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Split-phase motor, 110 volt, 60 Hz, 4-pole, has the following constant and losses: R₁ = 2.02 (2 X₁ = 2.7 02, R₂ = 4.12 02, X₂ = 2.12 2. Xm= 66.8 2. Core losses = 24 watts, friction and winding losses = 13 watts. For a slip of 0.05, determine the stator current, power factor, output power. speed, shaft torque, an efficiency when the motor is running as a single phase motor at rated voltage and frequency with its starting winding open.

Split-phase motor, 110 volt, 60 Hz, 4-pole, has the following constant and losses: R₁ = 2.02 (2 X₁ = 2.7 02, R₂ = 4.12 02, X₂ = 2.12 2. Xm= 66.8 2. Core losses = 24 watts, friction and winding losses = 13 watts. For a slip of 0.05, determine the stator current, power factor, output power. speed, shaft torque, an efficiency when the motor is running as a single phase motor at rated voltage and frequency with its starting winding open.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Split - phase motor, 110 volt, 60 Hz, 4-pole, has the following constant and losses: R₁ = 2.02 (2 X₁ = 2.7 02, R₂ = 4.12 02, X₂ = 2.12 2. Xm= 66.8 2. Core losses = 24 watts, friction and winding losses = 13 watts. For a slip of 0.05, determine the stator current, power factor, output power. speed, shaft torque, an efficiency when the motor is running as a single phase motor at rated voltage and frequency with its starting winding open.
Transcribed Image Text:Split - phase motor, 110 volt, 60 Hz, 4-pole, has the following constant and losses: R₁ = 2.02 (2 X₁ = 2.7 02, R₂ = 4.12 02, X₂ = 2.12 2. Xm= 66.8 2. Core losses = 24 watts, friction and winding losses = 13 watts. For a slip of 0.05, determine the stator current, power factor, output power. speed, shaft torque, an efficiency when the motor is running as a single phase motor at rated voltage and frequency with its starting winding open.
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