b)An induction motor which specification tabulated in Table Q2 is identified as a potentialmachine to be used for a conveyor system in a small manufacturing company.Table Q23-phase ouput power (W)3-phase supply (V)Pole number, P7504154Supply frequency (Hz)Connection typePer phase stator resistance, Ri (Q)Per phase stator inductance, X, (Q)Per phase magnetizing inductance, XM (Q)Per phase rotor inductance, X2 (2)50Y0.250.4150.4The motor develops its full-load induced torque at a slip of 0.05 when operating at 50HZand 415V. If the core loss, Pcores mechanical loss, Pr&w and stray loss, Pmisc arenegligible, determine the following:i) Rotor resistance, R2. (Hint: use Thevenin equivalent approach)ii) Maximum slip, Smax -iii) Maximum torque, Tmax .iv) Rotor speed, @m at maximum torque condition.v) Starting torque, Tstart .

Given parameters P=750 W =Mechanical power Pm , as rotational losses are neglected.\ f=50 Hz…

An induction motor which specification tabulated in Table Q2 is identified as a potential machine to be used for a conveyor system in a small manufacturing company. Table Q2 3-phase ouput power (W) 3-phase supply (V) Pole number, P Supply frequency (Hz) Connection type Per phase stator resistance, R1 (Q) Per phase stator inductance, X¡ (Q) Per phase magnetizing inductance, XM (N) | Per phase rotor inductance, X2 (N) 750 415 4 50 Y 0.25 0.4 15 0.4 The motor develops its full-load induced torque at a slip of 0.05 when operating at 50HZ and 415V. If the core loss, Pcore, mechanical loss, Pr&w and stray loss, Pmisc are negligible, determine the following: i) Rotor resistance, R2. (Hint: use Thevenin equivalent approach) ii) Maximum slip, Smax - iii) Maximum torque, Tmax - iv) Rotor speed, wm at maximum torque condition. v) Starting torque, Tstart ·

An induction motor which specification tabulated in Table Q2 is identified as a potential machine to be used for a conveyor system in a small manufacturing company. Table Q2 3-phase ouput power (W) 3-phase supply (V) Pole number, P Supply frequency (Hz) Connection type Per phase stator resistance, R1 (Q) Per phase stator inductance, X¡ (Q) Per phase magnetizing inductance, XM (N) | Per phase rotor inductance, X2 (N) 750 415 4 50 Y 0.25 0.4 15 0.4 The motor develops its full-load induced torque at a slip of 0.05 when operating at 50HZ and 415V. If the core loss, Pcore, mechanical loss, Pr&w and stray loss, Pmisc are negligible, determine the following: i) Rotor resistance, R2. (Hint: use Thevenin equivalent approach) ii) Maximum slip, Smax - iii) Maximum torque, Tmax - iv) Rotor speed, wm at maximum torque condition. v) Starting torque, Tstart ·

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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