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A three - phase, 460V, 60HZ, 4 – pole Y- connected induction motor has the following equivalent circuit parameters: Rs = 0.420, R= 0.230, Xs = Xr' =0.820, and Xm = 220. The no load loss Ploss = 60W, assumed as a constant. The %3D %3D - rotor speed is 1750 rpm. Determine the maximum slip and torque. If otorting motor with

A three - phase, 460V, 60HZ, 4 – pole Y- connected induction motor has the following equivalent circuit parameters: Rs = 0.420, R= 0.230, Xs = Xr' =0.820, and Xm = 220. The no load loss Ploss = 60W, assumed as a constant. The %3D %3D - rotor speed is 1750 rpm. Determine the maximum slip and torque. If otorting motor with

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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A three – phase, 460V, 60HZ, 4 – pole Y – connected induction motor has the %3D following equivalent circuit parameters: Rs = 0.420, R; = 0.232, Xs = X =0.820, %3D and Xm = 220. The no – load loss Ploss = 60W, assumed as a constant. The rotor speed is 1750 rpm. Determine the maximum slip and torque. If otortin g motor with
Transcribed Image Text:A three – phase, 460V, 60HZ, 4 – pole Y – connected induction motor has the %3D following equivalent circuit parameters: Rs = 0.420, R; = 0.232, Xs = X =0.820, %3D and Xm = 220. The no – load loss Ploss = 60W, assumed as a constant. The rotor speed is 1750 rpm. Determine the maximum slip and torque. If otortin g motor with
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