Few parts are very dangerous in the motor. Sometimes, user may unexpectedly touch these dangerous parts and they can cause harm to the user. To avoid this, we developed the industrial motor safety controller.
The three main parts of this project are given below:
- Micro Controller
We placed the sensors (IR transducer and heat) at the particular area of the Motor. If the user unexpectedly moves his hands near the dangerous part, the sensor will sense it. Then, sensor will send signal to the microcontroller. The microcontroller will send the signal to the switching circuit. The switching circuit will enable the motor to on and off. The switching circuit will receive the signal and enables the motor to on and off.
When the motor is used continuously, it may be damaged due to the over heat. The heat sensors are connected to protect the motor. If there is over heat, the sensors will send signal to the microcontroller. Then, the microcontroller will control the motor. The microcontroller program is written in assembly language. In this project, PIC16F73 microcontroller is used.
This project protects the user as well as motor. So, it is very useful in Industries.
It is user-friendly and works very efficiently.