Heartwarming Compound Motor Circuit Diagram
Similarly self excited motors classified into three types namely dc series motor dc shunt motor and dc compound motor.
Compound motor circuit diagram. Dc compound motor is classified into two kinds such as long shunt and short shunt depending upon the winding placement. This article discusses an overview of the series motor and the main function of this motor is to convert electrical energy to mechanical energy. The figure above shows that the circuit diagram of a cumulative dc compound motor.
Dc shunt motor circuit diagram the self excited dc motors can also be categorized into a shunt motor series motor and compound motor depending on the ways in which the two windings are connected to the dc power supply. Dc motor is a device that uses dc power for the creation of mechanical power there are numerous types of dc motor such as shunt dc motor series dc motor compound dc motor. In this post we will have a detailed look at dc motor starters and circuit diagram.
The power equation is given as. This method of measuring motor torque is accurate so long as the motor is in good condition. The compound motor is further subdivided as cumulative compound motor and differential compound motor.
For armature winding circuit the equation will be given as. In this motor the dc power is supplied in series for the field windings and armature hence the name series wound. It uses the good speed regulation property of shunt motor and high starting torque capability of a series motor.
In a cumulative compound motor the. This slide shows the basic circuit diagram of a series wound dc motor. Modify this circuit diagram to include a meter that provides indirect indication of motor torque.
The compound wound circuit diagram is shown in the figure below. Nowadays the dc motors mostly use a permanent magnet to produce the field flux and the dc power supply thus applies only to the armature winding. If some of your students think the v symbol in the meter means it is measuring motor voltage they need to review the purpose and function of a shunt resistor.