Number 23 2)a 11 at r/min. Whaalong a forcetive resisCalculate the curreras con-ge in-the ro-Draw the complete coil connectionIf the conducting l;o braking force exerA 3-phase, 5000 hhe same27-IXO..ddu22The 3-phase, 4-pole stator of Fig. 25 ho.ency:internal diameter of 250 mm and ostacking(OL 12at 594 r/min. Wha2812-pole, wound-refollowing:a. The peripheral speed [m/s] of thetor PR losses at r.s of full-d no-load29m The motor in Proob characteristics:1. dc resistance= 0.112 2 aase,connected to a 60 Hz sourceb. The peak voltage induced in the rotor borsc. The pole-pitchA large 3-phase, 4000 V, 60 Hz, squirrel-cage induction motor draws a current of385 A and a total active power of 2344 kWwhen operating at full-load. The correspon-ding speed is accurately measured and isfound to be 709.2 r/min. The stator is con-peed andpercent.2. dc resistanc233. open-circuislip-rings w4. line-to-linemotorcent andlate thebub5. no-load stappearscor in-6. active powload = 91nected in wye and the resistance betweentwo stator terminals is 0.10Q. The totaliron losses are 23.4 kW and the windageand friction losses are 12 kW. Calculate thefollowing:a. The power factor at full-loadb. The active power supplied to the rotorc. The total IR losses in the rotord. The load mechanical power [kW],torque [kN-m], and efficiency [%]ked.d by a7. windage a8. iron losse9. locked-rot10. active po"= 2207 kby aheacrosson asCalculate edon asa. Rotor and75°C (assb. Voltage arating24have (increase or decrease) upona. Starting torquerotor whe594 r/minc. Reactivenstan-an an-g currentto created. PR lossespeedictorruns at monea75°C)e. Active Țoutputhe principle of magnetic levitation.no-load30

Answered: Image /qna-images/answer/e91043e1-8673-4880-a3e7-9a0bd79acace.jpg

A large 3-phase, 4000 V, 60 Hz, squirrel- induction motor draws a current of 23 cage 385 A and a total active power of 2344 kW when operating at full-load. The correspon- ding speed is accurately measured and is found to be 709.2 r/min. The stator is con- nected in wye and the resistance between two stator terminals is 0.10 2. The total iron losses are 23.4 kW and the windage and friction losses are 12 kW. Calculate the following: a. The power factor at full-load b. The active power supplied to the rotor c. The total I'R losses in the rotor d. The load mechanical power [kW], torque [kN-m], and efficiency [%] 24 If we slightl.

A large 3-phase, 4000 V, 60 Hz, squirrel- induction motor draws a current of 23 cage 385 A and a total active power of 2344 kW when operating at full-load. The correspon- ding speed is accurately measured and is found to be 709.2 r/min. The stator is con- nected in wye and the resistance between two stator terminals is 0.10 2. The total iron losses are 23.4 kW and the windage and friction losses are 12 kW. Calculate the following: a. The power factor at full-load b. The active power supplied to the rotor c. The total I'R losses in the rotor d. The load mechanical power [kW], torque [kN-m], and efficiency [%] 24 If we slightl.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.61P

See similar textbooks

Similar questions

4. THE FOLLOWING PARAMETERS ARE GIVEN FOR BUCK TYPE DC-DC CONVERTER V, = 50V k = 0.4 L = 400µH 100μF f = 20kHz C R = 20ohm In which option 1 AND 12 current PASSING OVER THE COIL is correct According to these given, I2 = 1.5A, I = 0.5A I2 = 1.75A, I = 0.25A a) O b) O %3D с) О 1, — 1.5А, I, — 1A d) I2 = 2.1A, I = 0.6A %3D %3D
Identify the position of plunger in a LVDT in which emf induced in upper secondary coil is equal to emf induced in lower secondary coil. O a. Middle position O b. Lower side position O c. Upper side position O d. None of the above
5-Synchronous generator ,50 HZ have induced emf of 1.2 pu is connected to an infinite bus of 1 pu voltage .The maximum power that can be transferred if the reactance of generator is 0.2 pu and the rest of the system have a reactance of 0.4 pu is. a) 3pu b) 2pu c) Ipu d) 4pu
What will be the value of the twiddle factor: W42
A 4500/16000V, 1500 kVA, 50 Hz transformer has the following parameters: R1 = 0.03 N, R2 = 0.44 2, RO = 1688 N X1 = 0.092 N, X2 = 1.34 2, X0 = 256 2 The transformer is supplying full- load at power factor of 0.8 lagging. Using exact equivalent circuit, find the input current. [346.4 - 38.94°A] %3D
Que :- A 8 pole tap wound dcm/c has 720 concluctora & the pole covers 70%% of the pole pitch find no: of conductors in compensating wag on each pole &
Q4- A 2500/250V, 50HZ, 50KVA single phase transformer has the following parameters (R1=0.82 , X1=4 N, R2=0.0122 , X2-0.042) and the magnetizing component are (Ro-802, Xo=20.832). Find out the voltmeter, ammeter and wattmeter readings during following test, 1- O.C. Test (If meters are connected to secondary of transformer) 2- S.C. Test (If meters are connected to primary of transformer)
This is a Circuit of a Buck Converter. Find the Inductor Voltage Equation and Capacitor Current Equation using the principle of inductor volt-second balance and capacitor charge balance. Show your solution on how you derive the equations and create a circuit diagram for each equation. Assignment Ig 1 Vg Va (1) Circuit of L RL IL zz MMA + V₁- 9 + Vc 訊 buck converter (non-idkal)
number 1, the other side of the same coil lies in slot number 13. Calculu. the winding factor for (i) fundamental (ii) third harmonic. Prob.1. A 4-pole A.C. machine has a 3-0 winding wound in 60 sle he coils are short pitched in such a way that if one coil side lies in slot me winding factor for (i) fundamental (ii) third harmonic.
moodle.nct.edu.om/mod/quiz/attempt.php?attermpt=6123858&.cmid 63002#question-96 Portal When the load on a series generator is decreased, then the flux produced will be increased. Select one: O True in O False The accelerating anode in CRO is also called as positive electrode. Select one: O True O False MIEE2110M The neutral current in an unbalanced star connected system is not equal to 33°C Sunny hp
Q4- A 2500/250V, 50HZ, 50KVA single phase transformer has the following parameters (R1=0.82 , X1=4 0, R2=0.0120 , X2-0.042) and the magnetizing component are (Ro-802, Xo=20.832). Find out the voltmeter, ammeter and wattmeter readings during following test, 1- O.C. Test (If meters are connected to secondary of transformer) 2-S.C. Test (If meters are connected to primary of transformer)
A generating voltmeter is required to measure voltage between 15kV and 250kV. If the indicating meter reads a minimum current of 2uA and maximum of 35uA. Assume that the speed of driving synchronous motor is 1500rpm. Determine the capacitance of the generating voltmeter. A. 1,2 pF B. 6.5 pF C. 15,2pF D. 1 pF