Working of dc series motor

DC series motor works on the direct current converting electrical energy to mechanical energy. The interaction of the generated magnetic field and external magnetic field in the . The wire is heavier, as the diameter is considerable increased to provide minimum electrical resistance to the flow of . It is of vital importance for the industry today, and is equally important for engineers to look into the working principle of DC motor in details that has been discussed in this article. Like any other motor , series motors convert electrical energy to mechanical energy.

Since the series -wound DC motor develops its highest torque at low spee it is often used in traction applications such as electric locomotives, and trams.

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Help us to make future videos for you. Its principle of operation is based. Dc series motor and its advantage disadvantage construction principle of operation dc. Applications of dc series motors uk essayscharacteristics motor online . How DC motors and universal motors work - Duration: 7:23.

What an amazing explanation and animation. Construction and Working of DC Motor Electrical. You can find DC motors in many portable home appliances, automobiles and types of industrial equipment. The series wound motor has good . The DC Shunt-wound motor , running on Direct current, has its field windings placed in parallel to the armature. Unlike heavier gauges of wire in the winding in series motors , the shunt winding in this motor cannot carry very high current.

On the supply terminals we represent the armature resistance Ra in series. Now, let the input voltage E, . If an ordinary series wound DC motor were connected to an AC supply, it would run very poorly. The universal motor is modified in several ways to allow for proper AC supply operation.

In this article we are going to discuss about the DC motor and its working. These motors are generally series wound (armature and field winding are in series ), and hence produce high starting torque (See characteristics of DC motors here). That is why, universal motors generally comes . After the invention of the induction motor , alternating current (AC) machines largely replaced DC machines in most applications. Despite the wide use of alternating current for power generation and .