Why capacitor is required for Single phase Motor?
A single phase induction motor needs a capacitor in its circuit at the starting time to produce the starting torque. Without a capacitor, a single-phase
About 98 % of the motors used in the world is induction motor. The induction motor is simple in construction. It is robust,rugged and reliable motor. All the posts written about induction motor is useful for engineering students and the professional engineers working in the field. I tried to cover every practical aspects in the posts. Happy Readings !!!
A single phase induction motor needs a capacitor in its circuit at the starting time to produce the starting torque. Without a capacitor, a single-phase
We will discuss how to use induction motor slip calculator for finding out the slip of AC induction motor. Let us first discuss what is
We will discuss how to read a motor nameplate data and the motor data interpretation. The motor manufacturers displays the data on nameplate differently. sometimes
HP to torque (Nm & lb-ft) Conversion Calculator In this article, we will discuss the HP to torque(Nm & lb-ft) conversion calculator. Let us first
In this post, we will discuss the braking theory in VFD. The braking is an important part of motoring. There are many processes that require
In this post, we will discuss how to test a three-phase motor with a megger. We use a megger to test the insulation level of
This article describes different types of faults and problems in 3-phase induction motor & their remedies. The induction motor is a very robust, reliable, and
3 Phase induction motor converts electrical energy into mechanical energy. The induction motor is the most popular choice. In industries, about 80 % of motors
A.C. induction motor starting torque is very low as compared to DC motor starting torque. Also, during acceleration, the induction motor produces torque pulsation. As
3 Phase induction motor is a balanced three-phase load. Therefore, the induction motor draws a balanced current if the supply voltage and the impedance of