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24 lut 2023 · DC Shunt Motor Applications. Characteristics of DC Shunt motor indicate that it is a nearly constant speed motor having its starting torque (torque at N = 0) 30% to 40% more than its rated torque and the speed of shunt motor can be adjusted over a wide range. Therefore, such a motor can be used for the following applications:
The DC shunt motor construction is the same as any type of DC motor. This motor can be constructed with basic parts like field windings (stator), a commutator, and an armature (rotor) . The working principle of a DC Shunt Motor is, whenever a DC motor is turned ON, then DC flows throughout the stator as well as the rotor.
24 lut 2012 · A DC shunt motor (also known as a shunt wound DC motor) is defined as a type of self-excited DC motor where the field windings are connected in parallel to the armature winding. This parallel connection means both windings receive the same supply voltage .
2 lut 2024 · A DC shunt motor is an electric motor that sudden spikes in demand for direct flow (DC) and has an equal (shunt) field winding and an armature winding. It’s known for its capacity to give great speed regulation and high starting torque.
21 sty 2020 · The document discusses DC motors. It describes 3 types of DC motors - shunt motors, series motors, and compound motors. It explains the construction and working principles of each type. Speed control methods for DC motors are also discussed, including flux control, armature control, and voltage control.
23 sie 2011 · Shunt DC Motors operate on direct current. As such, the field windings and armature are connected in a parallel combination, and in electrical terminology a parallel combination is known as a shunt. This type of motor is a "shunt-wound" DC Motor and the type of winding is called a shunt winding.
Shunt motors are the most common type of DC motor. They are connected similarly to shunt generators, the field winding is linked in parallel with the armature winding across the power supply line, allowing the field current to remain constant, while the armature circuit can be utilized to control the motor.
