Internal generated voltage, E (V) QUESTION 2 A 220 V, 100 A shunt DC motor with a series resistor connected to the field winding. The resistance of the adjustable resistor can be adjusted between 150...


Internal generated voltage, E (V)<br>QUESTION 2<br>A 220 V, 100 A shunt DC motor with a series resistor connected to the field winding. The<br>resistance of the adjustable resistor can be adjusted between 150 2 and 250 2. The motor has<br>an existing field resistance of 240 2 and an armature resistance of 0.15 2. Figure 3 illustrates<br>the magnetization curve of the motor at a fixed speed of 2000 rpm.<br>087<br>Speed 2000 rpm<br>240<br>091<br>01<br>09<br>20<br>to<br>60<br>Field curent, lF (A)<br>FigureZ: Magnetization curve.<br>3.<br>

Extracted text: Internal generated voltage, E (V) QUESTION 2 A 220 V, 100 A shunt DC motor with a series resistor connected to the field winding. The resistance of the adjustable resistor can be adjusted between 150 2 and 250 2. The motor has an existing field resistance of 240 2 and an armature resistance of 0.15 2. Figure 3 illustrates the magnetization curve of the motor at a fixed speed of 2000 rpm. 087 Speed 2000 rpm 240 091 01 09 20 to 60 Field curent, lF (A) FigureZ: Magnetization curve. 3.
a)<br>If the adjustable resistor is set to 200 2, calculate the following:<br>(i) the motor's speed in rad/s and the induced torque at no load condition.<br>(ii) the motor's speed in rad/s and the induced torque at full load condition.<br>(iii) the motor's speed regulation.<br>

Extracted text: a) If the adjustable resistor is set to 200 2, calculate the following: (i) the motor's speed in rad/s and the induced torque at no load condition. (ii) the motor's speed in rad/s and the induced torque at full load condition. (iii) the motor's speed regulation.

Jun 11, 2022
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