Q9: A 4 pole , 380 V. 50 Hz wound rotor induction motor , its rotor winding is Y-connected, with R2 -0.12 2/ph, X2 = 0.85 / ph, and the induced emf between slip rings at standstill is 150v. Calculate...

I need the answer as soon as possible Q9: A 4 pole , 380 V. 50 Hz wound rotor induction motor , its rotor winding is Y-connected, with R2 -0.12 2/ph, X2 = 0.85 / ph, and the induced emf between slip rings at standstill is 150v. Calculate motor torque at rated slip of 3% if rotational losses = 400 W?

Q9:<br>A 4 pole , 380 V. 50 Hz wound rotor induction motor , its rotor winding is<br>Y-connected, with R2 -0.12 2/ph, X2 = 0.85 / ph, and the induced emf<br>between slip rings at standstill is 150v.<br>Calculate motor torque at rated slip of 3% if rotational losses = 400 W?<br>

Extracted text: Q9: A 4 pole , 380 V. 50 Hz wound rotor induction motor , its rotor winding is Y-connected, with R2 -0.12 2/ph, X2 = 0.85 / ph, and the induced emf between slip rings at standstill is 150v. Calculate motor torque at rated slip of 3% if rotational losses = 400 W?

Jun 10, 2022

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Q9: A 4 pole , 380 V. 50 Hz wound rotor induction motor , its rotor winding is Y-connected, with R2 -0.12 2/ph, X2 = 0.85 / ph, and the induced emf between slip rings at standstill is 150v. Calculate...

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