B/A 3 phase, 460v, star connected, 1740 rpm, 60Hz, 4-pole, SRIM. Have the following parameters per phase: R₂-0.2502, Rze-0.202, X₁-Xze-0.502, Xm-3002, the rotational losses are 1700W, Find: a. Starting current when stared direct on full voltage. b. Full load slip. c. Full load current. d. Full load power factor. e. Motor efficiency at full load.
B/A 3 phase, 460v, star connected, 1740 rpm, 60Hz, 4-pole, SRIM. Have the following parameters per phase: R₂-0.2502, Rze-0.202, X₁-Xze-0.502, Xm-3002, the rotational losses are 1700W, Find: a. Starting current when stared direct on full voltage. b. Full load slip. c. Full load current. d. Full load power factor. e. Motor efficiency at full load.
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Transcribed Image Text:B/ A 3 phase, 460v, star connected, 1740 rpm, 60Hz, 4-pole, SRIM. Have the following
parameters per phase: R₁-0.2502, Rze-0.22, X₁-Xze-0.502, Xm-3002, the rotational losses are
1700W, Find:
a. Starting current when stared direct on full voltage.
b. Full load slip.
c. Full load current.
d. Full load power factor.
e. Motor efficiency at full load.
04/Answer the following:
Expert Solution

Step 1
A 3-phase induction motor is an electromechanical energy converter that transforms electrical power delivered in three phases into mechanical power. A stator and a rotor are the two components of a 3-phase induction motor. High starting torque, efficient speed control, and a manageable overload capacity are all characteristics of a three-phase induction motor. With full load efficiency, an induction motor is a very effective machine. Slip is a measurement of the discrepancy between an induction motor's shaft speed and synchronous speed.
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