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Using the following informations: Determine the magnetizing reactance at 60 Hz of the induction motor referred to the stator. (in ohms per phase)

Using the following informations: Determine the magnetizing reactance at 60 Hz of the induction motor referred to the stator. (in ohms per phase)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Using the following informations:

Determine the magnetizing reactance at 60 Hz of the induction motor referred to the stator. (in ohms per phase)

Given the following information: (Note: Values were determined for operations at 60 Hz.) Three-Phase Induction Motor A Stator resistance: 0.24 ohms per phase Stator reactance: 0.50 ohms per phase Rotor resistance referred to the stator: 0.15 ohms per phase Rotor reactance referred to the stator: 0.27 ohms per phase Magnetizing reactance: 50 ohms per phase - With an additional information, given a three-phase wye-connected wound-rotor induction motor: DC Resistance Test Input de voltage: 12 V Input current: 50 A ac-dc resistance ratio: 1.2 Locked-Rotor Test Input voltage: 40 V Input power: 900 W Input line current: 32 A Frequency: 15 Hz No-Load Test Input voltage: 240 V Input power: 400 W Input line current: 8 A Frequency: 60 Hz
Transcribed Image Text:Given the following information: (Note: Values were determined for operations at 60 Hz.) Three-Phase Induction Motor A Stator resistance: 0.24 ohms per phase Stator reactance: 0.50 ohms per phase Rotor resistance referred to the stator: 0.15 ohms per phase Rotor reactance referred to the stator: 0.27 ohms per phase Magnetizing reactance: 50 ohms per phase - With an additional information, given a three-phase wye-connected wound-rotor induction motor: DC Resistance Test Input de voltage: 12 V Input current: 50 A ac-dc resistance ratio: 1.2 Locked-Rotor Test Input voltage: 40 V Input power: 900 W Input line current: 32 A Frequency: 15 Hz No-Load Test Input voltage: 240 V Input power: 400 W Input line current: 8 A Frequency: 60 Hz
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