In this article I have Control the speed of FAN using bluetooth and Raspberry Pi.
Using Android Mobile we can control the Speed of Fan. I have programmed Raspberry Pi such that
If i send "0" by Bluetooth terminal, FAN will turn OFF.
If i send "1" by Bluetooth terminal, FAN will maintain the 30% speed of its maximum Speed.
If i send "2" by Bluetooth terminal, FAN will maintain the 50% speed of its maximum Speed
If i send "3" by Bluetooth terminal, FAN will maintain its maximum Speed.
Hardware requirement :-
1) HC-05 Bluetooth Module
2) Raspberry Pi
3) Triac
4) Jumper Wire
5) 1K Ohm Resistor
6) 100 Ohm Resistor
7) MOC3021 Opto Isolator.
HC-05 is the bluetooth Module used for the bluetooth Communication between Mobile Device and Raspberry Pi.
Triac is use to control the current.
Circuit Diagram :-
In the above circuit
Transmitter of HC-05 is connected to the Receiver of Raspberry Pi.
Receiver of HC-05 is connected to the Transmitter of Raspberry Pi.
Vcc of HC-05 is connected to +5V DC
Gnd of HC-05 is connected to Ground
Output is taken from Pin Number 11 of Raspberry Pi. Pin11 is operated as PWM.
Program for speed Control
Using Android Mobile we can control the Speed of Fan. I have programmed Raspberry Pi such that
If i send "0" by Bluetooth terminal, FAN will turn OFF.
If i send "1" by Bluetooth terminal, FAN will maintain the 30% speed of its maximum Speed.
If i send "2" by Bluetooth terminal, FAN will maintain the 50% speed of its maximum Speed
If i send "3" by Bluetooth terminal, FAN will maintain its maximum Speed.
Hardware requirement :-
1) HC-05 Bluetooth Module
2) Raspberry Pi
3) Triac
4) Jumper Wire
5) 1K Ohm Resistor
6) 100 Ohm Resistor
7) MOC3021 Opto Isolator.
HC-05 is the bluetooth Module used for the bluetooth Communication between Mobile Device and Raspberry Pi.
Triac is use to control the current.
Circuit Diagram :-
In the above circuit
Transmitter of HC-05 is connected to the Receiver of Raspberry Pi.
Receiver of HC-05 is connected to the Transmitter of Raspberry Pi.
Vcc of HC-05 is connected to +5V DC
Gnd of HC-05 is connected to Ground
Output is taken from Pin Number 11 of Raspberry Pi. Pin11 is operated as PWM.
Program for speed Control
Kdk Bhai...
ReplyDeleteKeep it up
Mast sonu Dada keep it up nice ☺
ReplyDeleteMast sonu Dada keep it up nice ☺
ReplyDeleteWhat simulator did you used?
ReplyDelete