150 hp, 1760 d/d, 2,3 kV, 60 Hz, Asynchronous motor with 3 phase winding rotor, one running the conveyor belt.The rotor windings of the machine are connected in star and The nominal open circuit voltage between collector rings is 530 V. What is requested below calculate. a) Rotor winding resistance per phase b) Assuming that the line voltage is 2.4 kV, the motor delivers 40 hp at 600 rpm. the resistance value that must be placed in series (per phase) of the rotor windings for
150 hp, 1760 d/d, 2,3 kV, 60 Hz, Asynchronous motor with 3 phase winding rotor, one running the conveyor belt.The rotor windings of the machine are connected in star and The nominal open circuit voltage between collector rings is 530 V. What is requested below calculate. a) Rotor winding resistance per phase b) Assuming that the line voltage is 2.4 kV, the motor delivers 40 hp at 600 rpm. the resistance value that must be placed in series (per phase) of the rotor windings for
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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150 hp, 1760 d/d, 2,3 kV, 60 Hz, Asynchronous motor with 3 phase winding rotor, one running the conveyor belt.The rotor windings of the machine are connected in star and The nominal open circuit voltage between collector rings is 530 V.
What is requested below calculate.
a) Rotor winding resistance per phase
b) Assuming that the line voltage is 2.4 kV, the motor delivers 40 hp at 600 rpm. the resistance value that must be placed in series (per phase) of the rotor windings for
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