Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
3. A 3-phase, 414 -V synchronous motor takes 53.3 A at a given pf. Re = 0.25; Xe = 3.2; ohm/phase. Calculate the (i) line induced emf and (ii) angular retardation of the rotor when fully loaded at: (a) unity pf (b) 0.8 pf lagging (c) 0.8 pf leading

3. A 3-phase, 414 -V synchronous motor takes 53.3 A at a given pf. Re = 0.25; Xe = 3.2; ohm/phase. Calculate the (i) line induced emf and (ii) angular retardation of the rotor when fully loaded at: (a) unity pf (b) 0.8 pf lagging (c) 0.8 pf leading

icon
Related questions
Question
4 decimal
3. A 3-phase, 414 -V synchronous motor takes 53.3 A at a given pf. Re = 0.25; Xe = 3.2; ohm/phase. Calculate the (i) line induced emf and (ii) angular retardation of the rotor when fully loaded at: (a) unity pf (b) 0.8 pf lagging (c) 0.8 pf leading (c)
Transcribed Image Text:3. A 3-phase, 414 -V synchronous motor takes 53.3 A at a given pf. Re = 0.25; Xe = 3.2; ohm/phase. Calculate the (i) line induced emf and (ii) angular retardation of the rotor when fully loaded at: (a) unity pf (b) 0.8 pf lagging (c) 0.8 pf leading (c)
Expert Solution
steps

Step by step

Solved in 3 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer