5. A 440V, 50HZ, 10 pole, delta/Y connected induction motor is rated at 100kW. Theequivalent parameter for the motor are:R,-01Ω/phaseX, = 0.20/ phaseR, =0.082/ phaseX.-03Ω/ph aseX = 60/ phaseR = 00At full load condition , the friction and windage losses are 400W, the miscellaneouslosses are 100W and the core losses are 1000W. The slip of the motor is 0.04.(i)Calculate the input power(ii) Calculate the stator copper loss(iii) Calculate the air gap power(iv) Calculate the converted powerCalculate the torque induced by the motor(vi) Calculate the load torque(vii) Calculate the starting torque(viii) Calculate the maximum torque and slip(ix) Calculate the efficiency of the motor(v)

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5. A 440V, 50HZ, 10 pole, delta/Y connected induction motor is rated at 100kW. The equivalent parameter for the motor are: R, =0.082/ phase X, = 0.30/ phase R =0.12/ phase X, = 0.20/ phase R = 00 X = 60/ phase At full load condition , the friction and windage losses are 400W, the miscellaneous losses are 100W and the core losses are 1000W. The slip of the motor is 0.04. Calculate the input power (i) (ii) Calculate the stator copper loss Calculate the air gap power (iii)

5. A 440V, 50HZ, 10 pole, delta/Y connected induction motor is rated at 100kW. The equivalent parameter for the motor are: R, =0.082/ phase X, = 0.30/ phase R =0.12/ phase X, = 0.20/ phase R = 00 X = 60/ phase At full load condition , the friction and windage losses are 400W, the miscellaneous losses are 100W and the core losses are 1000W. The slip of the motor is 0.04. Calculate the input power (i) (ii) Calculate the stator copper loss Calculate the air gap power (iii)

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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