What is the formula for the rotor bar skew angle? a) rotor bar skew angle = 3.14 / rotor slot pitches through which bars are skewed * (no of rotor slots / number of poles) b) rotor bar skew angle = 3.14 * rotor slot pitches through which bars are skewed * (no of rotor slots * number of poles) c) rotor bar skew angle = 3.14 * rotor slot pitches through which bars are skewed / (no of rotor slots * number of poles) d) rotor bar skew angle = 3.14 * rotor slot pitches through which bars are skewed / (no of rotor slots / number of poles)
SHUBHANGI MAHAJANEnlightened
D Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained
D
See lessExplanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained
D Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
D
Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
See lessAnswer: d Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
Answer: d
See lessExplanation: The rotor slot pitches through which bars are skewed, number of rotor slots
and number of poles are calculated. On substitution the rotor bar skew angle is
obtained.
d Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained
d
See lessExplanation: The rotor slot pitches through which bars are skewed, number of rotor slots
and number of poles are calculated. On substitution the rotor bar skew angle is
obtained
Answer: d Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
Answer: d
See lessExplanation: The rotor slot pitches through which bars are skewed, number of rotor slots
and number of poles are calculated. On substitution the rotor bar skew angle is
obtained.
d) Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
d)
See lessExplanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
Answer: d Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
Answer: d
See lessExplanation: The rotor slot pitches through which bars are skewed, number of rotor slots
and number of poles are calculated. On substitution the rotor bar skew angle is
obtained.
Answer: d Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
Answer: d
Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots
and number of poles are calculated. On substitution the rotor bar skew angle is
obtained.
See lessD Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots and number of poles are calculated. On substitution the rotor bar skew angle is obtained.
D
Explanation: The rotor slot pitches through which bars are skewed, number of rotor slots
See lessand number of poles are calculated. On substitution the rotor bar skew angle is
obtained.