The Reversible Principle of DC Motors

We have all learned basic knowledge about electricity in high school, which has given us a good understanding of the electricity used in daily life. The generator of electrical energy is called a power source, and the vector with unidirectional flow emitted by the power source is called a current. The current itself has energy and can be transformed into mechanical energy with practical applications through some means, which is the foundation of industrial production. The machine equipment that completes this task is a DC motor, which is an important component that can play two roles in operation, either as an electric motor or a generator. This is the reversible distance of a DC motor. Below, the editor will introduce to you the reversible principle of DC motors.

In principle, the significant difference between a DC motor and other motors is that it switches between the generator and the motor under certain input and output conditions. We all know that generators and electric motors are two relative concepts. Generators convert mechanical energy into electrical energy, while electric motors convert electrical energy into mechanical energy. In the face of the reversible principle of DC motors, this transformation is mainly achieved through brushes. When a prime mover drives the spindle of a DC motor for mechanical transmission, the brush does not have a DC voltage applied to it. Therefore, the port of the brush can draw out a portion of the electromotive force of the DC circuit as the power source, and then output electrical energy, which is the generator that converts mechanical energy into electrical energy. If a DC voltage is applied to the brush, these electromotive forces will enter the armature along the spindle, driving the entire DC motor for transmission, achieving a significant mechanical conduction effect, which is the motor that converts electrical energy into mechanical energy. In the actual production and use process, the flexible and variable reversible principle of DC motors is widely used, which is a powerful way to improve production efficiency and reduce electrical energy consumption.

Through the above introduction, I believe you have a clear understanding of the reversible principle of DC motors. This flexible conversion of electrical and mechanical energy is precisely a function required in today's diversified production situation, so the current demand for DC motors is still very large. The permanent magnet DC motors, brushless DC motors, and other products produced by our manufacturer have a very good sales volume in the market, and the user experience is very good. Adding this type of motor to many large machines is undoubtedly a wise choice.