Project description
Remote switching on of the relay in any sequence, by radio transmission.
Each relay is connected to a separate Arduino nano and has a radio receiver (NRF24L01).
1 remote control built on an Arduino nano and radio transmitter (NRF24L01).
The program with sequence is loaded into the control panel.
After that, the control panel communicates with the points over the radio channel and gives commands to open / close the relay.
Mode of work:
When the remote and relay are turned on, the relay is connected to the remote, when one of the relays is connected to the remote, it symbolizes the inclusion of the LED on the remote and so on with each relay.The remote remains in the waiting mode of the command to turn on the program by the button.
After connecting the points by pressing a button on the remote, the algorithm for sending signals to the relays specified in the algorithm for a given time is started.
The relay received the signal opens for a short time by 0.5-1sec and closes waiting for the next signal.
Each relay is connected to a separate Arduino nano and has a radio receiver (NRF24L01).
1 remote control built on an Arduino nano and radio transmitter (NRF24L01).
The program with sequence is loaded into the control panel.
After that, the control panel communicates with the points over the radio channel and gives commands to open / close the relay.
Mode of work:
When the remote and relay are turned on, the relay is connected to the remote, when one of the relays is connected to the remote, it symbolizes the inclusion of the LED on the remote and so on with each relay.The remote remains in the waiting mode of the command to turn on the program by the button.
After connecting the points by pressing a button on the remote, the algorithm for sending signals to the relays specified in the algorithm for a given time is started.
The relay received the signal opens for a short time by 0.5-1sec and closes waiting for the next signal.
Software development Bank transfer
