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The following test results are obtained from a 3-phase, 100 hp, 415 V, 50 Hz, six-pole, star-connected squirrel-cage induction m Blocked-rotor test: 100 V, 10 HZ, 120 A 8 kW Average dc series resistance per stator phase is 0.125 0 formula sheet image(1)png Calculate the following motor parameters:

The following test results are obtained from a 3-phase, 100 hp, 415 V, 50 Hz, six-pole, star-connected squirrel-cage induction m Blocked-rotor test: 100 V, 10 HZ, 120 A 8 kW Average dc series resistance per stator phase is 0.125 0 formula sheet image(1)png Calculate the following motor parameters:

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Quèstion 16 The following test results are obtained from a 3-phase, 100 hp. 415 V, 50 Hz, six-pole, star-connected squirrel-cage induction m Blocked-rotor test: 100 V, 10 Hz, 120 A 8 kW Average dc serles resistance per stator phase is 0.125 0 formula sheet image(1).png Calculate the following motor parameters: A 0.3 R1 in Ω(ohms): B. 0.185 R2' in (ohms): C. 1.1 XBL at 10HZ in Q(ohms) D. 0.22 X1 =X2' in O(ohms): 0.44 E. F. 0.125 G. 0.06 H. 2.2
Transcribed Image Text:Quèstion 16 The following test results are obtained from a 3-phase, 100 hp. 415 V, 50 Hz, six-pole, star-connected squirrel-cage induction m Blocked-rotor test: 100 V, 10 Hz, 120 A 8 kW Average dc serles resistance per stator phase is 0.125 0 formula sheet image(1).png Calculate the following motor parameters: A 0.3 R1 in Ω(ohms): B. 0.185 R2' in (ohms): C. 1.1 XBL at 10HZ in Q(ohms) D. 0.22 X1 =X2' in O(ohms): 0.44 E. F. 0.125 G. 0.06 H. 2.2
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