When Line Voltage (Vey) = 29.8 V, StatorCurrentClph) -4.94A and Totel Cáph) inpotfeal powere 214.7We Eddy Current brekeTorque s0. 4& Nm. statorphase resistance e1.92.Equivalent circuit, when slip I Cie et stat) therotor circuit has lower impedaneiph(Foll-load) RIVph,credoced)X1+X2´equals Xeg can be obbained from theinput reactive power and curent.R1+R2'CRI= Stator Resistance R2'= RotorResistance) czn be obtzined from input power andCurrent.Total real power PLz 3CI Line)R, tR2') WreachveTotal absorbed inductor far powerQL=3(lkine) Xeq VAc2What Xeq, R1+R2,RI,RZ'?

According to the given voltage, the circuit must be delta connected and in delta connection the line…

When Line Voltage (Vey) = 29,8 V, Stator Current Clph)=4.94A and Totel C3ph)input feal powere 214e7Wa Eddy Current brake Torque s0.48e Nme stator phase resistance e 1.92. Equivalent circoit, when slip I Cie et stat) the rotor circuit has lower impedance. Aph (Foll-load) RI Vpin, credoced) X1+X2´equals Xeg can be cbbained from the input reactive Ri+R2'CRI= Stator Resistance R2'e Rotor Resistance) can be abteined from input pawer and Current. e power and current. Total real power PL= 3CI Lined ? CR, tR2) W reechve Total absorbed inductor fer power QLE3Ckine) Xeq VAr 2 What Xeq, R1+R2, RI, RZ'?

When Line Voltage (Vey) = 29,8 V, Stator Current Clph)=4.94A and Totel C3ph)input feal powere 214e7Wa Eddy Current brake Torque s0.48e Nme stator phase resistance e 1.92. Equivalent circoit, when slip I Cie et stat) the rotor circuit has lower impedance. Aph (Foll-load) RI Vpin, credoced) X1+X2´equals Xeg can be cbbained from the input reactive Ri+R2'CRI= Stator Resistance R2'e Rotor Resistance) can be abteined from input pawer and Current. e power and current. Total real power PL= 3CI Lined ? CR, tR2) W reechve Total absorbed inductor fer power QLE3Ckine) Xeq VAr 2 What Xeq, R1+R2, RI, RZ'?

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

10- A long shunt compound generator delivers a current of 10A at 200V and has a series field resistance and shunt field resistance of 1 ohm and 200 ohms respectively. Then series field current is a. 10A b. 9A c. 1A d. 2A
How to calculate the pitch factor of a 8 pole alternator with an armature wound coils having 18 / 24 fractioanl pitch. Can you please show the solution in details.
The frequency of rotor current in an induction motor is slip times the frequency of stator current. slip times the frequency of supply, One by slip times the frequency of stator current. One by slip times the frequency of supply
explain the phasor diagram of slip phase induction motor
Please answer all subparts for like either dislike is ready Answer in short please. All subparts..
An 145-pole d.c. shunt generator with wave wound armature having 455 conductors, has to supply a load of 120 lamps each of 145W at 230 v. The flux per pole is 14 mWb and Ra = 1.8 ohms, Rsh355ohms. What will be the %3D load current and e.m.f generated . Consider brush drop of 1v/brush. Load Current Generated EMF
The reactance's of the alternator during the periods of steady state are given bellow, Leakage reactance(X)=0.18 ohm, and armature reactance (Xad) = 0.67 ohm. The value of the syncronous reactance during the steay state conditions is Syncronous Reactance in ohm
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
Choose the correct option does not have self-starting torque DC Motor EMF due to Mutual inductance Choose... DC Motor Generated EMF DC Generator Back EMF Transformer EMF due to rotating magnetic field Single phase system Three phase induction motor
Choose True (V) or false( x) for the following : 4) Reluctance is a measure of "opposition" the magnetic circuit offers to the flux. 5) The rated output power (transformer rating) can be used to determine the turns ratio of the transformer. 6) With the increase in speed of a series DC motor, Both back emf as well as line current increase. 7) When an induction motor is stationary, the stator and rotor windings form the equivalent of a transformer. 8) Increasing the load current for DC Self-excited generator Shunt-Wound Generator will increase the terminal voltage. 9) In lap windings there are as many paths in parallel and used to produce high current, low voltage output. 10) In 3-pahse induction motor, if the rotor speed increases, the rate at which the rotating magnetic field cuts the rotor bars is increasing.
The shunt field winding of a shunt generator has a resistance of 80ohms at 20 degrees Celsius. After several hours of continuous operation, the winding temperature rises to 50 degrees Celsius. How much is the winding resistance under this condition. Assume the resistance temperature coefficient of copper to be 0.004 ohm per degree at 0 degree Celsius. *
Q12) The displacement sensor are commonly used in audio-video system. The sensitivity of the sensor is 3.7 ohms/cm suppled with 10.3V having a length of 63 to 138cm. If so, calculate the total change in displacement for change in resistance of 224.5 ohms a. 75.85cm b. 60.67cm c. 73.25cm d. 67.55cm