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No-load test: Input voltage Input current = 3.7 A Input power = 50 W = 110 V Blocked-rotor test: Input voltage = 50 V Input current = 5.6 A

No-load test: Input voltage Input current = 3.7 A Input power = 50 W = 110 V Blocked-rotor test: Input voltage = 50 V Input current = 5.6 A

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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The no-load and blocked-rotor tests conducted on a 110-V, single-phase induction nmotor yield these data: No-load test: Input voltage Input current = 3.7 A Input power = 50 W = 110 V Blocked-rotor test: Input voltage = 50 V Input current = 5.6 A %3D Taking the stator resistance to be 2.0 N. friction and windage loss to be 7 W. and assuming X = X,. determine the parameters of the double-revolving-field equivalent circuit.
Transcribed Image Text:The no-load and blocked-rotor tests conducted on a 110-V, single-phase induction nmotor yield these data: No-load test: Input voltage Input current = 3.7 A Input power = 50 W = 110 V Blocked-rotor test: Input voltage = 50 V Input current = 5.6 A %3D Taking the stator resistance to be 2.0 N. friction and windage loss to be 7 W. and assuming X = X,. determine the parameters of the double-revolving-field equivalent circuit.
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