normal operating mode, LED will be lit, when receives a valid remote control (EV1527 / PT2262) button values, LED flashes

 

 

Clean code: press the button and held down, LED off, LED will light about 8 seconds later, clean code is completed (Note: After performing clean code previously stored remote control value does not exist)

 

 

Step 1 (into the learning mode): Press the button (about 1 second), LED off;

 

Step 2 (adapter channel 1): Then press the first button on the remote control, LED flashes four times off, then learning the first button value

 

Step 3 (Adaptation Channel 2): Then press the second button on the remote control, LED flashes four times brighter, then learned two key values

 

Step 4 (Adaptation Channel 3): Then press the third button on the remote control, LED flashes four times brighter, then learned two key values

 

Step 5 (Adaptation Channel 4): Then press the fourth button on the remote control, LED flashes four times brighter, then learned two key values

Transmitter :
 
 
 

 

 

 

Application on Atmega8 AVR microcontrollers :

 

Item Description

 

Technical Data :
 
Transmitter module No.: BX-TM01 -433 ;
Operating frequency (MHz): 433.92MHz ;
Transmit power: more than 10mW;
Operating Voltage (V): DC 3-12V ;
Low transmit of the static power consumption is current consumption : 10 mA (No transmit No current consumption);
SAW Frequency stability :±75KHZ;
Data transfer rate : 3 kb/s ;
Operating temperature: -20   ~ +60  ;
Size : 11x16x5.5MM;
Type of Output: TTL;
 
Typical Applications
Automotive RKE systems
Automotive alarm systems
Automotive immobilizers
Gate and garage door openers
Burglar alarm systems
 
 
 
We provide ARDUINO sample code , please contact after your order at Ebay message . 
 
 
 
Qty:
 
1 PCS 433M Wireless transmitter module(Does not include Arduino UNO);
1 PCS 433M 4 channels relay switch;
 
 
 
Wireless transmitter module connected with  Arduino uno(replace PT2262 Remote Keyfob）
 
USE: 
 
 
 
 
 
 
Software control： 
How to use:send "a" trigger A channel relay,send "b" trigger A channel relay,Etc.
 
arduino core fragment(complete code through ebay message  Request):
  
//Author: cantone-electonics
//Arduino 1.0
//Arduino uno R3
//Making a wireless remote control with arduino
 
  
...
 
//send:8 Address Bits, 4 Data Bits, Sync bit
void send_data()
 
 
void setup() {
  // initialize the LED pin as an output:
  pinMode(ledPin, OUTPUT); 
   // initialize the encoder DOUT pin as an output
  pinMode(data_out, OUTPUT);
 
  Serial.begin(9600);
 
}
 
void loop()
{
  ...
  
  while(1)
  {
    //get key from pc serial port
    while (Serial.available() > 0) 
    {
        keydata = Serial.read();
        receive_flag = 1;
        delay(2);
    }
   
    if(receive_flag == 1)//if get key,send key
    {
     
    receive_flag = 0;
   
    if((keydata == 'a') || (keydata == 'A'))//trigger A channel relay.
    {
      Temporary[2] = 0xC0;// 0xC0 is A button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
       Serial.println(".....trigger A channel relay.....");
    }
    else if((keydata == 'b') || (keydata == 'B'))//trigger B channel relay.
    {
      Temporary[2] = 0x30;// 0x30 is B button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger B channel relay.....");
    }
     else if((keydata == 'c') || (keydata == 'C'))//trigger C channel relay.
     {
      Temporary[2] = 0x0C;// 0x0C is C button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger C channel relay.....");
     
     }
     else if((keydata == 'd') || (keydata == 'D'))//trigger D channel relay.
     {
      Temporary[2] = 0x03;// 0x03 is D button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger D channel relay.....");
     }
    
    ...
  
  }
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