Electrical Tips, News & DIY Guides
Electric motors are an essential part of modern electrical and industrial systems, converting electrical energy into mechanical energy to provide motion to machines and equipment. From industrial plants to household appliances, electric motors are used in almost every electrical application. This category provides a complete understanding of electric motors, from fundamental concepts to advanced operating principles.
In this section, you will learn in detail about various types of electric motors, such as AC motors and DC motors, with their construction, working principles, and performance characteristics explained step-by-step. Important topics such as motor speed control methods, torque characteristics, efficiency, and starting techniques are covered in simple language, making the concepts easy to understand for students and beginners.
The Electric Motors category also places special emphasis on practical applications. Here, the real-world uses of motors, selection criteria, and their role in industrial machinery are explained. Additionally, information on motor losses, heating effects, cooling methods, and common motor faults is provided, which is extremely useful for field-level engineers and technicians.
The articles included in this category cover everything from the basic theory of electric motors to modern developments. Whether you are preparing for exams, want to understand the subject of electrical machines in depth, or want to learn the practical aspects of motors in industrial applications, this section provides complete and reliable knowledge related to electric motors, which is crucial in the field of electrical engineering.
Compensating Winding When a motor or generator is working, the current inside the armature (the rotating part) keeps changing, especially when the load changes suddenly or becomes too heavy. These changes in current create something called a cross magnetizing effect, which means the magnetic field gets pushed to one side. Now imagine this — every … Read more
Introduction Now, when the supply is given to the main winding, at that time magnetic field is produced. This magnetic field produces the magnetic flux. Similarly, when the current flows through the armature conductor, the armature produces its own flux. Now, the interaction of the armature flux with the main flux produces a certain reaction … Read more
What is a DC Generator? A DC Generator is a machine that makes electricity. But not just any electricity — it makes DC electricity, which means Direct Current. Let’s make it super easy to understand. Imagine you have a toy fan that runs on batteries. The batteries give it power in one single direction — … Read more
Introduction Single phase power system is widely used as compared to three phase system for domesticpurpose, commercial purpose and to some extent in industrial purpose. As the single phase system ismore economical and the power requirement in most of the houses, shops, offices are small, this can beeasily met by single phase motor. The single … Read more
Basic Alternator Working Principle: WHAT IS ALTERNATOR? Alternating current generators are usually called alternators. They operate on the principle ofFaraday’s laws of electromagnetic induction. This law states that whenever a conductor cuts the magneticflux an emf is induced in it. This emf causes a current to flow if the circuit is closed. Fig 1.1 shows … Read more
INTRODUCTION In the year 1821 British scientist Michael Faraday explained the conversion of electrical energyinto mechanical energy by placing a current carrying conductor in a magnetic field which resulted in therotation of the conductor due to torque produced by the mutual action of electrical current and magneticfield. Based on his principle the most primitive of … Read more