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<. , three Stay Connected induction motor. has the standstill Resistance and Reactance/per phase as follow 1=0.6 12=0.42, X=1.002 X220.62. All data are The mechanical and Stator referred to stater. losses are I kw Core losse ist ) kw The slip is 4% Find (a) Speed (b) stator Current. (c) Power factor (d) Mechanical Power develope (e) Air gap power (f) Output Power (9) Torque developed (h) Load Torque (i) Rotor Copper Losses (j) Efficien

<. , three Stay Connected induction motor. has the standstill Resistance and Reactance/per phase as follow 1=0.6 12=0.42, X=1.002 X220.62. All data are The mechanical and Stator referred to stater. losses are I kw Core losse ist ) kw The slip is 4% Find (a) Speed (b) stator Current. (c) Power factor (d) Mechanical Power develope (e) Air gap power (f) Output Power (9) Torque developed (h) Load Torque (i) Rotor Copper Losses (j) Efficien

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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<.</E/11) Apri 3rd.class) A-C Machines cohell, GLGI Q. A 20HP, 400V, 4 Pole (*) Draw Power diagram (Power in flow kw) > , three Stay Connected induction motor. has the standstill Resistance and Reactance/per phase as follow 1=0.6 12=0.42, X=1.002 X220.62. All data are The mechanical and Stator referred to stater. losses are I kw Core losse ist ) kw The slip is 4% Find (a) Speed (b) stator Current. (c) Power factor (d) Mechanical Power develope (e) Air gap power (f) Output Power (9) Torque developed (h) Load Torque (i) Rotor Copper Losses (j) Efficien
Transcribed Image Text:<.</E/11) Apri 3rd.class) A-C Machines cohell, GLGI Q. A 20HP, 400V, 4 Pole (*) Draw Power diagram (Power in flow kw) > , three Stay Connected induction motor. has the standstill Resistance and Reactance/per phase as follow 1=0.6 12=0.42, X=1.002 X220.62. All data are The mechanical and Stator referred to stater. losses are I kw Core losse ist ) kw The slip is 4% Find (a) Speed (b) stator Current. (c) Power factor (d) Mechanical Power develope (e) Air gap power (f) Output Power (9) Torque developed (h) Load Torque (i) Rotor Copper Losses (j) Efficien
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