| 14 A diesel-engine generator is rated at 30 KW, 0.85 P.F., 240 volt,single-phase, 1800 RPM.at full-load conditions. (1 U.S. gallonis the ampere rating of the generator? (b) Howthere in the generator? (c) Assuming that diesel fuel costs P3.50per liter, how much will it cost to run thegenerator continuouslyfor one month (30 days) under full loadof the BTU from the fuel is converted intocontent of diesel oil is 140,000 BTU per gallon, how much heat iswasted per hour of operation?Fuel consumption is 2.2 gallons per hour3.785 1iters)(a) What%3Dmany polesareconditions? (d)Only 30%electricity.IfBTUAns. 147 A,, 4, 20.984.00; 215,600 BTU.

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Answered: A diesel-engine generator is rated at…

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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Similar questions

Which of the following is the result of the increase in the number of poles of the three-phase asynchronous machine? a) Reduction in maximum power factor b) Increase in maximum power factor c)Does not change at maximum power factor d)Decrease and increase in maximum power factor e)none
Q1) A 6 pole, lap wound, compound DC generator has an armature resistance of 0.25 2, series field resistance of 0.152 and a shunt field resistance of 250 Q. The generator supplies the following loads as follows, Load 1 (L1): 40 Lamps, each lamp is rated at 60 W, at a terminal voltage of 240 V. Load 2 (L2): A 2.4 KW heater at a terminal voltage of 240 V. Load 3 (L3): A resistive load that draws a current of 80 A at a terminal voltage of 240 V. The machine has 1000 conductors, assume short shunt connection, a) Calculate the total load current. b) Find the generated voltage, Eg and total load power. c) If all lights are turned OFF and L2 is switched OFF, calculate the generated voltage of the machine, Eg, and the speed of the machine,. if flux is 30 mwb/pole.
5. A 20-kW, 400-V shunt DC generator has armature and shunt field winding resistances of 0.30 Q and 80 Q, respectively. The total mechanical loss is 1.7 kW. Determine the efficiency of the generator if the voltage regulation is 2.1%.
The armature winding resistance of a long shunt connected DC generator is 0.4ohm, the resistances of the shunt and serial field windings are 125 ohms and 0.1 ohms, respectively. While the generator supplies 8KW of power to the load it feeds, which is the voltage it produces since the output voltage is 250V?
I need the answer quickly
Kindly solve what is ask with complete solution with circuit diagram so that I can understand. I want a handwritten solution. Thank you!.
Problem details: A 15 kW, 280V, 1200 rpm WASHING MACHINE needs to be fed by a generator in your home. You have a friend in a generator manufacturer company. He gave you different options and as you're studying in EE department, he asked you to choose the best one from those! The generator details are as shown in Table 01. No Type of Generator 1 Separately Excited 2 3 4 5 Shunt Series Table 01: Data for different types of generators Armature Field Series Resistance resistance resistance (0) (9) (22) Long shunt Short shunt 0.4 0.6 0.8 1.2 1.4 120 140 a) The generated voltage b) The field circuit voltage c) The developed torque 160 180 Note: X, Y are the last two digits of your student ID. Calculate the following things for each of the generator types: 2.2 24 2.6 d) The efficiency Also neatly draw the circuit diagram for all of them. Hysteresis loss (kW) 0.X 0.8 1.1 1.25 I.Y Based on the results you got, which one you should buy and why? Eddy current loss (kW) 1.3 0.Y 1.7 0.Y 1.2…
The expression given in which option related to the value of the voltage at the ends of Synchronous Generator is given incorrectly. a) The voltage value changes with the DC excitation current value applied to the excitation windings. b) The voltage value depends on the reactive power value in the generator. c) The voltage value depends on the value of the magnetic field in the generator. d) The change in the voltage value depends on the speed change of the generator. e) Generator voltage value is controlled by automatic voltage regulator (AVR).
load characteristics of d.c shunt generator
State two reasons why a self-excited shunt dc generator may fail to build up a voltage. In each (both) case, briefly explain what can be done to correct the problem. Reason #1 Solution #1 Reason #2 Solution #2

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