Q 1: A yo0 v, 50 HZ,8ph star Conneded I.Mtollainghas the folper phase parameters referredto stator :に、=o.6, X, =1.1.2,Rイ= o.32,X2=o.5seXM = 252,The mechanical losses are 1000 W, and statorcone losses ane500 wThe Slip is 3% , usingpproximateequivalent circuit find:1D Speed2) stator Current..3) stator Powerfactor.) power input to votor.5) gross torque. (Ans: 83.1) N.om6) shaft torque. (Auss 76.52)N.n1) efficiency (Aas. 79.65 1.)8) rotor loss /ph(Anis: 79.65Y.)copperNeglect Re

Dear student as per Bartleby guidelines I can not give answer more than three subparts of the…

Q 1: A y00 V, 50 HZ,8ph star Conneded I.M hes the tollowing per phase parameters referred to stator : Ri = 0.6, X, = 1-12 , Ré= 0:32, Xé =o.5 se %3D XM = 252, The mechanical losses are 1000 W, and stator Cove losses ane 500 w.he Slip is 3°% . approximate equivalent circuit find: 1) Speed: 2) stator Current.. 3) stator Power tactor.

Q 1: A y00 V, 50 HZ,8ph star Conneded I.M hes the tollowing per phase parameters referred to stator : Ri = 0.6, X, = 1-12 , Ré= 0:32, Xé =o.5 se %3D XM = 252, The mechanical losses are 1000 W, and stator Cove losses ane 500 w.he Slip is 3°% . approximate equivalent circuit find: 1) Speed: 2) stator Current.. 3) stator Power tactor.

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...

See similar textbooks

Similar questions

H.W-1: 1. Draw a developed diagram of a simple 2-layer lap-winding for a 4-pole generator with 8 coils. 2. Draw a developed diagram of a simple 2-layer wave-winding for a 4-pole generator with 9 slots.
1. Impedance is the total opposition to an AC circuit caused by electric penalty tions, the tra capa multiple pacitive systema 62 Fundamentals of AC Electricity Questions for This C a. 1. Draw a diagram of an AC sine wave and identify its peak voltage and peak-to-peak voltage levels. b. 2. Explain the term frequency as it refers to AC electricity. c. 3. Discuss the difference between a load center and a fused disconnect. 2. WE wa 4. Explain how you would test for voltage in a fusible dis- connect on the line-side and load-side terminals. vi ci 5. Trace the path of a generated AC voltage from the generat- ing station where it is produced to the point where you would connect it to a machine in a factory. Be sure to iden- tify all the important parts of the system between the gen- eration station and the disconnect on the machine. a. be 3. True or False inductive reactance, capacitive reactance, and resistan 2. The units of impedance are
Is there a difference between the phase windings resistances, if so, what does it mean? Please explain.
A 6 pole DC lap wound generator has 32 armature conductors with flux per pole is 44 mWb and the e.m.f generated is 74 V, then the speed of the machine is O 3.28 rps 0.33 rps 52.56 rps O 52.56 rps arch op
9.09 The flux density distribution in the air-gap of a certain generator is such that it contains a fundamental, a third harmonic, and a fifth harmonic. The flux per pole due to the fundamental distribution is 9 x 10-3 weber, that due to the third harmonic distribution is 0.9 x 10-3 weber, that due to the fifth harmonic distribution is 0.4 x 103 weber. There are four armature slots per phase per pole, the connection are made for three-phase wye. and the coil pitch is 12/15. The frequency is 60 cycles and the generator has 4 poles. (a) Calculate the emf/turn. (b) If there are six turns/coil and two coil sides/slot, calculate the emf per phase. (c) Calculate the emf between line terminals. Ans. 2.32V; 212V; 364V
5
9. How does the concept of magnetic saturation impact the performance of transformers and inductors?
We have 3 Phase, 24 Slot, 6 Pole Double Layer Winding. Solve then construct its Winding Diagram.
How does the alternator end voltage change in resistive, inductive, capacitive loads? Please explain.
A 4 pole generator with wave wound armature has 50 slots each having 22 conductors. The flux per pole is 0.01 Wb. At what speed must the armature rotate to give an induced EMF of 220V is,
I need the solution please fast
Solve it clearly please with clearly steps