Ozeki Matrix RF 433 MHz Control Code

433MHz Radio Frequency Transceivers can transmit or receive radio signals. You can wirelessly control electronic components with radio signals, or get data from sensors. Control your electronic components by sending commands in binary numbers (ones and zeros). Find out the exact commands by reading the datasheet of the controllable device. If the commands you find in your device's datasheet are not binary, you can use online converters or a Windows Calculator to convert commands into binary.

Required hardware

• Ozeki 433Mhz RF Module
• 433MHz Receiver
• 433MHz Transmitter

Source code to install on controller

#include <OzIDManager.h>
#include <Oz433MhzTransceiver.h>

OzIDManager* manager;
Oz433MhzTransceiver* oz433MhzTransceiver;

uint8_t receiverInterrupt = 1; // default value: INT 1 on D3
uint8_t transmitterPin = 2; // default value: D2

void setup()
{
  Serial.begin(115200);

  manager = new OzIDManager;
  manager->_sendACK = true; 
  manager->_checksum = true; 

  OzCommunication::setIDManager(manager);

  oz433MhzTransceiver = new Oz433MhzTransceiver(receiverInterrupt, transmitterPin);

  int x=1;
  manager->sendLinkSetup();
  manager->PrintWelcomeLine(oz433MhzTransceiver, x++, "MyRF433");
}

void loop()
{
  OzCommunication::communicate();
  oz433MhzTransceiver->ownLoop();
}

More information

• Information about 433 MHz modules
• How to setup a rf 433 mhz on arduino mega
• How to setup a rf 433 mhz on arduino nano
• How to setup a rf 433 mhz on arduino uno
• How to setup a rf 433 mhz on Ozeki matrix
• How to setup a rf 433 mhz on Raspberry Pi
• RF 433 mhz protocol for arduino
• Arduino RF 433 MHz Chat Control
• RF433 Desc
• RF433 Transceiver Arduino