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When the motor operates at full load and rated voltage calculate - Cloud Essays

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When the motor operates at full load and rated voltage calculate

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Image for A three phase, 60 Hz, 10-hp (1 hp=746 W), 6-pole, 440-V, delta-connected induction motor is designed to operat

Text: A three phase, 60 Hz, 10-hp (1 hp=746 W), 6-pole, 440-V, delta-connected induction motor is designed to operate at 3% slip on full load. The rotational plus stray losses equal 4% of the output power. When the motor operates at full load and rated voltage calculate; a. The rotor copper loss b. The air-gap power c. The power developed (converted) d. The shaft torque.

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Image for A three phase, 60 Hz, 10-hp (1 hp=746 W), 6-pole, 440-V, delta-connected induction motor is designed to operat

Show transcribed image text A three phase, 60 Hz, 10-hp (1 hp=746 W), 6-pole, 440-V, delta-connected induction motor is designed to operate at 3% slip on full load. The rotational plus stray losses equal 4% of the output power. When the motor operates at full load and rated voltage calculate; a. The rotor copper loss b. The air-gap power c. The power developed (converted) d. The shaft torque.

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