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9. A shunt Generator is connected to a load that draws 28.8kW. Ra= 0.04 ohms and Rsh=48 ohms. The power developed in the armature is 106.3% of the powered delivered to the load and connected to a shunt motor with a rating of 35 hp, 50A, 1000rpm, the resistance of the shunt field circuit is 70 ohms and the total armature circuit resistance is 0.05 ohms. Calculate the speed regulation of the motor??

9. A shunt Generator is connected to a load that draws 28.8kW. Ra= 0.04 ohms and Rsh=48 ohms. The power developed in the armature is 106.3% of the powered delivered to the load and connected to a shunt motor with a rating of 35 hp, 50A, 1000rpm, the resistance of the shunt field circuit is 70 ohms and the total armature circuit resistance is 0.05 ohms. Calculate the speed regulation of the motor??

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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9. A shunt Generator is connected to a load that draws 28.8kW. Ra= 0.04 ohms and Rsh=48 ohms. The power developed in the armature is 106.3% of the powered delivered to the load and connected to a shunt motor with a rating of 35 hp, 50A, 1000rpm, the resistance of the shunt field circuit is 70 ohms and the total armature circuit resistance is 0.05 ohms. Calculate the speed regulation of the motor?
Transcribed Image Text:9. A shunt Generator is connected to a load that draws 28.8kW. Ra= 0.04 ohms and Rsh=48 ohms. The power developed in the armature is 106.3% of the powered delivered to the load and connected to a shunt motor with a rating of 35 hp, 50A, 1000rpm, the resistance of the shunt field circuit is 70 ohms and the total armature circuit resistance is 0.05 ohms. Calculate the speed regulation of the motor?
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