Three-phase 460-hp, 415 V, 4-pole, 50 Hz induction motor is operating at overvoltage of 480 V and reduced load of 80% of the rated value and draws a line current of 624.06A, The losses at these...


Three-phase 460-hp, 415 V, 4-pole, 50 Hz induction motor is operating at overvoltage of 480 V and reduced load<br>of 80% of the rated value and draws a line current of 624.06A, The losses at these operating conditions are as<br>follows: The stator conductor loss is 12.6k W. the rotor conductor loss is 10.4kW, the core loss is 11.00KW; and<br>rotational losses is 4.129 kW. Sketch the power flow diagram. enter the known values, and determine (a) folot<br>speed (b) shaft output torque (c) developed mechanical torque in Nm. (d) input power to the stator, () die ipe<br>power factor.<br>Do only part (a), (b) & (c)<br>

Extracted text: Three-phase 460-hp, 415 V, 4-pole, 50 Hz induction motor is operating at overvoltage of 480 V and reduced load of 80% of the rated value and draws a line current of 624.06A, The losses at these operating conditions are as follows: The stator conductor loss is 12.6k W. the rotor conductor loss is 10.4kW, the core loss is 11.00KW; and rotational losses is 4.129 kW. Sketch the power flow diagram. enter the known values, and determine (a) folot speed (b) shaft output torque (c) developed mechanical torque in Nm. (d) input power to the stator, () die ipe power factor. Do only part (a), (b) & (c)

Jun 11, 2022
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