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am. output and efficiency. Also estimate the starting torque and maximum torque at is at its maximum, estimate the full-load current, power factor, torque, speet, 16 A at a power factor of 0-2. With the rotor locked and 125 V applied, it takes 11) On no load at 500-V, a certain 3-phase, 50-Hz, 4-pole induction motor takes If, when the motor is running at full load and supplied at 500 V, the power factor 37-5 A at 0-3 p.f. 1.3 R1. %3D full line voltage. Assume R2

am. output and efficiency. Also estimate the starting torque and maximum torque at is at its maximum, estimate the full-load current, power factor, torque, speet, 16 A at a power factor of 0-2. With the rotor locked and 125 V applied, it takes 11) On no load at 500-V, a certain 3-phase, 50-Hz, 4-pole induction motor takes If, when the motor is running at full load and supplied at 500 V, the power factor 37-5 A at 0-3 p.f. 1.3 R1. %3D full line voltage. Assume R2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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diagram. output and efficiency. Also estimate the starting torque and maximum torque at is at its maximum, estimate the full-load current, power factor, toroque, speet, (11) On no load at 500-V, a certain 3-phase, 50-Hz, 4-pole induction motor takes If, when the motor is running at full load and supplied at 500 V, the power factor 16 A at a power factor of 0-2. With the rotor locked and 125 V applied, it takes 37-5 A at 0-3 p.f. full line voltage. Assume R2' = 1:3 R1. By considering the circle diagram and its basis, how would you expect them formance to be affected if the motor was run from a 500-V, 60-Hz supply?
Transcribed Image Text:diagram. output and efficiency. Also estimate the starting torque and maximum torque at is at its maximum, estimate the full-load current, power factor, toroque, speet, (11) On no load at 500-V, a certain 3-phase, 50-Hz, 4-pole induction motor takes If, when the motor is running at full load and supplied at 500 V, the power factor 16 A at a power factor of 0-2. With the rotor locked and 125 V applied, it takes 37-5 A at 0-3 p.f. full line voltage. Assume R2' = 1:3 R1. By considering the circle diagram and its basis, how would you expect them formance to be affected if the motor was run from a 500-V, 60-Hz supply?
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