Controller based performance measures of speed control of electrical motor for industrial applications

Electrical motors have been used for more purposes for several industrial applications. The operational behavior of an electrical motor in an industrial environment plays a major role in terms of controlling, monitoring and measurement. The energy efficient becomes a necessary consideration for analysis of speed control of electrical motor. The different papers have been published in the above mentioned areas. This paper presents the analysis of PID controller for speed regulation of an electrical motor for industrial applications. It also presents various interfacing issues with controller and electrical motor. Simulations have been carried out using graphical programming language. The results indicates that PID controller based speed control method provides easy integration with digital circuits and successful control of speed of the motor.