oA % h.p ,110V, 60 Hz , 4-pole, capacitor start motor has the following constants and losses Ry =2.020 X, =2.790 Ry =4.120 Xy=212n Xy=86680 Rotational losses =37 W For a slip of 0.05. determine the stator current, power factor, power out put, speed, torque, and efficiency when this motor is running as a single phase motor at rated voltage and frequency with its starting winding open. A h.p ,110V , 60 Hz, 4-pole, capacitor start motor has thefollowing constants and lossesR = 4. 122R1 = 2.022X, = 2. 122X1 = 2.790XM = 66. 80Rotational losses =37 WFor a slip of 0.05. determine the stator current, power factor,power out put, speed, torque, and efficiency when this motor isrunning as a single phase motor at rated voltage and frequencywith its starting winding open.

According to question: The forward impedance 'Zf' and backward impedance 'Zb' are calculated as…

Answered: oA % h.p ,110V, 60 Hz , 4-pole,…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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oA % h.p ,110V, 60 Hz , 4-pole, capacitor start motor has the following constants and losses Ry =2.020 X, =2.790 Ry =4.120 Xy=212n Xy=86680 Rotational losses =37 W For a slip of 0.05. determine the stator current, power factor, power out put, speed, torque, and efficiency when this motor is running as a single phase motor at rated voltage and frequency with its starting winding open.

A h.p ,110V , 60 Hz, 4-pole, capacitor start motor has the
following constants and losses
R = 4. 122
R1 = 2.022
X, = 2. 122
X1 = 2.790
XM = 66. 80
Rotational losses =37 W
For a slip of 0.05. determine the stator current, power factor,
power out put, speed, torque, and efficiency when this motor is
running as a single phase motor at rated voltage and frequency
with its starting winding open.

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